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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

Complete Specifications Accepted<br />

Copies of the specification and drawings (if any) can be obtained<br />

from the IPONZ website www.iponz.govt.nz.<br />

At any time within 3 months from the date of issue of this Journal, any<br />

person interested may give notice of opposition to the grant of a patent on<br />

any of the applications relating to the accepted complete specification<br />

shown hereunder, by filing form 15 in duplicate accompanied by a statement<br />

of the case in duplicate and a fee of $300 plus GST where applicable,<br />

provided that if an application for extension on form 16 is made within<br />

the said 3 months, the Commissioner may extend the prescribed period<br />

for opposition to 4 months from the date of issue of this Journal. The<br />

grounds for giving notice of opposition are specified in section 21 of the<br />

Act, and prospective opponents should also refer to regulations 48 to 56<br />

of the <strong>Patent</strong>s Regulations 1954.<br />

(21) 540042 (22) 16 May 2005<br />

(54) Broccoli type adapted for ease of harvest having exserted head produced<br />

by traditional or selective breeding<br />

(51) IPC2010.01:A01H5/00,10<br />

(71) Seminis Vegetable Seeds, Inc.<br />

(72) van den Bosch G.J.M., Franciscus; Boon, Meinardus P;<br />

(31) 04 850077 (32) 19 May 2004 (33) US<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, New South Wales 2000, Australia<br />

(57) A broccoli cultivar and methods of producing the cultivar comprising<br />

the traits of a crown higher than the leaf canopy and having a harvestable<br />

head weight of at least about 200 grams when planted at a density<br />

of40,000 plants per hectare, wherein within at least 25 centimetres of the<br />

crown .said cultivar produces no leaves or petioles having a surface<br />

area each greater than about 30 square centimetres, wherein the foregoing<br />

traits have been introduced by plant breeding.<br />

Divisional filed as 584334<br />

(21) 540343 (22) 13 Nov 2003<br />

(54) Compositions and methods for the diagnosis and treatment of tumor<br />

(86) PCT/US2003/036298 (87) WO2004/045516<br />

(51) IPC2010.01:C07K16/30; C12N15/13; C12P21/02<br />

(71) GENENTECH, INC.<br />

(72) Ashkenazi, Avi J; Frantz, Gretchen; Goddard, Audrey; Gonzalez, Lino;<br />

Gurney, Austin L; Polakis, Paul; Polson, Andrew; Wood, William I; Wu,<br />

Thomas D; Zhang, Zemin;<br />

(31) 02 426847 (32) 15 Nov 2002 (33) US<br />

(31) 02 431250 (32) 6 Dec 2002 (33) US<br />

(31) 02 437344 (32) 31 Dec 2002 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Provided is a method of diagnosing the presence of a tumor in a<br />

mammal, the method comprising (i) determining the level of expression<br />

ofa gene encoding a TAT 408 polypeptide with a specified sequence in a<br />

test sample of tissue cells obtained from the mammal, and (ii) comparing<br />

the level of expression of (i) with the level of expression of said nucleic<br />

acid in a control sample; wherein a significantly higher level of expression<br />

of the gene encoding the protein in the test sample, as compared to<br />

the control sample, is indicative of the presence of tumor.<br />

(21) 542258 (22) 6 Sep 2005 (23) 5 Sep 2006<br />

(54) A medical composition comprising honey or sugar syrup and a viscosity<br />

increasing agent for use on wounds<br />

(51) IPC2010.01:A23L1/08; A61L15/28; A61K47/38,36; A61K9/70; A61L26/<br />

00<br />

(71) Comvita New Zealand Limited<br />

(72) Molan, Peter Charles;<br />

(74) CreateIP, Unit 1, 16 Bealey Avenue, Christchurch 8640, New Zealand<br />

(57) Disclosed is a paste for application to a wound comprising: honey or<br />

sugar syrup; and at least one viscosity increasing agent selected from<br />

guar gum, a methylcellulose compound, a hydroxyl ethyl cellulose com-<br />

pound, and combinations thereof; wherein the viscosity increasing agent<br />

or agents and honey or sugar syrup are mixed together at a ratio of<br />

approximately 0.75 to 2 parts viscosity increasing agent to 5 parts honey<br />

or sugar syrup; and, wherein the paste flows once mixed and attains an<br />

increased viscosity forming a semi-solid gel or solid on application to a<br />

moist wound environment. Also disclosed is a method for producing the<br />

above paste, and its use in treating wounds.<br />

(21) 543606 (22) 7 Apr 2005<br />

(54) Method of managing a plurality of electronic microcircuit chip readers<br />

and equipment for implementing said method<br />

(51) IPC2010.01:A63F3/00; G07F17/32; G06K7/016<br />

(71) Gaming <strong>Part</strong>ners International<br />

(72) Vuza, Dan Tudor;<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) A method for coordinated management of a plurality of contactless<br />

radiofrequency readers of chips incorporating electronic microcircuits, is<br />

disclosed. The method comprises: (a) transmitting, in a first time interval,<br />

transmit operations from each of a plurality of active readers to the<br />

electronic microcircuits of the chips associated with each respective<br />

reader; and (b) receiving, in a second time interval, responses from the<br />

electronic microcircuits of the chips associated with each respective<br />

reader, where the first and second time intervals do not overlap. The<br />

active readers are synchronized to group their respective transmitting<br />

and receiving into distinct time intervals, where the synchronisation is<br />

such that it begins with the reader assigned instruction having the greatest<br />

duration, where a delay between executing one instruction and the<br />

next is equal to a difference between the durations of the transmit operations<br />

of the transmit/ receive cycle command instructions to be transmitted<br />

by the corresponding readers, up to executing the instruction associated<br />

with the shortest duration of the transmit operations.<br />

(21) 543685 (22) 14 May 2004<br />

(54) Rotor Blade connection for wind power plant<br />

(86) PCT/EP2004/005166 (87) WO2004/106732<br />

(51) IPC2010.01:F03D1/06<br />

(71) Aloys Wobben<br />

(72) Wobben, Aloys;<br />

(31) 03 0324166 (32) 28 May 2003 (33) DE<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 2, Woden Plaza<br />

Offices, Woden Town Square, Woden, ACT 2606, Australia<br />

(57) The disclosure relates to a rotor blade for a wind power plant provided<br />

with several holes which are embodied in the base thereof and<br />

designed in the form of passage holes extending essentially vertically<br />

with respect to the longitudinal axis of said rotor blade which also comprises<br />

transversal bolts inserted into said holes and strength members<br />

connectable to the transversal bolts. Usually, the strength members extend<br />

in the base of a rotor blade thereby weakening material in said area.<br />

The aim of said invention is to solve the problem by simplifying the struc-<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 58 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

ture. For this purpose, the inventive rotor blade is characterised in that<br />

the strength members extends outwards the rotor blade base in such a<br />

way that said area is aerodynamically modified in a disadvantageous<br />

manner at a hub area without detrimentally affecting the acoustic behaviour<br />

and other properties of the device since the blade base is covered<br />

by a blade spinner or arranged at least in the low-rotating rotor area.<br />

(21) 545441 (22) 12 Nov 2004<br />

(54) Multi-layer blown film molding machine and method of molding multilayer<br />

blown film<br />

(86) PCT/JP2004/016846 (87) WO2005/046970<br />

(51) IPC2010.01:B29C55/28; B29C47/06,20,88<br />

(71) Shikoku Kakoh Co., Ltd.<br />

(72) Kitauji, Yoshiyuki; Nishida, Takahiro; Andou, Akitaka; Kometani, Hideo;<br />

Kitajima, Hidetoshi; Goma, Shinichiro; Nyuko, Masayuki; Yoshihara,<br />

Shigeru; Futagawa, Takashi; Hasegawa, Noritaka;<br />

(31) 03 382947 (32) 12 Nov 2003 (33) JP<br />

(31) 04 045474 (32) 20 Feb 2004 (33) JP<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, New South Wales 2000, Australia<br />

(57) A multi-layer blown film molding machine, comprising an adapter installed<br />

to supply multiple types of resins, a molding die installed on the<br />

axial downstream side of the adapter, and a temperature control mechanism.<br />

The multiple types of molten resins are individually supplied to the<br />

molding die through the adopter. The molding die further comprises a<br />

body, a laminate of a plurality of single layer thin-film molding dies axially<br />

disposed in the body and generating the thin-film of the corresponding<br />

resin among the multiple types of molten resins and a first annular passage<br />

formed between the body and the laminate. A multi-layer thin-film<br />

formed of the plurality of thin-films laminated on each other is outputted<br />

as a multi-layer thin-film annular film through the first annular passage,<br />

and the temperature control mechanism independently controls the temperatures<br />

of the plurality of single layer thin-film molding dies.<br />

(21) 545442 (22) 17 Jul 2004<br />

(54) Medicaments for inhalation comprising betamimetics and an aclidinium<br />

salt known as 3-(2-hydroxy-2,2-dithiophen-2-yl-acetoxy)-1-(3phenoxypropyl)-l-azoniabicyclo[<strong>2.2</strong>.2]octane<br />

(86) PCT/EP2004/008030 (87) WO2005/014044<br />

(51) IPC2010.01:A61K45/06; A61K31/46; A61P11/00,06<br />

(71) BOEHRINGER INGELHEIM INTERNATIONAL G<strong>MB</strong>H<br />

(72) Pairet, Michel; Pieper, Michael P; Meade, Christopher John Montague;<br />

(31) 03 03017163 (32) 29 Jul 2003 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a pharmaceutical composition of formula 1, wherein the<br />

substituents are as defined in the specification, combined with one or<br />

more betamimetics selected from the group consisting of formoterol,<br />

salmeterol, 3-(4-{6-[2-Hydroxy-2-(4-hydroxy-3-hydroxymethylphenyl)ethylamino]-hexyloxy}-butyl)-benzenesulfoneamide<br />

and 5-[2-(5,6-<br />

Diethyl-indan-2-ylamino)-1-hydroxy-ethyl]-8-hydroxy-lH-quinolin-2-one,<br />

optionally in the form of an enantiomer thereof, a mixture of enantiomers<br />

thereof or in the form of a racemate thereof, optionally in the form of a<br />

solvate or hydrate thereof and optionally together with a pharmaceutically<br />

acceptable excipient.<br />

(21) 545608 (22) 28 Sep 2004<br />

(54) Inert anode connections brazed during use in the production of aluminium<br />

by fused-salt electrolysis<br />

(86) PCT/FR2004/002451 (87) WO2005/033368<br />

(51) IPC2010.01:C25C3/12,16; B23K1/00<br />

(71) ALUMINIUM PECHINEY<br />

(72) Lamaze, Airy-Pierre;<br />

(31) 03 0311444 (32) 30 Sep 2003 (33) FR<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Anode assembly (1) to be used in a fused bath electrolysis aluminium<br />

production cell is disclosed. The anode (1) has at least one inert anode<br />

(2) in the shape of a ladle, at least one connection conductor (3) and at<br />

least one brazed metallic joint (31) or brazing material that could form a<br />

brazed metallic joint (31). The inert anode (2) has a cavity (21) and an<br />

open end comprising at least one connection surface (20) with least one<br />

mechanical connection means (26, 34). The connection conductor has a<br />

connection end with at least one connection surface (40) and at least<br />

one mechanical connection (45) capable of cooperating with the mechanical<br />

connection means of the anode (26, 34) so as to set up a loose<br />

mechanical link between the conductor (3) and the anode (2). The brazed<br />

metallic joint (31) is already formed of is formed wholly or partly during<br />

use, the joint being located between all or part of the connection surface<br />

of the open end of the anode and all or part of the connection surface of<br />

the connection end of the conductor.<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 59 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 546055 (22) 27 Aug 2004<br />

(54) Novel tricyclic nucleosides or nucleotides as therapeutic agents<br />

(86) PCT/US2004/027819 (87) WO2005/021568<br />

(51) IPC2010.01:C07H19/23; A61K31/7064; A61P31/12<br />

(71) Biota Scientific Management Pty Ltd<br />

(72) Cook, Phillip Dan; Ewing, Gregory; Jin, Yi; Lambert, John; Prhavc,<br />

Marija; Rajappan, Vasanthakumar; Rajwanshi, Vivek K; Sakthivel,<br />

Kandasamy;<br />

(31) 03 498425 (32) 27 Aug 2003 (33) US<br />

(74) DAVIES COLLISON CAVE - MELBOURNE, 1 Nicholson Street, Melbourne,<br />

Victoria, Australia<br />

(57) Disclosed is a compound of the formula (I) which may be a D- or Lnucleotide<br />

or nucleoside, wherein A is O, S, CH2, NH, CHF, or CF2; R1,<br />

R2, R2’, R3, R3’ and R4 are independently selected from the group consisting<br />

of H, F, Cl, Br, I, OH, SH, NH2, NHOH, NHNH2, N3, COOH, CN,<br />

CONH2, C(S)NH2, COOR, R, OR, SR, SSR, NHR, and NR2; provided<br />

that at least one of R2 or R2’ is not hydrogen; B is a base selected from<br />

the group of heterocycles as defined by formula (II) or formula (III), and<br />

wherein the other substituents are as defined herein. Also disclosed is<br />

the use of compounds including those defined above in the manufacture<br />

of a medicament for the treatment of a viral or bacterial infection, wherein<br />

the medicament optionally comprises one or more active anti-viral or<br />

anti-bacterial agents.<br />

(21) 546369 (22) 9 Sep 2004<br />

(54) Antibodies to M-CSF<br />

(86) PCT/US2004/029390 (87) WO2005/030124<br />

(51) IPC2010.01:C07K16/00; C12N15/00<br />

(71) Amgen Fremont Inc.; Warner-Lambert Company LLC<br />

(72) Bedian, Vahe; Devalaraja, Madhav Narasimha; Low, Joseph Edwin;<br />

Mobley, James Leslie; Kellermann, Sirid-Aimee; Foltz, Ian; Haak-<br />

Frendscho, Mary;<br />

(31) 03 502163 (32) 10 Sep 2003 (33) US<br />

(74) CULLEN & CO, Level 32, 239 George Street, Brisbane, QLD 4001,<br />

Australia<br />

(57) Provided is a human monoclonal antibody or an antigen-binding portion<br />

thereof that specifically binds to M-CSF, wherein the antibody or<br />

portion comprises: a) a heavy chain comprising the heavy chain CDR1,<br />

CDR2 and CDR3 of an antibody 8.10.3F, 8.10.3 (ATCC Hybridoma Accession<br />

No. PTA-5395), 8.1 0.3C-Ser, 8.10.3-CG2, 8.1 0.3-Ser,<br />

8.10.3CG4, or 8.10.3FG1; or b) the heavy chain of a) and a light chain<br />

comprising the light chain CDR1, CDR2 and CDR3 of the selected antibody.<br />

Further provided is the use of the compositions for the manufacture<br />

of a medicament to treat arthritis, asthma, cancer, inflammatory conditions<br />

and various other diseases.<br />

Divisional filed as 584945<br />

(21) 546575 (22) 15 Sep 2004<br />

(54) Plate-shaped cementitious product and production method<br />

(86) PCT/FR2004/002336 (87) WO2005/028773<br />

(51) IPC2010.01:E04C2/06; E04F13/14; C04B28/02,04<br />

(71) SAINT-GOBAIN MATERIAUX DE CONSTRUCTION S.A.S.<br />

(72) Famy, Charlotte; Cadoret, Gael; Houang, Paul;<br />

(31) 03 0310813 (32) 15 Sep 2003 (33) FR<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A fiber-reinforced cementitious board product is prepared from a sheet<br />

material aqueous suspension that does not contain siliceous sand by<br />

superposition of thicknesses of the material on a filtration screen until<br />

the desired board thickness is obtained, the board then being autoclaved.<br />

The material of the matrix includes a hydraulic binder such as Portland<br />

cement, fibrous plant material such as wood fibre, and at least one<br />

pozzolan chosen from aluminosilicates, calcium aluminosilicates, amorphous<br />

silica, and material containing essentially amorphous silica that is<br />

capable of undergoing a pozzolanic reaction. In any case each of the<br />

materials has a particle size with mean diameter greater than 1 micrometer.<br />

(21) 547042 (22) 12 Oct 2004<br />

(54) Method for eliciting a T-cell response<br />

(86) PCT/US2004/033391 (87) WO2005/035779<br />

(51) IPC2010.01:A61K31/70; A61K39/00<br />

(71) POWDERJECT VACCINES, INC.<br />

(72) Braun, Ralph Patrick; Dong, Lichun;<br />

(31) 03 510086 (32) 10 Oct 2003 (33) US<br />

(31) 03 526571 (32) 4 Dec 2003 (33) US<br />

(31) 04 567771 (32) 5 May 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Provided is the use of a nucleotide sequence of interest (NOI) encoding<br />

a T cell epitope; and a protein comprising the T cell epitope; in the<br />

manufacture of a medicament to be administered to a mammal to elicit a<br />

T cell response against a T cell epitope in a host mammalian subject for<br />

treating or preventing a disease or condition that would benefit from a Tcell<br />

response, wherein the medicament is formulated for administration<br />

according to a dosage regime providing: (i) a first immunisation that comprises<br />

at least two administrations to the subject, wherein all subsequent<br />

administrations are given at least 2 and no more than 6 days after the<br />

first administration, and wherein each administration comprises administering<br />

a nucleotide sequence of interest (NOI) encoding a T cell epitope,<br />

and (ii) a second immunisation that comprises at least one administration<br />

to the subject of a protein comprising the T cell epitope, wherein the<br />

time between the first administration of the first immunisation, and the<br />

first administration of the second immunisation, is from 21 to 365 days.<br />

(21) 547044 (22) 5 Nov 2004<br />

(54) Substituted triazoles as sodium channel blockers<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 60 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(86) PCT/US2004/037280 (87) WO2005/047270<br />

(51) IPC2010.01:A61K31/4196; A61P25/00; C07D249/10,08<br />

(71) MERCK SHARP & DOHME CORP.<br />

(72) Park, Min K; Chakravarty, Prasun K; Zhou, Bishan; Gonzalez, Edward;<br />

Ok, Hyun; Palucki, Brenda; Parsons, William H; Sisco, Rosemary; Fisher,<br />

Michael H;<br />

(31) 03 518890 (32) 10 Nov 2003 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a compound of formula (I) or (II) or a pharmaceutically<br />

acceptable salt thereof, wherein the substituents are disclosed within<br />

the specification. Also disclosed is the use of a compound of formula (I)<br />

or (II) for the preparation of a medicament for the treatment or prevention<br />

of pain.<br />

(21) 547071 (22) 19 Nov 2004<br />

(54) Preparation of palladium / gold catalyst on a support when prepared<br />

from halide free precursors<br />

(86) PCT/US2004/038815 (87) WO2005/065819<br />

(51) IPC2010.01:B01J23/52; B01J35/00; B01J37/02; C07C67/055;<br />

C07C69/12<br />

(71) Celanese International Corporation<br />

(72) Wang, Tao; Wade, Leslie E; Wong, Victor; Han, Jun; Hagemeyer,<br />

Alfred; Lowe, David; Sokolovskii, Valery;<br />

(31) 03 530937 (32) 19 Dec 2003 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a method of producing a catalyst or pre-catalyst suitable<br />

for assisting in the production of alkenyl alkanoates (such as vinyl acetate),<br />

comprising: a) contacting at least one catalytic precursor solution<br />

comprising palladium and gold to a support material wherein the at least<br />

one catalytic precursor solution is an aqueous solution that comprises<br />

one or more of Pd(NH3)2(NO2)2, Pd(NH3)4(OH)2, Pd(NH3)4(NO3)2,<br />

Pd(NH3)4(OAc)2, Pd(NH3)2(OAc)2, Pd(NH3)2(HCO3)2, NaAuO2,<br />

NMe4AuO2, HAu(NO3)4 in nitric acid or combinations thereof, wherein<br />

the aqueous solution is substantially free of chlorine; and b) reducing the<br />

palladium or gold by contacting a reducing environment to the support<br />

material.<br />

(21) 547072 (22) 19 Nov 2004<br />

(54) Zirconia containing support material for palladium / gold catalysts<br />

(86) PCT/US2004/039039 (87) WO2005/061107<br />

(51) IPC2010.01:B01J21/06; B01J23/52; B01J37/02; C07C67/055<br />

(71) Celanese International Corporation<br />

(72) Wang, Tao; Wade, Leslie E; Wong, Victor; Lowe, David M; Hagemeyer,<br />

Alfred; Han, Jun; Sokolovskii, Valery;<br />

(31) 03 531486 (32) 19 Dec 2003 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a method of producing a catalyst or pre-catalyst suitable<br />

for assisting in the production of alkenyl alkanoates (such as vinyl acetate),<br />

comprising: contacting palladium and gold precursors to a zirconia<br />

containing support material wherein the zirconia containing support material<br />

has a BET surface area of between about 10 m2/g to about 135<br />

m2/g; and reducing at least the palladium precursor by contacting a reducing<br />

environment to the zirconia containing support material.<br />

(21) 547073 (22) 19 Nov 2004<br />

(54) Layered support material for catalysts<br />

(86) PCT/US2004/038814 (87) WO2005/065821<br />

(51) IPC2010.01:B01J23/66; B01J35/08; B01J37/00,02,16<br />

(71) Celanese International Corporation<br />

(72) Wang, Tao; Wade, Leslie E; Wong, Victor; Sokolovskii, Valery;<br />

(31) 03 530936 (32) 19 Dec 2003 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a composition for catalyzing the production of an alkenyl<br />

alkanoates (such as vinyl acetate), comprising: a particulate, layered<br />

support material comprising at least an outer layer comprising a first support<br />

material layer (such as zirconia, silica, alumina or combinations<br />

thereof), a surfactant or bonding agent and an inner layer comprising a<br />

second support material (such as alumina, silicon carbide, zirconia, titania,<br />

steatite, niobia, silica, bentonite, clays, metals, glasses, quartz, silicon<br />

nitride, alumina-silica, pumice, non-zeolitic molecular sieves and combinations<br />

thereof) wherein the outer layer comprises at least palladium in<br />

combination with gold contacted thereon to form a catalyst or pre-catalyst,<br />

wherein the inner layer is free of palladium and gold.<br />

(21) 547074 (22) 19 Nov 2004<br />

(54) A catalyst comprising calcined palladium, calcined rhodium, gold and<br />

an alkali metal acetate on a support material<br />

(86) PCT/US2004/038825 (87) WO2005/065820<br />

(51) IPC2010.01:B01J23/52,58; B01J37/02,03,16; C07C67/055<br />

(71) Celanese International Corporation<br />

(72) Wang, Tao; Wade, Leslie E; Nicolau, Ioan; Kimmich, Barbara; Liu,<br />

Yumin; Han, Jun;<br />

(31) 03 531415 (32) 19 Dec 2003 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a method of producing alkenyl alkanoates (such as vinyl<br />

acetate), comprising: contacting a feed comprising an alkene, an alkanoic<br />

acid and an oxidizer to a catalyst or pre-catalyst comprising calcined<br />

palladium, calcined rhodium, gold and an alkali metal acetate on a support<br />

material. Also disclosed is a method of producing a catalyst or precatalyst<br />

suitable for assisting in the production of alkenyl alkanoates,<br />

comprising: a) contacting palladium, gold and rhodium precursors to a<br />

support material; b) calcining the contacted support material in a nonreducing<br />

atmosphere; c) reducing the palladium and rhodium precursors<br />

by contacting a reducing environment to the support material; and d)<br />

contacting an alkali metal acetate to the reduced support material to form<br />

an alkenyl alkanoate catalyst or pre-catalyst.<br />

(21) 547168 (22) 24 Nov 2004<br />

(54) Glycopegylated erythropoietin<br />

(86) PCT/US2004/039712 (87) WO2005/051327<br />

(51) IPC2010.01:A61K38/00; C07K7/00<br />

(71) BIOGENERIX AG<br />

(72) Defrees, Shawn; Bayer, Robert J; Zopf, David A;<br />

(31) 03 524989 (32) 24 Nov 2003 (33) US<br />

(31) 04 539387 (32) 26 Jan 2004 (33) US<br />

(31) 04 555504 (32) 22 Mar 2004 (33) US<br />

(31) 04 590573 (32) 23 Jul 2004 (33) US<br />

(31) 04 592744 (32) 29 Jul 2004 (33) US<br />

(31) 04 614518 (32) 29 Sep 2004 (33) US<br />

(31) 04 623387 (32) 29 Oct 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 61 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(57) Disclosed are conjugates between erythropoietin and PEG moieties.<br />

The conjugates are linked via an intact glycosyl linking group interposed<br />

between and covalently attached to the peptide and the modifying group.<br />

Also disclosed are methods for preparing the conjugates and methods for<br />

treating various disease conditions with the conjugates.<br />

(21) 547298 (22) 8 Nov 2004<br />

(54) Method for the production of capsules with a heat-shrinkable skirt<br />

and capsules obtained according to said method<br />

(86) PCT/FR2004/002862 (87) WO2005/046969<br />

(51) IPC2010.01:B29C47/00; B29C55/22; B29C61/08; B65D41/24,62<br />

(71) ALCAN PACKAGING CAPSULES<br />

(72) Granger, Jacques; Luciani, Andre;<br />

(31) 03 0313193 (32) 10 Nov 2003 (33) FR<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Method for the production of capsules or caps with a heat shrinkable<br />

skirt is disclosed. The method comprises:<br />

(a) an extrusion step in which an extruded tube is formed made of a thermoplastic<br />

material by extrusion using a die supplied by an extruder operating<br />

at temperature T0 chosen as a function of the softening temperature<br />

or the melting temperature Tf of the thermoplastic material, the die<br />

having a diameter D0, a slit width or thickness E0O and a corresponding<br />

section with area S0;<br />

(b) an axial drawing step in which the extruded tube is drawn in the axial<br />

direction at the exit from the die of the extruder so as to obtain an axially<br />

drawn tube with diameter D1 less than D0 and a diameter D2, with thickness<br />

E1 less than EO and with a corresponding section with area S1,<br />

such that S0/S1 ranges between 2 and 10,<br />

(c) a radial expansion step of the extruded tube to form a radially expanded<br />

tube with diameter D2, thickness E2 and corresponding section<br />

with area S2, due to a radial expansion device,<br />

(d) a chopping step in which the expanded tube is chopped into tube portions<br />

with an appropriate length, the radially expanded tube pulled by an<br />

axial tension means;<br />

(e) a step to form tube portions in which each tube portion is placed on a<br />

conformation mandrel and is formed by heat shrinkage to form a heatshrunk<br />

capsule blank, one head also being assembled to the blank or<br />

formed from the blank, so as to obtain a heat shrinkable capsule or cap<br />

provided with head and a skirt.<br />

The extrusion, axial drawing, radial expansion and chopping steps are<br />

carried out continuously while moving so as to obtain capsules or caps<br />

that are both economic, easily heat shrinkable and with a stable axial<br />

dimension thereby avoiding any axial distortion.<br />

(21) 547415 (22) 13 Jan 2005<br />

(54) Arrangement and method for feeding animals<br />

(86) PCT/SE2005/000024 (87) WO2005/067704<br />

(51) IPC2010.01:A01K5/02; G01N21/35; A23K1/00<br />

(71) DELAVAL HOLDING AB<br />

(72) Mazeris, Fernando;<br />

(31) 04 0400047 (32) 13 Jan 2004 (33) SE<br />

(74) ELLIS TERRY, Level 12, 45 Johnston Street, Wellington 6011, New<br />

Zealand<br />

(57) A feeding device for feeding animals on a farm that includes an analyser,<br />

a feeder and a control device. The control device is configured to<br />

control the analyser to measure, at least once a day at least one constituent<br />

of the solid feed fed to the animals. The control device also controls<br />

the feeder such that the amount of feed the animals get depends on<br />

the earlier measured amounts.<br />

(21) 547458 (22) 3 Nov 2004<br />

(54) Cured in place liner with everted outer impermeable layer and method<br />

of manufacture<br />

(86) PCT/US2004/036633 (87) WO2005/047755<br />

(51) IPC2010.01:F16L55/16,165<br />

(71) INA ACQUISITION CORP.<br />

(72) Driver, Franklin Thomas; Wang, Weiping;<br />

(31) 03 704501 (32) 7 Nov 2003 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A cured in place liner 21 for a conduit or pipeline composed of a<br />

double tube 23 31, each of which has at least layer of resin impregnable<br />

material. The outer tube 31 which was formed with an edge seal 32 on<br />

the outside has been everted over the inner tube 23 so that the edge<br />

seal 32 is now on the inside and faces the inner tube 23.<br />

(21) 547755 (22) 3 Dec 2004<br />

(54) Packaging bag for nappies, for example, and production machine<br />

and method<br />

(86) PCT/FR2004/003113 (87) WO2005/056406<br />

(51) IPC2010.01:B65D33/00,24,25; B65D85/16<br />

(71) S2F Flexico<br />

(72) Doue, Philippe;<br />

(31) 03 0314276 (32) 4 Dec 2003 (33) FR<br />

(74) Freehills <strong>Patent</strong> & Trade Mark Attorneys, Level 43, 101 Collins Street,<br />

Melbourne, Victoria 3000, Australia<br />

(57) A bag 10 for packaging diapers includes gussets 26 folded against<br />

two diametrically opposite faces 25 of the body of the bag and held in<br />

position by detachable connecting elements 60 such as, for example,<br />

clips or hook and loop fasteners.<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 62 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 547767 (22) 23 Dec 2004<br />

(54) Therapeutic agents and uses therefor<br />

(86) PCT/AU2004/001840 (87) WO2005/060992<br />

(51) IPC2010.01:A61K38/19,45; A61P35/00; A61P37/02<br />

(71) The Walter and Eliza Hall Institute of Medical Research<br />

(72) Shortman, Ken; O’Keeffe, Meredith; Fancke, Ben; Harrison, Len;<br />

Steptoe, Ray; Vremec, David;<br />

(31) 03 907195 (32) 24 Dec 2003 (33) AU<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Provided is the use of Flt-3L (also known as fms-like tyrosine kinase-<br />

3 or foetal liver kinase-2) in the production of a medicament for preventing<br />

the onset of diabetes.<br />

(21) 547790 (22) 2 Nov 2004<br />

(54) A method of harvesting plants depending on the lunar phase<br />

(86) PCT/AU2004/001516 (87) WO2005/046311<br />

(51) IPC2010.01:A01D91/00; A01G1/00<br />

(71) Christopher Gary Parmenter<br />

(72) Parmenter, Christopher Gary;<br />

(31) 03 906309 (32) 17 Nov 2003 (33) AU<br />

(74) CULLEN & CO, Level 32, 239 George Street, Brisbane, QLD 4001,<br />

Australia<br />

(57) A plant cultivation planning method for managing the life cycle of a<br />

plant in order to maximise the potency of extracts, fruit and usable portions<br />

of the plant is disclosed. The method includes: planting a plant; a<br />

computer calculating an optimum harvesting period of a mature plant;<br />

and a computer outputting a list of harvest dates and times for use in the<br />

harvesting. The optimum harvesting period occurs within a period of five<br />

days prior to a lunar apogee and five days after the lunar apogee in any<br />

given lunar cycle and it is adjusted according to the location of the plant<br />

geographically.<br />

(21) 547803 (22) 11 Nov 2004<br />

(54) Composition for topical use containing an extract of stryphnodendron,<br />

its preparation as well as its application<br />

(86) PCT/BR2004/000221 (87) WO2005/044288<br />

(51) IPC2010.01:A61K35/78; A61K36/48<br />

(71) AERP ASSOCIACAO DE ENSINO DE RIBEIRAO PRETO; APSEN<br />

FARMACEUTICA S.A.<br />

(72) Castro Franca, Suzelei de; Nunes de Oliveira, Joao Carlos; Pasqualin,<br />

Luiz; Bernades Couto, Lucelio; Comelli Lia, Raphael Carlos;<br />

(31) 03 05535 (32) 11 Nov 2003 (33) BR<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a topical composition containing a Stryphnodendron genus<br />

plant extract wherein said composition contains an amount from 2%<br />

to 5% (w/w) of total phenols. Also disclosed is a process for said topical<br />

composition, a use of said composition in the manufacture of a topical<br />

composition for the treatment of cutaneous wounds and a method of<br />

treating cutaneous wounds in a non-human subject comprising administering<br />

said composition.<br />

(21) 547805 (22) 9 Nov 2004<br />

(54) Dual molecules containing peroxy derivative, the synthesis and therapeutic<br />

applications thereof<br />

(86) PCT/FR2004/002874 (87) WO2005/049619<br />

(51) IPC2010.01:C07D491/10; A61K31/47; A61P33/06<br />

(71) CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE;<br />

PALUMED S.A.; SANOFI-AVENTIS<br />

(72) Cazelles, Jerome; Cosledan, Frederic; Meunier, Bernard; Pellet, Alain;<br />

(31) 03 0313371 (32) 14 Nov 2003 (33) FR<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) The present disclosure relates to quinoline derivatives having dual<br />

peroxide molecules of formula (I), wherein the variables shown in formula<br />

(I) are as defined in the specification, containing a peroxide derivative,<br />

having in particular antimalarial activity. Also disclosed is the synthesis<br />

thereof, a medicinal compound of thereof, compositions containing<br />

thereof and to the therapeutic applications thereof.<br />

(21) 547835 (22) 27 Nov 2004<br />

(54) Synergistic insecticidal mixtures of thiodicarb and imidacloprid<br />

(86) PCT/EP2004/013470 (87) WO2005/058039<br />

(51) IPC2010.01:A01N47/24<br />

(71) Bayer CropScience AG<br />

(72) Andersch, Wolfram; Hungenberg, Heike; Thielert, Wolfgang;<br />

(31) 03 0358181 (32) 12 Dec 2003 (33) DE<br />

(31) 04 04028995 (32) 16 Jun 2004 (33) DE<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, New Zealand<br />

(57) The disclosure relates to an insecticidal composition comprising a<br />

synergistically effective mixture of thiodicarb having the formula shown<br />

herein and imidacloprid. The composition is suitable to combat animal<br />

pests. Also disclosed is a seed treated with this composition; and a process<br />

for the preparation of pesticides, wherein a synergistically effective<br />

mixture of thiodicarb having the formula shown herein and imidacloprid<br />

is mixed with extenders and/or surfactants.<br />

Divisional filed as 584794<br />

(21) 547861 (22) 25 Nov 2004<br />

(54) Nestable tray, blank, corresponding packaging and machine for forming<br />

one such tray<br />

(86) PCT/FR2004/003020 (87) WO2005/051772<br />

(51) IPC2010.01:B31B3/46; B65D21/02; B65D5/00,20,28,44,468<br />

(71) Otor<br />

(72) Durfort, Gilles; Le Lay, Nicolas; Mathieu, Gerard; Bacques, Jean-<br />

Yves;<br />

(31) 03 0313845 (32) 25 Nov 2003 (33) FR<br />

(31) 04 0407258 (32) 30 Jun 2004 (33) FR<br />

(74) P L BERRY & ASSOCIATES, AEQ Building, 61 Cambridge Terrace,<br />

Christchurch 8013, New Zealand<br />

(57) A tray (1) which is made from a sheet of cardboard comprising four<br />

lateral walls (2, 3, 4, 5) and a base (6). Two opposing lateral walls are<br />

each equipped with a panel (9) which is provided with a longitudinal flap<br />

(11) that is intended to form a fold which extends over part of the height<br />

of the wall, the cardboard basis weight being less than or equal to 350 g/<br />

m2. Also disclosed is a blank, a packaging and a machine used to form<br />

one such tray.<br />

Divisional filed as 584464<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 63 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 547936 (22) 24 Nov 2004<br />

(54) Cannulated fastener system with screwdriver shank passing through<br />

cannulation of bone screw and to rotate screw and having blade on end to<br />

commence cutting<br />

(86) PCT/US2004/039860 (87) WO2005/053753<br />

(51) IPC2010.01:A61B17/16,86,88<br />

(71) SYNTHES G<strong>MB</strong>H<br />

(72) Ciccone, Paul; Murray, Steven F;<br />

(31) 03 524880 (32) 26 Nov 2003 (33) US<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, New Zealand<br />

(57) A cannulated fastener system is provided for orthopedic applications<br />

that include attaching bone plates to bone. The bone fastener has a<br />

cannulation with an inner shape. One or more screwdrivers is provided<br />

with a shaft having a shape that matches the cannulation of the fastener<br />

to rotationally fix the fastener to the screwdriver. In addition, the screwdrivers<br />

have a cutting blade that begins the drilling of a hole for the bone<br />

fastener. The screwdrivers may either be for use with a single fastener or<br />

have multiple fasteners loaded within a retaining sleeve for automatic or<br />

controlled dispensing.<br />

(21) 547963 (22) 19 Nov 2004<br />

(54) Methods for producing copper ethanolamine solutions<br />

(86) PCT/US2004/039069 (87) WO2005/051961<br />

(51) IPC2010.01:C07F1/00<br />

(71) ARCH CHEMICALS, INC.<br />

(72) Patel, Jayesh P; Thomason, Susan M; Pasek, Eugene A; Lummus,<br />

Eric W; Cogan, Kenneth E;<br />

(31) 03 524112 (32) 19 Nov 2003 (33) US<br />

(31) 04 917598 (32) 13 Aug 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A method for the production of an aqueous copper ethanolamine solution,<br />

comprising:<br />

a) providing in a vessel a mixture of:<br />

i) water;<br />

ii) an alkyl hydroxylamine,<br />

iii) an acid,<br />

an acid anhydride, or<br />

an alkyl hydroxylamine salt; and<br />

iv) a metallic copper bearing material;<br />

b) feeding oxygen into the mixture;<br />

c) maintaining the mixture at a temperature to dissolve metallic copper;<br />

and<br />

d) optionally removing excess metallic copper or other extraneous solids<br />

from the dissolved copper ethanolamine solution, thereby to form the<br />

copper ethanolamine solution; wherein oxygen is introduced into the vessel<br />

at a pressure of from about 5 to about 100 psig.<br />

(21) 548098 (22) 22 Dec 2004<br />

(54) Control of parasites in animals by the use of imidazo[1,2-b]pyridazine<br />

derivatives<br />

(86) PCT/US2004/043402 (87) WO2005/066177<br />

(51) IPC2010.01:A01N1/00; A61K31/50; C07D487/04; A61P33/00<br />

(71) SCHERING-PLOUGH, LTD<br />

(72) Winzenberg, Kevin N; Francis, Craig L; Sawutz, David G; Ganguly,<br />

Ashit;<br />

(31) 03 533729 (32) 31 Dec 2003 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a method of treating a parasite infestation or helminthiasis<br />

in non-human animals, comprising administering an imidazo[1,2b]pyridazine<br />

derivative of Formula (I), wherein R2 and R3 may be separate<br />

substituents or part of a fused ring as described in the specification,<br />

R4 is optionally substituted aryl or heteroaryl, and wherein the other<br />

substituents are as defined in the specification. Also disclosed are compounds<br />

of Formulas (V), (VI), and (VII), wherein the substituents are as<br />

defined in the specification, and compounds of Formula (I) selected from<br />

a list as described herein.<br />

(21) 548099 (22) 23 Dec 2004<br />

(54) Novel fused pyrrolocarbazoles<br />

(86) PCT/US2004/043160 (87) WO2005/063763<br />

(51) IPC2010.01:C07D487/04,14<br />

(71) CEPHALON, INC.<br />

(72) Becknell, Nadine C; Diebold, James L; Gingrich, Diane E; Hudkins,<br />

Robert L; Reddy, Dandu R; Tao, Ming; Underiner, Theodore L; Zulli, Allison<br />

L;<br />

(31) 03 532182 (32) 23 Dec 2003 (33) US<br />

(31) 04 017947 (32) 22 Dec 2004 (33) US<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 64 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a compound of formula II wherein Q is CH2CH2 and the<br />

other substituents are disclosed within the specification or a stereoisomer<br />

or a salt thereof. Also disclosed is the use of the compound of formula II<br />

for treating prostate disorder, angiogenic disorder, pathological disorder,<br />

cancer of solid tumors and multiple myeloma or leukemia.<br />

(21) 548121 (22) 29 Dec 2004<br />

(54) Sleeved stop for a drill bit with coarse and fine adjustment and biased<br />

centering member<br />

(86) PCT/US2004/043944 (87) WO2005/065377<br />

(51) IPC2010.01:B23B39/00; B23B41/00; B23B45/14; B23B47/00;<br />

B23B51/00; A61B17/16; B23B49/00; B23Q17/22<br />

(71) Alex M. Greenberg<br />

(72) Greenberg, Alex M;<br />

(31) 03 748338 (32) 30 Dec 2003 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) A stop for use with an electric drill bit, the stop having a combination<br />

of sleeves with differing thread pitch to provide for coarse and fine adjustment<br />

of the stop. The stop also has a centering member for use in a<br />

countersink (not shown) including a spring so that the centering member<br />

is biased to a fully extended position. Shoulder 106 limits depth of drilling<br />

when the spring is fully compressed.<br />

(21) 548123 (22) 10 Jan 2005<br />

(54) O-linked glycosylation of peptides<br />

(86) PCT/US2005/000799 (87) WO2005/070138<br />

(51) IPC2010.01:C07K1/00<br />

(71) NOVO NORDISK A/S<br />

(72) Defrees, Shawn; Zopf, David A; Wang, Zhi-Guang; Clausen, Henrik;<br />

(31) 04 535284 (32) 8 Jan 2004 (33) US<br />

(31) 04 544411 (32) 12 Feb 2004 (33) US<br />

(31) 04 546631 (32) 20 Feb 2004 (33) US<br />

(31) 04 555813 (32) 23 Mar 2004 (33) US<br />

(31) 04 570891 (32) 12 May 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Provided is an isolated G-CSF polypeptide comprising an O-linked<br />

glycosylation site that does not exist in wildtype sequence, wherein said<br />

isolated G-CSF polypeptide comprises a peptide sequence having the<br />

formula of M1XnTPLGP or M1BoPZmXnTPLGP, wherein the superscript<br />

denotes the corresponding position of the amino acid in wildtype, and<br />

the subscripts n and m are integers selected from 0 to 3; at least one of<br />

X and B is Thr or Ser, and when more than one of X and B is Thr or Ser,<br />

the identity of these moieties is independently selected; and Z is selected<br />

from glutamate, or any uncharged amino acid. Further provided<br />

are corresponding nucleic acids and methods of making glycoconjugates<br />

of said peptides as well as using the peptides for G-CSF therapy.<br />

(21) 548128 (22) 28 Dec 2004<br />

(54) Novel 2-heteroaryl-substituted benzimidazole derivative<br />

(86) PCT/JP2004/019843 (87) WO2005/063738<br />

(51) IPC2010.01:A61K31/4196,4245,426,4192,427,433,4439,444,<br />

4709,496,497,506,5377; A61P13/12; A61P25/00; A61P3/04,10; A61P43/<br />

00; C07D401/04,12,14; C07D413/04,14; C07D417/04<br />

(71) BANYU PHARMACEUTICAL CO., LTD.<br />

(72) Nonoshita, Katsumasa; Ogino, Yoshio; Ishikawa, Makoto; Sakai,<br />

Fumiko; Nakashima, Hiroshi; Nagae, Yoshikazu; Tsukahara, Daisuke;<br />

Arakawa, Keisuke; Nishimura, Teruyuki; Eiki, Jun-Ichi;<br />

(31) 03 436992 (32) 29 Dec 2003 (33) JP<br />

(31) 04 235696 (32) 13 Aug 2004 (33) JP<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a compound of formula (I-0) or a pharmaceutically acceptable<br />

salt thereof, wherein X represents a carbon atom or a nitrogen<br />

atom; X1, X2, X3 and X4 each independently represent a carbon atom;<br />

and wherein the rest of the substituents are disclosed within the specification.<br />

Also disclosed is the use of a compound of formula (I-0) in the<br />

preparation for treating type 2 diabetes or for treating obesity.<br />

(21) 548213 (22) 28 Dec 2004<br />

(54) Benzo[d]isoxazol-3-ol DAAO inhibitors<br />

(86) PCT/US2004/043547 (87) WO2005/066143<br />

(51) IPC2010.01:C07D261/20; A61K31/423<br />

(71) Sepracor Inc.<br />

(72) Fang, Q. Kevin; Hopkins, Seth; Chytil, Milan; Heffernan, Michele; Wipf,<br />

Peter;<br />

(31) 03 532978 (32) 29 Dec 2003 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed are benzo[d]isoxazol-3-ol derivatives as represented by<br />

formula IA or a pharmaceutically acceptable salt or solvate thereof,<br />

wherein A is hydrogen, alkyl or M+; Z is O; R1, R2 , R3a and R4a are<br />

independently selected from hydrogen, alkyl, hydroxy, alkoxy, aryl, acyl,<br />

halo, cyano, haloalkyl, NHCOOR5 and SO2NH2; and wherein the other<br />

substituents are as described herein. Also disclosed is the use of a<br />

compound as defined above for the manufacture of a medicament for<br />

the treatment of schizophrenia, for treating or preventing loss of memory<br />

and / or cognition associated with Alzheimer's disease, for treating ataxia,<br />

for treating neuropathic pain or for preventing loss of neuronal function<br />

characteristic of neurodegenerative diseases.<br />

(21) 548232 (22) 12 Jan 2005<br />

(54) Device and method for cleaning the abdominal cavity in fish<br />

(86) PCT/NO2005/000015 (87) WO2005/067724<br />

(51) IPC2010.01:A22C25/08,14<br />

(71) RONNY SOLBERG; KNUT INGE SEIM<br />

(72) Solberg, Ronny; Seim, Knut Inge;<br />

(31) 04 040142 (32) 13 Jan 2004 (33) NO<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 65 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(31) 04 044625 (32) 27 Oct 2004 (33) NO<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A method and device for cleaning the abdominal cavity in fish is disclosed.<br />

The device comprises transport mechanism(s) for introduction<br />

of the fish into the device, a fish detection device to determine when the<br />

fish has entered the device, and first and second cleaning tools. The first<br />

and second cleaning tools are configured, in use, to be inserted into the<br />

abdominal cavity of the fish, and move in opposing directions to each<br />

other, following the inside of the abdominal cavity.<br />

(21) 548235 (22) 12 Jan 2005<br />

(54) Sulfonamide derivatives as beta2 agonists for the treatment of diseases<br />

(86) PCT/IB2005/000112 (87) WO2005/080324<br />

(51) IPC2010.01:C07C311/08; C07C323/42; C07D295/03<br />

(71) PFIZER INC.<br />

(72) Brown, Alan Daniel; James, Kim; Lane, Charlotte Alice Louise; Moses,<br />

Ian Brian; Thomson, Nicholas Murray;<br />

(31) 04 04290168 (32) 22 Jan 2004 (33) EP<br />

(31) 04 0406388 (32) 22 Mar 2004 (33) GB<br />

(31) 04 600259 (32) 9 Aug 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a compound of formula (1), or a pharmaceutically acceptable<br />

salt, stereoisomer, tautomer, solvate, or isotopic variant thereof,<br />

wherein the ketone group is attached in the meta or para position, R1<br />

and R2 are each H or C1-C4alkyl, n is 0, 1, or 2, and wherein Q1 is as<br />

defined in the specification. Also disclosed is the use of the compound<br />

to treat diseases in which the beta 2 receptor is involved. Also disclosed<br />

is a process for preparing the compound.<br />

(21) 548319 (22) 13 Jan 2005<br />

(54) Benzimidazole derivatives<br />

(86) PCT/EP2005/000291 (87) WO2005/068433<br />

(51) IPC2010.01:C07D235/28,18; C07D417/06; C07D235/26; C07D471/<br />

04; C07D401/12; C07D403/06; C07D413/06; C07D401/04,06; A61K31/<br />

4184,422,427,4402,4406<br />

(71) Novartis AG<br />

(72) Gerspacher, Marc; Weiler, Sven;<br />

(31) 04 0400781 (32) 14 Jan 2004 (33) GB<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a compound of formula (I), wherein the substituents are<br />

as defined in the specification, and processes for its preparation. The<br />

compounds are benzimidazole derivatives that promote parathyroid hor-<br />

mone (PTH) release useful in the treatment of conditions of bone which<br />

are associated with increased calcium depletion or resorption, or in which<br />

stimulation of bone formation and calcium fixation in the bone is desirable.<br />

(21) 548374 (22) 10 Jan 2005<br />

(54) Azadecalin glucocorticoid receptor modulators<br />

(86) PCT/US2005/000607 (87) WO2005/070893<br />

(51) IPC2010.01:C07D217/04,06,08; C07D401/12; C07D405/06;<br />

C07D409/12,14; C07D413/12,14; C07D417/12; C07D513/06; A61K31/<br />

4725,472; A61P5/44<br />

(71) Corcept Therapeutics, Inc<br />

(72) Clark, Robin D; Ray, Nicholas C; Blaney, Paul; Hurley, Christopher;<br />

Williams, Karen; Hunt, Hazel; Clark, David;<br />

(31) 04 535460 (32) 9 Jan 2004 (33) US<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 2, Woden Plaza<br />

Offices, Woden Town Square, Woden, ACT 2606, Australia<br />

(57) Disclosed is a piperidine derivative of the formula shown, with<br />

subtituents as disclosed in the specification. Also disclosed is the use of<br />

the compound for treating a disorder or condition by modulating a glucocorticoid<br />

receptor.<br />

(21) 548454 (22) 13 Jan 2005<br />

(54) Pharmaceutical compositions comprising midazolam in a high concentration<br />

(86) PCT/EP2005/050133 (87) WO2005/067893<br />

(51) IPC2010.01:A61K31/5517; A61K47/10; A61K9/00<br />

(71) Franciscus Wilhelmus Henricus Maria MERKUS<br />

(72) Merkus, Franciscus Wilhelmus Henricus Maria;<br />

(31) 04 0400804 (32) 14 Jan 2004 (33) GB<br />

(74) Allens Arthur Robinson <strong>Patent</strong> & Trade Marks Attorneys, 530 Collins<br />

Street, Melbourne, Victoria 3000, Australia<br />

(57) Disclosed is a pharmaceutical composition for intranasal administration,<br />

which composition is an aqueous solution comprising midazolam in<br />

a concentration of at least 35 mg/mL and a solubiliser selected from<br />

propylene glycol, glycerol, polyethylene glycol, povidone, ethanol and<br />

combination thereof, wherein the pH of the composition is at least 2.5<br />

and less than 4.<br />

(21) 548469 (22) 4 Feb 2005<br />

(54) Solid pharmaceutical formulation containing a salt of a 3-quinoline<br />

carboxamide derivative<br />

(86) PCT/EP2005/050485 (87) WO2005/074899<br />

(51) IPC2010.01:A61K31/47; A61K9/00<br />

(71) ACTIVE BIOTECH AB<br />

(72) Jansson, Karl; Fristedt, Tomas; Wannman, Hans; Bjork, Anders;<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 66 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(31) 04 0400235 (32) 6 Feb 2004 (33) SE<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, New Zealand<br />

(57) Disclosed is a pharmaceutical composition in the form of a hydrogel<br />

which contains 0.01-5.0% by weight of 7alpha-Methyl-11beta-fluor-19nortestosterone<br />

(eF-MENT), 0.1-1.5% by weight of acrylate/C10-30 alkyl<br />

acrylate crosspolymer, 0-1.0% by weight of polyacrylic acid, 0-2.0% by<br />

weight of a cellulose derivative, 5.0-20.0% by weight of propylene carbonate,<br />

0.01-5.0% by weight of glycerol, 0.01-5.0% by weight of<br />

cyclomethicone, 0.01-5.0% by weight of isopropyl myristate, 20.0-50.0%<br />

by weight of purified water, 30.0-60.0% by weight of ethanol and tris-<br />

(hydroxymethyl)-aminomethane at pH 5-7.<br />

The disclosure also relates to the use of a carbonic acid ester as a<br />

transdermal permeation agent for an active substance in a pharmaceutical<br />

composition in the form of a hydrogel, said composition comprising<br />

a polymer matrix and a C2-C4 alkyl alcohol. The disclosure also relates<br />

to a perspiration-resistant composition in the form of a hydrogel, comprising<br />

an acrylic polymer combined with a cellulose derivative.<br />

(21) 548513 (22) 14 Jan 2005<br />

(54) Methods of producing peptides/proteins in plants and peptides/proteins<br />

produced thereby<br />

(86) PCT/US2005/001160 (87) WO2005/069845<br />

(51) IPC2010.01:C07H21/00,02,04; C12N15/82; C07K19/00<br />

(71) OHIO UNIVERSITY<br />

(72) Kieliszewski, Marcia J; Xu, Jianfeng; Kopchick, John; Okada, Shigeru;<br />

(31) 04 536486 (32) 14 Jan 2004 (33) US<br />

(31) 04 582027 (32) 22 Jun 2004 (33) US<br />

(31) 04 602562 (32) 18 Aug 2004 (33) US<br />

(74) PHILLIPS ORMONDE FITZPATRICK, 367 Collins Street, Melbourne,<br />

Victoria 3000, Australia<br />

(57) Provided is a nucleic acid construct for expression of a biologically<br />

active fusion protein in plants comprising: a) at least one nucleic acid<br />

encoding at least one plant hydroxyproline O-glycomodule b) at least<br />

one nucleic acid encoding a biologically active mammalian protein and<br />

c) an operatively linked plant promoter; wherein the biologically active<br />

fusion protein, when expressed in plants, exhibits a pharmacokinetic<br />

plasma half-life that is increased as compared with the biologically active<br />

mammalian protein expressed in plants that lacks a plant hydroxyproline<br />

O-glycosylation glycomodule. Further provided are corresponding<br />

plant-derived bioactive mammalian fusion proteins and use of the<br />

proteins in the manufacture of medicaments.<br />

Divisional filed as 579586<br />

(21) 548525 (22) 22 Dec 2004<br />

(54) Microwave induced pyrolysis reactor and method using two chambers<br />

each with stirrers and microwave absorbing material<br />

(86) PCT/GB2004/050043 (87) WO2005/061098<br />

(51) IPC2010.01:B01J19/12; C22B7/00; C22B21/00<br />

(71) Cambridge University Technical Services Limited<br />

(72) Ludlow-Palafox, Carlos; Chase, Howard Allaker;<br />

(31) 03 0329556 (32) 22 Dec 2003 (33) GB<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) A continuous method and reactor for recycling a metal/organic laminate<br />

comprising metal such as aluminium, laminated with an organic<br />

material is disclosed.<br />

The method comprises the steps of:<br />

- Providing a reactor (1) comprising a first chamber (2) having a first rotary<br />

stirrer (4) and a second chamber (3) having a second rotary stirrer (5),<br />

each chamber (2, 3) containing a bed of particulate microwave absorbing<br />

material;<br />

- Introducing laminate and additional particulate microwave absorbing<br />

material into the first chamber (2) via an inlet (6);<br />

- Under a reducing or inert atmosphere stirring the mixture of particulate<br />

microwave absorbing material and laminate in the first chamber (2) using<br />

the first rotary stirrer (3) and applying microwave energy in the first<br />

chamber (2) to heat the particulate microwave absorbing material to a<br />

temperature sufficient to pyrolyse organic material in the laminate;<br />

- Transferring a portion of the mixture in the first chamber (2) to the second<br />

chamber (3);<br />

- Stirring the mixture in the second chamber (3) using the second rotary<br />

stirrer (5) and applying microwave energy in the second chamber (3) to<br />

heat the particulate microwave absorbing material to a temperature sufficient<br />

to pyrolyse organic material remaining in the laminate, whereby<br />

laminate or delaminated metal migrates towards and floats on the upper<br />

surface of the mixture in the second chamber (3), the second rotary stirrer<br />

(5) rotating in a horizontal plane and being so configured as to fluidise<br />

the mixture such that the upper surface of the fluidised mixture has a<br />

radial profile that biases laminate or delaminated metal floating on the<br />

fluidised mixture to migrate radially outwards;<br />

- Transferring a portion of the mixture in the second chamber (3) to an exit<br />

(7) from the reactor (1); and recovering metal from the exit (7).<br />

(21) 548583 (22) 10 Mar 2005<br />

(54) New quaternized quinuclidine esters<br />

(86) PCT/EP2005/002523 (87) WO2005/090342<br />

(51) IPC2010.01:C07D453/02; A61K31/439; A61P11/00; A61P13/00<br />

(71) ALMIRALL PRODESFARMA, SA<br />

(72) Fernandez Forner, Maria Dolors; Prat Quinones, Maria; Buil Albero,<br />

Maria Antonia;<br />

(31) 04 0400638 (32) 15 Mar 2004 (33) ES<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a quaternized quinuclidine ester of formula (I):<br />

wherein the substituents are defined in the specification and X- represents<br />

a pharmaceutically acceptable anion of a mono or polyvalent acid;<br />

provided that the group B-(CH2)n-A-(CH2)m- is not a linear C1-4 alkyl<br />

group and further provided that the compound is not one of:<br />

1-Allyloxycarbonylmethyl-3-(2-hydroxy-2,2-di-thiophen-2-yl-acetoxy)-1azonia-bicyclo-<br />

[<strong>2.2</strong>.2]octane; and<br />

1-carboxymethyl-3-(2-hydroxy-2,2-di-thiophen-2-yl-acetoxy)-1-azoniabicyclo[<strong>2.2</strong>.2]octane.<br />

Also disclosed is a process for producing said esters,<br />

pharmaceutical compositions comprising said esters, the use of the<br />

ester in the manufacture of a medicament for the treatment of respiratory,<br />

urological or gastrointestinal disease or disorder and a combination<br />

product comprising said ester.<br />

(21) 548613 (22) 4 Feb 2005<br />

(54) Process for preparing 2-aminothiazole-5-aromatic carboxamides as<br />

kinase inhibitors<br />

(86) PCT/US2005/003728 (87) WO2005/077945<br />

(51) IPC2010.01:C07D417/14; A61P31/04; C07D417/12; C07D277/56;<br />

A61P31/12; A61K31/496,506; A61P35/00; C07D239/48<br />

(71) BRISTOL-MYERS SQUIBB COMPANY<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 67 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(72) Chen, Bang-Chi; Droghini, Roberto; Lajeunesse, Jean; Dimarco, John<br />

D; Galella, Michael; Chidambaram, Ramakrishnan;<br />

(31) 04 542490 (32) 6 Feb 2004 (33) US<br />

(31) 04 624937 (32) 4 Nov 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a crystalline solvate of a 2-aminothiazole-5-aromatic<br />

carboxamides with formula (IV) which is characterized by its x-ray powder<br />

diffraction pattern, wherein the solvate is monohydrate, butanol or<br />

ethanol. Also disclosed is the pharmaceutical use of the compound for<br />

the treatment of cancer in particular chronic myelogenous leukemia (CML),<br />

gastrointestinal stromal tumor (GIST), small cell lung cancer (SCLC),<br />

non-small cell lung cancer (NSCLC), ovarian cancer, melanoma, mastocytosis,<br />

germ cell tumors, acute myelogenous leukemia (AML), pediatric<br />

sarcomas, breast cancer, colorectal cancer, pancreatic cancer, and prostate<br />

cancer. The process for preparing the crystalline solvate is also disclosed.<br />

(21) 548670 (22) 27 Jan 2005<br />

(54) Enhancement of anti-androgenic activity by a combination of inhibitors<br />

targeting different steps of a steroid-dependent gene activation pathway<br />

and uses thereof<br />

(86) PCT/US2005/003416 (87) WO2005/072462<br />

(51) IPC2010.01:A61K31/47,444,343<br />

(71) Androscience Corporation<br />

(72) Shih, Charles; Su, Ching-Yuan;<br />

(31) 04 539753 (32) 28 Jan 2004 (33) US<br />

(74) PIPERS, Level 1, 5A Pacific Rise, Mt Wellington, Auckland, New Zealand<br />

(57) Dislcosed is a method of inhibiting or reducing steroid-dependent<br />

gene activation comprising:<br />

a) providing a biological sample comprising a steroid receptor;<br />

b) administering a first compound to said biological sample, wherein said<br />

first compound induces degradation of said steroid receptor, and said<br />

first compound is selected from the group consisting of functional derivatives<br />

and functional analogues of curcumin; and<br />

c) administering a second compound to said biological sample, wherein<br />

said second compound inhibits said steroid receptor from activating a<br />

gene, and said second compound is selected from the group consisting<br />

of bicalutamide, hydroxyflutamide, docosahexaenoic acid (DHA), silibinin<br />

(SB), quercetin (QU), finesteride, dutasteride, vitamin E succinate (VES),<br />

and functional derivatives and functional analogues thereof;<br />

wherein said first compound and said second compound act at different<br />

steps within a gene activation pathway of said steroid receptor; further<br />

wherein steroid-dependent gene activation is reduced or inhibited greater<br />

than if said first compound or said second compound are administered<br />

alone. Further disclosed are pharmaceutical compositions and uses<br />

thereof.<br />

(21) 548687 (22) 9 Feb 2005<br />

(54) An endoluminal surgical staple delivery system<br />

(86) PCT/GB2005/000437 (87) WO2005/077280<br />

(51) IPC2010.01:A61B17/115,94<br />

(71) ANSON MEDICAL LIMITED<br />

(72) Jones, Anthony; Keeble, Duncan;<br />

(31) 04 0402796 (32) 9 Feb 2004 (33) GB<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) In order to be able to deliver staples 9 into the wall of an artery 2 at a<br />

particular spot in order to staple a stent to the artery wall for example, the<br />

distal end of the conduit 5 through which the staples 9 are delivered is<br />

bent away from the longitudinal axis of the artery and toward the artery<br />

wall. By fixing the conduit 5 at a position 8 near to the distal end to a<br />

stiffer elongate element such as balloon catheter 6 or catheter guide<br />

wire 3, axial translation of the conduit 5 relative to the stiffer elongate<br />

element will have the effect of deflecting the end of the conduit toward<br />

the artery wall.<br />

(21) 548693 (22) 17 Feb 2005<br />

(54) Polyheterocyclic compounds and their use as metabotropic glutamate<br />

receptor antagonists<br />

(86) PCT/US2005/005216 (87) WO2005/080386<br />

(51) IPC2010.01:C07D401/14; C07D413/14; A61K31/4545; A61P25/00;<br />

A61K31/5377,496<br />

(71) AstraZeneca AB<br />

(72) Arora, Jalaj; Edwards, Louise; Isaac, Methvin; Kers, Annika; Staaf,<br />

Karin; Slassi, Abdelmalik; Stefanac, Tomislav; Wensbo, David; Xin, Tao;<br />

Holm, Bjorn;<br />

(31) 04 545292 (32) 18 Feb 2004 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a compound of formula (I), wherein P is aryl or heteroaryl,<br />

X6 is N, X2 and X7 are each C or N, Q is heteroaryl, and wherein the rest<br />

of the substituents are as described in the specification. Also disclosed<br />

is the use of the compound to treat mGluR 5 mediated disorders.<br />

(21) 548771 (22) 29 Dec 2004<br />

(54) Phosphonates, monophosphonamidates, bisphosphonamidates for<br />

the treatment of viral diseases<br />

(86) PCT/US2004/043969 (87) WO2005/066189<br />

(51) IPC2010.01:A61K31/66; C07F9/44; C07D473/16; A61K31/52<br />

(71) GILEAD SCIENCES, INC.<br />

(72) Cheng, Xiaqin; Cook, Gary P; Desai, Manoj C; Doerffler, Edward; He,<br />

Gong-Xin; Kim, Choung U; Lee, William A; Rohloff, John C; Wang, Jianying;<br />

Yang, Zheng-Yu;<br />

(31) 03 533745 (32) 30 Dec 2003 (33) US<br />

(31) 04 590987 (32) 26 Jul 2004 (33) US<br />

(31) 04 606595 (32) 1 Sep 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed are 9-(2-phosphonylmethoxyethyl)-2,6-diaminopurine derivatives<br />

as represented by the general formula IA or a pharmaceutically<br />

acceptable salt thereof, wherein: Y1A and Y1B are independently NH(Rx);<br />

where RX is as defined herein. Also disclosed is the use of a compound<br />

as defined above in the preparation of a medicament for the treatment of<br />

tumors, and wherein the medicament may further comprise an effective<br />

amount of at least one antiviral agent, and a pharmaceutically acceptable<br />

carrier.<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 68 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 548819 (22) 17 Feb 2005<br />

(54) Hand-held electronically controlled injection device for injecting liquid<br />

medications<br />

(86) PCT/EP2005/050711 (87) WO2005/077441<br />

(51) IPC2010.01:A61M5/20,24,32,48<br />

(71) Ares Trading S.A.<br />

(72) Pongpairochana, Vincent; Maclean, Timothy John; Prasser, Robert;<br />

Lauchard, Gerhard; Wurmbauer, Werner; Kogler, Gerhard;<br />

(31) 04100647 (32) 18 Feb 2004 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) A hand-held, electronically controlled injection device for injecting preset<br />

doses of a liquid medication, is disclosed. The injection device comprises<br />

a housing for receiving a medication container containing the liquid<br />

medication, a contact surface for contacting a patient's skin, and a<br />

first actuator for moving the medication container within the housing to<br />

and from the contact surface. The contact surface of the housing comprises<br />

a through opening for receiving a needle assembly. The injection<br />

device also includes a releasable retaining means for locking the needle<br />

assembly in a predetermined position engaging the opening, during displacement<br />

of the medication container towards the contact surface, from<br />

a first operating position, withdrawn inside the housing, to a second operating<br />

position, connected to a needle of the needle assembly.<br />

(21) 548857 (22) 24 Feb 2005<br />

(54) Crystalline forms of a diazocine pharmaceutical compound for Parkinson’s<br />

and similar conditions<br />

(86) PCT/DK2005/000127 (87) WO2005/082920<br />

(51) IPC2010.01:C07H19/23; A61K31/7056; A61P25/16<br />

(71) H. LUNDBECK A/S<br />

(72) Rock, Michael Harold; Lopez De Diego, Heidi; Christensen, Kim Lasse;<br />

Nielsen, Ole; Buur, Anders; Howells, Mark;<br />

(31) 200400326 (32) 27 Feb 2004 (33) DK<br />

(31) 04 548351 (32) 27 Feb 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a crystalline compound of formula I. Also disclosed are<br />

specific crystalline forms of the compound, with X-ray powder diffraction<br />

patterns as described in the specification. Also disclosed is a method for<br />

preparing crystalline compound I, and the use of the crystalline compound<br />

for treating a CNS disease, such as Parkinson’s disease Alzheimer’s<br />

disease, Huntington’s disease peripheral neuropathy, or AIDS dementia.<br />

(21) 548896 (22) 2 Feb 2005<br />

(54) 1H-thieno[2,3-c]pyrazole derivatives useful as kinase inhibitors<br />

(86) PCT/EP2005/001021 (87) WO2005/074922<br />

(51) IPC2010.01:A61K31/4162; A61P35/00; A61P31/12; A61P25/28;<br />

A61P17/06; A61P19/02; A61P9/10<br />

(71) PFIZER ITALIA S.R.L.<br />

(72) Fancelli, Daniele; Bindi, Simona; Varasi, Mario; Vianello, Paola; Vioglio,<br />

Sergio; Tesei, Dania;<br />

(31) 04 541452 (32) 3 Feb 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a compound of formula (I), wherein the substituents are<br />

as defined in the specification, and processes for its preparation. The<br />

compounds are protein kinase inhibitors, particularly Aurora Kinases<br />

useful in the treatment of cell proliferative disorders.<br />

(21) 548991 (22) 16 Jan 2005<br />

(54) Perturbed membrane-binding compounds and methods of using the<br />

same<br />

(86) PCT/IL2005/000055 (87) WO2005/067388<br />

(51) IPC2010.01:A61K31/53; A61K49/00,04; A61K51/00; C07F5/00<br />

(71) Aposense Ltd<br />

(72) Ziv, Ilan; Shirvan, Anat;<br />

(31) 04 536493 (32) 15 Jan 2004 (33) US<br />

(31) 04 537289 (32) 20 Jan 2004 (33) US<br />

(31) 04 799586 (32) 15 Mar 2004 (33) US<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, New Zealand<br />

(57) The disclosure relates to compounds that selectively bind to cells<br />

undergoing perturbations and alterations of their normal plasma membrane<br />

organization, such as cells undergoing apoptosis or activated platelets.<br />

The disclosure further provides methods for utilizing said compounds<br />

in medical practice, for diagnostic and therapeutic purposes.<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 69 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 548997 (22) 8 Feb 2005<br />

(54) Lever handle door furniture<br />

(86) PCT/AU2005/000152 (87) WO2005/080713<br />

(51) IPC2010.01:E05B1/00; E05B3/00,02,04<br />

(71) Assa Abloy Australia Pty Limited<br />

(72) Newman, Donald John; Watson, Robert John;<br />

(31) 2004900899 (32) 24 Feb 2004 (33) AU<br />

(74) CULLEN & CO, Level 32, 239 George Street, Brisbane, QLD 4001,<br />

Australia<br />

(57) A handle assembly, in particular for a door lever handle, includes a<br />

handle 10, a spigot 11 to which the handle is attached, a return coil spring<br />

13 to bias the handle to the closed position, an operating plate 14 that is<br />

rotatable by the handle spigot, a mounting stock 15, and a housing 12<br />

engaged to one end of the spigot 11 and securable at the other end to<br />

the mounting stock 15. The spring 13, operating plate 14 and portions of<br />

the mounting stock 15 and spigot 11 are positioned within the housing 12<br />

once fitted to the mounting stock and the housing 12 is secured to the<br />

mounting stock 15 through engagement of the housing with the mounting<br />

stock.<br />

(21) 549099 (22) 25 Mar 2005<br />

(54) Medication dispensing apparatus with spring-driven locking feature<br />

enabled by administration of final dose<br />

(86) PCT/US2005/010206 (87) WO2005/097233<br />

(51) IPC2010.01:A61M5/00,315<br />

(71) ELI LILLY AND COMPANY<br />

(72) Jacobs, Alexander Thomas; Judson, Jared Alden; Row, Gordon<br />

Davidson;<br />

(31) 04 557545 (32) 30 Mar 2004 (33) US<br />

(31) 04 638027 (32) 21 Dec 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A medication dispensing apparatus is disclosed. The medication dispensing<br />

apparatus has a drive member movable in a distal direction within<br />

a housing, and a fluid container with a piston advanceable by the drive<br />

member (60). The apparatus includes a latching element (180) having a<br />

skid (190) that is slidable along a surface of the drive member as the<br />

drive member passes distally during advancement. The drive member is<br />

arranged with the skid so as to maintain a latching lip of the latching<br />

element against a spring force in a first position free of the driving means<br />

during dose preparing and injecting prior to a final dose administration.<br />

The skid-engaging surface shifts distally of the skid such that the skid<br />

passes beyond a proximal end of that surface upon administration of a<br />

final dose, whereby the latching lip is urged by the spring force from the<br />

first position to a second position to physically lock the driving means to<br />

prevent further dose preparing and injecting.<br />

(21) 549109 (22) 3 Mar 2005<br />

(54) Novel hydroxy-6-heteroarylphenanthridines and their use as PDE4<br />

inhibitors<br />

(86) PCT/EP2005/050946 (87) WO2005/090311<br />

(51) IPC2010.01:C07D401/04,14; C07D405/04; C07D413/04; C07D417/<br />

04,14; C07D471/04<br />

(71) Nycomed GmbH<br />

(72) Schmidt, Beate; Flockerzi, Dieter; Hatzelmann, Armin; Zitt, Christof;<br />

Barsig, Johannes; Marx, Degenhard; Kley, Hans-Peter; Kautz, Ulrich;<br />

(31) 04 04005005 (32) 3 Mar 2004 (33) EP<br />

(31) 04 04106372 (32) 7 Dec 2004 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a compound of formula I wherein the substituents are<br />

disclosed within the specification or a salt thereof.<br />

Also disclosed is the use of a compound of formula I for the production of<br />

a pharmaceutical composition for treating bronchial asthma, COPD, psoriasis,<br />

atopic eczema or diabetes mellitus.<br />

(21) 549251 (22) 10 Mar 2005<br />

(54) Sulphonylpyrroles as HDAC inhibitors<br />

(86) PCT/EP2005/051086 (87) WO2005/087724<br />

(51) IPC2010.01:A61K31/40,4025; C07D207/48; C07D401/12; C07D403/<br />

12; C07D409/12<br />

(71) 4SC AG<br />

(72) Maier, Thomas; Beckers, Thomas; Baer, Thomas; Gimmnich, Petra;<br />

Dullweber, Frank; Vennemann, Matthias;<br />

(31) 04 04101003 (32) 11 Mar 2004 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a compound of formula I wherein the substituents are<br />

disclosed within the specification and a salt thereof.<br />

Also disclosed is the use of the compound of formula I for treating benign<br />

and/or malignant neoplasia.<br />

(21) 549381 (22) 21 Feb 2005<br />

(54) Process for the preparation of enantiomerically pure 1-substituted-3aminoalcohols<br />

(86) PCT/EP2005/001781 (87) WO2005/080370<br />

(51) IPC2010.01:C07B53/00; C07C213/00; C07D333/20,22<br />

(71) Lonza AG<br />

(72) Michel, Dominique; Mettler, Hanspeter; McGarrity, John;<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 70 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(31) 04 04003809 (32) 19 Feb 2004 (33) EP<br />

(31) 04 04010043 (32) 28 Apr 2004 (33) EP<br />

(74) PHILLIPS ORMONDE FITZPATRICK, 367 Collins Street, Melbourne,<br />

Victoria 3000, Australia<br />

(57) A process for the preparation of salts of a carboxylic acid with an<br />

aminoalcohol of the formula of Ia and/or Ib wherein the substituents are<br />

disclosed in the specification. Comprising asymmetrically hydrogenating<br />

a salt of a carboxylic acid with an aminoketone of the formula wherein<br />

the substituents are defined in the specification, in the presence of a<br />

transition metal complex of a diphosphine ligand.<br />

Also disclosed are salts of a carboxylic acid said aminoketones and salts<br />

of a carboxylic acid of said aminoalcohols.<br />

(21) 549420 (22) 2 Mar 2005<br />

(54) Irrigation pipe with a plurality of connector elements integrally fitted to<br />

the wall of the pipe during manufacture<br />

(86) PCT/IL2005/000244 (87) WO2005/084418<br />

(51) IPC2010.01:A01G25/02; F16L11/12<br />

(71) NETAFIM LTD.<br />

(72) Masarwa, Abed; Schweitzer, Avi;<br />

(31) 04 548957 (32) 2 Mar 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) An irrigation pipe (10) and a method of production of an irrigation pipe<br />

(10) is disclosed. The irrigation pipe (10) has a plurality of connector<br />

elements (14) for attachment of lateral branches thereto. The connector<br />

elements (14) are integrally fitted to the pipe wall during manufacture,<br />

and may be fitted open and be adapted for closing after manufacture if<br />

not intended for use, or may be fitted closed and be adapted for opening<br />

after manufacture to enable the attachment of lateral branches. At least<br />

one of the connector elements is formed with an internal or external<br />

thread or is formed as a member of a bayonet lock. The connector elements<br />

have a low profile so that the irrigation pipe (10) is rollable on a<br />

reel.<br />

(21) 549430 (22) 30 Mar 2005<br />

(54) Process for preparing oxycodone hydrochloride having less than 25<br />

PPM 14-hydroxycodeinone<br />

(86) PCT/US2005/010666 (87) WO2005/097801<br />

(51) IPC2010.01:C07D489/00,08<br />

(71) EURO-CELTIQUE S.A.<br />

(72) Chapman, Robert; Rider, Lonn S; Hong, Qi; Kyle, Donald; Kupper,<br />

Robert;<br />

(31) 04 557492 (32) 30 Mar 2004 (33) US<br />

(31) 04 601534 (32) 13 Aug 2004 (33) US<br />

(31) 04 620072 (32) 18 Oct 2004 (33) US<br />

(31) 05 648625 (32) 31 Jan 2005 (33) US<br />

(31) 05 651778 (32) 10 Feb 2005 (33) US<br />

(74) F B RICE & CO, Level 23, 200 Queen Street, Melbourne, Victoria<br />

3000, Australia<br />

(57) A process for preparing an oxycodone hydrochloride composition<br />

having less than 25 ppm 14-hydroxycodeinone is disclosed, which process<br />

comprises the steps of:<br />

(a) providing an oxycodone base composition, said oxycodone base composition<br />

comprising an amount of 8a,14-dihydroxy-7,8-dihydrocodeinone,<br />

(b) reacting said oxycodone base composition with hydrochloric acid,<br />

whereby 8a,14-dihydroxy-7,8-dihydrocodeinone is converted to 14hydroxycodeinone;<br />

and<br />

(c) reducing an amount of 14-hydroxycodeinone in the oxycodone hydrochloride<br />

composition formed in step (b) to produce an oxycodone hydrochloride<br />

composition having less than 25 ppm 14-hydroxycodeinone.<br />

Also disclosed is a sustained release oral dosage form comprising particles,<br />

the particles comprising from about 10 mg to about 320 mg<br />

oxycodone hydrochloride composition having less than 25 ppm<br />

14·hydroxycodeinone, said particles being film-coated with a material that<br />

permits release of the oxycodone hydrochloride at a sustained rate in an<br />

aqueous medium.<br />

Divisional filed as 582386<br />

(21) 549590 (22) 3 Feb 2005<br />

(54) A blister pack for use with an inhalation device<br />

(86) PCT/US2005/003265 (87) WO2005/076872<br />

(51) IPC2010.01:A61M15/00; A61M16/00<br />

(71) MICRODOSE THERAPEUTX, INC.<br />

(72) Gumaste, Anand V; Bowers, John;<br />

(31) 04 542368 (32) 6 Feb 2004 (33) US<br />

(74) IP Gateway <strong>Patent</strong> and Trademark Attorneys, Suite 2, 18 Carol Avenue,<br />

Springwood, Brisbane, Queensland 4127, Australia<br />

(57) A medication pack for use with an inhalation device is made by folding<br />

a single elongate sheet of material 10 onto itself to form a plurality of<br />

single fold pleats 20 immediately adjacent and separated from one another<br />

along a length of the sheet. Each of the immediately adjacent pleats<br />

has facing inside walls that are affixed to each other to form pockets 26<br />

for the dry powder medicament 22. Sprocket slots 64 are provided to<br />

traction the sheet through the inhaler dispenser in which the pleated pockets<br />

are in turn opened up to expose the powder to a deaggregator and<br />

airflow passage.<br />

Divisional filed as 584010<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 71 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 549787 (22) 11 Mar 2005<br />

(54) Antibodies binding to EphB4 for inhibiting angiogenesis and tumor<br />

growth<br />

(86) PCT/US2005/008280 (87) WO2005/090406<br />

(51) IPC2010.01:C07K16/28; A61K39/395; A61P35/00; C12N5/20<br />

(71) VasGene Therapeutics, Inc.<br />

(72) Krasnoperov, Valery; Zozulya, Sergey; Kertesz, Nathalie; Reddy,<br />

Ramachandra; Gill, Parkash;<br />

(31) 04 800350 (32) 12 Mar 2004 (33) US<br />

(31) 04 949720 (32) 23 Sep 2004 (33) US<br />

(31) 04 612908 (32) 23 Sep 2004 (33) US<br />

(74) Shelston IP, Level 21, 60 Margaret Street, Sydney, NSW 2000, Australia<br />

(57) Disclosed is an isolated monoclonal antibody or antigen binding portion<br />

thereof that binds to an epitope situated within specified amino acids<br />

of EphB4, inhibits binding of EphB4 to EphrinB2 and promotes apoptosis<br />

in a tumor cell. The antibody can be used in the treatment of cancer.<br />

Divisional filed as 584117<br />

(21) 549870 (22) 16 Mar 2005<br />

(54) Pharmaceutical formulations for dry powder inhalers comprising a<br />

low-dosage strength active ingredient<br />

(86) PCT/EP2005/002789 (87) WO2005/089717<br />

(51) IPC2010.01:A61K31/4704; A61K9/14<br />

(71) CHIESI FARMACEUTICI S.P.A.<br />

(72) Bilzi, Roberto; Armanni, Angela; Rastelli, Roberto; Cocconi, Daniela;<br />

Musa, Rossella;<br />

(31) 04 04006430 (32) 17 Mar 2004 (33) EP<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a powder formulation for use in a dry powder inhaler, the<br />

powder comprising microparticles consisting of an active ingredient to<br />

be administered for the treatment of a respiratory disease having a therapeutical<br />

nominal dose equal to or lower than 20 ìg on each actuation of<br />

the powder inhaler and a non-therapeutically active physiologically acceptable<br />

excipient, wherein<br />

a) the MMD of the microparticles is comprised between 2 and 15 ìm;<br />

b) the d(0.1) is higher than 0.5 ìm; and<br />

c) the d(0.9) is lower than 60 ìm.<br />

Also disclosed is a process for the preparation of the powder formulation<br />

above.<br />

(21) 549893 (22) 24 Mar 2005<br />

(54) Use of anti-alpha5beta1 antibodiesin a stabilising solution to inhibit<br />

cancer cell proliferation<br />

(86) PCT/US2005/009939 (87) WO2005/092073<br />

(51) IPC2010.01:A61K38/00; A61K39/00,395; A61K49/00; C07K16/00<br />

(71) FACET BIOTECH CORPORATION<br />

(72) Ramakrishnan, Vanitha; Bhaskar, Vinay; Ho, Sun; Murray, Richard;<br />

Law, Debbie;<br />

(31) 05 657514 (32) 28 Feb 2005 (33) US<br />

(31) 04 556421 (32) 24 Mar 2004 (33) US<br />

(31) 04 556422 (32) 24 Mar 2004 (33) US<br />

(31) 04 625049 (32) 3 Nov 2004 (33) US<br />

(31) 05 651098 (32) 7 Feb 2005 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is the use of:<br />

about 1.0 mg/mL to 15 mg/mL anti-alpha5beta1 antibody;<br />

about 22 mM to 27 mM citrate;<br />

about 145 mM to 165 mM sodium chloride; and<br />

about 0.04% to 0.06% polysorbate 80;<br />

in the manufacture of a medicament for inhibiting the proliferation of a<br />

cancer cell, wherein the cancer cell expresses alpha5beta1 integrin on<br />

its surface, and wherein the medicament is a liquid formulation and has<br />

a pH of about 5.5 to 7.5.<br />

(21) 549959 (22) 11 Apr 2005<br />

(54) Multiple-variable dose regimen for treating TNFalpha-related disorders<br />

using anti TNFalpha antibodies<br />

(86) PCT/US2005/012007 (87) WO2005/110452<br />

(51) IPC2010.01:A61K39/40,395; A61P37/06; C07K16/24<br />

(71) ABBOTT BIOTECHNOLOGY LTD<br />

(72) Granneman, George Richard; Hoffman, Rebeca S; Chartash, Elliot;<br />

Taylor, Lori K; Yan, Philip;<br />

(31) 04 561139 (32) 9 Apr 2004(33) US<br />

(31) 04 561710 (32) 12 Apr 2004 (33) US<br />

(31) 04 569100 (32) 7 May 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is the use of an isolated human anti-TNFalpha antibody, or<br />

an antigen-binding fragment thereof, in the manufacture of a medicament<br />

for treating an intestinal disorder in which TNFalpha activity is detrimental<br />

using a multiple-variable dose regimen, said regimen, when used,<br />

comprising administering to a subject in need thereof at least one induction<br />

dose ranging from about 20 mg to about 200 mg of the human anti-<br />

TNFalpha antibody, or antigen-binding fragment thereof, such that a<br />

threshold level of the human anti-TNFalpha antibody, or antigen-binding<br />

fragment thereof, is achieved within an induction phase; and subsequently<br />

administering to the subject at least one treatment dose of the human<br />

anti-TNFalpha antibody, or antigen-binding fragment thereof which is 40-<br />

60% of the induction dose, within a treatment phase, such that treatment<br />

of the intestinal disorder occurs.<br />

Divisional filed as 579302<br />

(21) 550269 (22) 30 Mar 2005<br />

(54) Skin conditioning agent containing sphingomyelin<br />

(86) PCT/JP2005/006030 (87) WO2005/094839<br />

(51) IPC2010.01:A23K1/16; A23L1/30; A23L2/38,52; A61K31/688<br />

(71) SNOW BRAND MILK PRODUCTS CO., LTD.<br />

(72) Kato, Ken; Ueda, Noriko; Miura, Susumu; Yoshioka, Toshimitsu;<br />

(31) 04 101142 (32) 30 Mar 2004 (33) JP<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, New Zealand<br />

(57) Disclosed is the use of sphingomyelin for manufacturing a skin beautifier<br />

for moisturising and/or decreasing the loss of water from the skin,<br />

preventing and/or improving skin roughness, and/or preventing wrinkles;<br />

wherein the skin beautifier is orally administered.<br />

Also disclosed is a cosmetic method by oral administration of a skin beautifier<br />

comprising sphingomylin.<br />

(21) 550507 (22) 12 Apr 2005<br />

(54) Seeded boehmite particulate material and methods for forming same<br />

(86) PCT/US2005/012038 (87) WO2005/100244<br />

(51) IPC2010.01:C01F7/44,02<br />

(71) SAINT-GOBAIN CERAMICS & PLASTICS, INC.<br />

(72) Bauer, Ralph; Yener, Doruk; Skowron, Margaret; Barnes, Martin;<br />

(31) 04 823400 (32) 13 Apr 2004 (33) US<br />

(31) 04 845764 (32) 14 May 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a method for forming boehmite particulate material, comprising:<br />

providing a boehmite precursor and boehmite seeds in a suspension<br />

at a weight ratio not less than 60:40 of boehmite precursor to<br />

boehmite seeds, the suspension being a basic suspension or an acidic<br />

suspension containing formic acid; and heat treating the suspension at a<br />

temperature greater than about 120 deg C to convert the boehmite precursor<br />

into boehmite particulate material, the boehmite particulate material<br />

predominantly being comprised of platelet-shaped particles having<br />

an aspect ratio of not less than 3:1 and having a secondary aspect ratio<br />

of not less than 3: 1.<br />

(21) 550545 (22) 14 Mar 2005<br />

(54) A method of improving the efficiency of fat separation in the separation<br />

of a liquid food product<br />

(86) PCT/SE2005/000361 (87) WO2005/086994<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 72 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(51) IPC2010.01:A01J11/10; A01J25/11; A23C9/15<br />

(71) TETRA LAVAL HOLDINGS & FINANCE S.A.<br />

(72) Duchesne, Marius; Mansson, Rolf;<br />

(31) 04 0400634 (32) 15 Mar 2004 (33) SE<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, New Zealand<br />

(57) Provided is a method for improving the efficiency of fat separation in<br />

the separation of a liquid food product with a certain fat content into a<br />

lighter phase and heavier phase, comprising the steps a) said liquid food<br />

product is passed through a first separator where the product is separated<br />

into a first lighter phase and a first heavier phase, b) the first separator<br />

is regulated so that the first lighter phase will have a fat content<br />

which is less than 15%, c) the said first lighter phase is subsequently<br />

passed through a second separator where the product is further separated<br />

into a second lighter phase and a second heavier phase.<br />

(21) 550613 (22) 28 Sep 2005<br />

(54) Powered watercraft<br />

(86) PCT/US2005/034404 (87) WO2006/041662<br />

(51) IPC2010.01:B63B1/38<br />

(71) M SHIP CO., LLC.<br />

(72) Robinson, Charles W; Burns, William F;<br />

(31) 04 957914 (32) 4 Oct 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A watercraft, comprising at least one hull having at least one planing<br />

surface, at least one vertical step in the planing surface, an onboard<br />

propulsion engine 106, and means 108 for venting exhaust from the<br />

onboard propulsion engine 106 at the vertical step in the planing surface<br />

while under way in order to introduce gas along the planing surface, the<br />

means for venting exhaust including means for venting a first proportion<br />

of the exhaust 108A at the vertical step in the planing surface, including<br />

a first exhaust conduit 108 that defines a first exhaust flow path 108A<br />

leading to the vertical step in the planing surface, and the means for<br />

venting exhaust including means for venting a second proportion of the<br />

exhaust to atmosphere, including a second exhaust conduit 109 that<br />

defines a second exhaust flow path 109A leading to atmosphere, wherein<br />

the onboard propulsion engine 106 is not an internal combustion engine<br />

with multiple cylinders exhausting through a corresponding number of<br />

exhaust ports at the underside.<br />

(21) 550665 (22) 8 Apr 2005<br />

(54) Novel water-soluble prodrugs of camptothecin derivatives<br />

(86) PCT/JP2005/006957 (87) WO2005/097803<br />

(51) IPC2010.01:A61K31/519; A61P1/00; A61P11/00; A61P13/10; A61P15/<br />

00; A61P31/10; A61P35/00; C07D491/22<br />

(71) CHUGAI SEIYAKU KABUSHIKI KAISHA<br />

(72) Umeda, Isao; Ohwada, Jun; Ozawa, Sawako;<br />

(31) 2004 115713 (32) 9 Apr 2004(33) JP<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed are water-soluble camptothecin prodrugs as represented<br />

by formula (2) or (3), or a pharmaceutically acceptable salt, or a hydrate<br />

or solvate thereof, wherein in Formula (2), R1 represents a hydrogen<br />

atom or an alkyl group; X represents a C=O or an alkylene group; R2 and<br />

R4 each independently represents a hydrogen atom, an alkyl group, or<br />

an amino acid side chain; and R3 represents an alkyl group; wherein in<br />

Formula (3), R1 is defined as in formula (2); n represents an integer from<br />

1 to 6; and R5 represents a hydrogen atom or COOR6 (wherein R6 represents<br />

a hydrogen atom or an alkyl group); wherein in Formula (2) and<br />

(3), Y is a group represented by formula (5): and the other substituents<br />

are as defined herein. Also disclosed is a therapeutic agent for a cell<br />

proliferation disorder (such as colorectal cancer, lung cancer, breast cancer,<br />

gastric cancer, uterine cervical cancer, bladder cancer or a solid<br />

tumor) which comprises the water-soluble prodrug as defined above as<br />

an effective ingredient.<br />

(21) 550792 (22) 31 Mar 2005<br />

(54) Antibacterial compositions<br />

(86) PCT/JP2005/006253 (87) WO2005/094850<br />

(51) IPC2010.01:A23L1/30,305; A61K35/20,74; A61P31/00<br />

(71) Meiji Dairies Corporation<br />

(72) Kume, Hisae; Sasaki, Hajime;<br />

(31) 04 107031 (32) 31 Mar 2004 (33) JP<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, New South Wales 2000, Australia<br />

(57) Provided is the use of an antibacterial composition in the preparation<br />

of a medicament for inhibiting the proliferation of gram-positive bacteria,<br />

or both gram-positive and gram-negative bacteria, wherein the composition<br />

is (a) prepared using an acidic quark cheese, (b) comprises edible<br />

carbohydrates, proteins, and fats, and (c) has a pH of 4.6 or less, and<br />

wherein the energy ratio of carbohydrates, proteins, and fats is 50% to<br />

70%, 4% to 25% and 20% to 30%, respectively.<br />

(21) 550879 (22) 2 May 2005<br />

(54) Formulation of valproic acid (VPA) in fast and slow releasing components<br />

(86) PCT/EP2005/004739 (87) WO2005/105055<br />

(51) IPC2010.01:A61K31/19; A61K9/50; A61K45/08<br />

(71) TOPOTARGET GERMANY AG; DESITIN ARZNEIMITTEL G<strong>MB</strong>H<br />

(72) Franke, Hanshermann; Lennartz, Peter; Maurer, Alexander B; Hentsch,<br />

Bernd; Hovelmann, Sascha; Martin, Elke;<br />

(31) 04 04010333 (32) 30 Apr 2004 (33) EP<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, New Zealand<br />

(57) Disclosed is a pharmaceutical formulation comprising:<br />

(i) a fast releasing component which comprises compartments, and<br />

(ii) a slow releasing component which comprises compartments<br />

wherein the compartments contain valproic acid or a pharmaceutically<br />

acceptable salt thereof, and the slow and fast releasing components release<br />

the drug according to a release profile as described in the specification.<br />

Also described is a method of making the above formulation, and<br />

its use in treating diseases described in the specification, such as cancers.<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 73 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 550934 (22) 19 May 2005<br />

(54) Chemical linkers and conjugates thereof<br />

(86) PCT/US2005/017804 (87) WO2005/112919<br />

(51) IPC2010.01:A61K31/403; A61K47/48; A61P35/00<br />

(71) Medarex, Inc<br />

(72) Horgan, Kilian; Gangwar, Sanjeev; Boyd, Sharon; Chen, Liang;<br />

Guerlavais, Vincent; Li, Zhi-Hong; Sufi, Bilal;<br />

(31) 04 572667 (32) 19 May 2004 (33) US<br />

(31) 05 661174 (32) 9 Mar 2005 (33) US<br />

(31) 05 669871 (32) 8 Apr 2005(33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a compound of formula (1), wherein the substituents are<br />

as listed in the specification and the cleavable linker contains a peptide<br />

or an amino acid, which provides drug-ligand conjugates that are potent<br />

cytotoxins. Also disclosed are cytotoxins represented by duocarmycins<br />

and derivatives thereof.<br />

(21) 551167 (22) 6 May 2005<br />

(54) Linear motion vacuum packaging system<br />

(86) PCT/US2005/015833 (87) WO2005/108210<br />

(51) IPC2010.01:B65B31/00,02<br />

(71) CP Packaging, Inc.<br />

(72) Buchko, Raymond G;<br />

(31) 04 568770 (32) 6 May 2004 (33) US<br />

(31) 04 568772 (32) 6 May 2004 (33) US<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 2, Woden Plaza<br />

Offices, Woden Town Square, Woden, ACT 2606, Australia<br />

(57) Articles A to be vacuum packed are placed within open sealable receptacles<br />

R on the platens 108 of a linear conveyor 102 and the vacuum<br />

chambers 116 of the vacuum unit 106 are placed over the receptacles as<br />

the conveyor and the vacuum unit are moved linearly from an upstream<br />

position to a downstream position whilst air from the receptacles on the<br />

covered platens is removed by the operation of the vacuum unit and the<br />

receptacles are sealed with gas tight seals. Once a batch of receptacles<br />

has been evacuated and sealed the vacuum chambers 116 are lifted off<br />

the platens 108 and the vacuum unit 106 is reciprocated back to the<br />

upstream position ready to be lowered onto a new set of receptacles<br />

placed on the conveyor at the upstream end.<br />

(21) 551169 (22) 29 Apr 2004<br />

(54) Method of detecting and predicting bronchodilatory response to beta<br />

agonist<br />

(86) PCT/IB2004/001286 (87) WO2005/106027<br />

(51) IPC2010.01:C12Q1/68<br />

(71) COUNCIL OF SCIENTIFIC AND INDUSTRIAL RESEARCH;<br />

NICHOLAS PIRAMAL INDIA LIMITED<br />

(72) Kukreti, Ritushree; Bhatnagar, Paliav; Rao, Chandrika; Ghosh, Balram;<br />

Brahmachari, Samir Kumar; Guleria, Randeep; Das, Chinmoyee;<br />

(31) (32) 29 Apr 2004 (33) IN<br />

(74) PIPERS, Level 1, 5A Pacific Rise, Mt Wellington, Auckland, New Zealand<br />

(57) Provided is a method of detecting single nucleotide polymorphism<br />

(SNP) in beta2AR gene associated with pharmacogenetic response in a<br />

human subject suffering from asthma, wherein said method is carried<br />

out on a blood sample of a subject who has been identified and categorized<br />

as a phenotypically good responder or poor responder to a<br />

pharmaco-logically active dose of a fast acting beta2 agonist, said method<br />

comprising the steps of: (a) isolating genomic DNA from the blood sample<br />

of the subject suffering from asthma; (b) amplifying the genomic DNA<br />

obtained in step (a) using specified PCR primers (c) sequencing the<br />

amplified PCR product obtained in step (b) and identifying the SNP of<br />

the sequenced PCR product to detect the specific beta2AR genotypes;<br />

(d) screening for polymorphism at position 46 to detect the specific SNP<br />

in beta2AR gene using specified snapshot primers, until the penultimate<br />

position of the SNP identified in step (c), and; (e) validating the subject<br />

for presence of SNP at nucleotide position 46 in beta2AR gene using<br />

specified allele specific oligonucleotides. Further provided are corresponding<br />

pharmaco-genetic marker polynucleotides comprising at least 20 base<br />

pairs encompassing the A/G polymorphism at position 46.<br />

(21) 551178 (22) 25 Aug 2005<br />

(54) Method of selecting a binder for a chipsealing process based on its<br />

adhesion index<br />

(86) PCT/US2005/030293 (87) WO2006/026374<br />

(51) IPC2010.01:E01C19/21; E01C7/35<br />

(71) Road Science, L.L.C.<br />

(72) Barnat, James;<br />

(31) 04 926174 (32) 25 Aug 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a method of selecting a binder for a chip sealing process,<br />

comprising:<br />

providing at least one binder;<br />

determining the Adhesion Index of said at least one binder;<br />

selecting a binder for said chipsealing process after determining said Adhesion<br />

Index and based on said Adhesion Index of said at least one<br />

binder, wherein the selected binder has an Adhesion Index no greater<br />

than about 3.75, when calculated from 100 times the log10 of viscosity<br />

(centipoises) of said binder at said binder's highest temperature reached<br />

after contact with aggregate multiplied by the inverse of said binder's<br />

penetration value (decimillimeters) at 25°C.<br />

Also disclosed is a method of paving a surface comprising:<br />

applying an asphalt binder to said surface; and<br />

distributing aggregate on said asphalt binder in such a manner that the<br />

Adhesion Index of said binder substantially remains no greater than about<br />

3.75, when calculated as described above, while paving said surface,<br />

wherein said aggregate is in contact with said binder at a temperature of<br />

at least about 80 degrees C, said surface is at least about 6000 square<br />

meters, and said aggregate is distributed on said surface within about 5<br />

seconds of when said binder is applied, and where said binder's Adhesion<br />

Index is controlled by controlling the binder's temperature.<br />

(21) 551367 (22) 12 May 2005<br />

(54) Can end with tab for improved accessibility<br />

(86) PCT/US2005/016687 (87) WO2005/113352<br />

(51) IPC2010.01:B65D17/34<br />

(71) Rexam Beverage Can Company<br />

(72) Turner, Timothy; Forrest, Randall G;<br />

(31) 04 846416 (32) 14 May 2004 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) The can end 10 for a container comprising a curled segment 14 which<br />

defines the outer perimeter of the can end, with a chuck wall 15 extending<br />

downwards from the curled segment to a central panel 12.. The central<br />

panel 12 which is centred about the longitudinal axis of the container,<br />

has an interior side, an exterior side, a non-detachable tab which is joined<br />

to the panel by a rivet 72, and a displaceable tear panel 20 which is<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

defined by a frangible score 22 and a non-frangible hinge section 26.<br />

The tab has a nose end 78 which extends over a portion of the tear<br />

panel, and a lift end 70 opposite the nose end and two cut-outs 84 100,<br />

which are separated by a central section 76 which extends towards the<br />

rivet. The height of the lift end 70 of the tab is kept at a height greater<br />

than 1.27mm above the central panel, but below that of the outer curled<br />

segment 14.<br />

(21) 551397 (22) 12 May 2005<br />

(54) Growing system for aquatic animals<br />

(86) PCT/IE2005/000053 (87) WO2005/110075<br />

(51) IPC2010.01:A01K61/00,02<br />

(71) University College Cork<br />

(72) Mouzakitis, Gerasimos C; McCarron, Eimear Helen; Burnell, Gavin;<br />

(31) 2004 0336 (32) 14 May 2004 (33) IE<br />

(74) Shelston IP, Level 21, 60 Margaret Street, Sydney, NSW 2000, Australia<br />

(57) The invention provides for modular assembly which comprises interconnecting<br />

modular units. Each modular unit is adapted to be<br />

interconnectable with other modular units and at least one modular unit<br />

comprises an apparatus (1) for growing aquatic animals comprising at<br />

least two securing members (3, 6) adapted to be removably fixed together<br />

such that a feed substrate (7) can be reversibly sandwiched between<br />

the securing members. The modular assembly is constructed in<br />

the form of cage, container, box or tank.<br />

(21) 551468 (22) 24 Dec 2004<br />

(54) Polycyclic agents for the treatment of respiratory syncytial virus infections<br />

(86) PCT/AU2004/001830 (87) WO2005/061513<br />

(51) IPC2010.01:A61K31/4188,424,4353; C07D487/14; C07D471/14;<br />

C07D498/14; A61P31/14<br />

(71) Biota Scientific Management Pty Ltd<br />

(72) Bond, Silas; Sanford, Vanessa Anne; Lambert, John Nicholas; Lim,<br />

Chin Yu; Mitchell, Jeffrey Peter; Draffan, Alistair George; Nearn, Roland<br />

Henry;<br />

(31) 2003 907196 (32) 24 Dec 2003 (33) AU<br />

(74) DAVIES COLLISON CAVE - MELBOURNE, 1 Nicholson Street, Melbourne,<br />

Victoria, Australia<br />

(57) Polycyclic indole derivative compounds of formula (I), and their use<br />

as in the treatment of infections involving viruses of the Pneumovirinae<br />

sub-family (RSV) are disclosed. In the formula ring (A) may be phenyl,<br />

pyridyl etc., (B-C) may be CH2-CH2 etc., (R1) may be phenyl and substituted<br />

forms thereof, and (R2) may be assorted substituents, or as defined<br />

in the specification. These compounds of formula (I) are particularly<br />

suitable for the treatment of respiratory syncytial virus infection.<br />

(21) 551585 (22) 28 Apr 2004<br />

(54) A housing for animal feedstuff<br />

(86) PCT/AU2004/000545 (87) WO2005/104828<br />

(51) IPC2010.01:A01K1/10; A01K5/02,01<br />

(71) Aisthorpe Holdings Pty Ltd<br />

(72) Aisthorpe, Stephen; Kay, David;<br />

(31) (32) 28 Apr 2004 (33) AU<br />

(74) CULLEN & CO, Level 32, 239 George Street, Brisbane, QLD 4001,<br />

Australia<br />

(57) A housing (1) for animal feedstuff including a base (2), a roof (3)<br />

extending over the base (2), uprights (4) spaced apart from one another<br />

and extending between the base (2) and the roof (3), and a container (5)<br />

locatable between the uprights (4) for containing feedstuff. Livestock,<br />

such as cattle, access feedstuff within the container (5) by way of spaces<br />

between the uprights (4). In an embodiment, the uprights (4) are telescopic<br />

and the roof (3) can be pivoted between raised and lowered<br />

positions relative to the uprights (4).<br />

(21) 551594 (22) 7 Jul 2005<br />

(54) Novel carbamylated epo and method for its production<br />

(86) PCT/DK2005/000477 (87) WO2006/002646<br />

(51) IPC2010.01:A61K38/18; C07K14/505<br />

(71) H. LUNDBECK A/S<br />

(72) Christensen, Soren; Foldager, Lars; Valbjorn, Jesper; Thuesen,<br />

Marianne Hallberg; Pedersen, Anders Hjelholt; Munk, Morten;<br />

(31) 04 0401075 (32) 7 Jul 2004 (33) DK<br />

(31) 04 586370 (32) 7 Jul 2004 (33) US<br />

(31) 05 693870 (32) 23 Jun 2005 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(57) Disclosed is a method for producing a carbamylated erythropoietin<br />

protein having less than about 40% aggregated protein and less than<br />

about 40% by weight of over- and under-carbamylated protein as measured<br />

by ESI-mass spectrometry, which method comprises contacting an<br />

amount of erythropoietin with an amount of cyanate at a temperature,<br />

pH, and for a time period sufficient for the amine groups on the lysines<br />

and the N-terminal amino acids of the erythropoietin to become at least<br />

about 90% carbamylated.<br />

(21) 551637 (22) 2 Jun 2005<br />

(54) Antitumor effect fortifier, antitumor agent and method of therapy for<br />

cancer<br />

(86) PCT/JP2005/010182 (87) WO2005/120480<br />

(51) IPC2010.01:A61K31/132,44,506,53; A61K33/24; A61P35/00<br />

(71) TAIHO PHARMACEUTICAL CO., LTD.<br />

(72) Koizumi, Katsuhisa; Uchida, Junji; Takechi, Teiji; Nukatsuka, Mamoru;<br />

(31) 04 171520 (32) 9 Jun 2004 (33) JP<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) The disclosure relates to the use of cis-oxalate (lR,2Rdiaminocyclohexane)<br />

platinum(II) for the manufacture of a medicament<br />

effective for treating a disease or disorder that would benefit from<br />

potentiating the antitumor activity of a composition comprising a therapeutically<br />

effective amount of tegafur, an antitumor effect potentiating<br />

amount of gimeracil and a side effect inhibiting effective amount of oteracil<br />

potassium. Also disclosed is an antitumour preparation comprising these<br />

for ingredients and a kit comprising a combination of these ingredients.<br />

(21) 551640 (22) 20 May 2005<br />

(54) Process for the production of an influenza vaccine<br />

(86) PCT/US2005/017606 (87) WO2005/113758<br />

(51) IPC2010.01:A61K39/12,145; C12N5/00,06; C12N7/00<br />

(71) ID BIOMEDICAL CORPORATION<br />

(72) Trepainier, Pierre; Dugre, Robert; Hassel, Tom;<br />

(31) 04 572612 (32) 20 May 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A serially passaged and cloned Madin-Oarby Canine Kidney (MOCK)derived<br />

cell line characterized in that it has a higher susceptibility to viral<br />

infection than its parental MOCK cell line, wherein said higher susceptibility<br />

is the capability to produce at least 1.2 fold greater titer of virus than<br />

produced in said parental cell line.<br />

(21) 551780 (22) 18 May 2005<br />

(54) Alkyl substituted indoloquinoxalines<br />

(86) PCT/SE2005/000718 (87) WO2005/123741<br />

(51) IPC2010.01:A61K31/4985; A61P25/00; A61P37/00; C07D487/04<br />

(71) OXYPHARMA AB<br />

(72) Bergman, Jan; Engqvist, Robert; Gerdin, Bengt; Kihlstrom, Ingemar;<br />

Bjorklund, Ulf;<br />

(31) 04 0401555 (32) 17 Jun 2004 (33) SE<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, New Zealand<br />

(57) Disclosed is a substituted indoloquinoxaline of formula (I) wherein X<br />

is CO or CH2 and wherein the rest of the substituents are disclosed<br />

within the specification and pharmacologically acceptable salts thereof.<br />

Also disclosed is the use of a compound of formula (I) in the manufacture<br />

of a medicament for preventing and/or treating autoimmune diseases.<br />

(21) 551859 (22) 20 Jun 2005<br />

(54) Pyrimidine derivatives as 11beta-HSD1 inhibitors<br />

(86) PCT/EP2005/006649 (87) WO2006/000371<br />

(51) IPC2010.01:A61K31/505; A61P3/00; C07D239/42,69; C07D401/12;<br />

C07D409/12,14; C07D413/12<br />

(71) F. Hoffmann-La Roche AG<br />

(72) Amrein, Kurt; Hunziker, Daniel; Kuhn, Bernd; Mayweg, Alexander;<br />

Neidhart, Werner;<br />

(31) 04 102999 (32) 28 Jun 2004 (33) EP<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Pyrimidine derivative compounds of formula (I), as well as<br />

pharmaceutically acceptable salts and esters thereof are disclosed,<br />

wherein R1 to R5 are as defined in the specification. These compounds<br />

can be used in the form of pharmaceutical compositions for the treatment<br />

and prophylaxis of diabetes, obesity, eating disorders, dyslipidemiae<br />

and hypertension.<br />

(21) 551910 (22) 1 Jun 2005<br />

(54) Compositions comprising nebivolol and an angiotensin II receptor<br />

antagonist (ARB)<br />

(86) PCT/US2005/019111 (87) WO2005/117858<br />

(51) IPC2010.01:A61K31/155,352,40,403,41,427; A61P9/00<br />

(71) Mylan Laboratories, Inc.<br />

(72) Davis, Eric; O’Donnell, John; Bottini, Peter Bruce;<br />

(31) 04 577423 (32) 4 Jun 2004 (33) US<br />

(31) 05 141235 (32) 31 May 2005 (33) US<br />

(74) Freehills <strong>Patent</strong> & Trade Mark Attorneys, Level 43, 101 Collins Street,<br />

Melbourne, Victoria 3000, Australia<br />

(57) Disclosed is a composition comprising nebivolol and an angiotensin<br />

II receptor antagonist (ARB) as the only pharmaceutically active agents.<br />

Further disclosed is the use of such for the preparation of a medicament<br />

for the treatment of cardiovascular disorders.<br />

Divisional filed as 578754<br />

(21) 551994 (22) 30 Jun 2006<br />

(54) Vapour-phase hydrogenation of glycerol<br />

(86) PCT/GB2006/050181 (87) WO2007/010299<br />

(51) IPC2010.01:C07C29/132; C07C31/10,20<br />

(71) DAVY PROCESS TECHNOLOGY LIMITED<br />

(72) Tuck, Michael William; Tilley, Simon Nicholas; Tuck, Michael William<br />

Marshall;<br />

(31) 05 14593 (32) 15 Jul 2005 (33) GB<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a process for hydrogenation of glycerol in which a feed<br />

comprising glycerol is contacted with a stream of a hydrogen-containing<br />

gas and subjected to hydrogenation in the vapour phase in the presence<br />

of a catalyst at a temperature of from about 160 degrees C to about 260<br />

degrees C a pressure of from about 10 to about 30 bar, a hydrogen to<br />

glycerol ratio of from 400:1 to about 600:1 and a residence time of from<br />

about 0.01 to about 2.5 seconds, to be selectively converted into a 1,2propanediol<br />

or propanol as the major product.<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 552046 (22) 1 Jun 2005<br />

(54) Index and method of use of adapted food compositions for dysphagic<br />

persons<br />

(86) PCT/CA2005/000849 (87) WO2005/117617<br />

(51) IPC2010.01:A23L1/00; A23P1/00; G01N33/02<br />

(71) Prophagia Inc.<br />

(72) Dufresne, Therese; Joujaij, Nada; Lachance, Nicole;<br />

(31) 04 575373 (32) 1 Jun 2004 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a method for preparing a solid food that has improved<br />

transit from lips to stomach in a dysphagic person comprising modulating<br />

Swallowing Texture (ST) index of a solid food composition by adjusting<br />

at least one parameter selected from the group consisting of firmness,<br />

adhesiveness, springiness and cohesiveness in order to obtain a<br />

ST index below 80, said ST index being calculated according to the formula:<br />

ST index = (F + IAI) x S x C<br />

wherein F is firmness, IAI is absolute value of adhesiveness, S is springiness<br />

and C is cohesiveness, whereby a ST index below 80 is considered<br />

safe to swallow for a dysphagic person.<br />

The disclosure also relates a method in which a quantitative and descriptive<br />

approach is used to adapt the food texture in the clinical management<br />

of dysphagia. The disclosure further relates to a method of use for<br />

determining and modulating the physical characteristics of foods in a<br />

manner to allow the food composition at serving temperature to have a<br />

desired combination of firmness, adhesiveness, springiness and cohesiveness<br />

to overcome dysphagia-related problems.<br />

(21) 552166 (22) 22 Jun 2004<br />

(54) Nutritional composition for stimulating and improving the intestinal<br />

barrier integrity<br />

(86) PCT/NL2004/000444 (87) WO2005/122790<br />

(51) IPC2010.01:A23L1/29,30<br />

(71) N.V. Nutricia<br />

(72) Van Tol, Eric Alexander Franciscus; Willemsen, Linette Eustachia<br />

Maria; Koetsier, Marleen Antoinette; Beermann, Christopher; Stahl, Bernd;<br />

(31) (32) 22 Jun 2004 (33) NL<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, New Zealand<br />

(57) Use of polyunsaturated fatty acids for the manufacture of a nutritional<br />

composition for use in a method for stimulating intestinal barrier integrity,<br />

said method comprising administering to a mammal a nutritional composition<br />

comprising:<br />

(a) eicosapentaenoic acid (EPA), docosahexaenoic acid (DHA) and arachidonic<br />

acid (ARA), wherein the content of long chain polyunsaturated<br />

fatty acid with 20 and 22 carbon atoms does not exceed 15 wt.% of the<br />

total fat content; and<br />

(b) at least one oligosaccharide with a DP between 2 and 60 which comprises<br />

at least 66% galactose as a monose unit and at least one oligosaccharide<br />

with a DP between 2 and 60 which comprises at least 66%<br />

fructose as a monose unit.<br />

(21) 552245 (22) 8 Jun 2005<br />

(54) Methods of controlling molluscs with a material containing at least<br />

49% corn cob<br />

(86) PCT/US2005/020352 (87) WO2006/007353<br />

(51) IPC2010.01:A01N25/12,34; A01N65/44<br />

(71) Sci Protek, Inc<br />

(72) Grech, Nigel;<br />

(31) 04 871195 (32) 18 Jun 2004 (33) US<br />

(74) CULLEN & CO, Level 32, 239 George Street, Brisbane, QLD 4001,<br />

Australia<br />

(57) Disclosed is a material for controlling molluscs, wherein said material<br />

does not include a conventional molluscicide but comprises a mixture of:<br />

(a) at least about 49% crushed corn cob; and (b) a structural carbohydrate<br />

selected from hay, straw, seed husks, seed chaff, coconut coir<br />

fiber, sisal fiber, coconut shells, nut shells, cotton fibers, cereal seed<br />

chaff, legume seed pods, sugar cane bagasse, or combinations thereof.<br />

It is also disclosed that the above material may further contain other<br />

materials such as attractants (selected from molasses, maple sugar,<br />

cottonseed meal, anise, garlic, nutmeg, liquorice, vanilla, synthetic and<br />

natural flavouring agents, cane syrup, corn syrup, oils, gypsum, lime,<br />

fats, proteins, carbohydrates, alginates, gums, malt sugar, beet molasses,<br />

cane molasses, honey, bone meal, beer, ales, chocolate, peanut<br />

butter, nuts, shrimp, fish, blood plasma, blood meal, milk, or combinations<br />

thereof), simple mineral salts, simple organic salts, or combinations<br />

thereof, and simple naturally occurring substances (such as kaolinite,<br />

gypsum, borates, silicates, diamataceous earth, plant extracts, or combinations<br />

thereof). Also disclosed is a method of inducing death and / or<br />

disrupting natural metabolic processes in a mollusc, the method comprising<br />

exposing the mollusc to a material as defined above.<br />

(21) 552449 (22) 21 Jun 2005<br />

(54) Dimensional analysis of saccharide conjugates with GPC & SEC-<br />

MALS<br />

(86) PCT/IB2005/02532 (87) WO2005/000920<br />

(51) IPC2010.01:A61K39/08,095; A61K47/48; B01D15/00<br />

(71) Novartis Vaccines and Diagnostics S.r.l.<br />

(72) Capannoli, Giorgio; Carinci, Valeria; D’Ascenzi, Sandro; Magagnoli,<br />

Claudia;<br />

(31) 04 0413868 (32) 21 Jun 2004 (33) GB<br />

(74) F B RICE & CO, Level 23, 44 Market Street, Sydney, New South<br />

Wales 2000, Australia<br />

(57) Provided is a composition comprising a conjugate of a capsular saccharide<br />

from serogroup A, C, W135, or Y of Neisseria meningitidis,<br />

wherein the conjugate has a specified molecular mass or size. Further<br />

provided are mixtures of the said compositions, plurality of batches of<br />

mixtures and batches of corresponding vaccines, as well as methods of<br />

producing them.<br />

(21) 552459 (22) 7 Jul 2005<br />

(54) Non-maltogenic exoamylase variants<br />

(86) PCT/GB2005/002675 (87) WO2006/003461<br />

(51) IPC2010.01:A21D8/04; A23K1/165; A23L1/09; C12N9/28; C12P19/<br />

14<br />

(71) DANISCO A/S; GENENCOR INTERNATIONAL, INC.<br />

(72) Berg, Casper Tune; Derkx, Patrick M.F.; Fioresi, Carol; Gerritse,<br />

Gijsbert; Kellet-Smith, Anja Hemmingen; Kragh, Karsten Matthias; Liu, Wei;<br />

Shaw, Andrew; Sorensen, Bo Spange; Thoudahl, Charlotte Refdahl;<br />

(31) 04 608919 (32) 7 Jul 2004 (33) US<br />

(31) 04 886504 (32) 7 Jul 2004 (33) US<br />

(31) 04 886505 (32) 7 Jul 2004 (33) US<br />

(31) 04 886527 (32) 7 Jul 2004 (33) US<br />

(31) 04 612407 (32) 22 Sep 2004 (33) US<br />

(31) 04 947612 (32) 22 Sep 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Provided is a PS4 variant polypeptide having an amino acid sequence<br />

which is at least 70% identical to specified sequences and which comprises<br />

an amino acid mutation at position 146, with reference to the position<br />

numbering of a specified Pseudomonas saccharophilia exoamylase<br />

sequence. Further provided are polypeptides with additional specified<br />

mutations and DNAs corresponding to the mutant polypeptides. The<br />

polypeptides are useful in food products requiring maltogenic alpha-amylase<br />

activity, e.g. in baking.<br />

(21) 552649 (22) 27 Jul 2005<br />

(54) Benzyloxy derivatives as monoamine oxidase-B (MAOB) inhibitors<br />

(86) PCT/EP2005/008143 (87) WO2006/013049<br />

(51) IPC2010.01:C07D207/27,277; C07D403/04; C07D413/04; C07D417/<br />

04; A61K31/4015,4025; A61P25/00<br />

(71) F.Hoffmann-La Roche AG<br />

(72) Rodriquez-Sarmiento, Rosa Maria; Wostl, Wolfgang; Wyler, Rene;<br />

(31) 16.1.2007 (32) 2 Aug 2004 (33) EP<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(57) Disclosed are benzyloxy derivatives of formula (I); wherein the variables<br />

are as defined in the specification; as well as their pharmaceutically<br />

acceptable salts for the treatment of diseases, which are mediated by<br />

monoamine oxidase B inhibitors (MAOB inhibitors), for example Alzheimer's<br />

disease and senile dementia.<br />

(21) 552836 (22) 13 Jul 2005<br />

(54) Microbial mixture for treating plants to control or suppress a plant<br />

pathogen, particularly blight<br />

(86) PCT/US2005/025012 (87) WO2006/017361<br />

(51) IPC2010.01:C12N1/20,00; A01N63/00; A01P3/00; A01P1/00<br />

(71) WILLIAM BROWER<br />

(72) Brower, William;<br />

(31) 04 587563 (32) 13 Jul 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a plant pathogen control formulation comprising:<br />

a) a microbe mixture comprising a mixture of beneficial bacteria including<br />

the group consisting of: Bacillus subtilis, Baccillus licheniformis, Bacillus<br />

axotoformans, Bacillus megaterium, Bacillus coagulans, Bacillus pumulis,<br />

Bacillus thurengiensis, Bacillus stearotermophilis, Paenbacillius polymyxa,<br />

Paenibaccillus durum, Azotobactor chroococcum, Pseudomonas<br />

aureofaceans, and Pseudomonas fluorescence;<br />

b) Kaolin clay;<br />

c) a yeast;<br />

d) a Yucca plant extract; and<br />

e) a calcium-source material.<br />

(21) 552842 (22) 3 Aug 2005<br />

(54) Rage fusion proteins and methods of use<br />

(86) PCT/US2005/027694 (87) WO2006/017643<br />

(51) IPC2010.01:A61K38/17; C07K14/705; C12N15/62<br />

(71) THE TRUSTEES OF COLU<strong>MB</strong>IA UNIVERSITY IN THE CITY OF<br />

NEW YORK; TRANSTECH PHARMA, INC<br />

(72) Mjalli, Adnan, MM; Stern, David M; Tian, Ye E; Webster, Jeffrey C;<br />

Rothlein, Robert; Schmidt, Ann Marie; Yan, Shi Du;<br />

(31) 04 598362 (32) 3 Aug 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Provided is a fusion protein comprising a RAGE polypeptide linked at<br />

its carboxyl terminus to the amino terminus of a non-RAGE polypeptide,<br />

wherein the RAGE polypeptide is a fragment of a specified sequence of<br />

human sRAGE and wherein the non-RAGE polypeptide comprises a CH2<br />

domain or a portion of a CH2 domain, and a CH3 domain of an immunoglobulin.<br />

Further provided are corresponding polynucleotides, methods<br />

of making the protein and use of the protein in the manufacture of<br />

medicaments.<br />

(21) 552892 (22) 24 Jun 2005<br />

(54) A transaction processing method, apparatus and system<br />

(86) PCT/AU2005/000902 (87) WO2006/000021<br />

(51) IPC2010.01:G06Q20/00; G06Q30/00; H04M11/08<br />

(71) Ian Charles Ogilvy<br />

(72) Ogilvy, Ian Charles;<br />

(31) 04 903470 (32) 25 Jun 2004 (33) AU<br />

(31) 04 903997 (32) 19 Jul 2004 (33) AU<br />

(31) 04 904941 (32) 30 Aug 2004 (33) AU<br />

(31) 05 901230 (32) 14 Mar 2005 (33) AU<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, New Zealand<br />

(57) This invention relates to a method of making a payment and the method<br />

includes the following steps:<br />

a. Providing information associated with a payer, the information being<br />

provided in a manner so that a payee can access the information;<br />

b. Receiving information about the payment by a payer electronic device<br />

associated with the payer; and<br />

c. Giving instructions for making the payment using the electronic device<br />

associated with the payer.<br />

This invention also relates to a device for facilitating a payment transaction<br />

from a payer to a payee. The device comprises of a payer electronics<br />

device associated with a payer, the payer electronic device including<br />

payment information receiving means for receiving information about the<br />

payment, and payment instructing means for giving instructions for making<br />

the payment.<br />

Also, the invention relates to a transaction processing system for processing<br />

a payment transaction that includes payment instruction receiving means<br />

arranged to receive instructions for making a payment to a payee, from a<br />

payer electronic device associated with the payer. A payment processing<br />

means authorises the transfer of funds from a payer account to a payee<br />

account.<br />

Divisional filed as 582866<br />

(21) 552927 (22) 21 Jul 2005<br />

(54) Preparation of alkyl-substituted 2-deoxy-2-fluoro-D-ribofuranosyl<br />

pyrimidines and purines and their derivatives<br />

(86) PCT/US2005/025916 (87) WO2006/012440<br />

(51) IPC2010.01:C07H19/00; C07H21/00; C07H5/04,06; C08B37/00;<br />

C07H1/00<br />

(71) PHARMASSET, INC.<br />

(72) Wang, Peiyuan; Chun, Byoung-Kwon; Shi, Junxing; Du, Jinfa; Stec,<br />

Wojciech;<br />

(31) 04 589866 (32) 21 Jul 2004 (33) US<br />

(31) 04 608320 (32) 9 Sep 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a compound according to Formula (I) wherein, the<br />

substituents are disclosed within the specification. The process for preparing<br />

the compound and intermediates used in the process are also<br />

disclosed. The compounds are alkyl-substituted 2-deoxy-2-fluro-Dribofuranosyl<br />

pyrimidine and purine derivatives.<br />

The compound of Formula (I) is an anti-HCV inhibitor.<br />

Divisional filed as 584752<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 78 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 553098 (22) 23 Jun 2005<br />

(54) Methods for identifying factors for differentiating definitive endoderm<br />

(86) PCT/US2005/022604 (87) WO2006/016999<br />

(51) IPC2010.01:C12Q1/68; C12N5/07,071<br />

(71) CyThera, Inc<br />

(72) D’Amore, Kevin Allen; Agulnick, Alaln D; Eliazer, Susan; Baetge,<br />

Emmanuel E;<br />

(31) 04586566 (32) 9 Jul 2004 (33) US<br />

(31) 04 587942 (32) 14 Jul 2004 (33) US<br />

(31) 04 021618 (32) 23 Dec 2004 (33) US<br />

(31) 05 115868 (32) 26 Apr 2005 (33) US<br />

(74) Freehills <strong>Patent</strong> & Trade Mark Attorneys, Level 43, 101 Collins Street,<br />

Melbourne, Victoria 3000, Australia<br />

(57) Disclosed is a method of identifying a differentiation factor capable of<br />

promoting the differentiation of human definitive endoderm cells in a cell<br />

population comprising human cells, said method comprising the steps<br />

of: providing a cell population comprising human definitive endoderm<br />

cells, wherein said human definitive endoderm cells comprise at least<br />

10% of the human cells in said cell population; providing a candidate<br />

differentiation factor to said cell population; determining expression of a<br />

marker in said cell population at a first time point; determining expression<br />

of the same marker in said cell population at a second time point,<br />

wherein said second time point is subsequent to said first time point and<br />

wherein said second time point is subsequent to providing said cell population<br />

with said candidate differentiation factor; and determining if expression<br />

of the marker in said cell population at said second time point is<br />

increased or decreased as compared to the expression of the marker in<br />

said cell population at said first time point, wherein an increase or decrease<br />

in expression of said marker in said cell population indicates that<br />

said candidate differentiation factor is capable of promoting the differentiation<br />

of said human definitive endoderm cells.<br />

Divisional filed as 580953<br />

(21) 553159 (22) 26 Aug 2005<br />

(54) N-Adamantan-2-yl-2-phenoxy-acetamide derivatives as 11-beta<br />

hydroxysteroid dehydrogenase inhibitors<br />

(86) PCT/EP2005/054197 (87) WO2006/024627<br />

(51) IPC2010.01:A61K31/165; A61P19/10; A61P25/28; A61P27/06; A61P3/<br />

04,10; A61P9/00; C07C235/22; C07D307/85; C07D311/66; C07D319/20;<br />

A61K31/343,353<br />

(71) Janssen Pharmaceutica N.V.<br />

(72) Jaroskova, Libuse; Linders, Joannes Theodorus Maria; Van Der<br />

Veken, Louis Jozef Elisabeth; Willemsens, Gustaaf Henri Maria; Bischoff,<br />

Francois Paul;<br />

(31) 04 04104152 (32) 30 Aug 2004 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is the use of a 11Beta-HSD1 inhibitor as represented by<br />

the N-adamantan-2-yl-acetamide derivatives of formula (I) for the manufacture<br />

of a medicament for treating pathologies associated with excess<br />

cortisol formation (such as obesity, diabetes, obesity related cardiovascular<br />

diseases, dementia, cognition, osteoporosis, stress and glaucoma),<br />

wherein Z represents O, S, NR6, SO or SO2; and wherein the other<br />

substituents are as described herein.<br />

(21) 553335 (22) 23 Aug 2005<br />

(54) Pyrimidine sulphonamide (sulfonamide) derivatives as chemokine<br />

receptor modulators<br />

(86) PCT/GB2005/003257 (87) WO2006/024823<br />

(51) IPC2010.01:A61K31/5377; C07D401/12; C07D403/12; C07D417/12<br />

(71) ASTRAZENECA AB<br />

(72) Cheshire, David Ranulf; Cox, Rhona Jane; Meghani, Premji; Preston,<br />

Cherylin Francis; Smith, Neal Michael; Stonehouse, Jeffrey Paul;<br />

(31) 04 0419235 (32) 28 Aug 2004 (33) GB<br />

(31) 05 0502544 (32) 8 Feb 2005 (33) GB<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, New Zealand<br />

(57) Disclosed is a compound of formula (1), or a pharmaceutically acceptable<br />

salt, solvate, or in vivo hydrolysable ester thereof, wherein X is<br />

a bond, CH2, O, S, SO, or SO2, and wherein the other substituents are<br />

as described in the specification. Also disclosed is the use of the compounds<br />

to treat asthma, allergic rhinitis, COPD, inflammatory bowel disease,<br />

osteoarthritis, osteoporosis, rheumatoid arthritis, psoriasis, or cancer.<br />

Also disclosed is a process for preparing the compound and intermediates<br />

useful in the process.<br />

(21) 553386 (22) 25 Jul 2005<br />

(54) Methods and devices for diagnosis of appendicitis<br />

(86) PCT/US2005/026218 (87) WO2006/012588<br />

(51) IPC2010.01:C12Q1/68; G01N33/53,558<br />

(71) ASPENBIO PHARMA, INC.<br />

(72) Colgin, Mark A; Bealer, John F; Donnelly, Richard; Newman, Diane;<br />

(31) 04 590631 (32) 23 Jul 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Provided is the use of an immunoassay for detecting the presence of<br />

MRP8/14 for diagnosing appendicitis from a patient fluid sample selected<br />

from the group consisting of blood, plasma, or serum, by detecting the<br />

presence of MRP8/14 at a level higher than 10lJg/ml in the fluid sample.<br />

Further provided are corresponding analysis devices and kits.<br />

Divisional filed as 580805<br />

(21) 553446 (22) 7 Sep 2005<br />

(54) Testosterone gels comprising propylene glycol as penetration enhancer<br />

(86) PCT/EP2005/010293 (87) WO2006/027278<br />

(51) IPC2010.01:A61K31/568; A61K47/10; A61K9/06; A61P5/24<br />

(71) Laboratoires Besins International<br />

(72) Salin-Drouin, Dominique;<br />

(31) 04 04292170 (32) 9 Sep 2004 (33) EP<br />

(31) 04 638360 (32) 23 Dec 2004 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a pharmaceutical composition comprising:<br />

-0.5 to 5.0 % (w/w) of testosterone,<br />

-40.0 to 75.0% (w/w) of at least one C2-C6 alcohol,<br />

-0.1 to 5.0% (w/w) of at least one gelling agent,<br />

-0.1 to 5.0 % (w/w) of propylene glycol,<br />

- 0.05 to 5.0 % (w/w) of isopropyl myristate,<br />

- optionally, water.<br />

(21) 553461 (22) 16 Sep 2005<br />

(54) Flexible hydraulic compositions<br />

(86) PCT/US2005/033394 (87) WO2006/034145<br />

(51) IPC2010.01:C08K3/00<br />

(71) UNITED STATES GYPSUM COMPANY<br />

(72) Dubey, Ashish;<br />

(31) 05 224403 (32) 12 Sep 2005 (33) US<br />

(31) 04 610389 (32) 16 Sep 2004 (33) US<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 79 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a composition for the manufacture of articles comprising:<br />

a hydraulic component comprising at least 55% Class C fly ash;<br />

about 10% to about 25% of a water-soluble, film-forming polymer on a<br />

dry, weight basis; and water.<br />

(21) 553463 (22) 23 Jan 2006<br />

(54) Cement-based hydraulic flexible composites and package therefor<br />

(86) PCT/US2006/002192 (87) WO2006/08115<br />

(51) IPC2010.01:B32B13/14; B65D85/00<br />

(71) UNITED STATES GYPSUM COMPANY<br />

(72) Dubey, Ashish; Reicherts, James E; Fernette, Mark E;<br />

(31) 05 224398 (32) 12 Sep 2005 (33) US<br />

(31) 05 224403 (32) 12 Sep 2005 (33) US<br />

(31) 05 646968 (32) 24 Jan 2005 (33) US<br />

(31) 06 334166 (32) 18 Jan 2006 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A membrane or flexible mat 10 comprising a base mat 14 to which a<br />

flexible coating 12 has been applied. The flexing coating 12 is a hydrated<br />

hydraulic component like fly ash or cements. The membrane can be rolled<br />

into a tubular package for transport, storage or sale.<br />

(21) 553565 (22) 7 Sep 2005<br />

(54) Compositions and methods for the diagnosis and treatment of tumor<br />

using TAT188 antibodies<br />

(86) PCT/US2005/031798 (87) WO2006/029183<br />

(51) IPC2010.01:A61K39/395; A61K47/48; A61P35/00; C07K16/30<br />

(71) GENENTECH, INC.<br />

(72) Cairns, Belinda; Chen, Ruihuan; Chuntharapai, Anan; Frantz,<br />

Gretchen; Hillan, Kenneth; Koeppen, Kartmut; Phillips, Heidi; Polakis, Paul;<br />

Reed, Chae Janeka; Sakanaka, Chie; Smith, Victoria; Spencer, Susan;<br />

Williams, P Mickey; Wu, Thomas; Zhang, Zemin;<br />

(31) 04 936626 (32) 8 Sep 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed are antibodies (3B5.1, 12B9.1 and 12G12.1) which bind to<br />

TAT188 and are effectively internalized and capable of causing cell death<br />

in TAT188 expressing cells. The antibodies are useful for the treatment<br />

of cancer.<br />

(21) 553616 (22) 21 Sep 2005<br />

(54) Strain of lactobacillus acidophilus having analgesic properties in the<br />

gastrointestinal system<br />

(86) PCT/EP2005/010880 (87) WO2006/032542<br />

(51) IPC2010.01:A23C9/123; A23L1/30; A61K35/74; C12Q1/02<br />

(71) Danisco A/S<br />

(72) Desreumaux, Pierre; Carcano, Didier;<br />

(31) 04 0409966 (32) 21 Sep 2004 (33) FR<br />

(74) WRAYS, Ground Floor, 56 Ord Street, West Perth, WA 6005, Australia<br />

(57) Provided is the use of at least one strain of Lactobacillus acidophilus<br />

to prepare a pharmaceutically acceptable support or food product administered<br />

to humans or animals for an analgesic purpose in the<br />

gastrointestinal system. Further provided is a process for selecting a<br />

microorganism for said use.<br />

(21) 553775 (22) 20 Sep 2005<br />

(54) Immunogenic composition for use in vaccination against<br />

staphylococcei<br />

(86) PCT/EP2005/010184 (87) WO2006/032472<br />

(51) IPC2010.01:A61K39/085,116; A61P31/04; C07K16/12<br />

(71) GLAXOSMITHKLINE BIOLOGICALS S.A.<br />

(72) Castado, Cindy; Lecrenier, Nicolas Pierre Fernand; Neyt, Cecile Anne;<br />

Poolman, Jan;<br />

(31) 0421082 (32) 22 Sep 2004 (33) GB<br />

(31) 0421078 (32) 22 Sep 2004 (33) GB<br />

(31) 0421081 (32) 22 Sep 2004 (33) GB<br />

(31) 0421079 (32) 22 Sep 2004 (33) GB<br />

(31) 0503143 (32) 15 Feb 2005 (33) GB<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, New Zealand<br />

(57) An immunogenic composition comprising at least two different proteins<br />

or immunogenic fragments selected from at least two groups of<br />

proteins or immunogenic fragments selected from the following groups:<br />

Group a) at least one staphylococcal extracellular component binding protein<br />

orimmunogenic fragment<br />

Group b) at least one staphylococcal transporter protein or immunogenic<br />

fragment<br />

Group c) at least one staphylococcal regulator of virulence, toxin or<br />

immunogenic fragment<br />

wherein said immunogenic fragments are capable of eliciting a protective<br />

immune response against Staphylococcal infection and wherein at least<br />

one protein or immunogenic fragment is selected from group a) and at<br />

least one protein or immunogenic fragment is selected from group b).<br />

Divisional filed as 582441<br />

(21) 553776 (22) 20 Sep 2005<br />

(54) Immunogenic composition comprising staphylococcal PNAG and Type<br />

5 and/or 8 Capsular polysaccharide or oligosaccharide.<br />

(86) PCT/EP2005/010260 (87) WO2006/032500<br />

(51) IPC2010.01:A61K39/085,116,385; A61P31/04<br />

(71) GLAXOSMITHKLINE BIOLOGICALS S.A.<br />

(72) Castado, Cindy; Lecrenier, Nicolas Pierre Fernand; Neyt, Cecile Anne;<br />

Poolman, Jan;<br />

(31) 0421079 (32) 22 Sep 2004 (33) GB<br />

(31) 0421082 (32) 22 Sep 2004 (33) GB<br />

(31) 0421081 (32) 22 Sep 2004 (33) GB<br />

(31) 0421078 (32) 22 Sep 2004 (33) GB<br />

(31) 0503143 (32) 15 Feb 2005 (33) GB<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, New Zealand<br />

(57) The disclosed is an immunogenic composition comprising staphylococcal<br />

PNAG having less than 50% N-acetylation and Type 8 capsular<br />

polysaccharide or oligosaccharide from S. aureus.<br />

(21) 554236 (22) 8 Sep 2005<br />

(54) Host-vector system for antibiotic-free cole1 plasmid propagation<br />

(86) PCT/EP2005/054450 (87) WO2006/029985<br />

(51) IPC2010.01:C12N15/70<br />

(71) Boehringer Ingelheim RCV GmbH & Co KG<br />

(72) Grabherr, Reingard; Pfaffenzeller, Irene;<br />

(31) 04 04022201 (32) 17 Sep 2004 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Provided is a non-naturally occurring bacterial cell containing i) a DNA<br />

sequence encoding a protein the expression of which is to be regulated,<br />

and, operably associated thereto, ii) a DNA sequence encoding an RNA<br />

sequence that mimics an RNA II sequence, or parts thereof, and that is<br />

complementary to an RNA I sequence that is transcribable from a plasmid<br />

with a ColE1 origin of replication. Further provided is the host-vector<br />

system and the plasmid to be used in the host-vector system.<br />

(21) 554260 (22) 30 Sep 2007 (23) 31 Mar 2008<br />

(54) Selenomethionine andor selenocysteine administration to non-human<br />

animals to increase selenium content in protein sources<br />

(51) IPC2010.01:A23K1/175,16,18; A61K33/04; C07C391/00; A61P3/02;<br />

A61K9/20<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 80 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(71) AgResearch Limited<br />

(72) Knowles, Scott Oliver; Grace, Neville Donovan; Munday, Rex;<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, New Zealand<br />

(57) Disclosed is a method of increasing selenium content in protein sources<br />

from an animal, such as milk or meat, by orally administering a tablet<br />

containing selenocysteine, selenomethionine, or combinations thereof.<br />

Also disclosed is a tablet containing selenomethionine, for oral administration,<br />

to increase selenium content of protein sources such as milk and<br />

meat from that animal, wherein the tablet releases selenomethionine<br />

over at least one month.<br />

(21) 554410 (22) 7 Sep 2005<br />

(54) Plant-specific genetic elements and transfer cassettes for plant transformation<br />

(86) PCT/US2005/031537 (87) WO2006/029076<br />

(51) IPC2010.01:A01H1/00; C12N15/82<br />

(71) J.R. SIMPLOT COMPANY<br />

(72) Rommens, Caius M T; Bougri, Oleg V; Yan, Hua;<br />

(31) 04 607586 (32) 8 Sep 2004 (33) US<br />

(31) 05 684525 (32) 26 May 2005 (33) US<br />

(31) 05 698938 (32) 14 Jul 2005 (33) US<br />

(74) KNIGHTSBRIDGE PATENT ATTORNEYS, Level 14, 200 Queen<br />

Street, Melbourne, Victoria 3000, Australia<br />

(57) Provided is a vector for transferring and integrating a desired polynucleotide<br />

into the genome of at least one cell of a plant via bacterialmediated<br />

transformation means, comprising: (1) a first polynucleotide,<br />

comprising the consensus sequence [A/C/G] - [A/C/T] - [A/C/T] - [G/T] -<br />

A- [C/G] - NNNNNN - A [G/T] - A - [A/C/T] - [A/G] - TCCTG - [C/G/T] - [A/<br />

C/G] – N, which is (i) nicked when exposed to an enzyme involved in<br />

bacterial-mediated plant transformation and (ii) not identical to a bacterial<br />

border sequence; (2) a second polynucleotide, which is a bacterial T-<br />

DNA border; and (3) a desired polynucleotide positioned between the<br />

first and second polynucleotides. Further provided is the method of transforming<br />

plants with the vector.<br />

(21) 554426 (22) 27 Sep 2005<br />

(54) Conveniently implantable sustained release drug compositions comprising<br />

at least one non-polymeric excipient<br />

(86) PCT/US2005/034822 (87) WO2006/039336<br />

(51) IPC2010.01:A61K9/00,10<br />

(71) RAMSCOR, INC<br />

(72) Wong, Vernon; Wood, Louis;<br />

(31) 04 614484 (32) 1 Oct 2004 (33) US<br />

(31) 05 709665 (32) 19 Aug 2005 (33) US<br />

(74) PHILLIPS ORMONDE FITZPATRICK, 367 Collins Street, Melbourne,<br />

Victoria 3000, Australia<br />

(57) Discloses a pharmaceutical formulation for the sustained release of<br />

at least one active agent comprising at least one non-polymeric,<br />

biocompatible, biodegradable excipient wherein the excipient in said formulation<br />

is at least 20% of said formulation and provides for the sustained<br />

release of said active agent for at least four days.<br />

(21) 554464 (22) 28 Oct 2005<br />

(54) Containment pens for finfish aquaculture<br />

(86) PCT/US2005/039536 (87) WO2006/050386<br />

(51) IPC2010.01:A01K61/00<br />

(71) OCEAN FARM TECHNOLOGIES INC.<br />

(72) Page, Stephen H;<br />

(31) 04 976641 (32) 29 Oct 2004 (33) US<br />

(31) 05 671861 (32) 14 Apr 2005 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A containment pen for finfish aquaculture, comprising a supporting<br />

structure, a net attached to the supporting structure and defining a containment<br />

volume of sufficient size for swimming finfish, wherein the net<br />

comprises a plurality of removable net panels, wherein each of the removable<br />

net panels comprises a discrete piece of flexible netting attached<br />

along its perimeter to one or more substantially rigid beams, and<br />

wherein the removable net panels are configured to be removable from<br />

the containment pen with the piece of flexible netting remaining attached<br />

to the substantially rigid beams. The plurality of removable net panels<br />

provides the supporting structure for a majority of the containment pen<br />

and adjoining net panels are attached by attaching together adjoining<br />

beams, and the panels are shaped so that a beam of one panel extends<br />

generally parallel to and adjacent a beam of an adjoining panel.<br />

(21) 554559 (22) 27 Oct 2005<br />

(54) Adrenocorticotropic hormone (ACTH) analogs and related methods<br />

(86) PCT/US2005/038789 (87) WO2006/052468<br />

(51) IPC2010.01:A61K38/16,35<br />

(71) UNIVERSITY OF DENVER; UNIVERSITY OF FLORIDA; OKLAHOMA<br />

MEDICAL RESEARCH FOUNDATION<br />

(72) Dores, Robert M; Haskell-Luevano, Carrie; Hochgeschwender, Ute<br />

H; Costa, Jessica I; Brennan, Miles B;<br />

(31) 04 622436 (32) 27 Oct 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is an adrenocoticotropic hormone (ACTH) analog peptide<br />

capable of reducing ACTH-induced corticosteroid secretion. The peptide<br />

is useful for lowering the corticosteroid levels in a subject suffering<br />

from Cushing’s syndrome or premature labour in which maternal plasma<br />

corticotrophin-releasing hormone levels are elevated.<br />

Divisional filed as 584632<br />

(21) 554584 (22) 11 Oct 2005<br />

(54) Releasable toilet seat assembly removable via horizontally deflecting<br />

mounts attached to seat held in place with caps closed over mounts<br />

(86) PCT/US2005/036462 (87) WO2006/044343<br />

(51) IPC2010.01:A47K13/12,26<br />

(71) KOHLER CO.<br />

(72) Vierkant, Erich C; Halloran, Daniel N; Cowell, Brian D;<br />

(31) 04 966271 (32) 15 Oct 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A mounting assembly is disclosed for mounting a toilet seat and/or<br />

cover in a releasable fashion to the rear of a toilet bowl base. The assembly<br />

includes a fastener permanently affixed to the toilet base on which<br />

is mounted a cross shaped mount. The mount is engaged by deflectable<br />

arms extending from a hinge base. The arms flex outward slightly during<br />

mounting and dismounting, where mounting and dismounting can be<br />

achieved by a horizontal sliding motion. A hinged cap snaps onto the pair<br />

of arms to cover the fastener and prevent deflection of the arms and thus<br />

separation of the base member from the fastener.<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 554681 (22) 5 Oct 2005<br />

(54) Mouldable biodegradable polymer<br />

(86) PCT/AU2005/001507 (87) WO2006/037157<br />

(51) IPC2010.01:C08L3/02; A61F13/15,26; A61L15/62; C08L3/04,12,14<br />

(71) Plantic Technologies Ltd<br />

(72) Henderson, Rulande; <strong>Part</strong>ridge, Ian John; Rose, Elizabeth Emily;<br />

Oakley, Nicholas Roy;<br />

(31) 04 905695 (32) 5 Oct 2004 (33) AU<br />

(74) WATERMARK PATENT & TRADE MARK ATTORNEYS, Level 2, 302<br />

Burwood Road, Hawthorn, Victoria 3122, Australia<br />

(57) Disclosed is a biodegradable injection mouldable polymer composed,<br />

on a dry weight basis, of:<br />

a) from 50 to 85% by weight of a starch and/or a modified high amylose<br />

starch;<br />

b) from 4 to 13% by weight of a water soluble polymer selected from<br />

polyvinylacetate, polyvinyl alcohol and copolymers of ethylene and<br />

vinylalcohol which have a melting point compatible with the molten state<br />

of the starch components;<br />

c) from 10 to 35% by weight of a polyol plasticiser;<br />

d) from 0.5 to 10% of a polyethylene oxide or polyethylene glycol;<br />

e) from 0.25 to 3% of a food grade emulsifier; and<br />

f) from 0.1 to 1.5% by weight of a C12-22 fatty acid or salt.<br />

Also disclosed is a medical device formed from the above composition<br />

with a final moisture content of 2-3% by weight. Also disclosed is a tampon<br />

applicator made by injection moulding with a composition as above.<br />

(21) 554706 (22) 23 Apr 2007 (23) 26 Jun 2008<br />

(54) Plant propagation method comprising a Trichoderma species and<br />

charcoal obtained from flash carbonization of plant matter<br />

(51) IPC2010.01:A01C1/06,00; A01H4/00; A01N61/00; A01N63/04<br />

(71) BioDiscovery New Zealand Limited<br />

(72) Hill, Robert Anthony;<br />

(74) IPPC, Level 20, ASB House, 135 Albert Street, Auckland 1010, New<br />

Zealand<br />

(57) Disclosed is a method of vegetative propagation including the step of<br />

transferring a cutting of a tree species used in plantation forestry to a<br />

growth medium amended with a combination of charcoal and at least<br />

one selected isolate of a Trichoderma species, wherein the charcoal is<br />

prepared from biomass that is primarily plant matter by the method of<br />

flash carbonization. Further disclosed is a growth medium amendment,<br />

a method of growing seedlings and a seed coating containing the same.<br />

(21) 554827 (22) 8 Nov 2005<br />

(54) Medical triage system<br />

(86) PCT/US2005/040353 (87) WO2006/052920<br />

(51) IPC2010.01:G06K1/00<br />

(71) MEDCOR, INC.<br />

(72) Glimp, Thomas, H.; Biggerstaff, Wendy, K.; Huffine, Thomas, S.;<br />

Kantenwein, Scott, A.; Kinch, Diane, M.; Kleeburg, Peter, B.; Sahouri, Tim,<br />

I.; Seeger, Philip, C.; Smith, Curtis, H.; Victorson, Troyt, M.; Zoiss, Joyce,<br />

H.;<br />

(31) 04 985732 (32) 9 Nov 2004 (33) US<br />

(31) 04 985850 (32) 9 Nov 2004 (33) US<br />

(31) 04 985724 (32) 9 Nov 2004 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A computer-implemented method of adaptively operating a medical<br />

triage system is disclosed. The method comprises: presenting by a client<br />

computer to a triage operator a set of triage questions to ask of persons<br />

to be triaged; presenting by the client computer to the triage operator a<br />

number of triage dispositions from which to select based on responses<br />

to the set of triage questions; acquiring by the client computer triagerelated<br />

data as a result of the triage of the persons, wherein the triagerelated<br />

data is stored in a database coupled with the client computer and<br />

represents an aggregate of triage-related data from the triage of the persons;<br />

and analyzing the triage-related data with a server coupled with<br />

the database.<br />

The method then may comprise: setting with the server a threshold level<br />

of undesirable aggregate triage outcomes affiliated with previously-assigned<br />

triage dispositions; modifying with the server at least one ques-<br />

tion within the set of triage questions based on the analysis of the triagerelated<br />

data to reduce a level of undesirable aggregate triage outcomes<br />

associated with exceeding the threshold level; and presenting by the<br />

client computer to the triage operator the at least one modified question<br />

to ask a next person to be triaged.<br />

Alternatively, the method may comprise: modifying with the server at least<br />

one of the triage dispositions based on the analysis of the triage-related<br />

data; and presenting by the client computer to the triage operator the at<br />

least one modified disposition from which to select when performing triage<br />

on a next person.<br />

Divisional filed as 582997<br />

(21) 555163 (22) 14 May 2007 (23) 14 May 2008<br />

(54) Methods of immune or hematological enhancement, inhibiting tumour<br />

formation or growth, and treating or preventing cancer, cancer symptoms,<br />

or the symptoms of cancer treatments<br />

(51) IPC2010.01:A61K38/40; A23L1/00; A61P31/00; A61P35/00<br />

(71) FONTERRA CO-OPERATIVE GROUP LIMITED<br />

(72) Kanwar, Jagat Rakesh; Krissansen, Geoffrey Wayne; Sun, Xueying;<br />

Palmano, Kay Patricia; MacGibbon, Alastair Kenneth Hugh;<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is the use of milk fat or a milk fat analogue in the preparation<br />

of a medicament for administration to a subject at risk of developing,<br />

suffering from, or being treated for mucositis.<br />

Also disclosed is a composition comprising about 2 grams to about 210<br />

grams of milk fat or a milk fat analogue and from about 0.7 grams to<br />

about 210 grams of one or more anti-tumour agents.<br />

(21) 555166 (22) 19 Oct 2005<br />

(54) System and method for resolving transactions<br />

(86) PCT/US2005/037949 (87) WO2006/045060<br />

(51) IPC2010.01:G06Q40/00<br />

(71) APOLLO ENTERPRISE SOLUTIONS, LLC<br />

(72) Imrey, Christopher, G.; House, William, J., III;<br />

(31) 04 620131 (32) 19 Oct 2004 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) A method for settling a transaction is disclosed. The method comprises:<br />

receiving information, at a server, regarding the transaction;<br />

seeking available information pertinent to the transaction from at least one<br />

source external to the server;<br />

processing data from the available information using a rules based engine<br />

including rules established on behalf of a party to the transaction located<br />

at the server; and<br />

presenting a transaction settlement offer set to a user based on at least<br />

one decision made by the rules based engine.<br />

The transaction settlement offer comprises at least one individually<br />

selectable offer including at least one decisioned settlement term based<br />

on the rules established on behalf of the party to the transaction and<br />

available information. Each individually selectable offer is selectable by<br />

the user to facilitate settlement of the transaction.<br />

(21) 555216 (22) 10 Nov 2005<br />

(54) Treatment of an intestinal adenoma and/or adenocarcinoma by inhibition<br />

of notch pathway activation<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 82 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(86) PCT/NL2005/000788 (87) WO2006/052128<br />

(51) IPC2010.01:A61K38/17,55; A61P35/00; A61K39/395<br />

(71) Hubrecht Laboratorium<br />

(72) Clevers, Johannes, Carolus; Van Gijn, Maria, Elisabeth; Van Es,<br />

Johannes, Hendrikus;<br />

(31) 04 04078090 (32) 10 Nov 2004 (33) EP<br />

(31) 05 05075806 (32) 6 Apr 2005(33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a use of a Notch pathway inhibitor in the preparation of a<br />

medicament for inducing the differentiation of an intestinal adenoma and/<br />

or adenocarcinoma cells into a goblet cell thereby treating an intestinal<br />

adenoma and/or adenocarcinoma.<br />

(21) 555239 (22) 18 Oct 2005<br />

(54) High yield method of producing pure rebaudioside A<br />

(86) PCT/US2005/037766 (87) WO2006/045023<br />

(51) IPC2010.01:A23L1/236<br />

(71) SWEET GREEN FIELDS, LLC<br />

(72) Jackson, Mel, Clinton; Francis, Gordon, James; Chase, Robert,<br />

Gordon;<br />

(31) 04 620280 (32) 18 Oct 2004 (33) US<br />

(31) 05 678653 (32) 6 May 2005 (33) US<br />

(31) 05 252430 (32) 17 Oct 2005 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Provided is a method of purifying rebaudioside A from Stevia starting<br />

material, comprising using a selected EtOH solvent, with successive<br />

refluxes of increasing water content. Further provided is 99% pure<br />

rebaudioside A and various composition comprising the purified<br />

rebaudioside A.<br />

Divisional filed as 583403<br />

(21) 555334 (22) 23 Dec 2005<br />

(54) Method of treatment or prophylaxis of a neuropathic condition using<br />

AT2 receptor antagonist<br />

(86) PCT/AU2005/001975 (87) WO2006/066361<br />

(51) IPC2010.01:A61K38/08; A61K31/517; A61P25/02,06<br />

(71) Spinifex Pharmaceuticals Pty Ltd<br />

(72) Smith, Maree Therese; Wyse, Bruce, Douglas;<br />

(31) 04 907332 (32) 24 Dec 2004 (33) AU<br />

(74) DAVIES COLLISON CAVE - MELBOURNE, 1 Nicholson Street, Melbourne,<br />

Victoria, Australia<br />

(57) Disclosed is an AT2 receptor antagonist compound of formula I wherein<br />

the substituents are disclosed within the specification, or a<br />

pharmaceutically compatible salt thereof. Also disclosed is the use of<br />

the compound of formula I for treating neuropathic pain.<br />

Divisional filed as 581599<br />

(21) 555463 (22) 30 Nov 2005<br />

(54) Unidirectional translation system for bone fixation with interengaging<br />

teeth for resilient engagement<br />

(86) PCT/US2005/043359 (87) WO2006/060506<br />

(51) IPC2010.01:A61B17/70,80<br />

(71) SYNTHES G<strong>MB</strong>H<br />

(72) Barrall, Benjamin, S.; Davis, Barclay, Ross; Chien, Dennis;<br />

(31) 04 001902 (32) 1 Dec 2004 (33) US<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, New Zealand<br />

(57) A fixation assembly (100) is described comprising at least two plates<br />

(10, 60), one of which may be a contoured plate (10) and one of which<br />

may be a securing plate (60). The contoured plate may have a plurality of<br />

teeth (50b, 52b), and the securing plate may have a resilient securing<br />

element (74). The teeth may be arranged so that the resilient securing<br />

element encounters progressive resistance as the plates are compressed<br />

by having the teeth in plural rows of increasing distance in a transverse<br />

extent.<br />

(21) 555488 (22) 4 Nov 2005<br />

(54) Cryopreservation of cells<br />

(86) PCT/US2005/040183 (87) WO2006/052835<br />

(51) IPC2010.01:C12N5/02,04,14<br />

(71) DOW AGROSCIENCES LLC<br />

(72) Ainley, William, Michael; Beringer, Jeffrey, R.; Larsen, Cory, Michelle,<br />

Leatherman; Lu, Min; Shen, Liu, Yin; Jayakumar, Pon, Samuel; Garrison,<br />

Robbi, Janette; Pareddy, Dayakar, Reddy;<br />

(31) 04 625401 (32) 5 Nov 2004 (33) US<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, New South Wales 2000, Australia<br />

(57) Provided is a method for making a cryopreserved plant cell comprising:<br />

(a) passaging plant cells to about mid-log growth phase for at least 1<br />

passage, wherein said plant cells are not pre-treated with stabilizers; (b)<br />

concentrating said passaged plant cells; and (c) adding a cryopreservation<br />

media to said concentrated passaged cells to form a cryopreservation<br />

composition.<br />

(21) 555573 (22) 14 Dec 2005<br />

(54) Coating compositions for making substrates<br />

(86) PCT/EP2005/056763 (87) WO2006/067073<br />

(51) IPC2010.01:C08K5/09; B41M5/145,26,30,32; C08K5/098; C09D11/<br />

02<br />

(71) Ciba Holding Inc.<br />

(72) O’Donoghue, Karen; Campbell, Jonathan;<br />

(31) 04 0428299 (32) 24 Dec 2004 (33) GB<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) The disclosure relates to coating compositions for marking substrates,<br />

which comprise a colour former in an amount of from 0.01 to 30%, a<br />

metal salt of a carboxylic acid in an amount of from 0.01 to 30%, a binder<br />

in an amount of from 3 to 60% and an organic solvent in an amount of<br />

from 20 to 95%, wherein each amount is by weight based on the weight<br />

of the composition, wherein the organic solvent is a polar organic solvent<br />

or a mixture of polar organic solvents, wherein the carboxylic acid is a<br />

carboxylic acid of formula (I) or a mixture of carboxylic acids of formula<br />

(I). The disclosure relates also relates to a process for the preparation of<br />

the coating compositions, substrates coated with these compositions and<br />

a process for preparing a marked substrate using these compositions.<br />

(21) 555622 (22) 9 Sep 2005<br />

(54) A printed object and a print monitoring system for inspection of same<br />

(86) PCT/US2005/032440 (87) WO2006/052316<br />

(51) IPC2010.01:B41F17/00; B41F33/00; B24D15/00<br />

(71) Scientific Games International, Inc.<br />

(72) Duke, Dana Kipland;<br />

(31) 04 983960 (32) 8 Nov 2004 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(57) A printed object having a longitudinal print axis is disclosed. The object<br />

comprises a printed area located on a substrate. Print indicia are<br />

printed on the substrate within the printed area in a two-dimensional matrix<br />

that has a longitudinal indicia axis that extends substantially parallel to<br />

the longitudinal print axis and a transverse indicia axis that extends substantially<br />

transverse to the longitudinal print axis. The print indicia within<br />

the printed area have a maximum width substantially parallel to the transverse<br />

indicia axis. At least one print validation symbol is printed on the<br />

substrate in a predetermined first validation print area. The at least one<br />

print validation symbol extends at least about the maximum width of the<br />

print indicia.<br />

(21) 555635 (22) 12 Dec 2005<br />

(54) Water current powered generating apparatus<br />

(86) PCT/GB2005/004775 (87) WO2006/061652<br />

(51) IPC2010.01:F03B17/06; F03B13/26<br />

(71) Scotrenewables (Marine Power) Ltd<br />

(72) Johnston, Barry;<br />

(31) 04 0427197 (32) 11 Dec 2004 (33) GB<br />

(74) P L BERRY & ASSOCIATES, AEQ Building, 61 Cambridge Terrace,<br />

Christchurch 8013, New Zealand<br />

(57) A power generating apparatus, suitable for use in extracting energy<br />

from the tidal movement of water, is disclosed. The power generating<br />

apparatus includes an elongate buoyancy vessel that has a generally<br />

circular cross section. Depending from the underside of the buoyancy<br />

vessel is at least one rotor assembly. The rotor assembly includes at<br />

least one rotor having rotor blades. The or each rotor assembly is connected<br />

to the vessel through a hinged joint mounting so as to be movable<br />

from a first, stowed position close to the vessel, such that the mounting<br />

means is immediately by and extends along the vessel, to a second<br />

deployed condition facing the direction of tidal currents. The or each rotor<br />

is connected to a power generator so that movement of water across<br />

the rotor blades of the or each rotor drives that rotor so as to generate<br />

power in the power generator.<br />

(21) 555996 (22) 22 Dec 2005<br />

(54) PERFORMANCE BASED RANK PREDICTION FOR MIMO DESIGN<br />

(86) PCT/US2005/046742 (87) WO2006/069300<br />

(51) IPC2010.01:H04L27/26; H04L1/06<br />

(71) Qualcomm Incorporated<br />

(72) Sampath, Hemanth; Kadous, Tamer;<br />

(31) 04 021791 (32) 22 Dec 2004 (33) US<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, New Zealand<br />

(57) A method of rank prediction for a multiple-input multiple-output (MIMO)<br />

communication system having a number of tones is disclosed. The method<br />

includes the steps of: for each tone, calculating MIMO channel matrices<br />

corresponding to layer transmissions; calculating signal-to-noise ratios<br />

(SNRs) for each tone based on the MIMO channel matrices; mapping<br />

the SNRs for each tone to generate effective SNRs for each layer transmission;<br />

selecting a highest packet format (PF) with an SNR threshold<br />

less than the effective SNRs for each layer transmission; selecting an<br />

absolute highest PF of the selected highest PFs for each layer transmission;<br />

selecting a rank based on the selected absolute highest PF; and<br />

transmitting a ranking to a transmitting side which indicates the layer<br />

transmissions to select for transmission so as to maximize spectral efficiency.<br />

(21) 556004 (22) 21 Dec 2005<br />

(54) Compositions of influenza viral proteins comprising at least one flagellin<br />

and at least one influenza M2 protein<br />

(86) PCT/US2005/046662 (87) WO2006/069262<br />

(51) IPC2010.01:C07K19/00; A61K39/12,39; C07K14/11; A61K39/145<br />

(71) VaxInnate Corporation<br />

(72) Powell, Thomas J; Nakaar, Valerian; Song, Langzhou; McDonald,<br />

William F; Hewitt, Duane D;<br />

(31) 04 638254 (32) 21 Dec 2004 (33) US<br />

(31) 04 638350 (32) 21 Dec 2004 (33) US<br />

(31) 05 645067 (32) 19 Jan 2005 (33) US<br />

(31) 05 653207 (32) 15 Feb 2005 (33) US<br />

(31) 05 666878 (32) 31 Mar 2005 (33) US<br />

(31) 05 682077 (32) 18 May 2005 (33) US<br />

(31) 05 741202 (32) 30 Nov 2005 (33) US<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 2, Woden Plaza<br />

Offices, Woden Town Square, Woden, ACT 2606, Australia<br />

(57) Disclosed is a fusion protein comprising at least one flagellin or a<br />

portion thereof and at least one influenza M2 protein or a functional portion<br />

thereof. Further disclosed is a composition comprising at least one<br />

flagellin or at least a portion thereof and at least one M2 protein or a<br />

functional portion thereof.<br />

Divisional filed as 582067<br />

(21) 556143 (22) 19 Dec 2005<br />

(54) Regulation of metalloprotease cleavage of cell surface proteins<br />

(86) PCT/AU2005/001917 (87) WO2006/063415<br />

(51) IPC2010.01:C12N9/50; A61K35/00; A61K38/57; A61K39/395;<br />

A61P37/02; C07K16/40<br />

(71) Monash University; Memorial Sloan Kettering Cancer Centre<br />

(72) Lackmann, Martin; Janes, Peter W; Nikolov, Dimitar B; Saha,<br />

Nayanendu;<br />

(31) 04 637425 (32) 17 Dec 2004 (33) US<br />

(74) FISHER ADAMS KELLY, Level 29, 12 Creek Street, Brisbane, Queensland<br />

4000, Australia<br />

(57) Provided is a modified mammalian ADAM10 or ADAMl7 protease, or<br />

functional fragment thereof, having one or more non-conservative substitutions<br />

of amino acids of a substrate recognition site, thereby having a<br />

modified ability to recognize, bind and/or proteolytically cleave a substrate<br />

protein compared to a wild-type ADAM 10 or ADAM 17 protease, wherein<br />

the substrate recognition site comprises residues 573 - 579 ofADAM10<br />

or residues 583 - 590 of ADAMI7. Further provided are corresponding<br />

nucleic acid sequences, antibodies binding the substrate recognition sites,<br />

and use of the modulators of the substrate recognition sited in the manufacture<br />

of medicaments.<br />

(21) 556242 (22) 21 Dec 2005<br />

(54) An encapsulated edible fibre product having controlled water absorbtion<br />

(86) PCT/US2005/046866 (87) WO2006/071797<br />

(51) IPC2010.01:A23L1/308; A21D2/18; A23L1/00,16,10<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(71) Kraft Foods Holdings, Inc.<br />

(72) Chew, Wen-Sherng; Finley, John Westcott; Campbell, Bruce; Cudia,<br />

Ariel;<br />

(31) 04 25462 (32) 29 Dec 2004 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is an encapsulated edible fiber product having controlled<br />

water absorption, said encapsulated edible fiber product comprising substantially<br />

unswollen edible fiber particles (such as celluloses, raw starches,<br />

modified starches, glucans, brans, hydrocolloids, xanthans, algins, alginate<br />

salts, pectins, guars, chitosan and mixtures thereof) having an outer<br />

surface, wherein at least about 80% of the outer surface of the edible<br />

fiber particles is covered with an inner layer comprising an edible fat or<br />

lipid (such as a low- or reduced-calorie triglyceride or blends thereof<br />

having one or two short chain fatty acids and one or two long chain<br />

saturated fatty acids, and which have a melting point of about 30 to about<br />

40°C); at least about 90% of the inner layer is covered with an outer layer<br />

comprising a edible protein (such as casein, zein, soy isolate, milk protein<br />

concentrate, whey protein concentrate and mixtures thereof); the<br />

inner and outer layers provide an effective moisture barrier to prevent<br />

significant swelling of the edible fiber particles due to moisture absorption<br />

during processing, storage, and initial stages of digestion by a human;<br />

and the moisture barrier is breached during later stages of digestion<br />

so that the edible fiber particles swell due to moisture absorption.<br />

(21) 556251 (22) 12 Jan 2006<br />

(54) Reinforcing member for a patient interface<br />

(86) PCT/AU2006/000033 (87) WO2006/074514<br />

(51) IPC2010.01:A61M16/06; A62B18/08<br />

(71) ResMed Ltd<br />

(72) Lynch, Susan Robyn; Hitchcock, Robin Garth; Davidson, Aaron<br />

Samuel; Veliss, Lee James;<br />

(31) 05 643121 (32) 12 Jan 2005 (33) US<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, New Zealand<br />

(57) A cushion for a CPAP mask has a non-face contacting portion 422<br />

adapted to be connected to the mask frame, a face contacting portion<br />

424 adapted to engage on a users face, and a gusset portion 426 interconnecting<br />

the frame contacting portion and the face contacting portion.<br />

The face contacting portion includes a side wall 428 and a flexible membrane<br />

432 extending from the side wall and a reinforcing member including<br />

multiple thickened reinforcing ribs 420 provided on a portion of the<br />

interior surface 416 of the side wall (shown on the exterior surface in the<br />

drawing but limited to the interior surface as claimed). The reinforcing<br />

member provides reinforcement to the side wall of the cushion to limit<br />

the lateral expansion of the cushion when the interior of the cushion is<br />

pressurized.<br />

(21) 556274 (22) 8 Dec 2005<br />

(54) Respiratory devices and methods of use<br />

(86) PCT/US2005/044888 (87) WO2006/063339<br />

(51) IPC2010.01:A61M16/00; A62B7/10<br />

(71) Ventus Medical, Inc<br />

(72) Doshi, Rajiv; Howard, Robert A; Hatanaka, Motohide;<br />

(31) 04 634715 (32) 8 Dec 2004 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) A nasal respiratory device for modifying a subject’s respiration. The<br />

device includes an adhesive or compressible holdfast 28 that secures<br />

the device in communication with the nasal cavity without covering the<br />

subject’s mouth and a passageway 6 for the inhaled and exhaled air. The<br />

passageway 6 includes an airflow resistor 24 that is configured to offer<br />

more resistance to the exhaled than to the inhaled air that passes through<br />

the passageway.<br />

Divisional filed as 585061<br />

(21) 556360 (22) 10 Dec 2004<br />

(54) Ink fountain liner<br />

(86) PCT/DK2004/000872 (87) WO2006/061016<br />

(51) IPC2010.01:B41F31/02<br />

(71) Lars Jepsen<br />

(72) Jepsen, Lars;<br />

(74) Hodgkinson McInnes <strong>Patent</strong>s, Level 21, 201 Elizabeth Street, Sydney,<br />

New South Wales 2000, Australia<br />

(57) A sheet material liner 19 that covers the areas below a radial type ink<br />

fountain in a printing machine that would otherwise be wetted by spilt ink.<br />

This liner has a bottom panel 20 and integral side panels 21. When installed<br />

in a printer, the edge 24 of the bottom panel 20 closest to the nip<br />

between the ink roller and the fountain bottom does not protrude beyond<br />

the bottom edge of the fountain. The edge 24 carries a continuous strip<br />

of adhesive to sealingly join it to the bottom of the ink fountain.<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 85 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 556392 (22) 11 Jan 2007<br />

(54) Axle lifting device for a vehicle<br />

(86) PCT/EP2007/000217 (87) WO2006/082679<br />

(51) IPC2010.01:B62D61/12; B60G11/27; B60G9/00<br />

(71) SAF-HOLLAND GmbH<br />

(72) Hock, Helmut; Panke, Harald;<br />

(31) 06 06001839 (32) 13 Jan 2006 (33) DE<br />

(74) AHEARN FOX, Level 4, T&G Building, 141 Queen Street, Brisbane,<br />

Queensland 4000, Australia<br />

(57) Disclosed is an axle raising device for a vehicle, in particular for pneumatic-suspension<br />

vehicle axes, which comprises of a support element<br />

(2), a lifting element (4), and a lever element (6). The support element<br />

and the lever element can be coupled to one another by means of the<br />

lifting element in such a way that, when the lifting element is actuated,<br />

the support element is supported on a frame element (16) of the vehicle,<br />

and the lever element exerts a preferably vertical force on an axle link of<br />

the vehicle in order to raise the vehicle. The lever element is positionally<br />

fixed in relation to a distal end of the axle link and/or the frame element.<br />

The support element is rotatably or pivotably mounted on the lever element.<br />

(21) 556434 (22) 30 Jan 2006<br />

(54) Heterocyclic substituted phenyl methanones as inhibitors of the glycine<br />

transporter 1<br />

(86) PCT/EP2006/000761 (87) WO2006/082001<br />

(51) IPC2010.01:C07D209/44; C07D403/04; C07D471/04; C07D209/08;<br />

C07D231/56; C07D417/04; C07D401/04; C07D409/04; C07D487/04;<br />

C07D209/88; C07D405/04; C07D491/08; C07D498/08; C07D413/04;<br />

C07D235/06<br />

(71) F. Hoffmann-La Roche AG<br />

(72) Jolidon, Synese; Narquizian, Robert; Norcross, Roger David; Pinard,<br />

Emmanuel;<br />

(31) 05 05100813 (32) 7 Feb 2005 (33) EP<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a compound of formula I, or a pharmaceutically acceptable<br />

salt thereof, wherein ‘het’ is a bicyclic amine selected from the<br />

groups a) to h), and where the other substituents are as defined in the<br />

specification.<br />

Also disclosed is a method of making compounds of formula I, and their<br />

use in treating psychoses, pain, neurodegenerative dysfunction in memory<br />

and learning, schizophrenia, dementia and other diseases in which cognitive<br />

processes are impaired, such as attention deficit disorders or Alzheimer's<br />

disease.<br />

(21) 556517 (22) 14 Feb 2006<br />

(54) Process for making trans-1-((1R, 3S)-6-chloro-3-phenylindan-1-YL)-<br />

3, 3-dimethylpiperazine<br />

(86) PCT/DK2006/000086 (87) WO2006/086984<br />

(51) IPC2010.01:C07D295/073; C07C49/697<br />

(71) H Lundbeck A/S<br />

(72) Dahl, Allan Carsten; Wohlk Nielsen, Christina; Suteu, Christina; Robin,<br />

David; Brosen, Peter;<br />

(31) 05 00237 (32) 16 Feb 2005 (33) DK<br />

(74) WATERMARK PATENT & TRADE MARK ATTORNEYS, Level 2, 302<br />

Burwood Road, Hawthorn, Victoria 3122, Australia<br />

(57) Disclosed is a method for manufacturing a compound of formula I<br />

(compound I ) or a salt thereof, the method comprising:<br />

resolving the racemic compound of formula IV (Compound IV) using chiral<br />

chromatography; and<br />

converting the enantiomer of formula IVa (Compound IVa) obtained thereby<br />

to the compound of formula I.<br />

Also disclosed are the compounds of formula (IVa) and (IVb).<br />

(21) 556555 (22) 16 Jul 2007 (23) 30 Sep 2008<br />

(54) Improvements in a solar heat collection system<br />

(51) IPC2010.01:F24J2/51,04,24,46; E04H17/14<br />

(71) BRUCE JAMES KING<br />

(72) King, Bruce James;<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) A solar water heating system comprising a plurality of lengths of water<br />

conduit pipe 3, a plurality of lengths of water conduit jacket pipe 4, at<br />

least one of the plurality of lengths of water conduit pipe 3 being positioned<br />

inside each length of water conduit jacket pipe 4, one or more<br />

spacing elements for positioning the plurality of lengths of water conduit<br />

pipe inside the plurality of lengths of water conduit jacket pipe such that<br />

an insulating space is provided between the lengths of water conduit<br />

pipe and lengths of water conduit jacket pipe, and a plurality of solar<br />

collector pipes containing a heat transfer medium, the solar collector<br />

pipes being thermally connected to at least one of the plurality of lengths<br />

of water conduit pipe, wherein the lengths of water conduit pipe are fluidly<br />

connected to form a circulation system.<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 86 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 556593 (22) 28 Feb 2006<br />

(54) Method and device for the assessment of bowel function<br />

(86) PCT/EP2006/060336 (87) WO2006/089970<br />

(51) IPC2010.01:A61B5/00; B42D15/00<br />

(71) EURO-CELTIQUE S.A.<br />

(72) Leyendecker, Petra; Hopp, Michael; Drews, Axel;<br />

(31) 05 05004378 (32) 28 Feb 2005 (33) EP<br />

(74) F B RICE & CO, Level 23, 200 Queen Street, Melbourne, Victoria<br />

3000, Australia<br />

(57) Method for assessing bowel function in a person is disclosed. The<br />

method includes:<br />

providing the person with a numeric analog scale for at least three parameters<br />

which are associated with bowel function;<br />

causing the person to indicate on the numeric analog scale the amount<br />

and/or intensity of the parameters being experienced;<br />

processing the input values of the amounts and/or intensities of the parameters<br />

indicated on the scale by calculating the average value using a<br />

processing unit; and assessing bowel function based on the output of<br />

the average value.<br />

(21) 556602 (22) 18 Jul 2007 (23) 17 Jul 2008<br />

(54) A panel antenna and method of forming a panel antenna<br />

(51) IPC2010.01:H01Q1/36; H01Q21/00; H01Q5/00; H01Q21/06; H01Q1/<br />

38<br />

(60) 556602<br />

(71) TIMES-7 HOLDINGS LIMITED<br />

(72) Ehlen, Mathias Martin Ernest;<br />

(74) ELLIS TERRY, Level 12, 45 Johnston Street, Wellington 6011, New<br />

Zealand<br />

(57) A panel antenna comprises a panel formed of dielectric material; a<br />

plurality of radiating elements formed on a surface of the dielectric material<br />

by forming grooves in a first conductive sheet secured to the dielectric<br />

material; and a feed network for the radiating elements formed by<br />

forming grooves in the first conductive sheet. A method of forming the<br />

antenna is also disclosed.<br />

(21) 556651 (22) 20 Jan 2006<br />

(54) Yersinia spp. polypeptides and methods of use<br />

(86) PCT/US2006/002474 (87) WO2006/079076<br />

(51) IPC2010.01:A61K39/02; C07K14/24<br />

(71) Epitopix, LLC<br />

(72) Emery, Daryll A; Straub, Darren E; Wonderling, Laura;<br />

(31) 05 646106 (32) 21 Jan 2005 (33) US<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 2, Woden Plaza<br />

Offices, Woden Town Square, Woden, ACT 2606, Australia<br />

(57) Provided is a composition comprising a mixture of at least two<br />

polypeptides isolated from Yersinia species incubated in media with an<br />

iron chelator. The compositions of sarcosine insoluble polypeptides are<br />

useful as medicaments and vaccines for animals and fish.<br />

(21) 556707 (22) 23 Jan 2006<br />

(54) Medicament that is intended for oral administration, comprising a<br />

cyclooxygenase-2 inhibitor, and preparation method thereof<br />

(86) PCT/FR2006/000144 (87) WO2006/077334<br />

(51) IPC2010.01:A61K9/50; A61K31/4164; A61K9/16; A61K47/00<br />

(71) Vetoquinol<br />

(72) Moreau, Marinette; Osty, Nicolas;<br />

(31) 05 0500708 (32) 24 Jan 2005 (33) FR<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a medicament that is intended for oral administration<br />

and that has an improved bio-availability, said medicament comprising<br />

an agglomerate based on inert solid particles that are based on at least<br />

one excipient, said agglomerate comprising a cyclooxygenase-2 inhibitor<br />

and at least one hydrophilic polymer, characterized in that said agglomerate<br />

comprises the product of spraying said particles with a solution<br />

or suspension of micronized grains of said inhibitor in said polymer<br />

(s) in order to agglomerate said particles, and in that said inhibitor is<br />

composed of at least one compound of formula (I) and a salt or solvate<br />

of this compound, wherein the variables are as defined in the specification.<br />

Preferred compounds of formula (I) include imidazoles such as<br />

cimicoxib. The process of preparing said medicament is also disclosed.<br />

(21) 560328 (22) 8 Feb 2006<br />

(54) Neutralizing monoclonal antibodies against severe acute respiratory<br />

syndrome-associated coronavirus<br />

(86) PCT/US2006/004599 (87) WO2006/086561<br />

(51) IPC2010.01:A61K39/215; C12Q1/70<br />

(71) New York Blood Centre<br />

(72) Jiang, Shibo; He, Yuxian;<br />

(31) 05 141925 (32) 31 May 2005 (33) US<br />

(31) 05 651046 (32) 8 Feb 2005 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Provided is an isolated neutralizing monoclonal antibody capable of<br />

binding to the receptor binding domain of the spike protein of the severe<br />

acute respiratory syndrome-associated coronavirus (SARS-CoV) wherein<br />

the antibody is produced by Hybridoma 30F9 with ATCC Accession No.<br />

PTA6523.<br />

(21) 560415 (22) 16 Feb 2006<br />

(54) Systems and method for identifying replikin scaffolds and uses of<br />

said replikin scaffolds<br />

(86) PCT/US2006/005343 (87) WO2006/088962<br />

(51) IPC2010.01:C12Q1/70; C07H21/04; C12N15/86; G01N33/48,50;<br />

G06F19/00<br />

(71) Samuel Bogoch; Elenore S. Bogoch; Samuel Winston Bogoch; Anne-<br />

Elenore Bogoch Borsanyi<br />

(72) Bogoch, Samuel; Bogoch, Elenore S; Bogoch, Samuel Winston;<br />

Borsanyi, Anne-Elenore Bogoch;<br />

(31) 05 653083 (32) 16 Feb 2005 (33) US<br />

(31) 05 014443 (32) 28 Apr 2005 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Provided is a method of identifying a Replikin Scaffold in a virus or<br />

organism comprising identifying a series of Replikin Scaffold peptides<br />

comprising about 16 to about 30 amino acids comprising (l) a terminal<br />

lysine and a lysine immediately adjacent to said terminal lysine; (2) a<br />

terminal histidine and a histidine immediately adjacent to said terminal<br />

histidine, (3) a lysine within about 6 to about 10 amino acids from another<br />

lysine; and (4) at least 6% lysines, wherein identification of said Replikin<br />

Scaffold provides for identification of a virulent virus or organism and/or<br />

wherein identification of said Replikin Scaffold provides for identification<br />

of a target for control of the replication of a virus or organism. Further<br />

provided are Replikin peptides and variants of them and their use in the<br />

manufacture of vaccines for influenza.<br />

Divisional filed as 584367<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 87 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 560468 (22) 5 Jan 2006<br />

(54) Compositions for immunizing against mycobacterium using Ag85A<br />

(86) PCT/GB2006/000023 (87) WO2006/072787<br />

(51) IPC2010.01:C07K14/35; A61K39/04<br />

(71) ISIS INNOVATION LIMITED<br />

(72) McShane, Helen; Pathan, Ansar A; Hill, Adrian; Gilbert, Sarah C;<br />

(31) 05 0500102 (32) 5 Jan 2005 (33) GB<br />

(31) 05 649804 (32) 3 Feb 2005 (33) US<br />

(74) PIPERS, Level 1, 5A Pacific Rise, Mt Wellington, Auckland, New Zealand<br />

(57) Disclosed is an immunogenic composition comprising a non-replicating<br />

or replication impaired poxvirus vector expressing the translation product<br />

of a mycobacterial Ag8Sa gene for use in treating or preventing mycobacterial<br />

infection or disease by inducing a central memory T cell immune<br />

response in a patient, wherein the viral vector expresses Ag8SA<br />

with a PK C-terminus tag, a TPA leader sequence, and a truncated Cterminus.<br />

(21) 560731 (22) 17 Aug 2007 (23) 11 Nov 2008<br />

(54) Bollard apparatus<br />

(51) IPC2010.01:E01F13/04; E01F9/019<br />

(71) MULTICRAFT PROJECT SERVICES LIMITED<br />

(72) Broadhurst, Robert Charles;<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) A retractable bollard apparatus 1 comprising a cylinder 3 which is<br />

closed at one end 4 and open at the other end 5 and a post 2. The<br />

cylinder 3 has an internal chamber 7 between the open 5 and closed 4<br />

ends. The cylinder 3 is placed vertically in the ground and its open end 5<br />

is at the surface. The post 2 which slides into the cylinder 3 has a head<br />

11 which caps the open end 5 of the cylinder and a base 15 which rests<br />

inside the cylinder when the post 2 is in a retracted position. The cylinder<br />

3 has multiple fluid tight seals 8a 8b 8c between the inner edge of the<br />

cylinder 3 and the outer edge of the post 2. This allows the raising of the<br />

post 2 to form an obstruction when required, by pumping a pressurised<br />

fluid into the internal chamber 7 of the cylinder through an inlet 28. Even<br />

when fully raised a portion of the outer surface of the post 2 will remain in<br />

contact with the seals 8a 8b 8c and thus within the chamber 7. To lower<br />

the post 2 the pressurised fluid is released.<br />

(21) 560928 (22) 1 Feb 2006<br />

(54) Purification of streptococcal agalactiae capsular polysaccharide<br />

(86) PCT/IB2006/000626 (87) WO2006/082527<br />

(51) IPC2010.01:C08B37/00; C12P19/04<br />

(71) Novartis Vaccines and Diagnostics SRL<br />

(72) Costantino, Paolo;<br />

(31) 05 0502096 (32) 1 Feb 2005 (33) GB<br />

(74) F B RICE & CO, Level 23, 44 Market Street, Sydney, New South<br />

Wales 2000, Australia<br />

(57) Disclosed is a process for purifying a Streptococcus agalactiae<br />

capsular polysaccharide, comprising the steps of: (a) removing contaminating<br />

nucleic acids and/or proteins from capsular polysaccharide in aqueous<br />

form by the use of alcoholic precipitation, wherein an alcohol and an<br />

aqueous metal cation are used to precipitate the nucleic acids and/or<br />

proteins leaving the polysaccharide in solution; (b) separating the precipitated<br />

material from the polysaccharide; and (c) diafiltration to remove<br />

fragments of group-specific saccharide from the polysaccharide.<br />

(21) 561292 (22) 27 Feb 2006<br />

(54) Clip for attaching ceiling panels to T-grid<br />

(86) PCT/US2006/006861 (87) WO2006/107460<br />

(51) IPC2010.01:E04B2/00; E04B5/00; E04B9/00<br />

(71) USG INTERIORS, INC.<br />

(72) Wendt, Alan C; Likozar, Martin E; Lehane, James J;<br />

(31) 05 98626 (32) 4 Apr 2005(33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) An adaptor 17 for mounting rectangular ceiling panels 15 on a suspended<br />

ceiling grid 12. The suspended ceiling grid 12 is made up of<br />

inverted T shaped grid members with horizontal flanges and vertical webs.<br />

The adaptor 17, which is placed below the grid 12, at intersections of the<br />

inverted T shaped members, has four cantilever shaped gripping elements<br />

arranged in a cruciform pattern on top. These four cantilever shaped<br />

gripping sections on the adaptor are arranged so as to easily slip over<br />

and engage the four inverted T shaped members at the intersection<br />

during installation. The adaptor also has four panel support elements on<br />

the bottom. Each panel support element is directly below one of the gripping<br />

elements. These panel support elements on the adaptor engage<br />

upward flanges on the ceiling panels. The weight of the ceiling panels is<br />

thus transferred through the adaptors to the ceiling grid.<br />

(21) 561293 (22) 3 Mar 2006<br />

(54) Crystallisation and purification of glycopyrronium bromide<br />

(86) PCT/GB2006/000770 (87) WO2006/092617<br />

(51) IPC2010.01:C07D207/12; A61K31/40; A61P1/06; A61P13/06<br />

(71) SOSEI R&D LTD<br />

(72) Baxter, Andrew Douglas; Sinden, Kenneth Walter; Kleinebekel, Stefan;<br />

(31) 05 0504463 (32) 3 Mar 2005 (33) GB<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a method for the production of crystalline glycopyrronium<br />

bromide in the form of predominantly the R,S and S,R diastereoisomers<br />

with respect to the R,R, and S,S diastereoisomers, which comprises<br />

separating the desired diastereoisomers by one or more controlled crys-<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 88 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

tallisation steps conducted in a solvent comprising the same or different<br />

compounds of the formula R1COR2 or R1COOR2 (such as methyl ethyl<br />

ketone or methyl, isobutyl ketone) wherein R1 and R2 are independently<br />

alkyl.<br />

(21) 561573 (22) 24 Mar 2006<br />

(54) Isoflavonoid dimers<br />

(86) PCT/AU2006/000395 (87) WO2006/099681<br />

(51) IPC2010.01:C07D471/04; C07D491/052; C07D493/04; C07D495/04;<br />

A61K31/35,382,436,4365,4375; A61P29/00; A61P35/00; A61P37/00;<br />

A61P9/00<br />

(71) Novogen Research Pty Ltd<br />

(72) Heaton, Andrew; Kumar, Naresh;<br />

(31) 2005 901475 (32) 24 Mar 2005 (33) AU<br />

(31) 05 668609 (32) 6 Apr 2005(33) US<br />

(31) 2005 905985 (32) 28 Oct 2005 (33) AU<br />

(74) DAVIES COLLISON CAVE - SYDNEY, 255 Elizabeth Street, Sydney,<br />

New South Wales 2000, Australia<br />

(57) Disclosed is a compound of formula (I), or a pharmaceutically acceptable<br />

salt thereof, wherein X is O, NR12, or S, and wherein the other<br />

substituents are as defined in the specification. Also disclosed is a method<br />

for preparing the above compound, and its use in treating cancer, unwanted<br />

proliferation or upregulation of cellular growth, inflammation or<br />

inflammatory disorders, autoimmune disorders, cardiovascular disorders<br />

and disorders associated with estrogen receptor activation. Also disclosed<br />

is a drink or foodstuff containing the compound.<br />

(21) 561576 (22) 16 Mar 2006<br />

(54) Channel structures for a quasi-orthogonal multiple-access communication<br />

system<br />

(86) PCT/US2006/009757 (87) WO2006/099577<br />

(51) IPC2010.01:H04J11/00<br />

(71) Qualcomm Incorporated<br />

(72) Ji, Tingfang; Naguib, Ayman; Sutivong, Arak; Gore, Dhananjay Ashok;<br />

Gorokhov, Alexei;<br />

(31) 05 662634 (32) 16 Mar 2005 (33) US<br />

(31) 05 129140 (32) 13 May 2005 (33) US<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, New Zealand<br />

(57) A method of assigning system resources in a communication system<br />

is disclosed. The method includes: scheduling several terminals for data<br />

transmission; and assigning the terminals with channels in at least two<br />

channel sets. Each channel set comprises several channels and is associated<br />

with a specific mapping of the channels to system resources<br />

available for data transmission. The mapping for each channel set is<br />

pseudorandom with respect to the mapping for each remaining one of<br />

the at least two channel sets for at least a subset of the channels.<br />

(21) 561666 (22) 17 Mar 2006<br />

(54) Nanoparticulate biphosphonate compositions<br />

(86) PCT/US2006/009791 (87) WO2006/102117<br />

(51) IPC2010.01:A61K9/51; A61K31/663; A61K47/02; A61K9/14; A61P19/<br />

08; A61P9/10<br />

(71) Elan Pharma International Limited<br />

(72) Liversidge, Gary; Jenkins, Scott;<br />

(31) 05 662693 (32) 17 Mar 2005 (33) US<br />

(74) DAVIES COLLISON CAVE - MELBOURNE, 1 Nicholson Street, Melbourne,<br />

Victoria, Australia<br />

(57) Disclosed is a bisphosphonate dispersion consisting of:<br />

(a) an aqueous dispersion medium;<br />

(b) particles of at least one bisphosphonate complexed with a multivalent<br />

cation and having an effective average particle size of less than about<br />

2000 nm, the bisphosphonate-cation complex particles dispersed in the<br />

aqueous dispersion medium; and<br />

(c) at least one surface stabilizer adsorbed on the surface of the particles.<br />

Also disclosed is an oral dosage form of a bisphosphonate composition<br />

comprising:<br />

(a) particles consisting of at least one bisphosphonate complexed with a<br />

multivalent cation and having an effective average particle size of less<br />

than about 2000 nm, the bisphosphonate-cation complex particles having<br />

at least one surface stabilizer adsorbed on the surface of the particles;<br />

(b) a permeation enhancer; and<br />

(c) a chelating agent.<br />

Also disclosed is a method of making the nanoparticulate bisphosphonate<br />

dispersion, and its use in inhibiting bone resorption<br />

(21) 561783 (22) 21 Feb 2006<br />

(54) Glove with an adhesive portion on the inner side of the cuff formed by<br />

an unfinshed region of the glove material where in use the adhesive portion<br />

of the glove is in contact with the cuff of a garment worn by the user<br />

(86) PCT/GB2006/000611 (87) WO2006/100422<br />

(51) IPC2010.01:A41D19/00; A61B19/04<br />

(71) REGENT MEDICAL LIMITED<br />

(72) Day, Jonathan; Leeming, Christine; Rogers, Jan; Williams, Haydn;<br />

(31) 05 0505862 (32) 22 Mar 2005 (33) GB<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 89 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(31) 05 0511993 (32) 13 Jun 2005 (33) GB<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A glove having a hand portion and a wrist portion, extending from the<br />

hand portion and terminating in a hand insertion opening, is disclosed.<br />

The wrist portion includes a region of adhesive material provided on a<br />

surface which, in use, will form the inside of the glove. The adhesive<br />

material is formed by an unfinished region of glove material, where, in<br />

use, the region of the adhesive material is in contact with the cuff of a<br />

garment worn by the user so as to prevent roll-down of the glove.<br />

Divisional filed as 579701<br />

(21) 561999 (22) 26 Sep 2007 (23) 26 Sep 2008<br />

(54) Marker assisted selection of bovine for milk fat colour<br />

(51) IPC2010.01:C12Q1/68<br />

(71) VIALACTIA BIOSCIENCES (NZ) LIMITED<br />

(72) Thomas, Natalie Louise; Ward, Hamish Evan; Davis, Stephen Richard;<br />

Lehnert, Klaus; Barnett, Julia Leigh; Berry, Sarah Dianne; Snell, Russell<br />

Grant; Macgibbon, Alastair Kenneth Hugh; Spelman, Richard; Pearson,<br />

John Frederick; Oxley, Penny Elizabeth; Beattie, Elizabeth Marie;<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Provided is a method of determining genetic merit of a bovine with<br />

respect to milk or tissue colour or beta-carotene content or with respect<br />

to capability of producing progeny that will have increased or decreased<br />

milk or tissue colour or beta-carotene content, which comprises the step<br />

of determining the scavenger receptor class 1, member 1 (SCARB1)<br />

allelic profile of said bovine, and determining the genetic merit of the<br />

bovine on the basis of the SCARB1 allelic profile. Further provided are<br />

bovines selected by the method and milk obtained from such selected<br />

bovines.<br />

(21) 562002 (22) 2 Mar 2006<br />

(54) Novel adhesive compositions comprising phloroglucinol (1,3,5trihydroxybenzene),<br />

manufacturing thereof, and applications thereof<br />

(86) PCT/IL2006/000289 (87) WO2006/092798<br />

(51) IPC2010.01:C08L101/00; A61L24/00,08; C08L5/04<br />

(71) TECHNION RESEARCH & DEVELOPMENT FOUNDATION LTD.<br />

(72) Bianco-Peled, Havazelet; Biton, Ronit; Shecter-Harkavyk, Inna;<br />

(31) 05 657413 (32) 2 Mar 2005 (33) US<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, New Zealand<br />

(57) Disclosed is a composition-of-matter comprising a cross-linked form<br />

of a water miscible<br />

polymer, at least one cross-linking agent comprised of divalent ions for<br />

effecting said<br />

cross-linked form of said water miscible polymer, and at least one phloroglucinol<br />

type compound selected from the group consisting of: phloroglucinol,<br />

a derivative of phloroglucinol, and a polymer synthetically prepared<br />

from phloroglucinol or a derivative of phloroglucinol. Also disclosed<br />

is a method of manufacturing the composition-of-matter and its use as<br />

an adhesive.<br />

(21) 562092 (22) 28 Sep 2007 (23) 26 Sep 2008<br />

(54) Antimicrobial effect of copolymers of aniline with 3-amino benzoic<br />

acid, anthranilic acid and ethyl 3-amino benzoate<br />

(51) IPC2010.01:A61K31/785; A61P31/04; C08G73/00,02<br />

(60) 562092\562092<br />

(71) Auckland UniServices Limited<br />

(72) Gizdavic-Nikolaidis, Marija; Easteal, Allan James; Stepanovic, Srdjan;<br />

(74) Shelston IP, Level 21, 60 Margaret Street, Sydney, NSW 2000, Australia<br />

(57) Disclosed are aniline random copolymers and the synthesis thereof<br />

for use as antimicrobial (antibacterial, antifungal or antiviral material)<br />

material of for the manufacture of antimicrobial objects, suitable for use<br />

in the health, food, packaging, water, paint, wood, textile, poultry, glass,<br />

paper, rubber, ceramic, seafood, sports, plastic and agricultural industries.<br />

The aniline random copolymer is represented by the structure shown<br />

herein: wherein, R3 = H, -CO2H, -CO2Me, or -CO2Et or as defined in<br />

the specification. R is typically H or a C1-C6 alkyl, x is an integer between<br />

1 and 0 and m indicates the degree of polymerisation, and wherein<br />

said copolymer is not polyaniline. Preferred copolymers are copolymers<br />

of aniline with 3-aminobenzoic acid, 2-aminobenzoic acid and ethyl 3aminobenzoate.<br />

(21) 562188 (22) 3 Apr 2006<br />

(54) Methods and apparatus for encoding and decoding an highband portion<br />

of a speech signal<br />

(86) PCT/US2006/012231 (87) WO2006/107837<br />

(51) IPC2010.01:G10L21/04; G10L19/14<br />

(71) Qualcomm Incorporated<br />

(72) Vos, Koen Bernard; Kandhadai, Ananthapadmanabhan A;<br />

(31) 05 667901 (32) 1 Apr 2005(33) US<br />

(31) 05 673965 (32) 22 Apr 2005 (33) US<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, New Zealand<br />

(57) A wideband speech encoding apparatus and a method for encoding/<br />

decoding speech is disclosed. The wideband speech encoder apparatus<br />

includes a lowband encoder and a highband encoder. The highband encoder<br />

is configured to calculate values for coding parameters that specify<br />

a spectral envelope, an extended signal, and a gain envelope. The gain<br />

envelope is based on the relation between the highband and lowband<br />

portions.<br />

(21) 562309 (22) 10 Mar 2006<br />

(54) Process for the manufacture of sodium cellulose sulfate which can<br />

be used for micro-encapsulation<br />

(86) PCT/EP2006/060626 (87) WO2006/095021<br />

(51) IPC2010.01:C08B7/00; C08B5/14<br />

(71) Fraunhofer-Gesellschaft zur Forderung der angewandten Forschung<br />

e.V.; Ziel Biopharma Ltd.<br />

(72) Hauser, Oliver; Fischer, Steffen; Hettrich, Kay; Wagenknecht,<br />

Wolfgang;<br />

(31) 05 05011367 (32) 11 Mar 2005 (33) DE<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Method for the production of regio-selective substituted cellulose<br />

sulfate (CS) characterized by a combination of the following steps:<br />

a) swelling of native cellulose in a polar aprotic solvent;<br />

b) addition of a sulfating reagent and an acetylating reagent, for the simultaneous<br />

esterification and distribution of acetate groups and suIfate groups<br />

along and between the polymer chains;<br />

c) directly followed by a complete neutralization with a base, preferably<br />

sodium hydroxide, whereby the sulfate without cleaving the acetyl group<br />

is transferred into a sodium salt of the cellulose sulfate (SCS), whereby<br />

the directly following neutralization also avoids cleavage of acetate groups<br />

and consequently the degradation of the cellulose chains; and<br />

d) subsequent precipitation, deacetylation, washing and drying of the SCS,<br />

whereby the SCS is characterized by a solution viscosity, which is greater<br />

than 10 mPas at a concentration of 1% in water.<br />

Cellulose sulfate formed by this method is water-soluble and has an adjustable<br />

solution viscosity in aqueous solution, which makes it useful as<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

an auxiliary material with ideal biological compatibility for biological and<br />

medical applications, in particular it is suitable for the encapsulation and<br />

immobilization of biological objects, e.g. tissue, cells, microorganisms,<br />

enzymes or viruses in microcapsules.<br />

(21) 562374 (22) 21 Apr 2006<br />

(54) Heated food storage and display cabinet with heated air curtain<br />

(86) PCT/GB2006/001469 (87) WO2006/111767<br />

(51) IPC2010.01:A47F3/00<br />

(71) Alan Nuttall Limited<br />

(72) Nuttall, Alan David; Steele, Michael James; Richardson, Gareth;<br />

(31) 05 50508204 (32) 22 Apr 2005 (33) GB<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, New Zealand<br />

(57) A heated food storage and display cabinet (10) is disclosed. The cabinet<br />

comprises an open fronted enclosed chamber (30) within which packs<br />

of food can be stored, flow inducing means (52), and heater means (54)<br />

arranged in an upper region thereof. The flow inducing means is operable<br />

to draw air from an upper portion of the enclosed chamber, direct<br />

the air over the heater means to heat the air and subsequently urge the<br />

heated air down the rear wall (18) of the chamber and across the floor<br />

(22) towards the open front of the chamber. The heated air is subsequently<br />

directed upwardly and rearwardly across the open front of the<br />

chamber by an airflow direction member (78) to provide a heated air<br />

curtain (70) across the open front of the chamber. A portion of the heated<br />

air (64, 68) passes into the chamber as the heated air moves down the<br />

rear wall and across the floor so as to pass over and around packs of<br />

food stored therein.<br />

(21) 562455 (22) 14 Apr 2006<br />

(54) Method for determining pre-remission phase of ulcerative colitis using<br />

PGE-MUM and reagent kit for the same<br />

(86) PCT/JP2006/307939 (87) WO2006/118004<br />

(51) IPC2010.01:G01N33/493,53,577<br />

(71) Fujirebio Inc.; Mutsunori Fujiwara; Isao Okayasu; Yuzo Hayashi<br />

(72) Fujiwara, Mutsunori; Okayasu, Isao; Hayashi, Yuzo;<br />

(31) 05 117521 (32) 14 Apr 2005 (33) JP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a method for judging stages between a pre-remission<br />

phase and a remission phase of ulcerative colitis comprising the steps<br />

of:<br />

setting as a base value a value of a main metabolite of prostaglandin<br />

(PGE-MUM) concentration in urine obtained by measuring PGE-MUM<br />

contained in the urine of patients diagnosed as being in the remission<br />

phase of ulcerative colitis, said remission having been induced by the<br />

administration of anti-inflammatory drugs; and<br />

judging that ulcerative colitis is in the pre-remission phase when the value<br />

of PGE-MUM concentration in urine of the patients is in a range exceeding<br />

the base value and being not more than 3 times the base value, and<br />

that ulcerative colitis is in the remission phase when the value of PGE-<br />

MUM concentration in urine of the patients is in a range of not more than<br />

the base value.<br />

Divisional filed as 584369<br />

(21) 562602 (22) 17 Oct 2007 (23) 9 Oct 2008<br />

(54) Method for calculating a strategy to service a loan<br />

(51) IPC2010.01:G06Q40/00<br />

(71) ENABLEME LIMITED<br />

(72) Mcqueen, Hannah Lee;<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, New Zealand<br />

(57) A computer controlled process for calculating a strategy to service a<br />

loan, is disclosed. The computer is programmed to carry out the steps<br />

of: (a) receiving a total repayment amount available to service the loan<br />

over a first period and at least one further period, (b) receiving a total<br />

loan amount, (c) receiving an estimated variable interest rate for the first<br />

period, (d) receiving a fixed interest rate for the first period and at least<br />

one further period, and (e) calculating a variable interest rate loan amount<br />

and a fixed interest rate loan amount for each period and associated<br />

repayment amounts. The sum of all loan amounts is equal to the total<br />

loan amount and the sum of all repayment amounts is equal to the total<br />

repayment value, where the associated repayment amounts are such<br />

that the variable interest rate loan amount is substantially paid in full by<br />

the end of the first period.<br />

Divisional filed as 584525<br />

(21) 562675 (22) 28 Jul 2005<br />

(54) Credential interface<br />

(86) PCT/US2005/026853 (87) WO2006/115518<br />

(51) IPC2010.01:H04L9/32; G06F21/00<br />

(71) MICROSOFT CORPORATION<br />

(72) Ruzyski, David M; Hong, James H; McNeil, Brian K; Guzak, Chris J;<br />

Wentz, Brian D; Schutz, Klaus U; Richards, Stefan; Perlin, Eric C; Ilac,<br />

Cristian; Reasor, Sterling M; Flo, Eric R; Stephens, John; Hutz, Benjamin<br />

A;<br />

(31) 05 112844 (32) 22 Apr 2005 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A method of authenticating a user is disclosed. Multiple sets of credential<br />

information for multiple credentials and from multiple credential<br />

providers are received. Each set of credential information to enable tailoring<br />

of a portion of a graphical user interface to present one of the<br />

multiple credentials and to specify an acceptable credential type for the<br />

one of the multiple credentials. A request to authenticate the user is<br />

received. The multiple credentials are presented on the graphical user<br />

interface. The graphical user interface includes a corresponding portion<br />

for each of the multiple credentials that is tailored based on its set of<br />

credential information. An authenticator for one of the multiple credentials<br />

that is of the acceptable credential type is received. The authenticator<br />

is capable of authenticating the user.<br />

Alternatively a method of authenticating a user comprises gathering sets<br />

of information associated with two or more credentials. Each of the credentials<br />

capable of authenticating users and the sets of information are<br />

associated with the each of the credentials including instructions for submitting<br />

an authenticator for the each of the credentials to an authenticating<br />

entity. A graphical user interface to display the sets of information<br />

associated with the two or more credentials is tailored and the graphical<br />

user interface is presented. The graphical user interface enables selection<br />

of at least one of the two credentials.<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 562694 (22) 13 Apr 2006<br />

(54) Isothiazole and isoxazole derivatives in the form of lipase and phospholipase<br />

inhibitors<br />

(86) PCT/EP2006/003411 (87) WO2006/111321<br />

(51) IPC2010.01:C07D261/20; A61K31/423,428,437,454; A61P3/10;<br />

C07D275/04; C07D413/12; C07D498/04; C07D513/04<br />

(71) Sanofi-Aventis<br />

(72) Zoller, Gerhard; Petry, Stefan; Muller, Gunter; Heuer, Hubert;<br />

Tennagels, Norbert;<br />

(31) 05 05018389 (32) 20 Apr 2005 (33) DE<br />

(74) WATERMARK PATENT & TRADE MARK ATTORNEYS, Level 2, 302<br />

Burwood Road, Hawthorn, Victoria 3122, Australia<br />

(57) Disclosed is a compound of Formula (I), wherein A is defined as S or<br />

O, each X is CR or N and the remaining substituents are as defined in<br />

the specification, the tautomeric forms of the compound and the physiologically<br />

tolerated salts thereof, and the use thereof as medicaments,<br />

for example to treat fatty acid metabolism and glucose utilisation disorders.<br />

(21) 562725 (22) 13 Apr 2006<br />

(54) A pressure relieving mattress<br />

(86) PCT/GB2006/001353 (87) WO2006/114571<br />

(51) IPC2010.01:A61G7/057; A47C27/00,18,20<br />

(71) Invacare UK Operations Limited<br />

(72) Lewis, Jan Anthony; Mahoney, Ian Robert;<br />

(31) 05 0508403 (32) 26 Apr 2005 (33) GB<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) This disclosure relates to mattresses such as a pressure relieving<br />

mattress and in particular ones for profiling beds. The mattress comprises<br />

a base portion (11) , a carriage portion (12), an upper portion (13)<br />

and an inflatable pressure relieving underlay (14) disposed between the<br />

carriage (12) and the upper portion (13). The facing surfaces (15) and<br />

(16) of the base portion (11) and the carriage portion (12), respectively,<br />

are coated with a low friction material so that the two slide easily relative<br />

to one another. This sliding movement is restricted to longitudinal relative<br />

movement by the engagement of co-operating formations (17, 18).<br />

The combination provides particularly flexible mattress arrangement which<br />

also avoids the problem of the leg section of the mattress kicking upwardly<br />

when a profiling bed is articulated.<br />

(21) 562743 (22) 11 May 2006<br />

(54) Fast drying gypsum products<br />

(86) PCT/US2006/018123 (87) WO2006/137997<br />

(51) IPC2010.01:C04B28/14<br />

(71) UNITED STATES GYPSUM COMPANY<br />

(72) Liu, Quingxia; Lettkeman, Dennis M; Wilson, John W; Randall, Brian<br />

S; Blackburn, David R;<br />

(31) 05 152661 (32) 14 Jun 2005 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A gypsum slurry includes water, a hydraulic material including at least<br />

50% calcium sulfate hemihydrate, and a polycarboxylate dispersant. The<br />

dispersant includes vinyl ether, acrylic acid, and maleic acid repeating<br />

units and has a molecular weight range of from 20,000 to 80,000 Daltons.<br />

A wallboard panel can be made with a facing sheet and a core of the set<br />

slurry.<br />

(21) 562783 (22) 24 Oct 2007 (23) 24 Oct 2008<br />

(54) Method of reducing greenhouse gas production<br />

(51) IPC2010.01:A23K1/16; A61K35/78; A61K36/19,45<br />

(71) Methane Reduction Technologies Limited<br />

(72) Duncan, Kelvin;<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, New Zealand<br />

(57) Disclosed is a method of suppressing methanogen archaea activity<br />

in a non-human animal by the step of introducing an extract derived from<br />

the plant species Impatiens balsamina into an environment in which<br />

methanogen archaea are present in the non-human animal.<br />

(21) 563032 (22) 31 Oct 2007 (23) 21 Nov 2008<br />

(54) Plant resistance gene for powdery mildew and uses thereof<br />

(51) IPC2010.01:A01N65/00; C07K14/415; C12N15/82; A01H1/00;<br />

C12N15/29; A01H5/08<br />

(60) 563032<br />

(71) THE NEW ZEALAND INSTITUTE FOR PLANT AND FOOD RE-<br />

SEARCH LIMITED<br />

(72) Bus, Vincent Gerardus Maria; Rikkerink, Hendrikus Antonius; Hilario-<br />

Andrade, Elena Maria; Dare, Andrew Patrick; Gardiner, Susan Elizabeth;<br />

Yoon, Minsoo;<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed are methods for producing a plant with altered resistance<br />

to powdery mildew, the methods comprising transformation of a plant<br />

with a genetic construct including a polynucleotide encoding of a polypeptide<br />

with an amino acid sequence as defined in the specification, or a<br />

variant or fragment thereof. Also disclosed are isolated polypeptides,<br />

polynucleotides, constructs and vectors useful for producing a plant cell<br />

and plants transformed to contain and express the polypeptides,<br />

polynucleotides and constructs.<br />

(21) 563065 (22) 15 May 2006<br />

(54) Thermosetting powder compositions<br />

(86) PCT/EP2006/004556 (87) WO2006/125545<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(51) IPC2010.01:C08L67/00<br />

(71) Cytec Surface Specialties, S.A.<br />

(72) Moens, Luc; Knoops, Nele; Maetens, Daniel;<br />

(31) 05 05011415 (32) 26 May 2005 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) A thermosetting powder composition comprising a binder composition<br />

is disclosed, which comprises: from 99 to 55 parts by weight, calculated<br />

on the total weight of polyesters, of at least one amorphous polyester<br />

(A) which comprises, with respect to the total amount of acids, from<br />

50 to 100 mol % of isophthalic acid and optionally from 0 to 50 mol % of<br />

at least one other aliphatic, cycloaliphatic and/or aromatic polycarboxylic<br />

acid and, with respect to the total amount of alcohols, from 70 to 100 mol<br />

% of neopentyl glycol and optionally from 0 to 30 mol % of at least one<br />

other aliphatic and/or cycloaliphatic polyol, said amorphous polyester (A)<br />

having a number average molecular weight of from 1100 to 11500; and<br />

from 1 to 45 parts by weight, calculated on the total weight of polyesters,<br />

of at least one amorphous polyester (B) which comprises, with respect<br />

to the total amount 15 of acids, from 75 to 100 mol % of at least one<br />

straight-chain saturated di-carboxylic aliphatic acid having from 4 to 14<br />

carbon atoms and optionally from 0 to 25 mol % of at least one other<br />

aliphatic, cycloaliphatic and/or aromatic polycarboxylic acid and, with<br />

respect to the total amount of alcohols, from 75 to 100 mol % of at least<br />

one branched chain aliphatic diol and optionally from 0 to 25 mol % of at<br />

least one 20 other aliphatic or cycloaliphatic polyol, said amorphous polyester<br />

(B) having a number average molecular weight of from 1100 to<br />

17000. These thermosetting powder compositions give coatings having<br />

remarkable weatherability, excellent mechanical properties and an outstanding<br />

flow.<br />

Divisional filed as 584761<br />

(21) 563187 (22) 18 Apr 2006<br />

(54) Peptides and peptide mimetics to treat pathologies characterized by<br />

an inflammatory response<br />

(86) PCT/US2006/014839 (87) WO2006/118805<br />

(51) IPC2010.01:A61K38/00<br />

(71) THE REGENTS OF THE UNIVERSITY OF CALIFORNIA; THE UAB<br />

RESEARCH FOUNDATION<br />

(72) Anantharamalah, Gattadahalli M; Fogelman, Alan M; Navab,<br />

Mohamad;<br />

(31) 05 676431 (32) 29 Apr 2005 (33) US<br />

(31) 05 697495 (32) 7 Jul 2005 (33) US<br />

(74) PIPERS, Level 1, 5A Pacific Rise, Mt Wellington, Auckland, New<br />

Zealand<br />

(57) Provided is the use of a "D" or "L" peptide that comprises the amino<br />

acid sequence DWFKAFYDKVAEKFKEAF or<br />

FAEKFKEAVKDYFAKFWD, in the manufacture of a medicament suitable<br />

for administration to a mammalian subject for the treatment or prevention<br />

of one or more symptoms of a condition selected from the group<br />

consisting of restenosis, emphysema, Paget's disease, Wegener's granulomatosis,<br />

central nervous system vasculitis (CNSV), Sjögren's syndrome,<br />

corneal ulcer, ulcerative colitis, reperfusion injury, ischemic<br />

reperfusion injury a cancer, osteoarthritis, inflammatory bowel disease,<br />

allergic rhinitis, cachexia, Crohns’ disease, dermatitis, asthma, erectile<br />

dysfunction, and macular degeneration.<br />

Divisional filed as 580954<br />

(21) 563193 (22) 2 May 2006<br />

(54) Human monoclonal antibodies to programmed death 1(PD-1) and<br />

methods for treating cancer using anti-PD-1 antibodies alone or in combination<br />

with other immunotherapeutics<br />

(86) PCT/JP2006/309606 (87) WO2006/121168<br />

(51) IPC2010.01:C12N15/09; C07K16/28; C12N5/00; C12P21/08; C12Q1/<br />

02<br />

(71) Ono Pharmaceutical Co., Ltd; Medarex, Inc.<br />

(72) Korman, Alan J; Srinivasan, Mohan; Wang, Changyu; Selby, Mark J;<br />

Chen, Bing; Cardarelli, Josephine M;<br />

(31) 05 679466 (32) 9 May 2005 (33) US<br />

(31) 05 738434 (32) 21 Nov 2005 (33) US<br />

(31) 05 748919 (32) 8 Dec 2005 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is an isolated human monoclonal antibody, or an antigenbinding<br />

portion thereof, wherein the antibody cross-competes for binding<br />

to PD-1 with a reference antibody. Methods for detecting PD-1, as well<br />

as methods for treating various diseases, including cancer and infectious<br />

diseases, using anti-PD-1 antibodies are also disclosed.<br />

(21) 563311 (22) 9 Nov 2007 (23) 5 Nov 2008<br />

(54) Docking iron<br />

(51) IPC2010.01:A61D1/04<br />

(71) TE PARI PRODUCTS LIMITED<br />

(72) Blampied, Nicholas Mark;<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A tail docking iron 10 is provided with a heated blade 18 and an opposed<br />

anvil 20. Pulling the handles 12 and 22 together will cause the<br />

blade to close on a tail caught between the blade and the anvil to dock<br />

the tail. At the same time as the blade and anvil are brought together the<br />

anvil is rotated on it’s axis so that the wool on the tail near the anvil is<br />

caught in the protrusions on the anvil and pulled away from the docking<br />

site to provide a cleaner dock.<br />

(21) 563350 (22) 12 Nov 2007 (23) 28 Oct 2008<br />

(54) Improvements in and relating to attachments, brackets and support<br />

assemblies<br />

(51) IPC2010.01:B62J7/02,04,06,08<br />

(71) Kiwijoe New Zealand Limited<br />

(72) Maguire, Patrick David;<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, New Zealand<br />

(57) An attachment device, a bracket assembly and a support assembly,<br />

for use on bicycles, are disclosed.<br />

The attachment device includes a ratchet or gripping mechanism, a strap<br />

fixed to a body portion of the attachment with the free end being passed<br />

around part of the frame into the gripping mechanism.<br />

The bracket assembly includes two attachment devices that are connected<br />

to each other via at least one support member.<br />

The support assembly includes a support frame having at least two support<br />

members and attachment devices.<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 563386 (22) 13 Nov 2007 (23) 9 Oct 2008<br />

(54) Hinges<br />

(51) IPC2010.01:E05D3/02; E05D5/04; E05D15/00<br />

(71) JOHN DAWSON AND ROCHELLE LEIGH CLARK<br />

(72) Dawson, John;<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a hinge assembly including a first leaf and a second leaf<br />

each with at least one sleeve, the second leaf being complementary to<br />

the first leaf. The hinge assembly further includes a hinge pin for insertion<br />

through the sleeves when aligned. At least one leaf is substantially<br />

plate-like with a general plate plane and at least one passageway through<br />

the plate plane. The passageway is coincident with and parallel to the<br />

plate plane and is suitable for receiving a fixing screw. The axis of the at<br />

least one passageway is offset from, but is substantially normal to the<br />

leafs sleeve axis. The general plate plane is substantially parallel to its<br />

leafs sleeve axis.<br />

Divisional filed as 582164<br />

(21) 563423 (22) 7 Jun 2006<br />

(54) Inhibitors of AKT activity<br />

(86) PCT/US2006/022079 (87) WO2006/135627<br />

(51) IPC2010.01:A61K31/397; C07D249/16<br />

(71) MERCK SHARP & DOHME CORP.<br />

(72) Armstrong, Donna J; Hu, Essa H; Kelly, Michael J III; Layton, Mark E;<br />

Li, Yiwei; Liang, Jun; Rodzinak, Kevin J; Rossi, Michael A; Sanderson,<br />

Philip E; Wang, Jiabing;<br />

(31) 05 689726 (32) 10 Jun 2005 (33) US<br />

(31) 05 734188 (32) 7 Nov 2005 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a naphthyridine compound according to Formula E<br />

wherein the substituents are disclosed within the specification or a<br />

pharmaceutically acceptable salt tautomer or a stereoisomer thereof.<br />

Also disclosed is the use of the compound of Formula E as inhibitors of<br />

the serine/threonine kinase Akt (also known as PKB) and hence for the<br />

treatment of cancer.<br />

(21) 563430 (22) 14 Apr 2006<br />

(54) The use of alkenyl succinic anhydride compounds derived from symmetrical<br />

olefins in internal sizing for paper production<br />

(86) PCT/US2006/014225 (87) WO2006/113519<br />

(51) IPC2010.01:D21C3/22; D21H11/00; D21H13/00; D21H15/00;<br />

D21H17/00; D21H19/00; D21H21/00; D21H23/00; D21H25/00; D21H27/<br />

00; D21H17/14,16<br />

(71) NALCO COMPANY<br />

(72) Ward, William J; Andruszkiewicz, Krzysztof; Gray, Ross T; McGinnis,<br />

Timothy Patrick; Novak, Robert W;<br />

(31) 05 107045 (32) 15 Apr 2005 (33) US<br />

(74) PIPERS, Level 1, 5A Pacific Rise, Mt Wellington, Auckland, New<br />

Zealand<br />

(57) Disclosed is a method of imparting resistance of paper to penetration<br />

by liquids comprising incorporating in the paper a size composition comprising<br />

one or more alkenyl succinic anhydride sizing agents prepared<br />

from the reaction of maleic anhydride and one or more substantially symmetrical<br />

C20-C28 internal olefins (such as 10-eicosene, 11-docosene,<br />

12-tetracosene, 13-hexacosene, 14-octacosene, 9-eicosene, 10heneicosene,<br />

10-docosene, 11-tetracosene, 11-tricosene, 12hexacosene,<br />

12-pentacosene, 13-octacosene, 13-heptacosene), or a<br />

mixture thereof.<br />

(21) 563505 (22) 17 May 2006<br />

(54) A vehicle locating unit with improved power management method<br />

(86) PCT/US2006/018963 (87) WO2006/124925<br />

(51) IPC2010.01:H04B1/16,38; H04M1/00<br />

(71) LoJack Operating Company LP<br />

(72) Romano, Frank; Krishna, Sampath; Nguyen, Son; Rhodes, Jesse;<br />

Crewe, Philip Grahame; Cletheroe, Daniel Jonathan Finchley; Marsden,<br />

Mark; Greendale, Steven Walter; Watson, Nigel James; Stroud, Ian<br />

Christopher; Howe, Timoth David; Smith, Gerard Edward;<br />

(31) 05 131847 (32) 18 May 2005 (33) US<br />

(74) PHILLIPS ORMONDE FITZPATRICK, 367 Collins Street, Melbourne,<br />

Victoria 3000, Australia<br />

(57) A vehicle locating unit with improved power management is disclosed.<br />

A receiver receives a signal from a network of communication sources.<br />

A signal strength monitoring subsystem determines which of the communication<br />

sources are transmitting the strongest signals. A power management<br />

subsystem is responsive to the signal strength monitoring subsystem<br />

and is configured to alternatively enter sleep and wake-up modes,<br />

synchronize the wake-up mode to the communication source transmitting<br />

the strongest signal, and test the signal strength of at least one additional<br />

communication source according to a predefined sequence.<br />

(21) 563573 (22) 23 May 2006<br />

(54) Pelvic clamp with straight guide and two displaceable arms<br />

(86) PCT/IB2006/051650 (87) WO2006/126167<br />

(51) IPC2010.01:A61B17/64<br />

(71) Synthes GmbH<br />

(72) Lanz, Andreas;<br />

(31) 05 684475 (32) 24 May 2005 (33) US<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, New South Wales 2000, Australia<br />

(57) Disclosed is a pelvic clamp with a rail-like straight guide (7’) for two<br />

arms (6') which are displaceable relative to one another along this straight<br />

guide and project from the straight guide. On each of the free ends of the<br />

arms a tubular carrier (4') for a tip intended for bone contact is provided.<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

A locking device releasable by means of at least one handle (12) is provided<br />

between the two parts displaceable relative to one another, namely<br />

between at least one of the arms and the straight guide. The locking<br />

device comprises a catch having an oblique surface directed towards<br />

the arms, and can be disengaged by a force acting on the arm along the<br />

straight guide against the force of a restoring spring. The catch is blocked<br />

in the other direction by a steeper blocking surface of the catch, and can<br />

only be released with the aid of the handle.<br />

(21) 563794 (22) 27 Nov 2007 (23) 24 Oct 2008<br />

(54) Method and apparatus for stacking loads in vehicles<br />

(51) IPC2010.01:B65G1/00; B65G7/00; B65G65/00; B65G67/00; B65G69/<br />

00; B66F9/00; E01B25/00<br />

(71) NZee Loda Limited<br />

(72) Holmes, Mark John; Rabarts, Graham Bruce;<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, New Zealand<br />

(57) A bearer system for supporting a removable load including a bearer,<br />

and two or more movable bearer supports characterised in that the bearer<br />

system includes an enclosed track configured to retain each of the movable<br />

bearer supports and to allow the movable bearer supports to be<br />

moved in a substantially horizontal plane. At least part of the track is<br />

attached to a substantially vertical supporting structure. Preferably, the<br />

bearer storage track is configured to enable the bearer to be moved<br />

along an enclosed track from an in-use position to an out-of-use position.<br />

(21) 563817 (22) 28 Apr 2006<br />

(54) Method for preparing a ginkgo extract having a reduced content of 4'-<br />

O-methyl pyridoxine and biflavones<br />

(86) PCT/EP2006/004039 (87) WO2006/117171<br />

(51) IPC2010.01:A61K36/00<br />

(71) Dr. Willmar Schwabe GmbH & Co. KG<br />

(72) Erdelmeier, Clemens; Hauer, Hermann; Koch, Egon; Lang, Friedrich;<br />

Stumpf, Karl-Heinz;<br />

(31) 05 05020642 (32) 3 May 2005 (33) DE<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a method for preparing an extract from Ginkgo biloba<br />

having a reduced content of 4’-O-methyl pyridoxine and biflavones compared<br />

to the original extract, comprising:<br />

(a) preparing a Ginkgo extract solution in a solvent,<br />

(b) applying the solution to an adsorber resin and eluting the purified extract<br />

from the adsorber resin using a solvent, wherein the biflavones to<br />

be removed remain on the adsorber resin,<br />

(c) applying the solution to an acidic ion exchanger and eluting the purified<br />

extract from the ion exchanger using a solvent, wherein the 4'-O-methyl<br />

pyridoxine to be removed remains on the ion exchanger,<br />

wherein steps (b) and (c) can also be carried out in reverse order, and<br />

(d) concentrating and drying the extract solution to the dry extract, wherein<br />

the content of 4'-O-methyl pyridoxine in the dry extract is 20 ppm at the<br />

most, and wherein the content of biflavones in the dry extract is 25% of<br />

the original value of the original extract at the most.<br />

Also disclosed is Ginkgo biloba extract obtained by the above method,<br />

and its use in treating dementia and symptoms thereof or cerebral and<br />

peripheral blood circulation disorders.<br />

(21) 563877 (22) 31 May 2006<br />

(54) Assignment acknowledgement for a wireless communication system<br />

(86) PCT/US2006/021211 (87) WO2006/130742<br />

(51) IPC2010.01:H04W16/02<br />

(71) Qualcomm Incorporated<br />

(72) Agrawal, Avneesh; Khandekar, Aamod; Gorokhov, Alexei;<br />

(31) 05 142121 (32) 31 May 2005 (33) US<br />

(31) 05 260931 (32) 27 Oct 2005 (33) US<br />

(31) 06 370638 (32) 7 Mar 2006 (33) US<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, New Zealand<br />

(57) A method for acknowledging a message in a wireless communication<br />

system is disclosed. The method includes:<br />

determining a type of message being acknowledged;<br />

assigning a channel identification based upon the type;<br />

generating the acknowledgment for transmission via a communication<br />

channel; and mapping the acknowledgment to resources for a signaling<br />

channel that punctures traffic channels based upon the channel identification.<br />

(21) 564090 (22) 13 Jun 2006<br />

(54) Antifungal compositions comprising azoxystrobin and thiabendazole<br />

and their use in treating wallboards and building materials<br />

(86) PCT/GB2006/002167 (87) WO2006/134347<br />

(51) IPC2010.01:B27K3/38; A01N43/36,54,653,78; B27K3/50; A01P3/00<br />

(71) Syngenta <strong>Part</strong>icipations AG<br />

(72) Cornish, Alexander; Greiner, Anja; James, John; Knauf-Beiter,<br />

Gertrude; Steiner, Johann;<br />

(31) 05 690403 (32) 14 Jun 2005 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a composition comprising azoxystrobin and thiabendazole,<br />

and optionally fludioxonil. Also disclosed is a paper product comprising<br />

the composition, a wallboard having a gypsum core and a paper<br />

coating comprising the composition, and a building material comprising<br />

the composition.<br />

(21) 564092 (22) 25 May 2006<br />

(54) TWEAK binding antibodies<br />

(86) PCT/US2006/019706 (87) WO2006/130374<br />

(51) IPC2010.01:A61K39/395; C12P21/08; A61P35/00<br />

(71) Biogen Idec MA Inc.<br />

(72) Burkly, Linda C; Garber, Ellen; Lugovskoy, Alexey;<br />

(31) 05 685149 (32) 27 May 2005 (33) US<br />

(74) CULLEN & CO, Level 32, 239 George Street, Brisbane, QLD 4001,<br />

Australia<br />

(57) Disclosed is an isolated protein comprising an immunoglobulin heavy<br />

chain variable domain sequence and an immunoglobulin light chain variable<br />

domain sequence that can form an antigen binding site that binds to<br />

human TNF-like weak inducer of apoptosis ('TWEAK'), wherein the protein<br />

has one or more of the following properties:<br />

(a) the protein competes for binding to human TWEAK with one or more of<br />

the group consisting of:<br />

(i) an antibody comprising a heavy chain variable domain of SEQ ID NO:50<br />

and a light chain variable domain of SEQ ID NO:51;<br />

(ii) an antibody having a heavy chain of SEQ ID NO:64 and a light chain of<br />

SEQ ID NO:66; and<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(iii) an antibody having a heavy chain of SEQ ID NO:64 and a light chain of<br />

SEQ ID NO:68;<br />

(b) the protein binds to an epitope on human TWEAK that overlaps with<br />

the epitope bound by the antibody according to anyone of (a)(i) to (iii);<br />

(c) the heavy and/or light chain variable domain sequence is encoded by<br />

a nucleic acid that hybridizes under high stringency conditions to the<br />

complement of a nucleic acid encoding the antibody according to anyone<br />

of (a)(i) to (iii);<br />

(d) the heavy and/or light chain variable domain sequence is at least 80%<br />

identical to the amino acid sequence of the corresponding variable domain<br />

of the antibody according to anyone of (a)(i) to (iii);<br />

(e) the heavy and light chain variable domain sequences are collectively<br />

at least 95% identical in the complementarity determining regions ('CDRs')<br />

to the CDRs of the heavy and light chain variable domains of the antibody<br />

according to anyone of (a)(i) to (iii); or<br />

(f) the heavy and light chain variable domain sequences are collectively at<br />

least 95% identical in the framework regions to the framework regions of<br />

the heavy and light chain variable domains of the antibody according to<br />

anyone of (a)(i) to (iii).<br />

Divisional filed as 583636<br />

(21) 564125 (22) 30 Jun 2006<br />

(54) Adhesive composition and method<br />

(86) PCT/SE2006/050231 (87) WO2007/004978<br />

(51) IPC2010.01:C09J103/02; C09J139/02<br />

(71) Akzo Nobel Coatings International B.V.<br />

(72) Khabbaz, Farideh; Eriksson, Per Anders; Fare, Joanna; Furberg, Anna<br />

Kristina;<br />

(31) 05 05106006 (32) 1 Jul 2005 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) An adhesive composition for wood based products containing gelatinised<br />

starch and one or more polymer groups which contain a primary<br />

amine group. Also described is a method of manufacture of the adhesive<br />

composition whereby the starch and polymer(s) containing a primary<br />

amine group in an aqueous phase are heated between 50 and<br />

99°C to gelatinise the starch.<br />

(21) 564218 (22) 1 Jun 2006<br />

(54) Method of detoxication of yperite by using haloalkane dehalogenases<br />

(86) PCT/CZ2006/000036 (87) WO2006/128390<br />

(51) IPC2010.01:A62D3/00; B09C1/10; C02F11/00,02; C02F3/34<br />

(71) Masarykova univerzita<br />

(72) Prokop, Zbynek; Damborsky, Jiri; Oplustil, Frantisek; Jesenska,<br />

Andrea; Nagata, Yuji;<br />

(31) 05 352 (32) 3 Jun 2005 (33) CZ<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Provided is a method of detoxication of yperite by the use of haloalkane<br />

dehalogenases wherein said yperite is treated with at least one haloalkane<br />

dehalogenase selected from the group of enzymes EC 3.8.1.5, at the<br />

concentration of enzyme 1x10-6 to 1x100 moll-1 , at temperature from<br />

+10 degrees C to +70 degrees C and pH from 4 to 12 in liquid medium.<br />

(21) 564295 (22) 16 Jun 2006<br />

(54) Serving base station selection in a wireless communication system<br />

(86) PCT/US2006/023502 (87) WO2006/138570<br />

(51) IPC2010.01:H04B7/00; H04W48/20; H04W52/14,40,02,22; H04W74/<br />

08<br />

(71) Qualcomm Incorporated<br />

(72) Julian, David Jonathan; Agrawal, Avneesh; Teague, Edward Harrison;<br />

(31) 05 691435 (32) 16 Jun 2005 (33) US<br />

(31) 06 793115 (32) 18 Apr 2006 (33) US<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, New Zealand<br />

(57) An apparatus for selecting a serving base station in a wireless communication<br />

system is disclosed. The apparatus includes: means for sending<br />

a transmission on reverse link to multiple base stations in a wireless<br />

communication system; means for receiving feedback from the multiple<br />

base stations; and means for selecting a serving base station for a terminal<br />

for the reverse link based on one or more of the received feedback.<br />

The feedback metrics include erasure indications. Erasure indications<br />

are used to determine if decoding of one or more codewords in the transmission<br />

on the reverse link meet a predetermined level of confidence.<br />

Divisional filed as 584977<br />

(21) 564341 (22) 12 Jul 2006<br />

(54) Novel enzymes for use in enzymatic bleaching of food products<br />

(86) PCT/EP2006/064132 (87) WO2007/006792<br />

(51) IPC2010.01:A23L1/27; C12N9/00; C12N1/21; C12N15/52,63,79;<br />

C12N5/00<br />

(71) DSM IP Assets B.V.<br />

(72) Zorn, Holger; Scheibner, Manuela; Hulsdau, Barbel; Berger, Ralf<br />

Gunter; Boer De, Lex; Meima, Roelf Bernhard;<br />

(31) 05 05053329 (32) 12 Jul 2005 (33) EP<br />

(31) 05 05056825 (32) 15 Dec 2005 (33) EP<br />

(74) PHILLIPS ORMONDE FITZPATRICK, 367 Collins Street, Melbourne,<br />

Victoria 3000, Australia<br />

(57) Disclosed is an isolated polypeptide having bleaching activity, the<br />

polypeptide is selected from the group consisting of:<br />

a. an isolated polypeptide according to any one of SEQ ID NO: 8-12 or a<br />

functional equivalent; or<br />

b. an isolated polypeptide obtainable by expressing a polynucleotide according<br />

to any one of SEQ ID NO: 1-7; or<br />

c. A polypeptide comprising at least one of SEQ ID NO: 13-17.<br />

Further disclosed in uses of the polypeptide as described in vectors, host<br />

cells and in manufacturing processes of food products.<br />

(21) 564371 (22) 23 Jun 2006<br />

(54) Immunogenic composition comprising Hib saccharide conjugate and<br />

at least two further bacterial saccharide conjugates<br />

(86) PCT/EP2006/006210 (87) WO2007/000322<br />

(51) IPC2010.01:A61K39/095,102,116<br />

(71) GLAXOSMITHKLINE BIOLOGICALS S.A.<br />

(72) Biemans, Ralph Leon; Boutriau, Dominique; Capiau, Carine; Denoel,<br />

Philippe; Duvivier, Pierre; Poolman, Jan;<br />

(31) 05 0513069 (32) 27 Jun 2005 (33) GB<br />

(31) 05 0513071 (32) 27 Jun 2005 (33) GB<br />

(31) 05 0515556 (32) 28 Jul 2005 (33) GB<br />

(31) 05 0524204 (32) 28 Nov 2005 (33) GB<br />

(31) 05 0526040 (32) 21 Dec 2005 (33) GB<br />

(31) 05 0526041 (32) 21 Dec 2005 (33) GB<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, New Zealand<br />

(57) Disclosed is an immunogenic composition comprising a Hib saccharide<br />

conjugate and at least two further bacterial saccharide conjugates<br />

wherein the Hib conjugate is present in a lower saccharide dose than the<br />

mean saccharide dose of all the at least two further bacterial saccharide<br />

conjugates.<br />

(21) 564642 (22) 20 Jul 2006<br />

(54) Grating-based sensor combining label-free binding detection and fluorescence<br />

amplification and readout system for sensor<br />

(86) PCT/US2006/028473 (87) WO2007/019024<br />

(51) IPC2010.01:G01N21/55,64<br />

(71) SRU Biosystems, Inc.<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(72) Cunningham, Brian T; Laing, Lance G; Li, Peter Y; Binder, Brant;<br />

Jogikalmath, Gangadhar; Borsody, Alex; Shulz, Stephen C;<br />

(31) 05 707579 (32) 11 Aug 2005 (33) US<br />

(31) 05 713694 (32) 2 Sep 2005 (33) US<br />

(31) 06 778160 (32) 28 Feb 2006 (33) US<br />

(31) 06 790207 (32) 7 Apr 2006(33) US<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, New South Wales 2000, Australia<br />

(57) Disclosed is an optical sensor for testing samples. The sensor comprises<br />

a substrate with a periodic surface grating structure. The structure<br />

is constructed in a way that makes optical interrogation with light<br />

possible in both in an evanescent resonance (ER) mode and a label-free<br />

detection mode.<br />

(21) 564847 (22) 17 Feb 2006<br />

(54) Method for detection of microorganism and kit for detection of microorganism<br />

(86) PCT/JP2006/302893 (87) WO2007/094077<br />

(51) IPC2010.01:C12N15/09; C12Q1/04,25,68<br />

(71) MORINAGA MILK INDUSTRY CO., LTD.<br />

(72) Yoshida, Shinichi; Soejima, Takashi;<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Provided is a method for detecting live cells by distinguishing live<br />

uninjured cells from dead cells and injured cells of a microorganism in a<br />

test sample, which comprises the following steps: a) the step of treating<br />

the test sample with a topoisomerase poison and/or a DNA gyrase poison,<br />

b) the step of extracting DNA from the test sample, and amplifying a<br />

target region of the extracted DNA by PCR wherein the length of the<br />

target region is 100 to 3000 nucleotides, and c) the step of analyzing an<br />

amplification product.<br />

(21) 564883 (22) 23 May 2006<br />

(54) Reciprocating mechanism for a reel assembly<br />

(86) PCT/US2006/019726 (87) WO2006/130377<br />

(51) IPC2010.01:B65H75/44; B65H54/28<br />

(71) Great Stuff, Inc.<br />

(72) Caamano, Ray; Okonsky, Christian; Francis, Daniel;<br />

(31) 05 685637 (32) 27 May 2005 (33) US<br />

(31) 06 772455 (32) 10 Feb 2006 (33) US<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, New Zealand<br />

(57) Disclosed is a reel assembly (100). The assembly includes an element<br />

(10) configured to rotate about a spooling axis (X). The element is<br />

configured to receive a linear material wrapped around a spool surface<br />

thereof as the element rotates about the spool axis. A housing (22, 24)<br />

substantially encloses the element, wherein a portion of the housing defines<br />

an aperture (30) configured to receive the linear material therethrough.<br />

A reciprocating mechanism connects to the element and<br />

reciprocatingly rotates the element relative to the shell about a reciprocation<br />

axis (Y) as the element rotates about the spool axis.<br />

(21) 565040 (22) 13 Jun 2006<br />

(54) Isoquinoline derivatives as inhibitors of RHO-kinase<br />

(86) PCT/EP2006/005648 (87) WO2007/000240<br />

(51) IPC2010.01:C07D401/12; A61K31/4725; A61P27/00; C07D217/02,22;<br />

C07D401/14; C07D409/14; C07D413/14; A61P11/00; C07D405/14<br />

(71) sanofi-aventis<br />

(72) Plettenburg, Oliver; Hofmeister, Armin; Kadereit, Dieter; Peukert,<br />

Stefan; Ruf, Sven; Ritter, Kurt; Lohn, Matthias; Ivashchenko, Yuri; Monecke,<br />

Peter; Dreyer, Matthias; Kannt, Aimo;<br />

(31) 05 05013868 (32) 28 Jun 2005 (33) EP<br />

(74) WATERMARK PATENT & TRADE MARK ATTORNEYS, Level 2, 302<br />

Burwood Road, Hawthorn, Victoria 3122, Australia<br />

(57) Disclosed is a compound of formula (I), or a pharmaceutically acceptable<br />

salt thereof, wherein n is 1 to 4, L is O or O-(C1-C6)alkylene, and<br />

wherein the rest of the substituents are as describe in the specification.<br />

Also disclosed is the use of the compound to treat hypertension, pulmonary<br />

hypertension, ocular hypertension, peripheral circulatory disorder,<br />

angina pectoris, cerebral vasospasm, asthma, premature birth,<br />

hyperaggregability of platelets, Peripheral Occlusive Arterial Disease<br />

(PAOD), Chronic Obstructive Pulmonary Disease (COPD), cancer development,<br />

erectile dysfunction, arteriosclerosis, ischemic organ failure,<br />

fibroid lung, fibroid liver, liver failure, fibroid kidney, renal glomerulosclerosis,<br />

kidney failure, organ hypertrophy, prostatic hypertrophy, complications<br />

of diabetes, blood vessel restenosis, atherosclerosis, cancer, cardiac<br />

hypertrophy, heart failure ischemic diseases; inflammation;<br />

autoimmune diseases; AIDS, osteopathy such as osteoporosis, brain<br />

functional disorder, infection of digestive tracts with bacteria, sepsis, adult<br />

respiratory distress syndrome, retinopathy, glaucoma, and Alzheimer's<br />

disease.<br />

(21) 565044 (22) 16 Jun 2006<br />

(54) Methods of purifying anti A beta antibodies with calcium chloride<br />

(86) PCT/US2006/024026 (87) WO2006/138737<br />

(51) IPC2010.01:C07K16/18; A61K39/395<br />

(71) Elan Pharma International Limited; Wyeth LLC<br />

(72) Godavarti, Ranganathan; Iskra, Timothy;<br />

(31) 05 691821 (32) 17 Jun 2005 (33) US<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, New South Wales 2000, Australia<br />

(57) Disclosed is a method for purifying an Amyloid beta (Abeta) binding<br />

protein having an Fc region from a source liquid comprising the protein<br />

and one or more impurities, comprising the steps of:<br />

adsorbing the Abeta binding protein to an Fc binding agent;<br />

washing the Fc binding agent bound to the Abeta binding protein with a<br />

buffer solution containing CaCl2- at a concentration from about 0.5 M to<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

about 3 M to reduce the one or more impurities; and recovering the<br />

Abeta binding protein from the Fc binding agent in an elution solution.<br />

Abeta binding proteins obtained by such methods are also disclosed.<br />

(21) 565272 (22) 29 Jul 2005<br />

(54) pH-controlled pulsatile delivery system, methods for preparation and<br />

use thereof<br />

(86) PCT/NL2005/000559 (87) WO2007/013794<br />

(51) IPC2010.01:A61K9/00; A61K31/00; A61K39/00; A61K47/30; A61K9/<br />

20,28,50<br />

(71) STICHTING GRONINGEN CENTRE FOR DRUG RESEARCH<br />

(72) Schellekens, Reinout Cornelus Andreas; Frijlink, Henderik Willem;<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is a pH-controlled pulsatile release system (PPRS) comprising<br />

a core surrounded by a coating layer, wherein said core comprises<br />

an active substance, and wherein said coating layer comprises a<br />

pH-sensitive coating material wherein a swellable agent is embedded.<br />

Also disclosed is a coating suspension for use in the manufacture of a pHcontrolled<br />

pulsatile release system (PPRS), said suspension comprising<br />

a mixture of a pH-sensitive coating material and a swellable agent in a<br />

solvent or solvent mixture, wherein said coating material is soluble in<br />

said solvent and wherein said swellable agent is insoluble and non-swollen<br />

in said solvent. Also disclosed is the use of the above coating suspension<br />

for manufacturing a drug delivery system.<br />

(21) 565346 (22) 23 Jun 2006<br />

(54) A purified selectin ligand isolated from blue-green algae<br />

(86) PCT/US2006/024769 (87) WO2007/002570<br />

(51) IPC2010.01:A61K36/02<br />

(71) Desert Lake Technologies<br />

(72) Jensen, Gitte S; Drapeau, Christian;<br />

(31) 05 693808 (32) 24 Jun 2005 (33) US<br />

(31) 05 700882 (32) 19 Jul 2005 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is a composition comprising a therapeutically effective<br />

amount of (1) a water or buffered saline extract of fresh, dehydrated, or<br />

preserved Aphanizomenon flos aquae, wherein the extract is enriched<br />

for an L-selectin ligand or a dried form thereof, and (2) an ethanol extract<br />

of Aphanizomenon flos aquae or a dried form thereof, in a<br />

pharmacologically acceptable carrier. Also disclosed is a purified selectin<br />

ligand isolated from a blue-green algae of the species Spirulina. Further<br />

disclosed is use of the purified selectin ligand as defined above in the<br />

manufacture of a medicament for mobilising hematopoietic stem cells in<br />

a subject (wherein the subject may have osteoporosis, Alzheimer's disease,<br />

cardiac infarction, Parkinson's disease, traumatic brain injury,<br />

multiple sclerosis or cirrhosis of the liver).<br />

(21) 565645 (22) 10 Mar 2006<br />

(54) Cable barrier system<br />

(86) PCT/US2006/008569 (87) WO2007/008258<br />

(51) IPC2010.01:E01F15/00<br />

(71) Neusch Innovations, LP<br />

(72) Neusch, William H;<br />

(31) 05 175940 (32) 6 Jul 2005 (33) US<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, New South Wales 2000, Australia<br />

(57) A cable barrier system 10 for redirecting errant object like a motor<br />

vehicle towards a safer path. The cable barrier system a cable-release<br />

anchor assembly 17, a terminal end section 14 with at least one terminal<br />

post 20 placed next to the cable-release anchor assembly 17, a length<br />

of need section 16 with a number of line posts 24 spaced apart from<br />

each other and at least one cable having a terminal end. Each line post<br />

24 has an internal cavity and a slot formed along a sidewall extending<br />

downwards from its top end. The cable is releasably held in tension by<br />

the cable-release anchor assembly 17 placed next to the terminal end.<br />

The cable is also releasably held by the terminal posts 20 and by the line<br />

posts 24. The cable’s releasable connection to each of the line posts<br />

utilises a post-cable connector. The post-cable connector has an elon-<br />

gated portion forming sliding loops, with the elongated portion mainly<br />

inside the line post’s 24 internal cavity and the loops extending through<br />

the slot in the line post 24. Thus the cable’s connection to the line post 24<br />

is such that when the line post 24 is struck by a moving object, like a<br />

motor vehicle, the cable will be released from the deformed line post 24<br />

in a manner that allows the cable to stay in contact with the moving<br />

object.<br />

(21) 565669 (22) 20 Jul 2006<br />

(54) Cyclohexylamin isoquinolone derivatives as Rho-kinase inhibitors<br />

(86) PCT/EP2006/007140 (87) WO2007/012422<br />

(51) IPC2010.01:C07D217/24; A61K31/472; A61P9/12<br />

(71) sanofi-aventis<br />

(72) Plettenburg, Oliver; Hofmeister, Armin; Kadereit, Dieter; Brendel,<br />

Joachim; Loehn, Matthias;<br />

(31) 05 05016153 (32) 26 Jul 2005 (33) EP<br />

(74) WATERMARK PATENT & TRADE MARK ATTORNEYS, Level 2, 302<br />

Burwood Road, Hawthorn, Victoria 3122, Australia<br />

(57) Disclosed is an isoquinoline and isoquinolone compound of formula<br />

(I) or formula (I’) or their pharmaceutically acceptable salts and/or<br />

stereoisomeric forms wherein the substituents are defined in the specification.<br />

Also disclosed is the use of these compounds for producing a<br />

medicament and a medicament comprising at least one of these compounds.<br />

(21) 565821 (22) 28 Aug 2006<br />

(54) Argatroban formulation comprising an acid as solubilizer<br />

(86) PCT/US2006/033432 (87) WO2007/027565<br />

(51) IPC2010.01:A61K9/08; A61K31/47; A61K47/12; C07D221/02<br />

(71) Baxter International Inc.; Baxter Healthcare S.A.<br />

(72) Owoo, George; Burgos, Richard A;<br />

(31) 05 713403 (32) 1 Sep 2005 (33) US<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(74) PETER MAXWELL & ASSOCIATES, Level 6, 60 Pitt Street, Sydney,<br />

NSW 2000, Australia<br />

(57) The disclosure relates to an aqueous, stable, injectable, sterile pharmaceutical<br />

solution comprising:<br />

a) 0.5 to 10 mg/mL 1-[5-[(ammoiminomethyl)amino]-1-oxo-2-[[(1 ,2,3,4tetrahydro-3-methyl-8-quinolinyl)sulfonyl]amino]pentyl]4-methyl-2piperidinecarboxylic<br />

acid hydrate (argatroban);<br />

b) 0.01 to 3 N acid to solubilize the argatroban;<br />

c) a buffering agent to maintain the solution at a pH of about 4.5 to 5.5;<br />

and<br />

d) 1 to 100 mg/ml osmotic-adjusting agent, wherein the pharmaceutical<br />

solution is stable for at least 24 months and is substantially free from<br />

dehydrated alcohol.<br />

Also disclosed is a method for preparing said composition.<br />

(21) 565968 (22) 20 Jul 2006<br />

(54) Security in peer to peer synchronization applications<br />

(86) PCT/US2006/028390 (87) WO2007/024380<br />

(51) IPC2010.01:G06F17/30<br />

(71) MICROSOFT CORPORATION<br />

(72) Jhaveri, Vivek Jawahir; Novik, Lev;<br />

(31) 05 211119 (32) 24 Aug 2005 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A computing system is configured as a manager in a secure peer-topeer<br />

data synchronization community. The system comprises a processor;<br />

and memory storing the following components: a tracking component<br />

of a data storage system, a sync component for creating sync relationships<br />

between folders on the computing system and folders stored<br />

on other computing systems in the synchronization community a sync<br />

application that receives user input to the computing system for communicating<br />

with the sync component.<br />

The tracking component tracks changes that occur to the data storage<br />

system. The sync component includes a user sync manager component<br />

for creating the sync relationships, creating synchronized folders, inviting<br />

users to join the synchronization community, accepting invitations to<br />

join the synchronization community, removing users from the synchronization<br />

community, and maintaining a membership list of each user's access<br />

rights to synchronized folders in the synchronization community.<br />

Upon receiving user input specifying that a first folder of the computing<br />

system is to be synchronized within the synchronization community, the<br />

sync application communicates the user input to the user sync manager<br />

of the sync component, such that the user sync manager creates an<br />

invitation which includes an indication that the first folder is to be synchronized<br />

with another folder on a second computing system in the synchronization<br />

community and also includes the membership list that specifies<br />

the access rights the user of the second computing system as well<br />

as at least one other user of another computing system in the synchronization<br />

community will have to the first folder. The user sync manager<br />

further sending the invitation to the second computing system such that<br />

in response to the user of the second computing system selecting a<br />

second folder with which to synchronize the first folder, a sync relationship<br />

is created between the first and second 15 folders such that the<br />

second folder stores the membership list including the access rights for<br />

the user of the second computing system as well as the access rights of<br />

the at least one other user for accessing the first folder.<br />

(21) 566010 (22) 4 Aug 2006<br />

(54) 3, 11b-cis-dihydrotetrabenazine for the treatment of an inflammatory<br />

disease<br />

(86) PCT/GB2006/002909 (87) WO2007/017643<br />

(51) IPC2010.01:A61K31/473; A61P19/02; A61P29/00; A61P35/00<br />

(71) Biovail Laboratories International (Barbados) SRL<br />

(72) Duffield, Andrew John;<br />

(31) 05 0516168 (32) 5 Aug 2005 (33) GB<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is the use of a compound for the manufacture of a medicament<br />

for the prophylaxis or treatment of an inflammatory disease, the<br />

compound being 3,11b-cis-dihydrotetrabenazine or a pharmaceutically<br />

acceptable salt thereof.<br />

(21) 566125 (22) 22 Aug 2005<br />

(54) Modem with acoustic coupling<br />

(86) PCT/EP2005/009063 (87) WO2007/022788<br />

(51) IPC2010.01:H04M1/215; H04M11/06<br />

(71) ULTRA PROIZVODNJA ELEKTRONSKIH NAPRAV D.O.O.<br />

(72) Urbanija, Milos; Golobic, Gregor; Chowdhury, Amor;<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) An interface terminal is arranged for interfacing between an electronic<br />

device (200) and a service provider (300). The interface terminal<br />

(100) comprises a data interface (110) adapted to enable data communication<br />

with the electronic device (200); modem means (130) enabling<br />

data communication between the interface terminal (100) and a terminal<br />

device (45) enabled for voice commutation in a mobile communications<br />

network (400); and data processing means (120) coupled to the data<br />

interface (110) and the modem means (130) for processing data received<br />

from either of the data interface (110) and the modem means (130) and<br />

for generating data to be transmitted via the data interface (110) and/or<br />

the modem means (130). The data is communicated between the interface<br />

terminal (100) and the service provider (300) via the terminal device<br />

(450) on a voice communication connection; and the electronic device is<br />

an on-board diagnostic system (200) of a vehicle, which provides diagnostic<br />

data comprising diagnostic information and/or sensor information.<br />

The data is to be transmitted to a service provider providing monitoring,<br />

support, and/or maintenance services for the vehicle.<br />

(21) 566177 (22) 22 Aug 2006<br />

(54) External fixation system with adjustment of ring member spacing via<br />

knob connected to distractor<br />

(86) PCT/US2006/032850 (87) WO2007/024904<br />

(51) IPC2010.01:A61B17/62,64<br />

(71) HFSC COMPANY; SYNTHES GmbH<br />

(72) Hearn, Jim; Maughan, Thomas J; Horan, Timothy J; Wahl, Michael J;<br />

(31) 05 213030 (32) 25 Aug 2005 (33) US<br />

(74) Shelston IP, Level 21, 60 Margaret Street, Sydney, NSW 2000, Australia<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(57) An external fixation system is disclosed for connecting one or more<br />

bone segments together to facilitate healing of bone. The system may<br />

include one or more rings and/or ring segments. One or more linear<br />

distractors and/or angular distractors may connect the rings to each other<br />

so as to allow for distraction and/or reduction/compression of a bone.<br />

Linear distractors may enable an operator to move the rings towards and<br />

away from each other, while angular distractors may enable an operator<br />

to angle the rings relative to each other. In an embodiment using angular<br />

distractors, one or more angular separation assemblies may be positioned<br />

between the rings. These separation assemblies may have joints<br />

which may two portions which may be angled relative to each other and<br />

connected directly or indirectly to the rings.; Various fasteners (e.g., nuts<br />

and typically knobs) and/or tightening members may configured for quick<br />

movement along and selective tightening to various components. Moreover,<br />

clamps may be attached to the rings and may engage pins, wire,<br />

rods, which may be inserted into bone to hold bone segments to each<br />

other. The components of the external fixation system may be provided<br />

in sets or kits so that the a surgeon may select various combinations of<br />

components to create an external fixation system which is configured<br />

specifically for the particular needs of a patient and the bone fracture/<br />

deformity.<br />

(21) 566363 (22) 8 Sep 2006<br />

(54) Thread navigation<br />

(86) PCT/US2006/035079 (87) WO2007/030727<br />

(51) IPC2010.01:G06Q10/00; G06F9/46<br />

(71) MICROSOFT CORPORATION<br />

(72) Taboada, Roberto C; Fernandes, Bertille N; Jones, Brian M; Yap, Joe<br />

K;<br />

(31) 05 715725 (32) 9 Sep 2005 (33) US<br />

(31) 06 332822 (32) 13 Jan 2006 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A system for navigating messages within a thread comprises means<br />

for accessing the thread; means for determining a location for each message<br />

header within the thread; means for modifying an appearance of<br />

each message header; means for navigating within the thread using at<br />

least one navigational control that is displayed within a message header;<br />

and means for rendering the thread.<br />

The means for modifying the appearance of each message can comprises<br />

changing the shading of each message header. The system can further<br />

comprise means for tagging the thread according to an XML schema.<br />

(21) 566369 (22) 29 Aug 2006<br />

(54) Convertible cycling apparatus<br />

(86) PCT/IL2006/001002 (87) WO2007/031987<br />

(51) IPC2010.01:B62J1/16; B62B7/12; B62K13/00; B62K7/00<br />

(71) Taga Design & Development Limited<br />

(72) Barak, Shlomo; Barak, Hagai; Barak, Amit; Ken-Dror, Boaz; Heimann,<br />

Miky;<br />

(31) 05 224114 (32) 13 Sep 2005 (33) US<br />

(74) PIPERS, Level 1, 5A Pacific Rise, Mt Wellington, Auckland, New Zealand<br />

(57) Cycling apparatus (10) including at least one front wheel (12) and at<br />

least one rear wheel (14) rotatably mounted on axles on a frame (18), a<br />

riding sea (20) attached to the frame (18), a drive mechanism (24) coupled<br />

to at least one of the wheels for driving the cycling apparatus, at<br />

least one handlebar post (26) attached to a portion of the frame (18), and<br />

a carrier member (28) attachable to the frame (18) for carrying at least<br />

one of a child and an object therein and movable between first and second<br />

attachment orientations, wherein in the first attachment orientation<br />

the cycling apparatus is in a rider orientation drivable by a rider sitting on<br />

the seat, and wherein in the second attachment orientation the cycling<br />

apparatus is in a stroller orientation wherein the at least one handlebar<br />

post (26) is arranged with respect to the carrier member (28) to form a<br />

pushable stroller, wherein in the stroller orientation there are two rear<br />

wheels (14).<br />

(21) 566387 (22) 20 Oct 2005<br />

(54) Method to predict or monitor the response of a patient to an ErbB<br />

receptor drug by screening for mutations in an ErbB receptor<br />

(86) PCT/GB2005/004036 (87) WO2007/039705<br />

(51) IPC2010.01:C12Q1/68<br />

(71) ASTRAZENECA UK LIMITED; NATIONAL CANCER CENTRE<br />

(72) Nishio, Kazuto; Kimura, Hideharu; Kasahara, Kazuo;<br />

(31) 05GB 0503823 (32) 5 Oct 2005 (33) GB<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed is an ex vivo method for predicting the response of a patient<br />

to an ErbB receptor drug comprising detecting one or more mutations<br />

in an ErbB receptor wherein said method comprises the steps of:-<br />

(a) providing a bio-fluid sample from a patient;<br />

(b) extracting DNA from said sample;<br />

(c) screening said DNA for the presence of one or more mutations in the<br />

receptor using PCR and one or more techniques selected from the group<br />

consisting of: Single Stranded Conformation Polymorphism (SSCP);<br />

Restriction Fragment Length Polymorphisms (RFLPs); WAVE; Real-time<br />

PCR, Amplification Refractory Mutation system (ARMS); and probes in<br />

combination with ARMS wherein said probes comprise a single-stranded<br />

bi-Iabelled fluorescent sequence held in a hairpin-loop conformation by<br />

complementary stem sequences on the 5' and 3' ends of the probe, further<br />

comprising a fluorescent reporter dye attached to the 5' end and a<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

quencher molecule attached to the 3' end, and wherein the hairpin loop<br />

is linked to the 5' end of a primer via a PCR blocker; and<br />

(d) predicting the response of a patient to an ErbB receptor drug based on<br />

the presence or absence of a mutated allele encoding said ErbB receptor.<br />

(21) 566755 (22) 22 Sep 2006<br />

(54) Safety needle with lockout mechanism via blocking member(s) that<br />

engage with end of hollow member proximal to user<br />

(86) PCT/US2006/037278 (87) WO2007/035923<br />

(51) IPC2010.01:A61M5/50,158<br />

(71) TYCO HEALTHCARE GROUP LP<br />

(72) Jones, Scott; Clark, George;<br />

(31) 05 719761 (32) 22 Sep 2005 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A safety needle is provided which includes blocking structure to maintain<br />

a sharp tip of a needle safely within a housing and prevent re-advancement<br />

of a needle from a safety needle housing. The safety needle<br />

includes flexible blocking members positioned on an inner needle assembly<br />

which are configured to engage an outer housing after the needle<br />

assembly has been fully retracted within the outer housing. The engagement<br />

is at a proximal end of the housing (opposite the needle extension<br />

end).<br />

(21) 566786 (22) 27 Sep 2006<br />

(54) Use of composition containing cyprodinil and dodine as a selective<br />

fungicide<br />

(86) PCT/EP2006/009403 (87) WO2007/036355<br />

(51) IPC2010.01:A01N43/54; A01N47/44,12,04; A01N43/<br />

90,78,76,653,40,32; A01N41/06; A01N37/52,34; A01N35/04; A01P3/00<br />

(71) Syngenta <strong>Part</strong>icipations AG<br />

(72) Forster, Birgit; McKenzie. Duncan; Godwin, Jeremy R;<br />

(31) 05 05021278 (32) 29 Sep 2005 (33) EP<br />

(31) 05 05025915 (32) 28 Nov 2005 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is the use of a composition comprising Cyprodinil and<br />

Dodine, in addition to customary inert formulation adjuvants, for control<br />

of diseases on useful plants or on propagation material thereof caused<br />

by phytopathogens selected from Botrytis, Fusarium and<br />

Pseudocercosporella.<br />

Divisional filed as 584759<br />

(21) 566876 (22) 26 Sep 2006<br />

(54) Derivatives of 2-aminthiazoles and 2-aminooxazoles, processes for<br />

their preparation and their use as pharmaceuticals<br />

(86) PCT/EP2006/009302 (87) WO2007/039176<br />

(51) IPC2010.01:C07D413/12; A61K31/4245; C07D419/12; C07D277/42;<br />

C07D263/48; C07D271/07; A61K31/421,422,426,427<br />

(71) sanofi-aventis<br />

(72) Keil, Stefanie; Urmann, Matthias; Wendler, Wolfgang; Glien, Maike;<br />

Chandross, Karen; Lee, Lan;<br />

(31) 05 05021279 (32) 29 Sep 2005 (33) EP<br />

(74) WATERMARK PATENT & TRADE MARK ATTORNEYS, Level 2, 302<br />

Burwood Road, Hawthorn, Victoria 3122, Australia<br />

(57) Disclosed are 2-phenyl-[1,2,4]oxadiazol-5-one derivatives as represented<br />

by formula I, wherein R1, R2, R3 and R4 are independently selected<br />

from the group consisting of H, halogen, alkyl, alkylene-O-alkylene-<br />

H, SCH3, and CN, wherein the alkyl and alkylene groups are unsubstituted<br />

or mono, di- or tri-substituted by F; X is -CH2- or -CH-2-CH2-; U is S or<br />

O; and wherein the remaining substituents are as defined herein. Also<br />

disclosed is the use of the compounds as defined above for the preparation<br />

of a medicament of the treatment and/or prevention of disorders of<br />

fatty acid metabolism and glucose utilization disorders.<br />

(21) 566877 (22) 26 Sep 2006<br />

(54) Phenyl-1,2,4-oxadiazolone derivatives, processes for their preparation<br />

and their use as pharmaceuticals<br />

(86) PCT/EP2006/009303 (87) WO2007/039177<br />

(51) IPC2010.01:A61K31/4245; C07D413/12; C07D263/32; C07D213/62;<br />

C07D277/24; C07D413/14; C07D213/70,78; C07D277/28; C07D213/64;<br />

C07D271/07; A61K31/421,422,426,427<br />

(71) sanofi-aventis<br />

(72) Keil, Stefanie; Urmann, Matthias; Bernardelli, Patrick; Glien, Maike;<br />

Wendler, Wolfgang; Chandross, Karen; Lee, Lan;<br />

(31) 05021277.8 (32) 29 Sep 2005 (33) EP<br />

(74) WATERMARK PATENT & TRADE MARK ATTORNEYS, Level 2, 302<br />

Burwood Road, Hawthorn, Victoria 3122, Australia<br />

(57) Disclosed are 2-phenyl-[1,2,4]oxadiazol-5-one derivatives as represented<br />

by formula (I), wherein B is C(R4) or N; R1, R2, R3 and R4 are<br />

independently selected from the group consisting of H, halogen, alkyl,<br />

alkylene-O-alkylene-H, cycloalkyl, SCH3, and CN, where in the alkyl and<br />

alkylene groups are unsubstituted or 1- to 5-fold substituted by F; or R2<br />

and R3 together with the carbon atoms to which they are bonded form an<br />

aryl or heteroaryl ring; X is O, S, S(O), S(O)2, O-CH-2, S-CH2, CH2-O,<br />

or CH2-S; one of U and V is N the other is S or O; Z is a bond, alkylene,<br />

alkenylene, alkylidene, or alkylene-O-alkyl; A is cycioalkyl,<br />

heterocycloalkyl, heterocycloalkenyl or a heteroaryl ring; and wherein the<br />

other substituents are as described herein. Also disclosed is the use of<br />

the compounds as defined above for the preparation of a medicament<br />

for the treatment and/or prevention of disorders of fatty acid metabolism<br />

and glucose utilization disorders.<br />

(21) 567205 (22) 26 Sep 2006<br />

(54) Cyclic N-[1,3,4]-thiadiazol-2-yl-benzene sulfonamides, processes for<br />

their preparation and their use as pharmaceuticals<br />

(86) PCT/EP2006/009299 (87) WO2007/039173<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(51) IPC2010.01:C07D285/12; A61K31/433; A61P25/28; A61P3/10<br />

(71) sanofi-aventis<br />

(72) Schoenafinger, Karl; Keil, Stefanie; Urmann, Matthias; Matter, Hans;<br />

Glien, Maike; Wendler, Wolfgang;<br />

(31) 05021785.0 (32) 6 Oct 2005 (33) EP<br />

(74) WATERMARK PATENT & TRADE MARK ATTORNEYS, Level 2, 302<br />

Burwood Road, Hawthorn, Victoria 3122, Australia<br />

(57) The disclosure relates to cyclic N-[1,3,4]-thiadiazol-2-yl-benzene<br />

sulfonamides of the formula (I) and to their physiologically acceptable<br />

salts showing PPARdelta, PPARalpha and PPARgamma agonist activity,<br />

in which the radicals are as defined in the specification, and pharmaceutical<br />

compositions comprising these compounds and processes for<br />

their preparations. The compounds are suitable for the treatment and/or<br />

prevention of disorders of fatty acid metabolism and glucose utilization<br />

disorders as well as of disorders in which insulin resistance is involved<br />

and demyelinating and other neurodegenerative disorders of the central<br />

and peripheral nervous system.<br />

(21) 567213 (22) 24 Oct 2006<br />

(54) Adjustable vaginal splint for pelvic floor support<br />

(86) PCT/IB2006/003625 (87) WO2007/049154<br />

(51) IPC2010.01:A61F2/00<br />

(71) ETHICON INC.<br />

(72) Astani, Aida; Peters, Burkhard; Carey, Marcus P;<br />

(31) 05 258441 (32) 25 Oct 2005 (33) US<br />

(31) 06 334966 (32) 19 Jan 2006 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Vaginal splint assemblies and methods for their use for treating various<br />

pelvic floor conditions are provided. One embodiment of a vaginal<br />

splint assembly includes a base portion having a connecting portion and<br />

first and second sides extending outwardly from first and seconds ends<br />

of the connecting portion to first and second free ends respectively. It<br />

further includes a plurality of apical sections each of a different size and<br />

each having a connecting portion and first and second sides extending<br />

outwardly from first and second ends of the connecting portion to first<br />

and second free ends respectively, and at least first and second coupling<br />

elements. The first coupling element is capable of securing the first free<br />

end of the base portion to the first free end of any one of the plurality of<br />

apical sections, and the second coupling element is capable of securing<br />

the second free end of the base portion to the second free end of the one<br />

apical section.<br />

(21) 567314 (22) 28 Sep 2006<br />

(54) Load balancing<br />

(86) PCT/US2006/038117 (87) WO2007/047066<br />

(51) IPC2010.01:G06F15/16; G06F17/00<br />

(71) MICROSOFT CORPORATION<br />

(72) Stephens, Maoni Z; Dussud, Patrick H;<br />

(31) 05 254649 (32) 20 Oct 2005 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A method of controlling behavior of an application is disclosed. The<br />

method includes:<br />

inspecting at least a portion of programmed code running on a processing<br />

device in a managed execution environment to determine that a sweep<br />

of memory heap is impending;<br />

assessing a magnitude of the impending sweep relative to a threshold<br />

value;<br />

receiving an indication that the magnitude of the impending sweep during<br />

execution of an application in a managed execution environment exceeds<br />

the threshold value; and<br />

redistributing execution of at least a portion of the application across an<br />

isolation boundary when the threshold value is exceeded.<br />

(21) 567380 (22) 14 Apr 2008 (23) 9 Jan 2009<br />

(54) A wave box unit being a device for generating electricity from sea<br />

shore waves<br />

(51) IPC2010.01:E02B9/08; F03B13/16,14,22<br />

(71) Peter Vivian Wardrop<br />

(72) Wardrop, Peter Vivian;<br />

(74) Peter Vivian Wardrop, 80 Beach Road, Haumoana, Hawkes Bay,<br />

New Zealand<br />

(57) Apparatus for use in converting kinetic energy from moving water to<br />

electrical energy, the apparatus comprising a ramped water channel, a<br />

water receiving unit, a turbine, and transportation means. The apparatus<br />

is formed such that when it is in use as a shore-based installation it<br />

can be transported from the shore to a body of water via the transportation<br />

means so that the ramped water channel enters the body of water to<br />

an adjustable degree such that water contacts and moves up the ramped<br />

channel and into the water receiving unit where it drops under gravity<br />

and in so doing causes the turbine to turn to facilitate the generation of<br />

electricity.<br />

(21) 567767 (22) 28 Apr 2008<br />

(54) Stack sealable heat shrinkable multilayered film, bags and pouches<br />

for packaging goods<br />

(51) IPC2010.01:B32B27/28,32,36; B29C55/28; C08J5/22; B32B27/08,30<br />

(71) Flexopack S.A. Plastics Industry<br />

(72) Gkinosatis, Dimitris;<br />

(31) 07 107035 (32) 26 Apr 2007 (33) EP<br />

(74) Freehills <strong>Patent</strong> & Trade Mark Attorneys, Level 43, 101 Collins Street,<br />

Melbourne, Victoria 3000, Australia<br />

(57) The disclosure relates to a multilayer heat shrinkable film characterized<br />

by a combination of desirable properties, such as high shrinkage,<br />

good optical properties, excellent sealability and stack sealability; it is<br />

further directed to a method of producing a packaged food item by using<br />

said film, and to the use of said film or bags and pouches made therefrom<br />

for packaging goods as for example food products. <strong>Part</strong>icularly disclosed<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 102 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

is a heat shrinkable film produced by a double bubble process, said film<br />

having a shrinkage of at least 10% measured according to ASTM 2732<br />

in water at 90 Deg C in at least one of MD, TD directions, where the film<br />

comprises an outer layer comprising polyester elastomer and a core layer<br />

comprising EVOH and/or PVDC.<br />

(21) 567799 (22) 27 Oct 2006<br />

(54) Precoding for segment sensitive scheduling in wireless communication<br />

systems<br />

(86) PCT/US2006/042058 (87) WO2007/050924<br />

(51) IPC2010.01:H04L5/02; H04B7/06; H04L1/06; H04L27/26; H04L25/<br />

02<br />

(71) Qualcomm Incorporated<br />

(72) Gore, Dhananjay Ashok; Sampath, Hemanth; Wang, Jibing; Kadous,<br />

Tamer; Barriac, Gwendolyn D;<br />

(31) 05 731558 (32) 27 Oct 2005 (33) US<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, New Zealand<br />

(57) A wireless communication apparatus comprises a processor<br />

configured to decode signals that are received over two or more<br />

subcarriers of a segment of subcarriers, which is one of a plurality of<br />

segments of subcarriers available for communication, and to provide<br />

precoding information for at least one segment; and a transmitter<br />

configured to transmit the precoding information, wherein the transmitter<br />

is configured to transmit the precoding information on a feedback channel<br />

associated with the at least one segment. The precoding feedback<br />

is reported in multiple channel quality indication (CQI) channels and the<br />

number of used CQI channels depends on the number of available codes.<br />

(21) 568133 (22) 2 Nov 2006<br />

(54) Ringback tone preference information to assist selection of ringback<br />

tone<br />

(86) PCT/US2006/042521 (87) WO2007/058772<br />

(51) IPC2010.01:H04M3/42<br />

(71) LUCENT TECHNOLOGIES INC.<br />

(72) Batni, Ramachendra Prahlada; Sharma, Ranjan;<br />

(31) 05 272111 (32) 10 Nov 2005 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) A method of ringback tone preference information to assist selection<br />

of ringback tone is disclosed. Ringback tone preference information,<br />

input by a user of a communication device, is presented to a ringback<br />

tone service subscriber or a proxy for the ringback tone service subscriber.<br />

A ringback tone is suggested to the ringback tone service subscriber<br />

that conforms to the preference information. The preference information<br />

is based on one or more likes or dislikes of the user of the<br />

communication device, and at least one of the likes or dislikes is a specific<br />

music album.<br />

(21) 568603 (22) 31 Oct 2005<br />

(54) Cylindrical biodegradable, biocompatible scleral buckle band<br />

(86) PCT/CN2005/001801 (87) WO2007/051345<br />

(51) IPC2010.01:A61F2/14; A61F9/007; A61K47/42<br />

(71) Life Spring Biotech Co., Ltd.<br />

(72) Yen, Hsiaocheng; Hsiao, Joyi; Lee, Wenhao;<br />

(74) A.P.T. PATENT AND TRADE MARK ATTORNEYS, 383 Goodwood<br />

Road, Westbourne Park, SA 5041, Australia<br />

(57) Disclosed is a scleral buckling band used for an ophthalmic operation,<br />

the band comprises a slender cylindrical structure formed by a<br />

biocompatible material, wherein the biocompatible material is a bio-absorbable<br />

polymer material; the material is biodegradable such that a buckling<br />

effect of the sclera resulting from implantation of the scleral buckling<br />

band is degraded as time elapses after implantation. Preferable materials<br />

for use are collagen, polyactic acid (PLA), polyglycolic acid (PGA),<br />

polyactic acid-glycolic acid (PLGA), polycaprolactone polyol (PCL), hyaluronic<br />

acid (HA) and chitosan. Further disclosed is a method of making<br />

said scleral buckling band.<br />

(21) 568655 (22) 6 Dec 2006<br />

(54) Stator end disk for a commutator motor and corresponding commutator<br />

motor<br />

(86) PCT/EP2006/069371 (87) WO2007/068636<br />

(51) IPC2010.01:H02K3/52<br />

(71) BSH Bosch und Siemens Hausgerate GmbH<br />

(72) Binder, Alfred; Ircha, Peter; Ivanak, Martin; Murnik, Jaroslav;<br />

(31) 2005 060 358.0 (32) 16 Dec 2005 (33) DE<br />

(31) 2006 007 808.8 (32) 16 May 2006 (33) DE<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) A stator end disk for a laminated stator core of a commutator motor<br />

comprising a connecting terminal 11 which has connecting elements 24<br />

for connecting stator winding wires and a female connector 28 with contact<br />

elements 25 for receiving and electrically connecting an external<br />

motor connector, whereby each of the connecting elements 24 is connected<br />

in each case to an associated contact element 25 so as to be<br />

electrically conducting, wherein only one connecting terminal 11 is arranged<br />

on the stator end disk, and that in order to electrically connect at<br />

least one further internal, electrical component 31 of the commutator<br />

motor at least one further contact element 25 assigned to the component<br />

31 is arranged in the female connector 28.<br />

(21) 568768 (22) 6 Nov 2006<br />

(54) Lithium polymer battery powered intravenous fluid warmer<br />

(86) PCT/US2006/043069 (87) WO2007/056202<br />

(51) IPC2010.01:H01M10/48,46,50; H02J7/00<br />

(71) Enginivity LLC<br />

(72) Cassidy, David;<br />

(31) 05 734108 (32) 7 Nov 2005 (33) US<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, New South Wales 2000, Australia<br />

(57) An apparatus for use with a system for warming an intravenous fluid<br />

to be administered to a living body, which includes a case through which<br />

an intravenous fluid line extends, is disclosed. The apparatus includes a<br />

housing configured for attachment to the case. The housing includes:<br />

several lithium polymer cells;<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 103 |BACK TO CONTENT


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

a charger connected to the lithium polymer cells;<br />

a heater positioned to transfer heat to the case and attached to a thermal<br />

fuse;<br />

a fluid warmer microcontroller connected to the charger and the heater;<br />

a spread spectrum oscillator connected to the fluid warmer microcontroller;<br />

a battery condition indicator and controller connected to a fluid warmer<br />

cover closure signal and to the fluid warmer microcontroller;<br />

a first order battery protection circuit connected to elements selected from<br />

the group consisting of: the battery condition indicator and controller, at<br />

least one sensor connected to at least one of the lithium polymer cells,<br />

a cell balance circuit connected to the at least one of the lithium polymer<br />

cells, and a battery disconnect switch;<br />

a second order battery protection circuit connected to the at least one of<br />

the lithium polymer cells and the thermal fuse; and<br />

a fluid warmer over-temperature protection to sense the temperature of<br />

the case during use and connected to the thermal fuse.<br />

(21) 568772 (22) 27 Nov 2006<br />

(54) Truncated analogs of the peptide pYY3-36 that are neuropeptide-2<br />

receptor-agonists<br />

(86) PCT/EP2006/068924 (87) WO2007/065808<br />

(51) IPC2010.01:A61P3/10<br />

(71) F. Hoffmann-La Roche AG<br />

(72) Conde-Knape Karin; Danho, Waleed; Ehrlich, George; Fotouhi, Nader;<br />

Fry, David C; Khan, Wajiha; Konkar, Anish; Rondinone, Cristina Martha;<br />

Swistok, Joseph; Taub, Rebecca Anne; Tilley, Jefferson W;<br />

(31) 05 748071 (32) 7 Dec 2005 (33) US<br />

(31) 06 855249 (32) 30 Oct 2006 (33) US<br />

(74) A J PARK, 6th Floor, Huddart Parker Building, 1 Post Office Square,<br />

Wellington 6011, New Zealand<br />

(57) Disclosed are neuropeptide-2 receptor agonists of formula (I), wherein<br />

X is 4-oxo-6-(I-piperazinyl)-3(4H)-quinazoline-acetic acid (Pqa) and R1-<br />

R14 are amino acids as defined in the specification. The compounds<br />

are useful for the treatment of obesity, diabetes and other metabolic disorders.<br />

(21) 568829 (22) 14 Oct 2006<br />

(54) Decorative effect coating compositions and methods of making and<br />

applying same<br />

(86) PCT/US2006/040341 (87) WO2007/061533<br />

(51) IPC2010.01:C09D5/29; B05D5/06; C09D5/02<br />

(71) United States Gypsum Company<br />

(72) Negri, Robert H; Bury, Rafael;<br />

(31) 05 287036 (32) 22 Nov 2005 (33) US<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, New Zealand<br />

(57) The disclosure is generally related to a coating composition, and more<br />

particularly to a decorative effect coating composition capable of producing<br />

a multi-coloured and/or multi-shaded appearance in a single application.<br />

The multi-colour effect arises through multiple tinting colorants<br />

that are substantially immiscible and which separate into separate layers<br />

upon application. The colour difference between the two layers should<br />

be at least about 0.25 delta E units. Additional decorative effects may be<br />

applied through shearing the surface with a putty knife or other instrument<br />

while the coating composition is still in the liquid or semi-liquid state.<br />

(21) 568865 (22) 20 Oct 2006<br />

(54) Acid milk beverage comprising polydextrose and a glucide, and process<br />

for its preparation<br />

(86) PCT/JP2006/320897 (87) WO2007/055089<br />

(51) IPC2010.01:A23L2/38; A23C9/152; A23L2/62<br />

(71) Kabushiki Kaisha Yakult Honsha<br />

(72) Nakano, Masatoshi; Matsui, Akihisa; Kobayashi, Yukiko; Akahoshi,<br />

Ryoichi;<br />

(31) 05 326977 (32) 11 Nov 2005 (33) JP<br />

(74) PHILLIPS ORMONDE FITZPATRICK, 367 Collins Street, Melbourne,<br />

Victoria 3000, Australia<br />

(57) Disclosed is an acid milk beverage comprising polydextrose and at<br />

least one glucide selected from glucose, fructose, sugar, trehalose, maltose,<br />

erythritol, sorbitol, xylitol, maltitol, lactitol, palatinose and<br />

galactooligosaccharide, wherein the total amount of polydextrose and<br />

glucide is 12.0-17.0% by mass and the beverage contains substantially<br />

no thickening stabilizer. Also disclosed is a process for producing the<br />

above beverage.<br />

(21) 569136 (22) 29 Dec 2006<br />

(54) Piperazine compounds with a herbicidal action<br />

(86) PCT/EP2006/070271 (87) WO2007/077201<br />

(51) IPC2010.01:C07D241/08; A01N37/46; C07D401/06; C07D403/06;<br />

C07D409/06,12; C07D413/06; C07D417/06,12; C07F5/02; C07F7/10,18;<br />

C07F9/6509; C07K5/065<br />

(71) BASF SE<br />

(72) Hupe, Eike; Zager, Cyrill; Witschel, Matthias; Kuhn, Toralf; Moberg,<br />

William Karl; Parra Rapado, Liliana; Stelzer, Frank; Vescovi, Andrea; Puhl,<br />

Michael; Reinhard, Robert; Sievernich, Bernd; Grossmann, Klaus;<br />

Ehrhardt, Thomas; Rack, Michael;<br />

(31) 06 06000013 (32) 2 Jan 2006 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins Centre,<br />

342 Lambton Quay, Wellington 6011, New Zealand<br />

(57) Disclosed is the use of piperazine compounds of formula I or of the<br />

agriculturally useful salts of piperazine compounds of formula I as herbicides,<br />

the substituents being defined in the specification.<br />

PATENT OFFICE JOURNAL 1571 28 May 2010 Page 104 |BACK TO CONTENT

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