04.03.2013 Views

2011 - Europe Direct Iasi

2011 - Europe Direct Iasi

2011 - Europe Direct Iasi

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

EUROINVENT <strong>2011</strong><br />

CLASS 7<br />

Buildings and Materials<br />

7.1.<br />

Title Carrier photostructurable of information<br />

Stefan Robu, Ludmila Vlad, Alexandru Prisacari, Elena<br />

Authors<br />

Achimova<br />

Institution Moldova State University<br />

Patent no. Patent No. MD-352Y<br />

A new photostructurable carrier of information it was<br />

elaborated from copolymers of 9-carabazolylmethyltiiran<br />

Description with butyrate of glicydyl designated for registering<br />

holograms with argon laser λ=510 nm with a diffraction<br />

efficiency of 1,5÷2,0 times higher than those known in the<br />

related literature and achieving up to 40 %.<br />

7.2.<br />

Title<br />

Authors<br />

Institution<br />

Patent no.<br />

Description<br />

Process and composite material for producing the<br />

retension aprons in centrifugal crushers<br />

Victor GEANTĂ, Ionelia VOICULESCU, Radu<br />

ŞTEFĂNOIU, Horia BINCHICIU, Radu Mihai NEGRIU<br />

SC SUDOTIM AS SRL Timişoara<br />

SC ECONET PROD SRL Bucureşti<br />

Patent Number RO125587-A0 / No. OSIM – A-<br />

00012/11.01.2010<br />

The Manufacturing Process of the composite metal<br />

material being used for producing the retention aprons in<br />

the centrifugal rotary crushers is characterized by the fact<br />

that a mixture of hard metallic carbides (with W, Ti etc.)<br />

and fused tungsten carbide, mechanically-milled and<br />

selected, are infiltrated inside a metal matrix based on Fe,<br />

Co or Ni.<br />

The Infiltration Metal Matrix, based on Fe, comprises<br />

carbide generating elements.<br />

The Composite Metal Material is made from a mixture<br />

of hard metallic carbides (with W, Ti etc.), mechanicallymilled<br />

and selected and tungsten carbide, milled and<br />

melted, with a granulation of 200 – 1500 μm, infiltrated<br />

Class 7<br />

101<br />

7

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!