Study of Technology for Detecting Pre-Ignition Conditions of ... - NIST
Study of Technology for Detecting Pre-Ignition Conditions of ... - NIST
Study of Technology for Detecting Pre-Ignition Conditions of ... - NIST
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EP 175940A 860402 (BASIC)<br />
CPSC-IAG95-1145<br />
Author (Inventor): POGRMAN R N<br />
Forward andback scatteringloss compensated smoke detector compares transmittedlight with scatteredlight and inclu&s two lightphotodetectors<br />
<strong>for</strong> detecting directly scattered light and ratiometric value is produced in accordance with traosmittcd versus scattered light<br />
Patent Aw.ignee: CWINS ELECTRONICS CO INC<br />
WPI ACCNo: 94316279139<br />
Patent (basic) US 5352901 A 941004<br />
Ryser, P.; F%.@ G.<br />
Gptical fire and secority technology Sensor principles and detection intelligence.<br />
1991 InternationalConference on Solid-State Sensors and Actuators, San Francisco, CA USL 1991 Jun 2428<br />
IEEE Electron Devices SW, Cerebus AG, Switzerland, Ertdress& Hauser, Germanfi Ford Motor Co , USA General Monitors, USA et al<br />
Transducers ’9191 Int Conf Solid StateSens Actuators. Publ by IEEE, IEEE Service center, Piscataway, NJ, USA (IEEE cat n 91CH2817-5).<br />
p S79-583<br />
1991<br />
Author (hventor): RYSER P WERNER J<br />
Gptical smoke &tector <strong>for</strong> fmealarmsystem has 2 sources and 2 detectors connected in optical bridge circuit preceded by electrical time multiplex<br />
bridge<br />
Patent Assigstew CERBERUS AG<br />
WPI ACC No: 94-O10074/02<br />
Patent (basic> EP 578189 Al 940112<br />
Wltiise~ Henry K.; Ovcrby, John K.; kms<strong>for</strong>~ Michael J.; Tam Patricia<br />
Smoke and mirrors: a fiber optic smoke sensor<br />
Naval Surface Wart%-eCent., Annapolis, MD, USA<br />
Fiber Gptic and Laser Sensors ~ San Diego, CA USA<br />
SPIE - Int Soc <strong>for</strong> Opt Engineering Bellingham, WA US.4<br />
Proceedings <strong>of</strong> SPIE - The Iutematiomd Society <strong>for</strong> optical Engineering v 2292 1994. socie~ <strong>of</strong> Photo-Gptical InstrumentationEngineers,<br />
Beiliigh~ WA USA p 123-133<br />
1994<br />
General or Multiple Technologies<br />
Ahol% H.<br />
Per<strong>for</strong>mance <strong>of</strong> Smoke Detectors in Computer Rooms.<br />
VTT-Tectilcal Research Center <strong>of</strong> Ftiand, Espoo<br />
VTf Research Reports 681; Reject PAL6007, 33p. May 1990.<br />
Smoke detectorshave been compared man environmentsimilarto a real computerreom. Four differenttest fireswere used smoldering<br />
trans<strong>for</strong>mer coi~ smol&ring cable, smoke bomb producing white smoke and flaming polyurethane foam. The test samples included optical and<br />
ionization point-type detectors, optical beam detectoss, channel detectors and sampling detectors.<br />
Anon<br />
<strong>Detecting</strong> attematives.<br />
Fire Revention n 238 Apr 1991 p 26-28<br />
1991<br />
BudnicK E. K.<br />
hr Situ Tests <strong>of</strong> Smoke Detection Systems <strong>for</strong> Telecommunications Central ~lce Facilities.<br />
Hughes Associates, Inc., Colutnbi% MD<br />
InternationalSymposium on Fire Protection <strong>for</strong> the Telecommunications Industry. May 14-15, 1992, New Orleans, LA 1-27 pp, 1992.<br />
Bukowski, R W.; hSOrLN. H.<br />
InternationalFre Detection Bibliography, 1975-1990.<br />
InternationalFme Detection LtieratureReview and Techsicat Analysis.<br />
National Institute<strong>of</strong> Standardaand <strong>Technology</strong>, Gaithersburg, MD<br />
<strong>NIST</strong>IR 4661; 193 p. September 1991.<br />
‘l& bibliography was collected fkom numerous internationalsources and representsa~complete a compilation <strong>of</strong> publications from<br />
the 15 years covered as could be collected. Nearly 1000 references are included, separated into one <strong>of</strong> 20 topics such ss aerosols and smoke,<br />
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