1
Stephen T. Avery
Stephen T Avery, John A Durbin, William L Lama, Paul H Stiebitz: Facetted reflector. Xerox Corporation, February 26, 1980: US04190355 (26 worldwide citation)

A facetted reflector faces a linear scanning illumination source and directs light onto an object plane. The tilt angle and length of each linear mirror segment (facet) comprising the reflector are designed to achieve maximum illumination at an object scan line consistent with the geometry of the pa ...


2
Stephen T. Avery
Avery Stephen T, James D Rees, Durbin John A, Simpson George R, Green Frederick A: Full-frame flash illumination system for a document copying machine.. Xerox, October 1, 1980: EP0016555-A1 (4 worldwide citation)

A full-frame flash illumination system for a document copying machine including an optical cavity (10) having interior walls coated with a white, diffusely reflecting material. One end (20) of the cavity contains a platen (24) for positioning a document to be copied while the opposing end (30) conta ...


3
Stephen T. Avery
Stephen T Avery, John A Durbin, William L Lama, Paul H Steibitz: Facetted reflector. Xerox Corporation, September 21, 1982: US04351019 (3 worldwide citation)

A facetted reflector faces a linear scanning illumination source and directs light onto an object plane. The tilt angle and length of each linear mirror segment (facet) comprising the reflector are designed to achieve maximum illumination at an object scan line consistent with the geometry of the pa ...


4
Stephen T. Avery
Frederick A Green, George R Simpson, Stephen T Avery, John A Durbin: Full frame flash illumination system utilizing a diffuse integrating optical cavity. Xerox Corporation, June 8, 1982: US04333723 (3 worldwide citation)

An illumination system for a document copying machine including an optical cavity having interior walls coated with a white, diffusely reflecting material. One end of the cavity contains a platen for positioning a document to be copied while the opposing end contains a lens for forming an image of t ...


5
Akihiro Takanashi, Tatsuo Harada, Masamoto Akeyama, Yataro Kondo, Toshiei Kurosaki, Shinji Kuniyoshi, Sumio Hosaka, Yoshio Kawamura: Pattern forming apparatus. Hitachi, Antonelli Terry & Wands, November 6, 1984: US04480910 (907 worldwide citation)

There is disclosed a pattern forming apparatus for projecting a pattern which is formed on a reticle upon a photoresist layer on a substrate which comprises an illumination system for illuminating the pattern for forming an optical image, a reduction lenses for reducing the optical pattern image at ...


6
Steven Hoffberg, Linda Hoffberg Borghesani: Media recording device with packet data interface. Milde & Hoffberg, October 28, 2003: US06640145 (634 worldwide citation)

An intelligent media device, comprising a packet data communications interface; a media communication interface for receiving audio and/or video data; a digital memory for persistently storing received audio and/or video data; and an intelligent server for generating a virtual interface for controll ...


7
Robert L Holman, Arthur Cox: High-density illumination system. Digital Optics International Corporation, Foley & Lardner, March 29, 2005: US06871982 (419 worldwide citation)

A compact and efficient optical illumination system featuring planar multi-layered LED light source arrays concentrating their polarized or un-polarized output within a limited angular range. The optical system manipulates light emitted by a planar array of electrically-interconnected LED chips posi ...


8
Smith Bruce W: Method of photolithography using a fluid and a system thereof. Rochester Institute Of Technology, LEINBERG Gunnar G, August 18, 2005: WO/2005/074606 (351 worldwide citation)

A photolithographic exposure system for use on a photoresis on a substrate includes an illumination system, a photomask with one or more object patterns, a projection optical exposure system, and a fluid dispensing system. The projection optical exposure system is positioned to project an image of t ...


9
Watanabe Katsuji, Nakazawa Masaaki, Nakamura Ichiro, Magai Shigeto, Suzuki Takashi, Hosoda Seiichi, Nakamura Takeaki: Battery type portable endoscopic device. Olympus Optical, June 23, 2000: JP2000-171730 (349 worldwide citation)

PROBLEM TO BE SOLVED: To provide a battery type portable endoscopic device which is suitable for portable use, is capable of preventing the occurrence of infectious diseases, etc., even in the environment where the washing and disinfecting (or sterilizing) of its insertion part is difficult and is c ...


10
Fiolka Damian: Microlithographic projection exposure apparatus with immersion projection lens. Carl Zeiss Smt, Fiolka Damian, OSTERTAG Eibenweg 10 70597 Stuttgart, July 28, 2005: WO/2005/069078 (345 worldwide citation)

A microlithographic projection exposure apparatus includes an illumination system (12) and a projection lens (20) which images a reticle (24) on a photosensitive layer (26). The projection exposure apparatus (10) further includes an immersion arrangement (42) for introducing an immersion liquid (34) ...