MB

Michael J. Brinkman

GE Gemfire: 17 patents #3 of 36Top 9%
DR Deacon Research: 15 patents #2 of 7Top 30%
UE U.S. Department Of Energy: 3 patents #32 of 559Top 6%
Overall (All Time): #94,369 of 4,157,543Top 3%
36
Patents All Time

Issued Patents All Time

Showing 25 most recent of 36 patents

Patent #TitleCo-InventorsDate
9880041 High-speed volume measurement system Michael H. Lane, James Laurence Doyle 2018-01-30
9841306 High-speed volume measurement system and method Michael H. Lane, James Laurence Doyle 2017-12-12
9194691 High-speed volume measurement system and method Michael H. Lane, James Laurence Doyle 2015-11-24
7171064 Thermo-optic switch having fast rise-time William K. Bischel, Tony C. Kowalczyk, David Main, Lee Lisheng Huang 2007-01-30
6556734 Electrical connection scheme for optical devices William K. Bischel, David A. G. Deacon, Simon J. Field, Linda A. Whittelsey 2003-04-29
6522794 Display panel with electrically-controlled waveguide-routing William K. Bischel, David A. G. Deacon, Edward J. DeWath, Mark J. Dyer, Simon J. Field 2003-02-18
6507681 Anti-waveguide routing structure Tony C. Kowalczyk, William K. Bischel, Stanley Lau 2003-01-14
RE37809 Laser with electrically-controlled grating reflector David A. G. Deacon, Simon J. Field, William K. Bischel 2002-07-30
6393172 Method of manipulating optical wave energy using patterned electro-optic structures David A. G. Deacon, William K. Bischel 2002-05-21
6351578 Thermo-optic switch having fast rise-time William K. Bischel, Tony C. Kowalczyk, David Main, Lee Lisheng Huang 2002-02-26
6167169 Scanning method and architecture for display William K. Bischel 2000-12-26
6141465 Display architecture with waveguide routing and out-plane emission William K. Bischel, David A. G. Deacon, Edward J. De Wath, Mark J. Dyer, Simon J. Field 2000-10-31
6118908 Integrated optical device with phosphor in substrate pit William K. Bischel, David A. G. Deacon, Edward J. DeWath, Mark J. Dyer, Simon J. Field 2000-09-12
6078704 Method for operating a display panel with electrically-controlled waveguide-routing William K. Bischel, David A. G. Deacon, Edward J. DeWath, Mark J. Dyer, Simon J. Field 2000-06-20
5978524 Phosphor RE-radiation in integrated optics William K. Bischel, David A. G. Deacon, Edward J. DeWath, Mark J. Dyer, Simon J. Field 1999-11-02
5912997 Frequency converter optical source for switched waveguide William K. Bischel, David A. G. Deacon, Edward J. DeWath, Mark J. Dyer, Simon J. Field 1999-06-15
5911018 Low loss optical switch with inducible refractive index boundary and spaced output target William K. Bischel, David A. G. Deacon, Edward J. DeWath, Mark J. Dyer, Simon J. Field 1999-06-08
5887089 Low insertion loss optical switches in display architecture David A. G. Deacon, William K. Bischel 1999-03-23
5852688 Method for manipulating optical energy using poled structure David A. G. Deacon, William K. Bischel, Simon J. Field 1998-12-22
5835458 Solid state optical data reader using an electric field for routing control William K. Bischel, David A. G. Deacon, Simon J. Field, Edward J. DeWath, Mark J. Dyer 1998-11-10
5781670 Optical frequency channel selection filter with electronically-controlled grating structures David A. G. Deacon, William K. Bischel, Simon J. Field 1998-07-14
5732177 Controllable beam director using poled structure David A. G. Deacon, William K. Bischel, Simon J. Field 1998-03-24
5724463 Projection display with electrically controlled waveguide-routing David A. G. Deacon, William K. Bischel, Edward J. DeWath, Mark J. Dryer, Simon J. Field 1998-03-03
5703710 Method for manipulating optical energy using poled structure David A. G. Deacon, William K. Bischel 1997-12-30
5664032 Display panel with electrically-controlled waveguide-routing William K. Bischel, David A. G. Deacon, Edward J. DeWath, Mark J. Dyer, Simon J. Field 1997-09-02