SCHROEDER; James E

Patent Applications and Registrations

Patent applications and USPTO patent grants for SCHROEDER; James E.The latest application filed is for "apparatus and method for imaging and modeling the surface of a three-dimensional (3-d) object".

Company Profile

0.8.8

SCHROEDER; James E - San Antonio TX US
Schroeder; James E. - San Antonio TX
Schroeder; James E. - Claremont CA
Schroeder; James E. - Garland TX
Schroeder; James E. - Columbus GA
Schroeder; James E. - Indialantic FL
Schroeder; James E. - Houston TX

*profile and listings may contain filings by different individuals or companies with the same name. Review application materials to confirm ownership/assignment.

Patent Activity

Patent	Date
Apparatus And Method For Imaging And Modeling The Surface Of A Three-dimensional (3-d) Object App 20190328312 - SCHROEDER; James E	2019-10-31
Methods And Devices For Biofluid Flow Assist App 20190262212 - Schroeder; James E.	2019-08-29
Method And Apparatus For Controlling, Identifying Optimal Nerve/muscle Monitoring Sites For, And Training The Use Of A Prosthetic Or Orthotic Device App 20180311054 - SCHROEDER; James E	2018-11-01
Methods And Apparatus For Increasing The Proximal Movement Of Blood Or Lymph App 20170216059 - SCHROEDER; James E. ; et al.	2017-08-03
Multilayer ceramic oxide solid electrolyte for fuel cells and electrolysis cells and method for fabrication thereof Grant 4,957,673 - Schroeder , et al. September 18, 1	1990-09-18
Low voltage dropout regulator Grant 4,792,747 - Schroeder December 20, 1	1988-12-20
Marksmanship training apparatus Grant 4,725,235 - Schroeder , et al. February 16, 1	1988-02-16
Light pen marksmanship trainer Grant 4,583,950 - Schroeder April 22, 1	1986-04-22
VMOS transistor and method of fabrication Grant 4,200,968 - Schroeder May 6, 1	1980-05-06
Three logic state input buffers Grant 4,163,907 - Schroeder , et al. August 7, 1	1979-08-07
Complementary FET drivers for programmable memories Grant 4,122,547 - Schroeder , et al. October 24, 1	1978-10-24
Processes of forming insulated gate field effect transistors with channel lengths of one micron in integrated circuits with component isolated and product Grant 3,996,655 - Cunningham , et al. December 14, 1	1976-12-14

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