John P Stahler

age ~72

from Antioch, CA

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Also known as:

John L Stahler
John T Stahler

Phone and address:: 605 Iglesia Ct, Antioch, CA 94509
925 757-6230

Connected to:

John Stahler Phones & Addresses

605 Iglesia Ct, Antioch, CA 94509 • 925 757-6230
San Diego, CA
605 Iglesia Ct, Antioch, CA 94509 • 925 785-3900

Work

Company:

Kettler international, inc.
Jan 2012
Position:

Retired

Education

Degree:

MBA
School / High School:

Winthrop University
1983 to 1987
Specialities:

Business

Emails

j***[email protected]

Industries

Consumer Goods

License Records

Doctor Of Veterinary Medicine

Address:

605 Iglesia Ct, Antioch, CA 94509

License #:

3178 - Expired

Issued Date:

Jan 5, 1978

Renew Date:

Oct 31, 1996

Expiration Date:

Oct 31, 1996

Type:

Veterinarian

Medicine Doctors

John Francis Stahler

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Specialties:

Orthopaedic Surgery
Neurological Surgery

Education:

University of Southern California(1964)

Name / Title

Company / Classification

Phones & Addresses

John Stahler
President

STAHLER ASSOCIATES INC

5636 Ruffin Rd, San Diego, CA 92123

Resumes

Retired

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Position:

Retired at Kettler International, Inc.

Location:

Chesapeake, Virginia

Industry:

Consumer Goods

Work:

Kettler International, Inc. since Jan 2012
Retired
ITW-Southland 1994 - 2005
IT Manager

Education:

Winthrop University 1983 - 1987
MBA, Business Moravian College 1968 - 1972
BA, Economics

Us Patents

Face Panel For Electrical Apparatus
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US Patent:

D361558, Feb 20, 1990
Filed:

Aug 29, 1988
Appl. No.:

7/238573
Inventors:

John P. Stahler - La Jolla CA
David B. Hartley - San Diego CA
Stephen O. Ross - Del Mar CA
Assignee:

Robot Research, Inc. - San Diego CA
US Classification:

D13 35

Color Slow Scan Video Signal Translation
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US Patent:

45161518, May 7, 1985
Filed:

May 28, 1982
Appl. No.:

6/383111
Inventors:

John P. Stahler - San Diego CA
Assignee:

Robot Research, Inc. - San Diego CA
International Classification:

H04N 940
US Classification:

358 14
Abstract:

A method and system for translating between three complementary color component slow scan video signals and a composite color slow scan video signal containing a frequency modulated (FM) luminance information signal within a first frequency range of the slow scan video signal frequency band and an FM chrominance information signal within a separate second frequency range of the slow scan video signal frequency band, wherein the chrominance information signal includes a first color difference signal derived by subtracting the luminance information signal from one of three complementary color slow scan video signals and a second color difference signal derived by subtracting the luminance information signal from another of three complementary color slow scan video signals. The three complementary color component slow scan video signals are translated into the composite color slow scan video signal for transmission. Upon reception, the composite signal is translated into the three complementary signals for provision to a three memory slow-to-fast scan converter.

Fractional-Cycle Time/Amplitude Modulation
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US Patent:

45648239, Jan 14, 1986
Filed:

Sep 24, 1984
Appl. No.:

6/653150
Inventors:

John P. Stahler - San Diego CA
Assignee:

Robot Research, Inc. - San Diego CA
International Classification:

H03C 500
H03D 500
US Classification:

332 17
Abstract:

A modulation system wherein a carrier signal is modulated by an input signal having a variable amplitude, either analog or digital. The amplitude of the input signal is sampled every predetermined fractional cycle of the modulated signal; and the carrier signal is modulated in response to the sampled amplitude of the input signal to provide a modulated signal of which each predetermined fractional cycle has an amplitude and a duration that are inversely proportional to each other and related to the sampled amplitude of the input signal. The modulated signal is demodulated by either or both of the techniques of zero-crossing detection and peak-amplitude detection. The system is self-clocking, without discontinuous phase or amplitude changes and without DC components being introduced. The system transmits its own signal-recovering clock information and thereby permits modulation at a rate in excess of the carrier signal frequency.

Monochrome-Compatible Color Slow Scan Television System
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US Patent:

46511954, Mar 17, 1987
Filed:

Apr 4, 1983
Appl. No.:

6/481752
Inventors:

John P. Stahler - San Diego CA
Assignee:

Robot Research, Inc. - San Diego CA
International Classification:

H04N 1118
US Classification:

358 14
Abstract:

A method and system for translating between three complementary color component slow scan video signals and a composite color slow scan video signal containing a luminance information signal within a visible line interval of each slow scan video signal line and a chrominance information signal within the non-visible portion of each slow scan video signal line. The chrominance information signal includes during the non-visible portions of alternate slow scan video signal lines, a first color difference signal derived by subtracting the luminance information signal from one of three complementary color slow scan video signals and a second color difference signal derived by subtracting the luminance information signal from another of three complementary color slow scan video signals. The three complementary color component slow scan video signals are translated into the composite color slow scan video signal for transmission. Upon reception, the composite signal is translated into the three complementary signals for provision to a three memory slow-to-fast scan converter.