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Kenneth V Hickman Deceased1780 Sunridge Dr, Ventura, CA 93003

Kenneth Hickman Phones & Addresses

1780 Sunridge Dr, Ventura, CA 93003   

967 Ann Arbor Ave, Ventura, CA 93004   

Santa Barbara, CA   

Simi Valley, CA   

Work

Company: Chuy's Aug 2010 Position: Bartender

Education

School / High School: Everest College- Reseda, CA 2007 Specialities: Diploma

Ranks

Licence: Virginia - Authorized to practice law Date: 2008

Mentions for Kenneth V Hickman

Career records & work history

Lawyers & Attorneys

Kenneth Hickman Photo 1

Kenneth Brooks Hickman - Lawyer

Licenses:
Virginia - Authorized to practice law 2008
Kenneth Hickman Photo 2

Kenneth Hickman - Lawyer

ISLN:
922465575
Admitted:
2010
Law School:
University of Memphis, J.D.

Kenneth Hickman resumes & CV records

Resumes

Kenneth Hickman Photo 40

Retired

Industry:
Leisure, Travel, & Tourism
Kenneth Hickman Photo 41

Kenneth Hickman

Skills:
Microsoft Excel
Kenneth Hickman Photo 42

Kenneth Hickman

Kenneth Hickman Photo 43

Kenneth Hickman

Kenneth Hickman Photo 44

Kenneth Hickman

Kenneth Hickman Photo 45

Kenneth Hickman - Saugus, CA

Work:
Chuy's Aug 2010 to 2000
Bartender
George A. Maranon D.D.S - Tarzana, CA Nov 2007 to Dec 2008
Surgical Technologist
White Memorial Hospital - Los Angeles, CA May 2007 to Aug 2007
Surgical Technologist
Sherman Oaks Hospital - Sherman Oaks, CA Feb 2007 to Mar 2007
Clinical Supply Technician
Education:
Everest College - Reseda, CA 2007
Diploma
Saugus High School - Saugus, CA 2004
Diploma in General Education

Publications & IP owners

Us Patents

Adaptive Keypad

US Patent:
5510783, Apr 23, 1996
Filed:
Jul 13, 1992
Appl. No.:
7/912544
Inventors:
Stewart M. Findlater - Santa Barbara CA
Kenneth T. Hickman - Santa Barbara CA
Assignee:
Interlink Electronics, Inc. - Carpinteria CA
International Classification:
H03K 1796
US Classification:
341 34
Abstract:
An adaptive keypad which has one or more keys includes, for each key, a pressure transducer positioned below a semi-rigid faceplate where the pressure transducer has a resistance which decreases as the pressure compressing the transducer increases. The transducer is connected in series with a capacitor to define an RC circuit for each key. Each RC circuit has a charge time proportional to the pressure applied to the key. A time capture circuit initially and thereafter intermittently, obtains the charge time for each RC circuit for each key and computes a conductance value from that time. The initial conductance value is stored in a memory. A comparing circuit intermittently compares the initial conductance value with each subsequent conductance value generated for a key. If the comparison value generated is greater than a predefined amount, a signal is generated indicating that a key has been depressed. If the comparison value is greater than a predefined amount over a selected period of time indicating a key is permanently depressed, the initial conductance stored in the memory for that key will be modified to a new value against which subsequent comparisons will be made to determine if a key is depressed.

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