John B Shevlin, Age 94Payson, AZ

John Shevlin Phones & Addresses

Payson, AZ

Scottsdale, AZ

Sedona, AZ

Santa Ana, CA

Anaheim, CA

307 N Stagecoach Pass, Payson, AZ 85541

Mentions for John B Shevlin

Career records & work history

Lawyers & Attorneys

John Shevlin Photo 1

John Shevlin - Lawyer

Office:
Gilman, McLaughlin & Hanrahan, LLP
Specialties:
Real Estate Law, Business
ISLN:
903770932
Admitted:
1970
University:
Harvard College, B.A., 1967
Law School:
Boston College, J.D., 1970
John Shevlin Photo 2

John Shevlin - Lawyer

Specialties:
Estate Planning, Administrative Law, Probate Litigation, Business Law
ISLN:
903770925
Admitted:
1969
University:
Dartmouth College, B.A., 1965
Law School:
Stanford University, LL.B., 1968

John Shevlin resumes & CV records

Resumes

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John Shevlin

John Shevlin Photo 41

John Sprucetop Shevlin

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John Shevlin

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John Shevlin

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John Shevlin

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John Shevlin

John Shevlin Photo 46

Subsitute Teacher At Urbana District 116

Location:
United States
Industry:
Education Management

Publications & IP owners

Us Patents

Pushbutton Capacitive Transducer

US Patent:
3965399, Jun 22, 1976
Filed:
Mar 22, 1974
Appl. No.:
5/453841
Inventors:
Frank A. Walker - Santa Ana CA
John B. Shevlin - Santa Ana CA
International Classification:
H01G 501
US Classification:
317249R
Abstract:
An electro-mechanical transducer for use in keyboards and the like which incorporates a capacitance change utilization concept. The transducer includes a plunger assembly reciprocably disposed in a housing therefor, in operative disposition over capacitance forming areas on an insulated substrate. The plunger assembly includes a key button disposed on one end of a shaft, an intermediate flange on the shaft and a flange at the other end of the shaft. The intermediate flange is positioned adjacent a frusto-conical elastomeric return spring and also serves as a resilient stop for the shaft. A compressible foam or sponge-like material having a thin, flexible metalized dielectric material on its lower portion, is mounted on the lower surface of the other flange. Actuation of the shaft downwardly toward the substrate causes the dielectric material to bridge the capacitance forming areas related thereto to cause a change in capacitance and transfer of energy therebetween. The metalized dielectric material is highly flexible to allow it to readily conform to irregularities in the capacitance forming area.

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