Arye G Green

from San Jose, CA

Age ~78

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Arye Green Phones & Addresses

486 Barron Park Ct, San Jose, CA 95136 (408) 226-7894

Work

Company: Home. Mar 2012 Position: Retired application engineer

Education

Degree: High school graduate or higher

Skills

Testing • Semiconductors • Design of Experiments • Intel • Semiconductor Industry • Cross Functional Team Leadership • Engineering • Wafer • Training • Electronics • Engineering Management • Manufacturing • Ic • Spc • Metrology • Embedded Systems • Design For Manufacturing • Product Development • Failure Analysis • Product Management • Product Marketing • Dft • Solidworks

Emails

a***n@earthlink.net

Industries

Semiconductors

Resumes

Arye Green

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Location:

San Jose, CA

Industry:

Semiconductors

Work:

Home. since Mar 2012
Retired application engineer
Wentworth Labs Sep 2009 - Mar 2012
Sr Application engineer
Arye Green Oct 2008 - Apr 2010
Independent Semiconductors Professional
Electroglas Mar 1974 - Oct 2008
Sr Application Engineer

Skills:

Testing
Semiconductors
Design of Experiments
Intel
Semiconductor Industry
Cross Functional Team Leadership
Engineering
Wafer
Training
Electronics
Engineering Management
Manufacturing
Ic
Spc
Metrology
Embedded Systems
Design For Manufacturing
Product Development
Failure Analysis
Product Management
Product Marketing
Dft
Solidworks

Publications

Us Patents

Optical Character Recognition Illumination Method And System

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US Patent:

55154522, May 7, 1996

Filed:

Dec 31, 1992

Appl. No.:

7/999294

Inventors:

John A. Penkethman - Gilroy CA
Robert A. Harrison - Morgan Hill CA
Xiaoming Wang - San Jose CA
Ning S. Chang - Sunnyvale CA
Arye Green - San Jose CA

Assignee:

Electroglas, Inc. - Santa Clara CA

International Classification:

G06K 900

US Classification:

382141

Abstract:

An improved illumination method and apparatus for optical character recognition. A first light source is positioned such that light emitted from it strikes the surface at an angle of incidence. A detector is placed at the angle of reflection, such that specularly reflected light strikes the detector, providing bright field illumination. Additional light sources positioned at angles different from the first light source are disclosed to provide for high and low angle dark field illumination. Novel light guides which allow for a compact and economic system design are also disclosed. The disclosed system utilizes light sources and filters which greatly reduce the effect of environmental lighting on the optical character recognition process. A novel method to select the optimum light source and intensity is also disclosed.