Robert O Weisz from 4419 Fairlawn Pass, Fort Wayne, IN 46815, Phone: 2604833451

Resumes

Robert Weisz

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Robert Weisz

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Robert Weisz

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Robert Weisz

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Robert Weisz

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Skills:

Nursing

Robert Weisz

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Contemporary Graphics

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Position:

Sales at Contemporary Graphics, Sales at Contemporary Graphics

Location:

Merchantville, New Jersey

Industry:

Printing

Work:

Contemporary Graphics - Pennsauken New Jersey since Oct 2012
Sales
Contemporary Graphics since Oct 2012
Sales
Bank of America 2000 - 2009
Sales
Oak Lane Printing 1993 - 2005
Sales
Century Graphics 1978 - 1993
sales

Education:

Cheltenham High School 1969 - 1972

Robert Weisz

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Location:

United States

Us Patents

Rf Suppressing Magnet Wire
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US Patent:

45032840, Mar 5, 1985
Filed:

Nov 9, 1983
Appl. No.:

6/550279
Inventors:

Michael G. Minnick - Fort Wayne IN
Robert O. Weisz - Fort Wayne IN
Assignee:

Essex Group, Inc. - Fort Wayne IN
International Classification:

H01B 1106
US Classification:

174 36
Abstract:

RF absorbing magnet wire is disclosed made up of an electrical conductor such as copper or aluminum coated with at least one layer of polymeric insulation containing electrically and/or magnetically conductive particles. The wire may be made up of a plurality of insulating layers with the particles in the outermost layer. Such magnet wire will aid in eliminating RF interference where certain RF sensitive components, i. e. microprocessors, radios, etc. may be affected.

Dynamoelectric Machine Coil
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US Patent:

40203751, Apr 26, 1977
Filed:

Jun 15, 1973
Appl. No.:

5/370201
Inventors:

Robert O. Weisz - Fort Wayne IN
Assignee:

Essex International, Inc. - Fort Wayne IN
International Classification:

H02K 304
US Classification:

310208
Abstract:

The conductor wire in a dynamoelectric machine armature and the like is insulated by a single ply longitudinal wrapping of insulating material stretchable at least 12% in a longitudinal direction and at least 8% in a transverse direction without rupturing. The edges of the longitudinal wrapping are overlapped and adhesively bonded together.