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Rudolph P Guzik

from Frankfort, IL
Deceased
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Also known as:
Ruldolph P Guzik
Phone and address:
240 Center Rd, Frankfort, IL 60423
(815) 469-5444
Related to:
Angela D Kendrick, 52Kenneth Lee Brewington, 64
Connected to:
Adam F Guzik, 73Allison S Guzik, 30Andrea K Guzik, 40Anthony D Guzik, 36Carmella M Guzik, 70Carolina Guzik, 46Eileen M Guzik, 61Florence A Guzik, 98Jillian D Guzik, 37Joann Guzik, 63

Rudolph Guzik Phones & Addresses

  • 240 Center Rd, Frankfort, IL 60423 (815) 469-5444
  • Chicago, IL
  • Manchester, CT
  • 240 Center Rd, Frankfort, IL 60423

Work

Company: Chicago spie/osc optical group 1974 to 2004 Position: Executive director

Education

Degree: Master of Science, Masters School / High School: Northeastern Illinois University 1975 Specialities: Applied Physics

Skills

Imaging Systems • Illumination • Optics • Optical Design • Engineering • Manufacturing • Product Development • Holography • Materials • Testing • Components • Production • Electronics • Analysis • Start Ups • Strategic Planning • Research • Product Design • Problem Solving • Fabrication • Machining • Optical Engineering • Patents • Physics • Imaging Science

Interests

Engineering Physics • Optical Engineering • Technical Assessments • Industrial Product Development

Industries

Research

Resumes

Resumes

Rudolph Guzik Photo 1

President

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Location:
Chicago, IL
Industry:
Research
Work:
Chicago Spie/Osc Optical Group 1974 - 2004
Executive Director
Imaging Technology Consultants 1974 - 2004
President
Education:
Northeastern Illinois University 1975
Master of Science, Masters, Applied Physics Illinois Institute of Technology 1970
Bachelors, Bachelor of Science, Mathematics, Physics
Skills:
Imaging Systems
Illumination
Optics
Optical Design
Engineering
Manufacturing
Product Development
Holography
Materials
Testing
Components
Production
Electronics
Analysis
Start Ups
Strategic Planning
Research
Product Design
Problem Solving
Fabrication
Machining
Optical Engineering
Patents
Physics
Imaging Science
Interests:
Engineering Physics
Optical Engineering
Technical Assessments
Industrial Product Development

Publications

Us Patents

Status Indicator Light

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US Patent:
20010026449, Oct 4, 2001
Filed:
Feb 6, 2001
Appl. No.:
09/777399
Inventors:
Ronald Wiggerman - McHenry IL, US
Rudolph Guzik - Frankfort IL, US
Allan Boleslawski - Bear DE, US
International Classification:
F21V001/00
US Classification:
362/276000, 362/477000
Abstract:
Disclosed is a boat light having a status indicator. The status indicator activates when the boat light is illuminated, and the status indicator may be viewed by the operator of the boat under any lighting conditions. The boat light comprises a housing, a lens, an illumination source emitting light through the lens; and a status indicator that emits light when the illumination source emits light.

Remote Activation System For Marine Appliances

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US Patent:
20010050619, Dec 13, 2001
Filed:
Feb 6, 2001
Appl. No.:
09/777804
Inventors:
Ronald Wiggerman - McHenry IL, US
Rudolph Guzik - Frankfort IL, US
Allan Boleslawski - Bear DE, US
International Classification:
G08B001/08
US Classification:
340/825720, 340/825690, 340/539000
Abstract:
A system for remote activation of multiple marine electronic appliances, whereby all the appliances within the system may be activated and deactivated at once, or whereby different appliances within the system may be remotely activated and deactivated. The system includes a receiver connected to the circuit for an appliance and a transmitter set to transmit signals, which are received by the receiver and activate or deactivate the connected appliance. The appliances include boat lights, dock lights, pier lights and the like.

Apparatus For And Methods Of Making Bimodal Electrophotographic Copies

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US Patent:
43894780, Jun 21, 1983
Filed:
Jun 22, 1981
Appl. No.:
6/275882
Inventors:
Rudolph Guzik - Chicago IL
Assignee:
Bell & Howell Company - Chicago IL
International Classification:
G03G 1309
G03G 1322
US Classification:
430 97
Abstract:
A bimodal electrophotographic apparatus and process which incorporates capabilities for making both positive and reversal copies. One surface of a layer of a zinc oxide coated paper, or the like, is given an initial electrostatic charge. The charged surface is then exposed to an image having light and dark areas for causing surface charge to dissipate, in varying degree depending on the amount of light striking the charged paper, in the exposure areas. A charged toner is applied to the zinc-oxide-coated paper by a magnetic brush. In the reversal mode, the brush has a bias potential. The brush is formed by an aggregation of magnetic toner particles clinging to the outside of a cylindrical sleeve while magnets inside the sleeve rotate. The toner collects on the paper to form an image depending upon where the charge is dissipated. A paper supporting shoe having an electrically insulated structure is located beneath the coated paper, with the insulation in the area where it passes adjacent the magnetic brush so that no current can pass through the toner after it is deposited onto the coated paper.

Apparatus For And Methods Of Making Bimodal Electrophotographic Copies

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US Patent:
44962320, Jan 29, 1985
Filed:
Jun 8, 1981
Appl. No.:
6/271154
Inventors:
Rudolph Guzik - Chicago IL
Assignee:
Bell & Howell - Chicago IL
International Classification:
G03G 1500
G01D 1506
US Classification:
355 3CH
Abstract:
A bimodal electrophotographic apparatus and process which incorporates capabilities for making both positive and reversal copies. One surface of a layer of a zinc oxide coated paper, or the like, is given an initial electrostatic charge. The charged surface is then exposed to an image having light and dark areas for causing surface charge to dissipate, in varying degree depending on the amount of light striking the charged paper, in the exposure areas. A charged toner is applied to the zinc-oxide-coated paper by a magnetic brush. In the reversal mode, the brush has a bias potential. The brush is formed by an aggregation of magnetic toner particles clinging to the outside of a cylindrical sleeve while magnets inside the sleeve rotate. The toner collects on the paper to form an image depending upon where the charge is dissipated. A paper supporting shoe having an electrically insulated structure is located beneath the coated paper, with the insulation in the area where it passes adjacent the magnetic brush so that no current can pass through the toner after it is deposited onto the coated paper.

Isbn (Books And Publications)

Applications of Optical Engineering: Proceedings of OE/Midwest '90 27-28 September 1990, Rosemont, Illinois

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Author

Rudolph P. Guzik

ISBN #

0819404772

Optical Engineering Midwest '95: 18-19 May 1995, Chicago, Illinois

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Author

Rudolph P. Guzik

ISBN #

0819419869

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Rudolph P Guzik from Frankfort, ILDeceased Get Report