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Gary E Nothhard

from Hilton, NY
Age ~64
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Also known as:
Gary A Nothhard, Gary E Nothard, Hilton Nothard, Gary D, Nothard Hilton
Phone and address:
391 E Manitou Rd, Hilton, NY 14468
(585) 392-6838
Related to:
Linda B Nothhard, 64Gregory A Nothhard, 66James S Thomas, 83W H RogersMichael W Nothhard, 32Caitlin M Nothhard, 34Muriel F Nothhard, 100Diane S Nothhard, 65William H RogersWilliam H Rogers, 81Chester W NothhardKarin M Rogers, 45
Connected to:
Eric E Nothman, 69Jeffrey D Nothnagle, 43Josephine R Nothnagel, 69Sarah Nothnagel, 36Victor T Nothnagel, 74Brittany L Nothof, 32Jens K Notholt, 45William R Nothomb, 101

Gary Nothhard Phones & Addresses

  • 391 E Manitou Rd, Hilton, NY 14468 (585) 392-6838
  • 149 Cadillac Ave, Rochester, NY 14606 (585) 426-9089 (716) 426-9089
  • Pittsford, NY

Work

Company: Eastman kodak Sep 1980 to Dec 2012 Position: Optical metrology technologist

Education

Degree: A.A.S School / High School: Monroe Community College 1978 to 1980 Specialities: Optical Engineering Technology

Skills

Optics • Metrology • Imaging Science • Sensors • Laser • Interferometry • Manufacturing • Testing • Product Development • Digital Imaging • Engineering • R&D • Design of Experiments • Thin Films • Image Processing

Industries

Motion Pictures And Film

Resumes

Resumes

Gary Nothhard Photo 1

Optical Metrology Technician

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Location:
Rochester, NY
Industry:
Motion Pictures And Film
Work:
Eastman Kodak Sep 1980 - Dec 2012
Optical Metrology Technologist
Eastman Kodak Jan 1999 - Jan 2006
Optical Metrology Technician
Eastman Kodak Jan 1993 - Jan 1999
Optical Metrology Technician
Eastman Kodak Jan 1991 - Jan 1993
Corporate Metrology Center
Eastman Kodak Jan 1987 - Jan 1991
Optical Metrology Technician
Education:
Monroe Community College 1978 - 1980
A.A.S, Optical Engineering Technology
Skills:
Optics
Metrology
Imaging Science
Sensors
Laser
Interferometry
Manufacturing
Testing
Product Development
Digital Imaging
Engineering
R&D
Design of Experiments
Thin Films
Image Processing

Publications

Us Patents

Uniform Speckle Reduced Laser Projection Using Spatial And Temporal Mixing

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US Patent:
7959297, Jun 14, 2011
Filed:
May 15, 2008
Appl. No.:
12/121185
Inventors:
Barry D. Silverstein - Rochester NY, US
Gary E. Nothhard - Hilton NY, US
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
G03B 21/00
US Classification:
353 31, 353 30, 353 32, 353 33, 353 34, 353 37, 353 38, 353 81, 353 94, 353 98, 353 99, 353119, 372 501, 372 50121, 372 5011, 372 5012, 372108, 372 34, 372 35, 372 36, 359629, 359634, 359636, 359637, 359638, 359639, 359640, 349 7, 349 8, 349 9
Abstract:
A digital image projector includes a light assembly configured to project light along a light path from at least one laser array light source, the projected light having an overlapping far field illumination in a far field illumination portion of the light path; a temporally varying optical phase shifting device configured to be in the light path; an optical integrator configured to be in the light path; a spatial light modulator located downstream of the temporally varying optical phase shifting device and the optical integrator in the light path, the spatial light modulator configured to be located in the far field illumination portion of the light path; and projection optics located downstream of the spatial light modulator in the light path, the projection optics configured to direct substantially speckle free light from the spatial light modulator toward a display surface.

Etendue Maintaining Polarization Switching System And Related Methods

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US Patent:
8016422, Sep 13, 2011
Filed:
Oct 28, 2008
Appl. No.:
12/259307
Inventors:
Barry D. Silverstein - Rochester NY, US
Joseph R. Bietry - Rochester NY, US
Robert Metzger - Fairport NY, US
Gary E. Nothhard - Hilton NY, US
Richard P. Corey - Rush NY, US
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
G03B 21/14
US Classification:
353 20
Abstract:
Etendue maintaining polarization switching occurs, according to various embodiments, with a mirror that quickly transitions between two positions. Light having uniform polarization is transmitted to the mirror. Light reflected off of the mirror in one of the two positions has its polarization changed, whereas light reflected off of the mirror in the other of the two positions has its polarization maintained. Thereafter, the polarization-changed light and the polarization-maintained light easily may be recombined in an entendue-maintaining manner. Because the recombined light includes two different polarization states, stereoscopic images may be generated.

Etendue Maintaining Polarization Switching System And Related Methods

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US Patent:
8136948, Mar 20, 2012
Filed:
May 18, 2011
Appl. No.:
13/110111
Inventors:
Barry D. Silverstein - Rochester NY, US
Joseph R. Bietry - Rochester NY, US
Robert Metzger - Fairport NY, US
Gary E. Nothhard - Hilton NY, US
Richard P. Corey - Rush NY, US
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
G03B 21/14
G02B 26/08
G02B 26/10
G02B 26/12
G02B 5/30
G02B 27/28
US Classification:
353 20, 3592251, 35948501
Abstract:
Etendue maintaining polarization switching occurs, according to various embodiments, with a mirror that quickly transitions between two positions. Light having uniform polarization is transmitted to the mirror. Light reflected off of the mirror in one of the two positions has its polarization changed, whereas light reflected off of the mirror in the other of the two positions has its polarization maintained. Thereafter, the polarization-changed light and the polarization-maintained light easily may be recombined in an entendue-maintaining manner. Because the recombined light includes two different polarization states, stereoscopic images may be generated.

Projection With Curved Speckle Reduction Element Surface

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US Patent:
8172403, May 8, 2012
Filed:
May 21, 2009
Appl. No.:
12/469727
Inventors:
Barry D. Silverstein - Rochester NY, US
Joseph R. Bietry - Rochester NY, US
Gary E. Nothhard - Hilton NY, US
Robert Metzger - Fairport NY, US
Andrew F. Kurtz - Macedon NY, US
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
G03B 21/00
G03B 21/14
US Classification:
353 38, 353 69, 353122
Abstract:
In a coherent light projection system including an image forming system, a relay system, a speckle reduction element, and a projection subsystem, the relay system can have a first f-number, and the projection subsystem can have a second f-number less than the first f-number. The relay system can have a first working distance, and the projection subsystem can have a second working distance less than the first working distance. The image forming system can project an initial image having a first size, and an intermediate image can have a second size greater than or equal to the first size. The speckle reduction element can have a curved surface through which the intermediate image is transferred. The speckle reduction element can include a lenslet arrangement formed on a surface thereof. The speckle reduction element can be moved in a direction parallel to an optical axis of the speckle reduction element.

Projection With Lenslet Arrangement On Speckle Reduction Element

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US Patent:
8172404, May 8, 2012
Filed:
May 21, 2009
Appl. No.:
12/469751
Inventors:
Barry D. Silverstein - Rochester NY, US
Gary E. Nothhard - Hilton NY, US
Joseph R. Bietry - Rochester NY, US
Robert Metzger - Fairport NY, US
Andrew F. Kurtz - Macedon NY, US
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
G03B 21/14
US Classification:
353 38, 353 31, 349 5
Abstract:
In a coherent light projection system including an image forming system, a relay system, a speckle reduction element, and a projection subsystem, the relay system can have a first f-number, and the projection subsystem can have a second f-number less than the first f-number. The relay system can have a first working distance, and the projection subsystem can have a second working distance less than the first working distance. The image forming system can project an initial image having a first size, and an intermediate image can have a second size greater than or equal to the first size. The speckle reduction element can have a curved surface through which the intermediate image is transferred. The speckle reduction element can include a lenslet arrangement formed on a surface thereof. The speckle reduction element can be moved in a direction parallel to an optical axis of the speckle reduction element.

Optical Interference Reducing Element For Laser Projection

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US Patent:
8235531, Aug 7, 2012
Filed:
Jun 22, 2009
Appl. No.:
12/488661
Inventors:
Barry D. Silverstein - Rochester NY, US
Gary E. Nothhard - Hilton NY, US
Joseph R. Bietry - Rochester NY, US
Robert Metzger - Fairport NY, US
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
G03B 21/00
G03B 21/26
US Classification:
353 33, 353 94
Abstract:
A laser projection system comprising a laser source system configured to emit coherent light, an optical integrating system configured to uniformize coherent light it receives, a randomizing optical element configured to spatially move over time in order to temporally randomize the phase, angle or spatial location of coherent light it receives, an image forming system configured to interact with laser light that has been both uniformized by the optical integrating system and randomized by the randomizing optical element, thereby forming a laser light image, and a projection system configured to project the laser light image onto a viewing screen.

Out-Of-Plane Motion Of Speckle Reduction Element

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US Patent:
8366281, Feb 5, 2013
Filed:
May 21, 2009
Appl. No.:
12/469766
Inventors:
Barry D. Silverstein - Rochester NY, US
Gary E. Nothhard - Hilton NY, US
Joseph R. Bietry - Rochester NY, US
Robert Metzger - Fairport NY, US
Andrew F. Kurtz - Macedon NY, US
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
G03B 21/14
US Classification:
353101, 359599
Abstract:
In a coherent light projection system including an image forming system, a relay system, a speckle reduction element, and a projection subsystem, the relay system can have a first f-number, and the projection subsystem can have a second f-number less than the first f-number. The relay system can have a first working distance, and the projection subsystem can have a second working distance less than the first working distance. The image forming system can project an initial image having a first size, and an intermediate image can have a second size greater than or equal to the first size. The speckle reduction element can have a curved surface through which the intermediate image is transferred. The speckle reduction element can include a lenslet arrangement formed on a surface thereof. The speckle reduction element can be moved in a direction parallel to an optical axis of the speckle reduction element.

Projection Display Using A Wire Grid Polarization Beamsplitter With Compensator

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US Patent:
20030227597, Dec 11, 2003
Filed:
Jun 5, 2002
Appl. No.:
10/163228
Inventors:
Barry Silverstein - Rochester NY, US
Gary Nothhard - Rochester NY, US
Andrew Kurtz - Rochester NY, US
Xiang-Dong Mi - Rochester NY, US
Assignee:
Eastman Kodak Company
International Classification:
G03B021/14
US Classification:
353/020000
Abstract:
A display apparatus () including a light source () for forming a beam of light (). A pre-polarizer () polarizes the beam of light () to provide a polarized beam of light. A wire grid polarization beamsplitter () receives the polarized beam of light and transmits the polarized beam of light which has a first polarization, and reflects the polarized beam of light which has a second polarization. A reflective spatial light modulator () selectively modulates the polarized beam of light that has a first polarization to encode image data thereon in order to form a modulated beam () and reflects the modulated beam back to the wire grid polarization beamsplitter (). A compensator () is located between the wire grid polarization beamsplitter () and the reflective spatial light modulator () for conditioning oblique and skew rays of the modulated beam (). The wire grid polarization beamsplitter () reflects the compensated modulated beam () and the wire gird polarization beamsplitter () is rotated in plane to optimize the contrast. A polarization analyzer () removes residual light of the opposite polarization state from the compensated modulated beam (). Image-forming optics () form an image from the compensated modulated beam ().
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Gary E Nothhard from Hilton, NY, age ~64 Get Report