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Marcus Gering Phones & Addresses

  • Fleming Island, FL
  • Fort Wayne, IN
  • Littleton, CO
  • Greenwood Village, CO
  • Mesa, AZ
  • Madison, AL
  • Chandler, AZ
  • Tempe, AZ
  • Fountain Hills, AZ
  • Lone Tree, CO

Publications

Us Patents

Optical Pedestal And Method For Using The Same

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US Patent:
57483892, May 5, 1998
Filed:
Sep 30, 1996
Appl. No.:
8/723819
Inventors:
Marcus J. Gering - Mesa AZ
Gordon O. Berg - Tempe AZ
David C. Lehnen - Tempe AZ
Joseph W. Frisbie - Mesa AZ
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
G02B 702
US Classification:
359811
Abstract:
An optical housing (30) includes an optical pedestal (10), a light-blocking mask (31), and a translucent light diffuser (32). The optical housing (30) is used to inspect a work piece (51) placed on a top surface (21) of the optical pedestal (10). Diffusive light is transmitted from the translucent light diffuser (32) into the optical pedestal (10) via a portion of an optically polished bottom surface (11) that is uncovered by the light-blocking mask (31). In the optical pedestal (10), light is reflected by an optically polished inclined surface (23) and refracted by another optically polished inclined surface (25). When light is transmitted away from the optical pedestal (10) after being refracted, it is a collinear light beam and substantially parallel to the top surface (21) of the optical pedestal (10).

Method And Apparatus For Generating A Stereoscopic Image

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US Patent:
59176555, Jun 29, 1999
Filed:
Apr 6, 1998
Appl. No.:
9/055208
Inventors:
David Charles Lehnen - Tempe AZ
Marcus J. Gering - Madison AL
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
G02B 2710
US Classification:
359625
Abstract:
To generate a stereoscopic image of an object (41), two light beams (151, 161) unparallel to each other are used to back light a portion (43) of the object (41). The two light beams (151, 161) are deflected to form two deflected light beams (153, 163) substantially parallel to each other. The deflected light beams (153, 163) form a stereoscopic image of the portion (43) of the object (41). A camera (46) records the stereoscopic image of the object (41). The signal from the camera (46) is processed by a vision computer (48) to reconstruct the stereoscopic image and determine whether the object (41) meets design specifications.
Marcus James Gering from Fleming Island, FL, age ~67 Get Report