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Thomas H Grover

from Minneapolis, MN
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Also known as:
Thomas Grover, Tom Grover
Related to:
Shelli Grover, 65Michael J Callero, 54Christiane Callero, 54Courtney Coleman, 48Danielle Tencate, 74
Connected to:
A Grover, 50Aarti R Grover, 47Abha Grover, 39Alisha Grover, 45Alison E Grover, 46Amy A Grover, 48Anita Grover, 48Becky L Grover, 43Beeta Grover, 74Callie A Grover, 41

Thomas Grover Phones & Addresses

  • Minneapolis, MN
  • 5574 Chatsworth St N, Shoreview, MN 55126 (651) 490-0217
  • 1483 3010 S, Salt Lake City, UT 84106 (801) 487-0413
  • Salt Lake Cty, UT
  • Blaine, MN
  • Anoka, MN
  • Finlayson, MN
  • Mankato, MN

Resumes

Resumes

Thomas Grover Photo 1

Technical Supervisor

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Location:
Saint Paul, MN
Industry:
Electrical/Electronic Manufacturing
Work:
Det-Tronics (Detector Electronics Corporation)
Technical Supervisor
Thomas Grover Photo 2

Electronic Technician Radioman

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Work:
Us Navy
Electronic Technician Radioman
Thomas Grover Photo 3

Thomas Grover

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Thomas Grover Photo 4

Electronic Technician Radioman

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Work:

Electronic Technician Radioman
Thomas Grover Photo 5

Thomas Grover

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Thomas Grover Photo 6

Thomas Grover

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Thomas Grover Photo 7

Thomas Grover

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Thomas Grover Photo 8

Thomas Grover

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Publications

Us Patents

Noninvasive, Continuous Intraocular Pressure Monitor

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US Patent:
40893294, May 16, 1978
Filed:
Mar 18, 1976
Appl. No.:
5/668020
Inventors:
Lucien Alfred Couvillon - Salt Lake City UT
Thomas Reaks Grover - San Francisco CA
Charles Dewitt Baker - Salt Lake City UT
William Sanford Topham - Chagrin Falls OH
Assignee:
University of Utah Research Institute - Salt Lake City UT
International Classification:
A61B 316
US Classification:
128 2T
Abstract:
A noninvasive, continuous monitoring device for measuring intraocular pressure without interference with vision or normal activity of the patient. A miniature, planar-faced pressure transducer is fixed in a protruding section of a compliant hydrogel ring which has been tooled to conform to the spherical surface of the sclera. The hydrogel ring is placed noninvasively under the eyelids within the conjunctival cul-de-sac, the transducer being located in the lower temperal quadrant. Applanation of the sclera against the planar surface of the transducer results as a consequence of pressure from the separated tissues. Intraocular pressure readings are based on the variations in resistance in the strain gage elements of the transducer caused by the applied stress to the transducer diaphragm. Data is transmitted through connecting wires to a telemetry unit which transmits the data to a receiver-transcriber console. The total system permits free, uninhibited movement by the patient during the monitoring process and provides a record of intraocular pressure as a function of time-of-day.
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Thomas H Grover from Minneapolis, MN Get Report