Richard D Hatch
Land Surveyors in Sandy, UT

License number
Utah 167724-9925
Issued Date
Jan 1, 1911
Expiration Date
Dec 31, 1999
Category
Engineer/Land Surveyor
Type
Engineer in Training - Obsolete
Address
Address
Sandy, UT
LicenseFiles verified this license of Nov 19, 2016 at the Utah Division of Occupational and Professional Licensing.

Personal information

See more information about Richard D Hatch at radaris.com
Name
Address
Phone
Richard Hatch, age 61
4747 S 1300 E, Salt Lake City, UT 84117
(801) 277-8513
Richard Hatch, age 70
480 E 200 N, Centerville, UT 84014
(801) 671-0271
Richard Hatch
30 E 2120 N, Provo, UT 84604
(505) 863-6680
Richard Hatch
2913 W 1060 N, Provo, UT 84601
Richard Hatch
PO Box 970, Monticello, UT 84535

Professional information

See more information about Richard D Hatch at trustoria.com
Richard Hatch Photo 1
System And Method For Aligning And Attaching Optical Fibers To Optical Waveguides, And Products Obtained Thereby

System And Method For Aligning And Attaching Optical Fibers To Optical Waveguides, And Products Obtained Thereby

US Patent:
5926594, Jul 20, 1999
Filed:
Jun 7, 1995
Appl. No.:
8/473127
Inventors:
Ike J. Song - Montebello CA
Richard D. Hatch - Sandy UT
Youngmin A. Choi - Agoura Hills CA
Clifton T. Council - Woodland Hills CA
Thomas G. Council - Camarillo CA
Daryl K. Sakaida - Northridge CA
Henry C. Abbink - Westlake Village CA
John A. Healey - Van Nuys CA
Ricardo J. Rosete - Oxnard CA
Assignee:
Litton Systems, Inc. - Woodland Hills CA
International Classification:
G02B 630
US Classification:
385 49
Abstract:
An input optical fiber (22), an output optical fiber (24, 26) and a waveguide (14) in an integrated optic chip (IOC) (12) intermediate the fibers are coupled together using service and alignment robots (42; 48, 50, 52). The service robot (42) establishes the three dimensional position of the waveguide. The alignment robots (48, 50, 52) three dimensionally and angularly align the input and output fibers respectively to the input and output legs (16; 18, 20) of the waveguide. An adhesive applying tool (46) coupled with the service robot adheres the input and output fibers respectively to their waveguide input and output legs. Included are specifics for an optical fiber clamp (110) capable of maintaining the orientation of a fiber while it is moved to another location, a vacuum holder (210) for holding and rotating an optical fiber for polarization purposes, goniometer mapping and positioning of an optical fiber with respect to the pivotal axis of the goniometer (324), initial light launching of an optical fiber to a waveguide using the fiber (422) in its cladding mode, planar and angular position alignment of optical fibers to optical waveguides, an alignment procedure for establishing a gap between waveguides, and attaching optical waveguides together.

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