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James T Christoff, 83323 Winding Creek Dr, Morganton, NC 28655

Known as:
James Thomas Christoff James I Christoff Thomas J Christoff James T Christof James Christo
Related to:
Suzanne M Christoff

James Christoff Phones & Addresses

323 Winding Creek Dr, Morganton, NC 28655    828-8917530   

25 Pocono Dr, Horse Shoe, NC 28742    828-8917530   

Waynesville, NC   

128 Underhill Rd, Hendersonville, NC 28792    828-6928567   

802 8Th Street Cir, Lynn Haven, FL 32444    850-2655053   

802 8Th St, Lynn Haven, FL 32444    850-2655053   

Mobile, AL   

Panama City, FL   

Henderson, NC   

Social networks

James T Christoff

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Work

Company: Eastern ship building group llc - Panama City, FL May 2013 Position: Ship fitter equipment operator

Education

School / High School: Wayne County Schools Career Center- Smithville, OH 1995 Specialities: Culinary Arts

Skills

Government
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James Christoff resumes & CV records

Resumes

James Christoff Photo 18

James Christoff

Skills:
Government
James Christoff Photo 19

James Christoff - Sullivan, OH

Work:
Eastern Ship Building Group LLC - Panama City, FL May 2013 to Feb 2014
Ship Fitter Equipment Operator West Coast Metal Roofing & Construction - Milton, FL Oct 2007 to May 2013
Foreman / Equipment Operator / Instaler
Education:
Wayne County Schools Career Center - Smithville, OH 1995 to 1997
Culinary Arts

Publications & IP owners

Us Patents

Double Phase-Lock-Loop Sonar

US Patent:
4954999, Sep 4, 1990
Filed:
Aug 28, 1975
Appl. No.:
5/609453
Inventors:
Willis A. Teel - Panama City FL
James T. Christoff - Panama City FL
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
G01S 1500
US Classification:
367 97
Abstract:
A doppler compensated sonar systems is disclosed as containing one or more ata processing channels connected through a multiplexer to a like plurality of piezoelectric elements in a reversible electro-acoustical transducer. Each channel thereof includes a transmitter and a receiver, the latter of which includes signal perfecting circuitry and a pair of effectively series connected phase lock loops constituting reverberation and target doppler tracking filters, respectively. Hence, each of said channels effectively process received target signals without any adverse doppler effects being present therein which are then, in turn, read out by any suitable video display. When mounted on a fast moving vehicle, the subject doppler compensated sonar system optimizes the avoidance of hazardous or other objects that may occur in the path thereof.

Multiple Frequency Synthetic Aperture Sonar

US Patent:
4953143, Aug 28, 1990
Filed:
Jan 12, 1981
Appl. No.:
6/237352
Inventors:
Francis J. Higgins - Panama City FL
Chester D. Loggins - Panama City FL
James T. Christoff - Panama City FL
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
G01S 1500
US Classification:
367 88
Abstract:
A dual frequency, synthetic aperture, sonar system includes a transmitter r projecting insonifying pings alternatively at first and second frequencies and a linear receiving array carried by a vehicle so as to receive returns from said pings. The first and second frequency returns are separated and subjected to processing in parallel channels where they are resolved into in-phase and quadrature components for subsequent phase-error correction, coherent addition, and synthetic aperture beamforming.

High Data Rate Continuous Wave Towed Sonar

US Patent:
4961174, Oct 2, 1990
Filed:
May 9, 1977
Appl. No.:
5/795671
Inventors:
Willis A. Teel - Panama City FL
James T. Christoff - Lynn Haven FL
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
G01S 1508
US Classification:
367 97
Abstract:
A continuous wave, doppler sonar has an underwater towed portion including projector disposed vertically displaced from a multi-element receiving array. Received CW signals are processed for spillover elimination and subjected to phase lock loop tracking filters for reverberation and target doppler prior to target signal detection, thresholding, multiplexing and transmission to the towing portion. The target signals are distributed as to azimuth, recirculated in a memory, and reiteratively displayed in PPl format, with periodic updating.

Possible Relatives

David G Christoff  Dara Christoff  Derrick Christoff  Erin M Christoff  George Christoff  Harry G Christoff  Helen R Christoff  James V Johnson  James C Stamps  James E Stanage 

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