Jimmy L Ray

age ~50

from Ludowici, GA

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Also known as:

Jimmy Louis Ray
Jimmy Lee Ray
Jimmy C Ray
Jimmy J Ray
Jim Ray
Jimmy Rayjr
Hilary Ray

Connected to:

Jimmy Ray Phones & Addresses

Ludowici, GA
Denison, TX
2809 W 67Th St, Tulsa, OK 74132
2505 E 6Th St #5, Tulsa, OK 74104 • 9189029852
2511 E 6Th St #25, Tulsa, OK 74104
1321 61St St, Tulsa, OK 74136 • 9187495698
1321 E 61St St #8 H, Tulsa, OK 74136
Columbus, OH
Owasso, OK
Whiteman Air Force Base, MO
Sheppard AFB, TX
485 W 67Th St, Tulsa, OK 74132 • 9184453537

Us Patents

Automated Testing For Cellular Telephone System Including Emergency Positioning
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US Patent:

6424837, Jul 23, 2002
Filed:

Apr 19, 1999
Appl. No.:

09/294278
Inventors:

Christopher J. Hall - Satellite Beach FL 32937
Clay S. Turner - Roswell GA 30075
Jimmy C. Ray - Denison TX 75020
International Classification:

H04Q 720
US Classification:

455456, 455404, 455 671, 455423, 455560, 455439
Abstract:

A method for automatically testing cellular telephone equipment includes a method for determining a geographic location of a mobile unit. The system includes monitoring sites located, e. g. , at high elevations, so that each monitoring site electronically covers a geographical area including several cellular telephone base stations. Locations of mobile cellular stations, especially of such stations placing emergency 911 calls, are determined by comparing signal time-of-reception and other observable signal parameters at a combination of three cell sites and/or monitoring sites. Testing functions include transmitting gradually increasing power levels on a frequency assigned to a particular base station to determine the power level required to acquire service from that base station. Periodic repetitions are monitored over time to indicate any changes or degradation in performance. A scanner scans a designated group of control-channel frequencies, selecting active channels for measurement of transmission parameters and detection of anomalous transmission characteristics on any particular channel.

Optical-Frequency Communications System For Aircraft
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US Patent:

6577419, Jun 10, 2003
Filed:

Dec 18, 1998
Appl. No.:

09/215986
Inventors:

Christopher J. Hall - Satellite Beach FL 32937
Clay S. Turner - Roswell GA 30075
Jimmy C. Ray - Denison TX 75020
International Classification:

H04B 1000
US Classification:

359145, 359152
Abstract:

A communications system for aircraft includes an on-board network using optical frequencies for communications within the aircraft; the network includes personal communications devices and/or other devices such as personal computers communicating via optical ports at infrared or other optical frequencies. Capability of such devices to emit radio-frequency radiation is automatically blocked on sensing the infrared system. The various optical ports are connected to each other and to a controller which includes an interface between the on-board infrared portion of the system and radio-frequency transceivers; the transceivers connect to RF antennas for communication with stations outside the aircraft.

Automated Testing For Cellular Telephone System Including Emergency Positioning
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US Patent:

6714779, Mar 30, 2004
Filed:

May 20, 2002
Appl. No.:

10/151521
Inventors:

Christopher J. Hall - Satellite Beach FL 32937
Clay S. Turner - Roswell GA 30075
Jimmy C. Ray - Denison TX 75020
International Classification:

H04Q 720
US Classification:

455423, 455424, 455 6711, 455 6714, 4552661, 4552262, 4554042, 4554562
Abstract:

A method for automatically testing cellular telephone equipment includes a method for determining a geographic location of a mobile unit. The system includes monitoring sites located, e. g. , at high elevations, so that each monitoring site electronically covers a geographical area including several cellular telephone base stations. Locations of mobile cellular stations, especially of such stations placing emergency 911 calls, are determined by comparing signal time-of-reception and other observable signal parameters at a combination of three cell sites and/or monitoring sites. Testing functions include transmitting gradually increasing power levels on a frequency assigned to a particular base station to determine the power level required to acquire service from that base station. Periodic repetitions are monitored over time to indicate any changes or degradation in performance. A scanner scans a designated group of control-channel frequencies, selecting active channels for measurement of transmission parameters and detection of anomalous transmission characteristics on any particular channel.

Method And Apparatus For Geolocating A Wireless Communications Device
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US Patent:

6891500, May 10, 2005
Filed:

Nov 12, 2002
Appl. No.:

10/292917
Inventors:

Christopher J. Hall - Satellite Beach FL, US
Clay S. Turner - Roswell GA, US
Jimmy C. Ray - Denison TX, US
International Classification:

G01S003/02
US Classification:

342465, 342463, 342387
Abstract:

The time difference of arrival for a signal received at two or more receiving sites as transmitted from a wireless communications device, is determined by a frequency domain technique. The constituent frequencies of the signals received at the two or more receiving sites are determined, including the phase, or a value representative of the phase, of each frequency component. The phase values for the same frequency are subtracted to yield a phase difference values as a function of frequency. The slope of the function represents the time difference of arrival for the wireless communications device signal as received at the two receiving sites. To determine the mobile location based on the determined time difference of arrival values, a seed or initial location is first assumed for the wireless communications device and the distance difference of arrival (the time difference of arrival multiplied by the speed of light) is calculated. The calculated time difference of arrival is then used to adjust the distance difference of arrival by continuously iterating the position of the wireless communications device until the calculated distance of arrival and the calculated time difference of arrival (as multiplied by the speed of light) are within a predetermined margin.

Method And Apparatus For Geolocating A Wireless Communications Device
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US Patent:

7057556, Jun 6, 2006
Filed:

Apr 18, 2005
Appl. No.:

11/108216
Inventors:

Christopher J. Hall - Satellite Beach FL, US
Clay S. Turner - Roswell GA, US
Jimmy C. Ray - Denison TX, US
International Classification:

G01S 3/02
H04Q 7/20
US Classification:

342387, 342451, 342465, 4554565
Abstract:

The time difference of arrival for a signal received at two or more receiving sites as transmitted from a wireless communications device, is determined by a frequency domain technique. The constituent frequencies of the signals received at the two or more receiving sites are determined, including the phase, or a value representative of the phase, of each frequency component. The phase values for the same frequency are subtracted to yield a phase difference values as a function of frequency. The slope of the function represents the time difference of arrival for the wireless communications device signal as received at the two receiving sites. To determine the mobile location based on the determined time difference of arrival values, a seed or initial location is first assumed for the wireless communications device and the distance difference of arrival (the time difference of arrival multiplied by the speed of light) is calculated. The calculated time difference of arrival is then used to adjust the distance difference of arrival by continuously iterating the position of the wireless communications device until the calculated distance of arrival and the calculated time difference of arrival (as multiplied by the speed of light) are within a predetermined margin.

Method And Apparatus For Geolocating A Wireless Communications Device
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US Patent:

7256737, Aug 14, 2007
Filed:

Apr 19, 2006
Appl. No.:

11/407314
Inventors:

Christopher J. Hall - Satellite Beach FL, US
Clay S. Turner - Roswell GA, US
Jimmy C. Ray - Denison TX, US
International Classification:

G01S 1/24
G01S 3/02
US Classification:

342387, 342463, 342465
Abstract:

The time difference of arrival for a signal received at two or more receiving sites as transmitted from a wireless communications device, is determined by a frequency domain technique. The constituent frequencies of the signals received at the two or more receiving sites are determined, including the phase, or a value representative of the phase, of each frequency component. The phase values for the same frequency are subtracted to yield a phase difference values as a function of frequency. The slope of the function represents the time difference of arrival for the wireless communications device signal as received at the two receiving sites. To determine the mobile location based on the determined time difference of arrival values, a seed or initial location is first assumed for the wireless communications device and the distance difference of arrival (the time difference of arrival multiplied by the speed of light) is calculated. The calculated time difference of arrival is then used to adjust the distance difference of arrival by continuously iterating the position of the wireless communications device until the calculated distance of arrival and the calculated time difference of arrival (as multiplied by the speed of light) are within a predetermined margin.

Mobile Communications
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US Patent:

59603437, Sep 28, 1999
Filed:

Aug 23, 1996
Appl. No.:

8/701837
Inventors:

Jimmy C. Ray - Denison TX
Dan McKenna - Boulder CO
Assignee:

Aircell, Inc. - Louisville CO
International Classification:

H04Q 722
US Classification:

455431
Abstract:

A slotted wave-guide antenna is attached low on a cellular phone tower. Horizontally polarize radiation in a toroidal pattern from the wave-guide antenna is used to communicate with aircraft. The wave-guide antenna radiation pattern is about 6. degree. thick. An antenna on top of the tower transmits vertically polarized radiation to communicate with automobiles and pedestrians.

Cellular Weather Information System For Aircraft
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US Patent:

57573220, May 26, 1998
Filed:

Apr 3, 1995
Appl. No.:

8/415724
Inventors:

Jimmy C. Ray - Denison TX
Robert L. George - Plano TX
Assignee:

AirCell, Inc. - Louisville CO
International Classification:

G01S 302
G01S 1300
US Classification:

342460
Abstract:

Electromagnetic radiation from lightning is detected at a ground station which is part of a cellular network of stations; a computer determines a position of a thunderstorm associated with the lightning, then compiles and stores the storm location data. A user aircraft transmits, via cellular telephone equipment or direct radio link, a request for information together with a user identification number. After validation of the user number weather data is transmitted to the aircraft where a microcomputer processes the weather data to correct for the aircraft's position and heading, then displays storm locations relative to the aircraft. The display may incorporate radar data and satellite photographs of cloud formations. In-flight weather notices are transmitted in addition to the storm location data.

Wikipedia

Jimmy Ray

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Jimmy Ray (born 3 October 1970, Walthamstow, London, England) is an English pop-rock musician. In press interviews and promotional materials he cited his ...

Are You Jimmy Ray?

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"Are You Jimmy Ray?" is a single co-written and performed by British pop singer Jimmy Ray from his 1998 self-titled debut album. The single entered the ...

Amazon

Behind Our Sunday Smiles

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FROM THE BACK OF THE BOOKAn appalling dilemma faces our society today. Life-controlling problems have rendered many lives ineffective and without meaning. The material in this book will help those interested in offering sufferers understanding, love, and proper guidance. Churches, pastors, and conce...

Author
Jimmy Ray Lee

Binding
Paperback

Pages
178

Publisher
Baker Pub Group (J)

ISBN #
0801056675

EAN Code
9780801056673

ISBN #
7

Living Free Participant's Guide

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Author
Dan Strickland Jimmy Ray Lee

Binding
Paperback

Pages
114

Publisher
LIVING FREE

ISBN #
1581191014

EAN Code
9781581191011

ISBN #
2

Committed Couples: God's Plan for Marriage and the Family

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Provocative questions promote honesty and mutual understanding as couples work through these 13 chapters together. Each session includes a devotion and discussion of such sensitive topics as communication, finances and dealing with conflict. Innovative terms like "care-fronting" and "little foxes" m...

Author
Jimmy Ray Lee

Binding
Paperback

Pages
165

Publisher
Baker Pub Group

ISBN #
0801056934

EAN Code
9780801056932

ISBN #
8

FIRST MISTAKE (A Jimmy Ray Hawkens Mystery Book 1)

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LOST : Dead Senator's Wife. CASH REWARD.Austin lawyer Jimmy Ray Hawkens must find his sister, the not-so-grieving widow of murdered U.S. Senator Quint Anderson before Quint's vengeful patriarch father pins the deed on her.Three players hide the truth from Jimmy Ray; Quint's father, a man who wants t...

Author
C.L. Phillips

Binding
Kindle Edition

Pages
287

Publisher
Amyst Books

ISBN #
5

Living Free: A Christ-Centered Twelve-Step Program

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Baker Book House, a personal guide through the twelve steps. Proven techniques for recovery. Leader's guide for small group use.

Author
Jimmy Ray Lee

Binding
Paperback

Pages
171

Publisher
Baker Pub Group

ISBN #
0801056802

EAN Code
9780801056802

ISBN #
1

Name / Title

Company / Classification

Phones & Addresses

Jimmy Ray
Religious Leader

Beams of Light Family Church
Religious Organizations

1704 S Harvard Ave, Tulsa, OK 74112
Website: beamsoflight.org

Jimmy C. Ray
Director

A & J Investments, LLC
Investor · Investors, Nec

3355 Juanita Dr, Denison, TX 75020

Jimmy C. Ray
President, Director

J. C. Ray, Inc
Business Consulting Services · Metal Restoration

3355 Juanita Dr, Denison, TX 75020
9034657101

Jimmy Ray
Incorporator

CANAAN BAPTIST CHURCH, INC

Jimmy Ray
Pastor, Religious Leader

Beams of Light Family Church
Religious Organization · Churches

1704 S Harvard Ave, Tulsa, OK 74112
9187429884, 9187423349

Jimmy L. Ray
Principal

Jimmy Ray
Business Services at Non-Commercial Site · Nonclassifiable Establishments

1148 S Delaware Pl, Tulsa, OK 74104

Jimmy Ray
Incorporator

DIXIE TOOL, INCORPORATED

Jimmy E Ray

GARRETT CONTRACTING INCORPORATED

Facebook

Jimmy Ray

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Jimmy Ray Winchester

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Jimmy Ray Cooper

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Jimmy Ray Lg

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Jimmy Ray Rogers

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Jimmy Ray Franks

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Jimmy Ray Stewart

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Jimmy Ray Martin

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News

'Bright Star': Theater Review

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Martin never quite manages to justify Jimmy Ray's compliant weakness in all this, even later when the monstrous truth emerges. That makes him an oddly spineless romantic lead. And it doesn't make a heck of a lot of sense that Alice decides to ratchet up her investigative efforts precisely when she d
Date: Mar 24, 2016
Category: Entertainment
Source: Google

Steve Martin and Edie Brickell's 'Bright Star' shimmers on Broadway

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Other standouts range from Jeff Blumenkrantz, winningly sardonic as a frustrated writer, to Paul Alexander Nolan asJimmy Ray Dobbs, Alice's first love. The goodhearted son of a scheming mayor, Jimmy Ray is as central to the plot as Alice or Billy,and Nolan gives him a robust but tender presence an
Date: Mar 24, 2016
Category: Entertainment
Source: Google

Bright Star: EW stage review

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Their meeting sparks something in Alice that leads her to reexamine her past, when she was a poor and outspoken girl from another rural town in love with Jimmy Ray Dobbs (Paul Alexander Nolan), a young man from a prominent family and also the son of the local mayor. When Alice becomes pregnant, Jimm
Date: Mar 24, 2016
Category: Entertainment
Source: Google