John Edward Hicks

D505631, May 31, 2005

Oct 21, 2002

29/169498

John Charles Hicks - Waxahachie TX, US
Eddie Bouasry - Arlington TX, US

AVO Multi-Amp Corporation - Dallas TX

1004

D10 78

6946843, Sep 20, 2005

Oct 21, 2003

10/690333

Howard G. Fussell - Duncanville TX, US
John Charles Hicks - Waxahachie TX, US
Eddie Bouasry - Arlington TX, US

AVO Multi-Amp Corporation - Dallas TX

G01R031/327

324418

A testing device for connection to a relay is provided. The testing device comprises a binding post and a test paddle. The test paddle includes a body portion, a stud, a contact and a handle. The body portion has a stud opening, a contact opening associated with the stud opening and a barrier extending from a first end of the body. The contact extends through the contact opening and is electrically coupled to the stud. The handle is coupled to the body and configured for grasping by an individual's hand to promote insertion and removal of the test paddle from the relay. The binding post includes a cover configured for rotating the binding post, the cover having an inner chamber for receiving an insert of the binding post. The insert is configured to couple test equipment to the stud on the test paddle for testing relay switches.

20060003640, Jan 5, 2006

Sep 8, 2005

11/221476

Howard Fussell - Duncanville TX, US
John Hicks - Waxahachie TX, US
Eddie Bouasry - Arlington TX, US

H01R 9/22

439709000

A testing device for connection to a relay is provided. The testing device comprises a binding post and a test paddle. The test paddle includes a body portion, a stud, a contact and a handle. The body portion has a stud opening, a contact opening associated with the stud opening and a barrier extending from a first end of the body. The contact extends through the contact opening and is electrically coupled to the stud. The handle is coupled to the body and configured for grasping by an individual's hand to promote insertion and removal of the test paddle from the relay. The binding post includes a cover configured for rotating the binding post, the cover having an inner chamber for receiving an insert of the binding post. The insert is configured to couple test equipment to the stud on the test paddle for testing relay switches.

48232807, Apr 18, 1989

Mar 12, 1987

7/025216

Peter Mailandt - Dallas TX
John R. Hicks - Lone Oak TX

Decibel Products, Inc. - Dallas TX

G06K 1500
G01R 1900

364514

An electric power monitor system for radio communication (trunking and paging repeater base station) systems includes a plurality of input switches, power sensors, a power monitor having a display, keyboard, and microprocessor, a printer port, and communications port. The input switches facilitate alarm inputs, for example, unauthorized entry, flooding, fire, and temperature of the antenna site. The power sensors include bidirectional and unidirectional sensors connected to a communication system having tunable components for producing analog signals indicative of system component performance. The power monitor measures, determines, and reports locally and/or remotely the power output and standing wave ratio of transmitters and antennas, insertion loss of combiners and power to and SWR of antennas and alarms. Specific measurements and computations are: (1) transmitter input power forward to the combiner; (2) reflected transmitter power on the input side of the combiner; (3) reflected power from the antenna side of the combiner; (4) transmitter voltage standing wave ratio; (5) combiner insertion loss (IL) per channel; (6) time and date of most recent channel measurement; (7) antenna voltage standing wave ratio; and (8) combiner power to the antenna. The display shows either single measurements or dual measurements of any selected pair of the foregoing measurements.

47221062, Feb 2, 1988

Apr 16, 1986

6/852782

Mark J. Scegiel - Crown Point IN
John R. Hicks - Larwill IN

Stow-A-Crane Division - Valparaiso IN

A01K 5500

06 12R

A beehive lifting device (10) lifts beehives (106) by engaging handholds (124). As the beehive (106) is lifted by the lifting device (10), the relationship between the load lifting point (51) and the center of gravity (110) of the beehive (106) causes the beehive lifting device (10) to tilt backward, and causes the beehive (106) to tilt backward toward, or against the folding frame (12) of the beehive lifting device (10). The beehive lifting device (10) is foldable either into a flat package that is disposed parallel to a fourth plane (94) or into a compact bundle that is disposed substantially around an axis (98).

42610370, Apr 7, 1981

Apr 3, 1979

6/026804

John R. Hicks - Irving TX

Dupont Energy Management Corporation - Dallas TX

G06F 1520
G01R 1904

364464

Electronic circuitry monitors the electrical energy consumption of a system and displays the current cost of the energy usage. The projected monthly billing cost is calculated at the current rate of consumption, and an alarm signal is generated if the projected cost is higher than a budget amount. The current flow is sensed and digital pulses are fed to a microprocessor for counting and conversion to cost parameters. Clock pulses are also directed to the microprocessor for calculating the billing period and for displaying time parameters. A keyboard enables initializing and modifying the cost and time parameters in the microprocessor.

43995101, Aug 16, 1983

Apr 6, 1981

6/251048

John R. Hicks - Irving TX

Nuclear Systems, Inc. - Baton Rouge LA

G06F 1520
G01R 1904

364464

Electronic circuitry monitors the electrical energy consumption of a system and displays the current cost of the energy usage. The projected monthly billing cost is calculated at the current rate of consumption, and an alarm signal and control output are generated if the projected cost is higher than a budget amount. Energy consumption is sensed optically at the electric meter and a proportional number of high frequency pulses are added to the household electrical network. These pulses are remotely sensed at any point within the household electrical network and are fed to a microprocessor for counting and conversion to cost parameters. Clock pulses are also directed to the microprocessor for calculating the billing period and for displaying time parameters. A keyboard enables initializing and modifying the cost and time parameters in the microprocessor.

D4407636, Apr 24, 2001

Sep 21, 1999

D/111134

John Pat Hicks - Dallas TX

0301

D 3266