JOHN M RICHARDSON
Electrician at Meadowcrest Dr, Garland, TX

6498322, Dec 24, 2002

Mar 15, 2000

09/526164

John Albert Richardson - Garland TX
Darrell Ray Grintz - Leonard TX
Steve Ray Bishop - Princeton TX
Arthur Child Walker - Garland TX

Alcatel Network Systems, Inc. - Richardson TX

G01N 2500

219400, 374 57

A portable heating tent ( ) and method are disclosed for testing telecommunications equipment ( ). The portable heating tent ( includes a tent assembly ( ) that provides a housing sized to contain telecommunications equipment ( ) for testing. The housing has an inlet to receive return air and has an outlet to provide supply air. The portable heating tent ( ) also includes a heater/blower assembly ( ) that has an inlet ( ) coupled to the outlet of the housing and an outlet coupled to the inlet of the housing. The heater/blower assembly ( ) processes the supply air and provides the return air such that a temperature within the housing is established at a desired set point for heat testing the telecommunications equipment ( ).

6313442, Nov 6, 2001

Oct 10, 2000

9/685221

John Albert Richardson - Garland TX
Darrell Ray Grintz - Leonard TX
Steve Ray Bishop - Princeton TX
Arthur Child Walker - Garland TX

Alcatel Network Systems, Inc. - Richardson TX

G01N 2500

219400

A portable heating tent (10) and method are disclosed for testing telecommunications equipment (16). The portable heating tent (100 includes a tent assembly (12) that provides a housing sized to contain telecommunications equipment (16) for testing. The housing has an inlet to receive return air and has an outlet to provide supply air. The portable heating tent (10) also includes a heater/blower assembly (14) that has an inlet (20) coupled to the outlet of the housing and an outlet coupled to the inlet of the housing. The heater/blower assembly (14) processes the supply air and provides the return air such that a temperature within the housing is established at a desired set point for heat testing the telecommunications equipment (16).

6097001, Aug 1, 2000

Jun 30, 1997

8/885247

John Albert Richardson - Garland TX
Darrell Ray Grintz - Leonard TX
Steve Ray Bishop - Princeton TX
Arthur Child Walker - Garland TX

Alcatel

G01N 2500, F27B 516, F27D 704

219400

A portable heating tent (10) and method are disclosed for testing telecommunications equipment (16). The portable heating tent (100 includes a tent assembly (12) that provides a housing sized to contain telecommunications equipment (16) for testing. The housing has an inlet to receive return air and has an outlet to provide supply air. The portable heating tent (10) also includes a heater/blower assembly (14) that has an inlet (20) coupled to the outlet of the housing and an outlet coupled to the inlet of the housing. The heater/blower assembly (14) processes the supply air and provides the return air such that a temperature within the housing is established at a desired set point for heat testing the telecommunications equipment (16).

4000393, Dec 28, 1976

Aug 29, 1974

5/501919

Michael J. Cochran - Richardson TX
Larry D. Propst - Rowlett TX
Richard D. Harris - Richardson TX
Robert E. Belland - Richardson TX
John W. Richardson - Garland TX
Stephen P. Hamilton - Garland TX

Texas Instruments Incorporated - Dallas TX

H05B 100

219216

A method of assembling, positioning, and making connections to a thermal printhead is disclosed. A substrate is provided upon which heating elements or mesas are mounted. Leads from these heating elements are continued on the same side of the substrate as the one on which the elements are located. The leads are brought to terminal pads where connections may be made to the logic circuit which selectively energizes the heating elements to form numerals or characters on heat sensitive paper. A flat flexible cable with conductor ends exposed is held in place so that the exposed conductor ends make contact with the terminal pads of one or more of such substrates. The substrates and cable are clamped together by two metal plates. This entire assembly is mounted on a spring-loaded pivot arrangement so as to hold the heating elements against the heat sensitive paper on an advancing platen. Connections may be made between the cable conductors and the printing logic to allow the heating elements to be energized.