WILLIAM MICHAEL JOHNSON, OTR
Occupational Therapy at Race Track Rd, Tampa, FL

6793120, Sep 21, 2004

Jan 17, 2003

10/346637

William A. Johnson - Hudsonville MI

Donnelly Corporation - Holland MI

B23K 3102

2281221, 228200, 228254

An electrical connector is soldered or affixed to a conductive element of a glass sheet of a vehicular window via radiation heating of a layer of solder with an infrared radiative heating device. The heating device may include an infrared lamp and a reflector, which functions to direct the radiant energy from the lamp to a target region generally corresponding with the location of the solder layer between the electrical connector and the conductive element. The heating device is operable to rapidly and substantially heat the solder layer to a desired temperature to melt the solder layer, while substantially limiting directing of heat to the glass sheet. The electrical connector may be affixed at a vehicular or modular window assembly plant, such that the glass sheet may be transported from a glass manufacturing plant to the vehicular or modular window assembly plant without the electrical connector.

2002011, Aug 22, 2002

Apr 26, 2002

10/133194

William Johnson - Hudsonville MI, US

Donnelly Corporation - Holland MI

B05C001/06

118/264000, 118/256000, 118/679000

An automated priming system and method for applying a liquid, such as a primer or treatment liquid, to a substrate provides a surface variation sensitive applicator assembly which applies a constant pressure to the substrate during the liquid application process and, therefore, provides a process which achieves a more uniform application path and coating thickness. The automated system includes a robot and at least one applicator assembly. The applicator assembly includes a base and an applicator tip mounted to the base. The applicator tip is adapted to receive a supply of liquid. The robot holds the base of the applicator and positions the applicator tip on the substrate for applying a liquid onto the substrate. One of the applicator and the robot is adapted to apply a constant pressure to the substrate during the application process. The method provides supporting a substrate, holding a applicator assembly, positioning the applicator assembly on the substrate, directing a liquid on to the substrate through the applicator assembly, and storing the applicator assembly between applications in fixed location. Optionally, in primer applications, the applicator is stored in an environment which prevents premature hardening of the primer in the applicator assembly. For example, the applicator assembly may be preferably stored in docking station, which optionally includes a reservoir for holding a primer solution solvent and a vapor port in communication with the reservoir. The applicator is stored in the vapor port such that the solvent vapors prevent premature hardening of the primer solution in the applicator.

6228168, May 8, 2001

Jul 31, 1998

9/127415

William A. Johnson - Hudsonville MI

Donnelly Corporation - Holland MI

B05C 102

118264

An automated priming system and method for applying a liquid, such as a primer or treatment liquid, to a substrate provides a surface variation sensitive applicator assembly which applies a constant pressure to the substrate during the liquid application process and, therefore, provides a process which achieves a more uniform application path and coating thickness. The automated system includes a robot and at least one applicator assembly. The applicator assembly includes a base and an applicator tip mounted to the base. The applicator tip is adapted to receive a supply of liquid. The robot holds the base of the applicator and positions the applicator tip on the substrate for applying a liquid onto the substrate. One of the applicator and the robot is adapted to apply a constant pressure to the substrate during the application process. The method provides supporting a substrate, holding a applicator assembly, positioning the applicator assembly on the substrate, directing a liquid on to the substrate through the applicator assembly, and storing the applicator assembly between applications in fixed location.

6244903, Jun 12, 2001

Aug 7, 2000

9/633478

William A. Johnson - Tampa FL
James O. Melton - Tampa FL
James Muia - Tampa FL
Fred Rhyne - Lutz FL

Group Technologies - Tampa FL

H01R 2500

439638

A ruggedized PCMCIA card (PC card) connection adapter device includes a rigid housing having a PC card interface assembly and a external component interface assembly. Each interface assembly extends through an associated exterior surface of the housing, and the assemblies are linked to allow transfer of input/output signals therebetween. The PC card interface assembly includes a linking member sized and shaped to fittingly engage the PC card socket of a host computer. A gasket member disposed on the linking member provides a seal between the PC card socket and the linking member when the connection adapter is in place. The rigid housing is permanently affixed to the host computer.

6099355, Aug 8, 2000

Jun 9, 1999

9/329099

William A. Johnson - Tampa FL
James O. Melton - Tampa FL
James Muia - Tampa FL
Fred Rhyne - Lutz FL

Group Technologies, Inc. - Tampa FL

H01R 2500

439638

A ruggedized PCMCIA card (PC card) connection adapter device includes a rigid housing having a PC card interface assembly and a external component interface assembly. Each interface assembly extends through an associated exterior surface of the housing, and the assemblies are linked to allow transfer of input/output signals therebetween. The PC card interface assembly includes a linking member sized and shaped to fittingly engage the PC card socket of a host computer. A gasket member disposed on the linking member provides a seal between the PC card socket and the linking member when the connection adapter is in place. The connection adapter also includes a locking means by which the device may be selectively secured to a host computer.

2003003, Feb 13, 2003

Aug 8, 2001

09/925091

William Johnson - Tampa FL, US
James Melton - Tampa FL, US
James Muia - Tampa FL, US
Fred Rhyne - Lutz FL, US

H01R025/00

439/638000

A ruggedized PCMCIA card (PC card) connection adapter device includes a rigid housing having a PC card interface assembly and a external component interface assembly. Each interface assembly extends through an associated exterior surface of the housing, and the assemblies are linked to allow transfer of input/output signals therebetween. The PC card interface assembly includes a linking member sized and shaped to fittingly engage the PC card socket of a host computer. A gasket member disposed on the linking member provides a seal between the PC card socket and the linking member when the connection adapter is in place. The rigid housing is permanently affixed to the host computer.