John Darryl Begnaud, Age 7317440 Frio Dr, Beaumont, TX 77713

6386988, May 14, 2002

Jun 20, 2000

09/597063

Randy Shearer - Missouri City TX
John Begnaud - Kingwood TX
Ira Kisver - The Woodland TX

SBK Innovations, L.P. - Missouri City TX

A63B 2100

473220, 473257, 473267, 473274, 473278

A golf swing training and exercise system for improving the golf swing of a golfer. The system includes a mat with an optically reflective surface, an elongated golf device having three sections and two lasers. Each laser attaches to one end of the golf device and projects a laser beam onto a mat.

2002012, Sep 5, 2002

May 1, 2002

10/136215

Randy Shearer - Missouri City TX, US
John Begnaud - Kingwood TX, US
Ira Kisver - The Woodland TX, US

A63B069/36

473/219000

A golf swing training and exercise system for improving the golf swing of a golfer. The system includes a mat with an optically reflective surface, an elongated golf device having three sections and two lasers. Each laser attaches to one end of the golf device and projects a laser beam onto a mat.

4212070, Jul 8, 1980

Jun 5, 1978

5/912908

Avilino Sequeira - Port Arthur TX
John D. Begnaud - Port Arthur TX
Frank L. Barger - Port Arthur TX

Texaco Inc. - White Plains NY

G06G 758
C10G 2100

364500

A furfural refining unit treats heavy sweet charge oil with a furfural solvent in a refining tower to yield raffinate and extract mix. The furfural is recovered from the raffinate and from the extract mix and returned to the refining tower. A system controlling the refining unit includes a gravity analyzer, a flash point temperature analyzer, a sulfur analyzer and viscosity analyzers; all analyzing the heavy sweet charge oil and providing corresponding signals, sensors sense the flow rates of the charge oil and the solvent flowing into the refining tower and the temperature of the extract mix and provide corresponding signals. One of the flow rates of the heavy sweet charge oil and the furfural flow rates is controlled in accordance with the signals from all the analyzers and all the sensors, while the other flow rate of the heavy sweet charge oil and the furfural flow rates is constant.

4375403, Mar 1, 1983

Jan 18, 1982

6/340436

Charles W. Harrison - Houston TX
Herbert J. Pitman - Nederland TX
Avilino Sequeira - Port Arthur TX
John D. Begnaud - Kingwood TX

Texaco Inc. - White Plains NY

C10G 2100
C10G 2102

208 33

A process for dewaxing a petroleum oil stock with a liquid solvent employing direct heat exchange cooling of solvent-oil mixture with an immiscible liquid chilling medium.

4162197, Jul 24, 1979

Jun 5, 1978

5/912909

Avilino Sequeira - Port Arthur TX
John D. Begnaud - Port Arthur TX
Frank L. Barger - Port Arthur TX

Texaco Inc. - New York NY

C10G 2100
C06G 758

196 1452

A system controls a furfural refining unit in which the furfural refining unit includes an extractor receiving furfural and charge oil, one of which is at a predetermined flow rate while the other flow rate is to be controlled and providing raffinate and extract mix. The control system includes sensors sensing the flow rate, the gravity, the viscosity, the flash point temperature, the refractive index and the sulfur content of the charge oil. Other sensors sense the flow rate of the furfural and the temperature of the extract mix. The signals from the sensors are provided to control apparatus which controls the other flow rate of the charge oil and the furfural flow rates in accordance with the signals from the sensors.

4161427, Jul 17, 1979

Jun 5, 1978

5/912913

Avilino Sequeira - Port Arthur TX
John D. Begnaud - Port Arthur TX
Frank L. Barger - Port Arthur TX

Texaco Inc. - New York NY

C10G 2100
C06G 758

196 1452

A furfural refining unit treates medium sweet charge oil with a furfural solvent in a refining tower to yield raffinate and extract mix. The furfural is recovered from the raffinate and from the extract mix and returned to the refining tower. A system controlling the refining unit includes a gravity analyzer, a refractometer and viscosity analyzer, all analyzing the medium sweet charge oil and providing corresponding signals, sensors sense the flow rates of the charge oil and the furfural flowing into the refining tower and the temperature of the extract mix and provide corresponding signals. One of the flow rates of the medium sweet charge oil and the furfural flow rates is controlled in accordance with the signals from all the analyzers and all the sensors, while the other flow rate of the medium sweet charge oil and the furfural flow rates is constant.

4164450, Aug 14, 1979

Jun 5, 1978

5/912911

Avilino Sequeira - Port Arthur TX
John D. Begnaud - Port Arthur TX
Frank L. Barger - Port Arthur TX

Texaco Inc. - White Plains NY

C10G 2100
G06G 758

196 1452

A furfural refining unit treats light sour charge oil with a furfural solvent in a refining tower to yield raffinate and extract mix. The furfural is recovered from the raffinate and from the extract mix and returned to the refining tower. A system controlling the refining unit includes a gravity analyzer, a flash point temperature analyzer and viscosity analyzers; all analyzing the light sour charge oil and providing corresponding signals, sensors sense the flow rates of the charge oil and the furfural flowing into the refining tower and the temperature of the extract mix and provide corresponding signals. One of the flow rates of its light sour charge oil and the furfural flow rates is controlled in accordance with the signals from all the analyzers and all the sensors, while the other flow rate of the light sour charge oil and the furfural flow rates is constant.

4172014, Oct 23, 1979

Jun 5, 1978

5/912912

Avilino Sequeira - Port Arthur TX
John D. Begnaud - Port Arthur TX
Frank L. Barger - Port Arthur TX

Texaco Inc. - White Plains NY

C10G 2100
C06G 758

196 1452

A solvent refining unit treats medium sour charge oil with a furfural solvent in a refining tower to yield raffinate and extract mix. The furfural is recovered from the raffinate and from the extract mix and returned to the refining tower. A system controlling the refining unit includes a gravity analyzer, a flash point temperature analyzer, a sulfur analyzer, a refractometer and viscosity analyzers; all analyzing the medium sour charge oil and providing corresponding signals, sensors sense the flow rates of the charge oil and the furfural flowing into the refining tower and the temperature of the extract mix and provide corresponding signals. One of the flow rates of the medium sour charge oil and the furfural flow rates is controlled in accordance with the signals from all the analyzers, the refractometer and all the sensors, while the other flow rate of the medium sour charge oil and the furfural flow rates is constant.