Gary W Greene

Author:

Gary A. Greene

ISBN #:

0810828421

Author:

Gary J. Greene

ISBN #:

0932090176

Author:

Gary Greene

ISBN #:

0136745997

Author:

Gary Greene

ISBN #:

0891346538

Author:

Gary Greene

ISBN #:

0891347259

Author:

Gary Greene

ISBN #:

0891348115

Author:

Gary Greene

ISBN #:

0891349987

Author:

Gary Greene

ISBN #:

0891348840

US Patent:

20100095977, Apr 22, 2010

Filed:

Oct 16, 2009

Appl. No.:

12/580521

Inventors:

Paul Schmitz - Huntersville NC, US
Gary Greene - Matthews NC, US

International Classification:

A45D 8/12
A61F 9/00
A42B 1/24

US Classification:

132275, 2 15, 220914

Abstract:

A hair band assembly includes a lower band element and an upper band element defining a cavity there between. A pair of eyeglasses, including a frame element enclosing lenses therein, is connected to the hair band assembly via a connector that allows the eyeglasses to pivot between two positions an extended position on the individual's face, and a refracted position within the cavity of the hair band. The frame element on the eyeglasses includes a tab that projects outwardly from the side of the eyeglasses. The tab fits into a recess defined within the upper band element to allow easy retrieval. The frame element also includes a protrusion that mates with a recess on the lower side of the upper band element, such that the recess forms a protrusion snap lock for holding the eyeglasses in place within the cavity. The hair band assembly encompasses a reversible decorative element that is removable from the hair band. The decorative element includes patterned fabric on either side and is attachable to the hair band by a pocket tab. The pocket tab is adjustable for flipping inside out to display one side of fabric or the other on the same hair band.

US Patent:

61751049, Jan 16, 2001

Filed:

Sep 4, 1998

Appl. No.:

9/148080

Inventors:

Gary Roger Greene - Waxhaw NC
Lois B. Jassie - Bethesda MD
Edward Earl King - Charlotte NC
Michael J. Collins - Charlotte NC

Assignee:

CEM Corporation - Matthews NC

International Classification:

H05B 664

US Classification:

219679

Abstract:

A microwave heating system is disclosed for enhancing physical and chemical processes. The system includes a microwave source, an antenna having a cable, a receiver for receiving microwaves generated by the source, with the receiver being connected to a first end of the cable, and a transmitter for transmitting microwaves generated by the source, and with the transmitter being connected to an opposite end of the cable. The system also includes a reaction vessel with the transmitter inside the reaction vessel; and a microwave shield surrounding the transmitter for preventing microwaves emitted from the transmitter from extending substantially beyond the reaction vessel.

US Patent:

62883798, Sep 11, 2001

Filed:

Jun 30, 1999

Appl. No.:

9/343349

Inventors:

Gary Roger Greene - Waxhaw NC
David Allan Barclay - Charlotte NC

Assignee:

CEM Corporation - Matthews NC

International Classification:

H05B 668

US Classification:

219702

Abstract:

A method of microwave assisted chemistry is disclosed in which power can be supplied more continuously at preferred power levels to more precisely control or moderate a chemical reaction. The method comprises measuring the duty cycle required to maintain a measured selected parameter of a sample at a predetermined set point while the sample is being exposed to microwave radiation at a first predetermined power level; and moderating the duty cycle and the applied microwave power to increase the on time of the duty cycle while applying power at a second predetermined power level that is sufficient to maintain the sample at the set point using the moderated duty cycle. A corresponding device for microwave assisted chemistry is also disclosed and comprises a cavity for receiving a sample, a waveguide connected to the cavity, a source of microwave radiation connected to the waveguide, and a switching power supply for driving the source of microwave radiation.

US Patent:

62947729, Sep 25, 2001

Filed:

May 31, 2000

Appl. No.:

9/584305

Inventors:

Gary Roger Greene - Waxhaw NC
Lois B. Jassie - Bethesda MD
Edward Earl King - Charlotte NC
Michael J. Collins - Charlotte NC

Assignee:

CEM Corporation - Matthews NC

International Classification:

H05B 680

US Classification:

219679

Abstract:

A microwave heating system is disclosed for enhancing physical and chemical processes. The system includes a microwave source, an antenna having a cable, a receiver for receiving microwaves generated by the source, with the receiver being connected to a first end of the cable, and a transmitter for transmitting microwaves generated by the source, and with the transmitter being connected to an opposite end of the cable. The system also includes a reaction vessel with the transmitter inside the reaction vessel; and a microwave shield surrounding the transmitter for preventing microwaves emitted from the transmitter from extending substantially beyond the reaction vessel.

US Patent:

60842261, Jul 4, 2000

Filed:

Apr 21, 1998

Appl. No.:

9/063545

Inventors:

Gary Roger Greene - Waxhaw NC
David Allan Barclay - Charlotte NC

Assignee:

CEM Corporation - Matthews NC

International Classification:

H05B 668

US Classification:

219718

Abstract:

A method of microwave assisted chemistry is disclosed in which power can be supplied more continuously at preferred power levels to more precisely control or moderate a chemical reaction. The method comprises measuring the duty cycle required to maintain a measured selected parameter of a sample at a predetermined set point while the sample is being exposed to microwave radiation at a first predetermined power level; and moderating the duty cycle and the applied microwave power to increase the on time of the duty cycle while applying power at a second predetermined power level that is sufficient to maintain the sample at the set point using the moderated duty cycle. A corresponding device for microwave assisted chemistry is also disclosed and comprises a cavity for receiving a sample, a waveguide connected to the cavity, a source of microwave radiation connected to the waveguide, and a switching power supply for driving the source of microwave radiation.