James B Sharp

Address:

907 Country Clb Dr, Rockwall, TX 75032

Phone:

9727720878

VIN:

1G2ZG57B684215012

Make:

PONTIAC

Model:

G6

Year:

2008

Address:

11407 Tedford St, Austin, TX 78753

VIN:

1FTYR14D07PA07480

Make:

FORD

Model:

RANGER

Year:

2007

Address:

6117 Marigold Ter, Austin, TX 78741

VIN:

2HGFG128X7H561957

Make:

HONDA

Model:

CIVIC

Year:

2007

US Patent:

20020172757, Nov 21, 2002

Filed:

Mar 6, 2001

Appl. No.:

09/799962

Inventors:

Christine Vrtis - Carpentersville IL, US
James Sharp - Chicago IL, US

International Classification:

B05D003/02
B05D005/12
B05D001/18

US Classification:

427/100000, 427/430100, 427/376100, 427/376200, 505/470000, 118/688000

Abstract:

An automated system for dip coating a superconducting material on a substrate is disclosed. The system includes an actuator, a pick up station, a dip coating station that comprises a reservoir of a dip coating formulation, a drying station that includes a source of heated air and a conveyor for moving the actuator from the pick up station to the dip coating station and from the dip coating station to the drying station. The actuator includes an arm for carrying a substrate. The arm is capable of being moved vertically downward to submerse the substrate in the dip coating reservoir and the arm is also capable of being moved vertically upward to lift the substrate out of the dip coating reservoir. A method for automatically dip coating a substrate with a superconducting material is also disclosed. The method includes the steps of picking up a substrate at a pick up station, conveying the substrate to a dip coating station that includes a reservoir of a dip coating formulation, submersing the substrate in the reservoir of dip coating formulation to form a coating thereon, removing the substrate from the reservoir, conveying the substrate to a drying station that includes a source of heated air, drying the coating of the substrate in the drying station, conveying the substrate from the drying station to a heat processing station and heat processing the substrate.

US Patent:

20130284679, Oct 31, 2013

Filed:

Apr 25, 2012

Appl. No.:

13/456066

Inventors:

Stuart L. Bailin - Clarendon Hills IL, US
James Sharp - Chicago IL, US

Assignee:

WATER HARVESTING SOLUTIONS, INC. (WAHASO) - Hinsdale IL

International Classification:

B01D 29/00
B01D 37/00

US Classification:

210767, 2104161

Abstract:

A greywater treatment and reuse system includes a collector for collecting greywater, a distributor for distributing treated greywater for reuse, and a treatment and storage device for treating collected greywater and for storing treated greywater before the greywater is sent to the distributor for reuse. The treatment and storage device is fluidly connected to the collector by a delivery line and is fluidly connected to the distributor by a distribution line. The treatment and storage device includes a first filter that is fluidly connected to a second filter by a connection line and a chlorinator fluidly connected to the delivery line, the chlorinator injecting a first dose of chlorine into the delivery line.

US Patent:

51065940, Apr 21, 1992

Filed:

Sep 21, 1990

Appl. No.:

7/586442

Inventors:

Jeffery S. Held - Chicago IL
James W. Sharp - Arlington Heights IL

Assignee:

Stericycle, Inc. - Rolling Meadows IL

International Classification:

A61L 208

US Classification:

422292

Abstract:

An apparatus and method for processing medical waste are disclosed. Medical waste is disintegrated or shredded, disinfected with radio-frequency electromagnetic radiation and then transformed into useful material such as reclaimed plastic and refuse-derived fuel.

US Patent:

52514013, Oct 12, 1993

Filed:

Oct 2, 1991

Appl. No.:

7/770182

Inventors:

James G. Prete - Hinsdale IL
James Sharp - Cedar Lake IN

Assignee:

Ashland Products, Inc. - Chicago IL

International Classification:

E05D 1522

US Classification:

49181

Abstract:

A pivot corner adapted for operative engagement with a sash balance brake assembly of a pivotable sash window is disclosed. The pivot corner comprises a housing having an axial bore and a pivot pin. The pivot pin has a first portion disposed within the bore and a second portion extending outwardly therefrom and adapted for operative engagement with the brake assembly. The axial bore and the first pin portion are complementarily octagonal in cross-section. The first pin portion has a cross-section sufficiently smaller than the cross-section of the axial bore to permit non-destructive rotation of the pin relative to the housing upon application of a predetermined torque.

US Patent:

45138567, Apr 30, 1985

Filed:

Jan 17, 1984

Appl. No.:

6/571595

Inventors:

Thomas F. Lowrance - Garland TX
James B. Sharp - Edgewood TX

International Classification:

B25G 2500

US Classification:

198695

Abstract:

A transport device includes an elongated housing consisting of parallel spaced bars and end blocks. The housing is mounted for rotation on a pair of conveyor chains by support structure including longitudinally projecting shafts and bushings journaled on the shafts for coupling to the conveyor chain. Adjacent edges of the two housing bars define a support surface for the sticks to be transported. An elongated inner bar is confined between the housing bars for reciprocation, and has an activator rod at one end, extending axially into one of the support shafts and bearing against a cam rotatably mounted transversely at the distal end of that shaft. A spring urges an inner rod into engagement with the cam. The cam is configured to be engaged by support structures associated with the conveyor mechanism, to effect the shifting of the inner rod against the force of the spring. The housing bars have longitudinally spaced aligned pairs of headed pins projecting from the edges defining the support surfaces, each pair of pins defining with the support surface a locating channel for supporting a stick.

US Patent:

55080049, Apr 16, 1996

Filed:

Jan 6, 1994

Appl. No.:

8/177803

Inventors:

Jeffery S. Held - Chicago IL
James W. Sharp - Arlington Heights IL

Assignee:

Stericycle, Inc. - Deerfield IL

International Classification:

A61L 208
B02C 2308

US Classification:

422 22

Abstract:

An apparatus and method for processing medical waste are disclosed. Medical waste is disintegrated or shredded, disinfected with radio-frequency electromagnetic radiation and then transformed into useful material such as reclaimed plastic and refuse-derived fuel.

US Patent:

51733382, Dec 22, 1992

Filed:

Apr 4, 1991

Appl. No.:

7/680340

Inventors:

James B. Sharp - Duncanville TX
Roy Booth - Randolph TX
Max Havenhill - Irving TX

Assignee:

AK Technology, Inc. - Dallas TX

International Classification:

B05D 500
B05C 900
B05C 1302

US Classification:

427287

Abstract:

Lead frame workholder and transport apparatus for holding and transporting a strip of lead frames from one station to another, each lead frame having a pad and a locating pinhole, comprises a track having an input station at one end and an output station at the other end with an application station in between, a vacuum loader for loading a strip of lead frames onto the input station, a first transporter for contacting the lead frame strip in the input station by inserting a pin into the locating pinhole and moving the strip along the track to the application station, and a second transporter for moving the strip to the output station and into an exit carrier. A method of applying an epoxy layer to the pads of a strip of lead frames using the apparatus is disclosed.

US Patent:

55431119, Aug 6, 1996

Filed:

Aug 12, 1994

Appl. No.:

8/290002

Inventors:

Jack E. Bridges - Park Ridge IL
Guggilam C. Sresty - Burbank IL
Jeffrey S. Held - Chicago IL
James W. Sharp - Arlington Heights IL
Thomas J. Bajzek - Woodale IL

Assignee:

IIT Research Institute - Chicago IL

International Classification:

A61L 208

US Classification:

422 22

Abstract:

Infectious medical materials are rendered harmless by heating heterogeneous medical materials having wet and dry portions with a radio-frequency electric field. The medical materials may be comminuted prior to heating. The medical materials are exposed to the radio-frequency electric field in order to heat the medical materials. The medical materials may include sorted medical or veterinary waste which after heat treatment may be recycled.