Scott B Preston

age ~70

from Ashland, OR

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Also known as:

Scott Brian Preston
Scott E Preston
Brian Scott Preston

Phone and address:: 755 Indiana St, Ashland, OR 97520
(719)3329423

Connected to:

Scott Preston Phones & Addresses

755 Indiana St, Ashland, OR 97520 • (719)3329423
Mexico Beach, FL
Key West, FL
Colorado Springs, CO
Sandy, UT
Glendora, CA
Kearns, UT

Work

Company:

Abundant living enterprises llc
Address:

2129 Walnut Grove Ln, Medford, OR 97502
Phones:

(541)6657033
Position:

Owner
Industries:

Miscellaneous General Merchandise Stores

Ranks

Licence:

Utah - Active
Date:

2006

Medicine Doctors

Scott E. Preston

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Specialties:

Physical Medicine & Rehabilitation

Work:

Physical Medicine & Rehabilitation
701 E Hampden Ave STE 518, Englewood, CO 80113
(303)7884106 (phone), (303)7884259 (fax)

Languages:

English

Description:

Dr. Preston works in Englewood, CO and specializes in Physical Medicine & Rehabilitation. Dr. Preston is affiliated with Swedish Medical Center.

Lawyers & Attorneys

Scott Duane Preston, Provo UT - Lawyer

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Address:

3301 North University Ave, Provo, UT 84604
(801)4268200 (Office)

Licenses:

Utah - Active 2006
Oregon - Inactive 2002

Specialties:

Real Estate - 25%, 22 years
Intellectual Property - 25%, 22 years
Contracts / Agreements - 20%, 22 years
Bankruptcy / Debt - 20%
Employment / Labor - 10%, 22 years

Scott D. Preston, Provo UT - Lawyer

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Office:

3301 North University Avenue, Provo, UT

ISLN:

917129313

Admitted:

2002

University:

Brigham Young University - Provo, UT, B.S.

Law School:

Northwestern School of Law, J.D.

Scott Preston - Lawyer

Us Patents

High Energy Explosive Containing Cast Particles
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US Patent:

6702909, Mar 9, 2004
Filed:

Apr 29, 2002
Appl. No.:

10/133579
Inventors:

Richard H. Hales - West Jordan UT
Scott B. Preston - Colorado Springs CO
Jared R. Hansen - Framington MA
Assignee:

Dyno Nobel Inc. - Salt Lake City UT
International Classification:

C06B 2902
US Classification:

149 2, 149 46, 149 77
Abstract:

The present invention relates to a water-based explosive having detonation properties similar to dynamite. It comprises an emulsion explosive formed by blending an emulsion phase with cast particles. The emulsion phase comprises a continuous organic liquid fuel phase, a discontinuous inorganic oxidizer solution phase and an emulsifier. The cast particles comprise a mixture of sodium perchlorate, water and diethylene glycol. The cast particles can be added to the emulsion phase before the particles are completely cured and thus before they reach final sensitivty.

Emulsion Phase Having Improved Stability
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US Patent:

6808573, Oct 26, 2004
Filed:

Sep 23, 2002
Appl. No.:

10/252171
Inventors:

Richard H. Hales - West Jordan UT
Don H. Cranney - South Jordan UT
Eldon K. Hurley - Kingston NY
Scott B. Preston - Colorado Springs CO
Assignee:

Dyno Nobel Inc. - Salt Lake City UT
International Classification:

C06B 2100
US Classification:

1491096, 149 2, 149 46
Abstract:

A method is disclosed for forming a stable, water-in-oil emulsion phase containing a polymeric emulsifier. The addition of an animal oil or fatty acid additive enhances the long-term stability of the emulsion phase following homogenization.

Thermal Battery With Reduced Operational Temperature
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US Patent:

20070099080, May 3, 2007
Filed:

Oct 19, 2006
Appl. No.:

11/582957
Inventors:

David Pickett - Colorado Springs CO, US
Scott Preston - Colorado Springs CO, US
Ronald Guidotti - Minden NV, US
John Wilkes - Larkspur CO, US
International Classification:

H01M 6/16
H01M 4/40
H01M 4/46
H01M 4/50
H01M 4/48
H01M 4/52
H01M 4/56
H01M 6/36
US Classification:

429188000, 429231950, 429231600, 429231900, 429221000, 429231300, 429223000, 429224000, 429219000, 429231500, 429225000, 429112000
Abstract:

An electrochemical cell for a medium-temperature thermal battery includes an electrolyte having a melting point between 75 C. and 200 C., a thermal decomposition temperature above 300 C., and consisting essentially of at least one organic salt. The electrolyte is ionically conductive at temperatures from the melting point to at least the thermal decomposition temperature, generating a voltage across a cathode and an anode of the cell. The electrolyte is ionically non-conductive at temperatures below the melting point.

Electrode For A Thermal Battery And Method Of Making The Same
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US Patent:

20080289676, Nov 27, 2008
Filed:

May 25, 2007
Appl. No.:

11/754000
Inventors:

Ronald Armand GUIDOTTI - Colorado Springs CO, US
Scott Brian Preston - Colorado Springs CO, US
International Classification:

H01L 37/00
B05D 5/12
US Classification:

136200, 427 58
Abstract:

An aqueous slurry can be used to paint thermal electrodes onto a current-collector substrate with a spray gun for thin electrodes or pasting with a thickened slurry. A feedstock aqueous slurry can include thermal electrode components, thermal electrolyte components, a binder or thickening agent, and water. This slurry can be sprayed or pasted onto a substrate and dried. To obtain different densities, the substrate can be compressed to a desired density. Thermal electrodes of a desired size and shape can be cut or punched from the sheet. Different binders and/or binder concentrations can be used to adjust the viscosity and/or thickness of the electrode.

Co-Nitration Of Trimethylolethane And Triethylene Glycol
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US Patent:

54548918, Oct 3, 1995
Filed:

Jul 15, 1994
Appl. No.:

8/275411
Inventors:

Scott B. Preston - Sandy UT
Assignee:

Dyno Nobel Inc. - Salt Lake City UT
International Classification:

D03D 2300
US Classification:

1491096
Abstract:

Disclosed is a process for preparing an energetic mixture of trimethylolethane trinitrate and triethylene glycol dinitrate by forming a polyol mixture of trimethylolethane, triethylene glycol and water and then nitrating the polyol mixture with a mixture of nitric and sulfuric acids.