ROBERT HENRY WILSON, PHARMACIST
Pharmacy in Pensacola, FL

License number

Florida PS11417

Professional information

See more information about ROBERT HENRY WILSON at trustoria.com

Promoting Nontraditional Solutions For Fisheries Management

Position:

Symbiosis Project at University of West Florida - Academy of Senior Professionals

Location:

Pensacola, Florida

Industry:

Environmental Services

Work:

University of West Florida - Academy of Senior Professionals - Pensacola, Florida Area since Mar 2013 - Symbiosis Project self-employed 2009 - 2012 - consultant Gasping Fish Translation services - Pensacola, Florida Area Feb 2006 - Jan 2012 - principal office of Environmental Policy and Compliance 1989 - 2009 - senor enviromental protection specialist Department of the Interior 1983 - 2009 - retired Senior Team Leader Bureau of Land Mgmt 1978 - 1989 - senior pest

Education:

University of California, Davis 2000 - 2001
Masters, Hazardous Materials Management and Waste Technology/Technician University of South Alabama 1970 - 1974
BSc, Geology

Robert Wilson - Pensacola, FL

Work:

Woodleys Fine Furniture
Assembler

Education:

Washington Sr.High - Pensacola, FL
High School/GED in General

Skills:

Bartender(banquet,catering),Commercial(hollowmetal,door&frame),Manufacturing/Production

Senior Project Director At Institute For Human And Machine Cognition

Position:

Senior Project Director at Institute for Human and Machine Cognition

Location:

Pensacola, Florida Area

Industry:

Information Technology and Services

Work:

Institute for Human and Machine Cognition - Senior Project Director

Independent Entertainment Professional

Location:

Pensacola, Florida Area

Industry:

Entertainment

Mold Apparatus And Method

US Patent:

6634410, Oct 21, 2003

Filed:

Aug 28, 2001

Appl. No.:

09/941054

Inventors:

John H. Wilson - Gulf Breeze FL 32561
Robert E. Wilson - Pensacola FL 32503
John T. Wilson - Pensacola FL 32503

International Classification:

B22C 924

US Classification:

164 35, 164 45, 164 71, 1641601, 264221, 264227

Abstract:

A mold apparatus and method for creating designs on the interior of molds includes a resilient form with an exterior and an interior, with a design formed on the exterior. A rigid support member is removably attached to the interior of the resilient form. A mold pattern, conformed to removably receive the rigid support member and the resilient form in combination, completes the basic elements of the invention. In one aspect of the invention, a passageway in the rigid support member is provided for introducing a gas between the rigid support member and the resilient form. In another aspect of the invention, a vacuum application device is provided for applying a vacuum to the interior of the resilient form. The apparatus and method also provide for the simultaneous creation of designs on the interior and exterior of molds.

Segmented Stayrod For Restricting Transverse Displacement Of A Nuclear Heat Exchanger Tube Support Plate

US Patent:

5699395, Dec 16, 1997

Filed:

Oct 5, 1995

Appl. No.:

8/539804

Inventors:

Robert L. Sylvester - Pensacola FL
Robert M. Wilson - Pensacola FL
Jawahar K. Visaria - Pensacola FL

Assignee:

Westinghouse Electric Corporation - Pittsburgh PA

International Classification:

G21C 1500

US Classification:

376405

Abstract:

Segmented stayrod for restricting transverse displacement of a nuclear heat exchanger tube support plate. The stayrod includes a first rod segment interposed between the tubesheet and the first support plate, the first rod segment having an externally threaded riser extending through the hole formed in the first support plate. The stayrod also has a second rod segment interposed between the first support plate and the second support plate, the second rod segment having an internally threaded end portion for threadably engaging the threaded riser of the first rod segment. The second rod segment also has an externally threaded riser extending through the hole formed in the second support plate. An internally threaded fastener threadably engages the riser of the second rod segment for fastening the second rod segment to the second support plate. In this manner, the first support plate is captured between the first rod segment and the second rod segment.