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David M Stanhope, 58111 Archers Hope Rd, Williamsburg, VA 23185

Known as:
David Michael Stanhope David Christensen David M Stanhop David A
Related to:
Agnes Cecila Banholzer

David Stanhope Phones & Addresses

111 Archers Hope Rd, Williamsburg, VA 23185   

3928 Paradise Point Rd, Hayes, VA 23072    804-6849744   

7879 Sunset Dr, Hayes, VA 23072    804-6849744   

Gloucester, VA   

Hampton, VA   

Falls Church, VA   

Arlington, VA   

Lewes, DE   

Centreville, VA   

Herndon, VA   

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Career records & work history

License Records

David Ravi Stanhope

Licenses:
License #: EMT12510 - Expired
Category: Emergency Medical Services
Issued Date: Oct 7, 2003
Expiration Date: Dec 31, 2015
Type: Emergency Medical Technician

David Stanhope resumes & CV records

Resumes

David Stanhope Photo 23

Field And Lab Research Manager At Virginia Institute Of Marine Science

Location:
1375 Greate Rd, Gloucester Point, VA 23062
Industry:
Higher Education
Work:
Virginia Institute of Marine Science
Field and Lab Research Manager at Virginia Institute of Marine Science
Education:
George Mason University
Bachelors, Bachelor of Science, Biology
David Stanhope Photo 24

David Stanhope

Work:
Dms Consulting
Principle
David Stanhope Photo 25

David Stanhope

David Stanhope Photo 26

David Stanhope

Publications & IP owners

Us Patents

Fishing Trap With Degradable Cull Ring Panel

US Patent:
8375623, Feb 19, 2013
Filed:
Feb 26, 2010
Appl. No.:
12/714370
Inventors:
Kirk J. Havens - Plainview VA, US
Donna Marie Bilkovic - Hayes VA, US
David M. Stanhope - Hayes VA, US
Kory T. Angstadt - Gloucester VA, US
Assignee:
College of William and Mary - Williamsburg VA
International Classification:
A01K 69/06
A01K 69/08
A01K 69/00
US Classification:
43100, 43 45, 43 4312
Abstract:
Herein we describe crustacean fishing traps having degradable cull ring panels, as well as methods for ensuring that such traps have reduced functionality after becoming derelict. Derelict crab and lobster traps have a negative economic and ecological impact, and thus it is advantageous to use degradable traps that will lose their ability to catch and retain fish over time. Incorporating degradable cull ring panels into such traps provides an effective, economical solution. Suitable degradable cull ring panels are described herein.

Crab Trap With Degradable Cull Ring Panel

US Patent:
2009024, Oct 8, 2009
Filed:
Feb 27, 2009
Appl. No.:
12/394917
Inventors:
Kirk J. Havens - Plainview VA, US
Donna Marie Bilkovic - Hayes VA, US
David M. Stanhope - Hayes VA, US
Kory T. Angstadt - Gloucester VA, US
Assignee:
COLLEGE OF WILLIAM AND MARY - Williamsburg VA
International Classification:
A01K 69/06
A01K 61/00
US Classification:
43100, 43 58, 119204
Abstract:
Herein we describe crab traps having degradable cull ring panels, as well as methods for ensuring that crab traps have reduced functionality after becoming derelict. Derelict crab traps have a negative economic and ecological impact, and thus it is advantageous to use degradable crab traps that will lose their ability to catch and retain fish over time. Incorporating degradable cull ring panels into crab traps provides an effective, economical solution. Suitable degradable cull ring panels are described herein.

Crustacean Trap With Degradable Cull Ring Panel

US Patent:
2012014, Jun 14, 2012
Filed:
Feb 23, 2012
Appl. No.:
13/403083
Inventors:
Kirk J. Havens - Plainview VA, US
Donna Marie Bilkovic - Gloucester Point VA, US
David M. Stanhope - Hayes VA, US
Kory T. Angstadt - Gloucester VA, US
Assignee:
COLLEGE OF WILLIAM AND MARY - Williamsburg VA
International Classification:
A01K 69/06
A01K 99/00
US Classification:
43 45, 43100
Abstract:
Herein we describe crustacean fishing traps having degradable cull panels, as well as methods for ensuring that such traps have reduced functionality after becoming derelict. Derelict crab and lobster traps have a negative economic and ecological impact, and thus it is advantageous to use crustacean fishing traps that will lose their ability to catch and retain fish over time. Incorporating degradable cull panels into such traps provides an effective, economical solution. Suitable degradable cull panels are described herein.

Fishing Gear With Degradable Component

US Patent:
2013016, Jun 27, 2013
Filed:
Feb 20, 2013
Appl. No.:
13/771661
Inventors:
COLLEGE OF WILLIAM AND MARY - Williamsburg VA, US
Donna Marie Bilkovic - Gloucester Point VA, US
David M. Stanhope - Hayes VA, US
Kory T. Angstadt - Gloucester VA, US
Assignee:
COLLEGE OF WILLIAM AND MARY - Williamsburg VA
International Classification:
A01K 69/06
US Classification:
43100, 428 99
Abstract:
Herein we describe fishing gear having a degradable component comprising a polyhydroxyalkanoate polymer, as well as methods for ensuring that such gear has reduced functionality after becoming derelict. Derelict fishing gear has a negative economic and ecological impact, and thus it is advantageous to use gear that will lose the ability to catch and retain fish over time. Incorporating a degradable apparatus into such gear provides an effective, economical solution. Suitable degradable components are described herein.

Method For Reducing Marine Pollution Using Polyhydroxyalkanoate Microbeads

US Patent:
2014002, Jan 30, 2014
Filed:
Jul 25, 2013
Appl. No.:
13/950493
Inventors:
Donna Marie Bilkovic - Gloucester Point VA, US
David M. Stanhope - Hayes VA, US
Kory T. Angstadt - Gloucester VA, US
Assignee:
College of William and Mary - Williamsburg VA
International Classification:
A61K 8/85
A61Q 11/00
A61Q 19/10
US Classification:
132200
Abstract:
Herein we describe a method for the reduction of pollution in aquatic systems by incorporating polyhydroxyalkanoate microbeads into personal care formulations such as exfoliants, cosmetics, and toothpaste. Suitable polyhydroxyalkanoate microbeads are biodegradable, have an average size of less than 400 microns, and sink rapidly in aquatic environments.

Biodegradable Shotgun Wad System

US Patent:
2019009, Mar 28, 2019
Filed:
Oct 18, 2018
Appl. No.:
16/163867
Inventors:
- Williamsburg VA, US
David M. Stanhope - Williamsburg VA, US
Kory T. Angstadt - Gloucester VA, US
Jason P. McDevitt - Williamsburg VA, US
Jay Menefee - Macon GA, US
David Daughtry - Fort Defiance VA, US
International Classification:
F42B 7/08
F42B 33/12
C08J 5/00
C08L 67/04
C08L 67/02
Abstract:
Herein we describe embodiments of shotgun shells, methods for loading such shotgun shells, and methods for using them. In some embodiments, the shotgun shells utilize a multi-component wad system with a biodegradable powder wad that stays intact through the firing process, and a separate and chemically distinct biodegradable shot wad that breaks apart within one meter after being shot out of the barrel of a shotgun. A clean release of the shot can be obtained, providing both high performance and biodegradability. The biodegradable shot wad can be a biodegradable polyester.

Biodegradable Shotgun Gas Sealing Wad

US Patent:
2018027, Sep 27, 2018
Filed:
Mar 20, 2018
Appl. No.:
15/926452
Inventors:
- Williamsburg VA, US
David M. Stanhope - Williamsburg VA, US
Kory T. Angstadt - Gloucester VA, US
Jason P. McDevitt - Williamsburg VA, US
International Classification:
F42B 7/08
C08L 67/02
C08L 67/04
F42B 33/12
Abstract:
Herein we describe embodiments of a biodegradable wad having a gas sealing function, as well as methods for their use. In some embodiments, the biodegradable wad comprises at least 50% by weight of a poly(butylene succinate co-adipate) polymer. In some embodiments, the biodegradable wad comprises at least two biodegradable polymers, wherein a first biodegradable polymer comprises a polybutylene succinate adipate polymer and a second biodegradable polymer comprises a polyhydroxyalkanoate polymer. Plastic debris has a negative economic and ecological impact, and thus it is advantageous to use implements that will degrade into environmentally benign compounds. Incorporating a biodegradable wad into shotgun shells provides an effective, economical solution, provided cost is acceptable and performance is not compromised. Suitable shotgun shells utilizing biodegradable shotgun wads and methods are described herein.

Biodegradable Shotgun Wad System

US Patent:
2018027, Sep 27, 2018
Filed:
Mar 20, 2018
Appl. No.:
15/926523
Inventors:
- Williamsburg VA, US
David M. Stanhope - Williamsburg VA, US
Kory T. Angstadt - Gloucester VA, US
Jason P. McDevitt - Williamsburg VA, US
Jay Menefee - Macon GA, US
David Daughtry - Fort Defiance VA, US
International Classification:
F42B 7/08
F42B 33/12
C08J 5/00
Abstract:
Herein we describe embodiments of shotgun shells, methods for loading such shotgun shells, and methods for using them. In some embodiments, the shotgun shells utilize a multi-component wad system with a biodegradable powder wad that stays intact through the firing process, and a separate and chemically distinct biodegradable shot wad that breaks apart within one meter after being shot out of the barrel of a shotgun. A clean release of the shot can be obtained, providing both high performance and biodegradability. The biodegradable shot wad can be a biodegradable polyester.

Possible Relatives

Daniel L Stanhope  Earl J Stanhope  Edward J Stanhope  Elizabeth M Stanhope  Frank H Stanhope  Gail C Stanhope  Gary Stanhope  David Last  David W Johnson  David Stamps 

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