Donald Gilbert Carpenter
Engineers at Riv Mist Grv, Colorado Springs, CO

License number
Colorado 6925
Issued Date
Apr 23, 1966
Renew Date
Jun 1, 2003
Expiration Date
May 31, 2005
Type
Professional Engineer
Address
Address
3010 River Mist Grv, Colorado Springs, CO 80922

Professional information

Donald Carpenter Photo 1

Sr Software Engineer At Intelligent Software Solutions, Inc

Position:
Sr Software Engineer at Intelligent Software Solutions, Inc
Location:
Colorado Springs, Colorado Area
Industry:
Computer Software
Work:
Intelligent Software Solutions, Inc since Jun 2004 - Sr Software Engineer Northrop Grumman Information Systems Apr 2001 - Jun 2004 - Software Engineer US Air Force 1985 - 2001 - Linguist / Programmer
Education:
CCAF 1990 - 1995


Donald Carpenter Photo 2

Energy Conversion Technique

US Patent:
2003007, Apr 24, 2003
Filed:
Aug 23, 2001
Appl. No.:
09/935936
Inventors:
Donald Carpenter - Colorado Springs CO, US
International Classification:
H02P009/04
US Classification:
290/00100R
Abstract:
The apparatus converts mechanical, or kinetic, energy into electricity, the energy being produced through the relative movement of two pistons toward and away from each other. At least one object (which can be either magnetized, a rod, or both) reciprocates between the first and second pistons as these pistons move toward each other, on odd numbered approaches the object moves from the first piston to the second and on even numbered approaches it moves from the second piston back to the first piston. A conductive coil in one of the pistons converts the kinetic energy of the magnetized reciprocating object into electrical energy. To drive the object toward the second piston with greater speed (hence greater energy content) a current of appropriate polarity applied to the coil in the first piston ejects the object with said increased speed. After the kinetic energy is extracted from the object by the coil in the second piston, the roles of the pistons reverse and the second piston performs the role of the first piston for the ejection of the object, the first piston subsequently performs the role of the second piston in extracting the kinetic energy from the object. The roles then again reverse and this cycle is repeated throughout the operation of the invention. Other means, such as gear assemblies for ejecting the object from the first piston and for extracting the kinetic energy from the object at the second piston are described.