Larry L Carpenter

US Patent:

20130020192, Jan 24, 2013

Filed:

Jul 18, 2011

Appl. No.:

13/184768

Inventors:

Larry Carpenter - Jupiter FL, US

International Classification:

C25B 15/02
C25B 9/00
H02P 9/04

US Classification:

2042283, 290 44, 204242

Abstract:

A wind turbine for use in the generation of electricity employs a generator which enables the efficient production of DC electrical power through the use of a low and variable speed and variable torque design. This design eliminates the cost and complexity of variable pitch turbine blades and/or mechanical gear boxes. The design includes a large diameter axial flux generator which utilizes either permanent magnets or current induced field coils. The design preferably employs an equal number of armature coils and field coils or permanent magnets in the case of single phase operation or 1⅓ field coils or permanent magnets for every armature coil for three phase operation. The three phase operation can also be accomplished by using three separate rotor disks on the generator with appropriate indexing of the rotor disk and armature coils.

US Patent:

48971014, Jan 30, 1990

Filed:

Mar 8, 1989

Appl. No.:

7/320754

Inventors:

Larry L. Carpenter - Painted Post NY
Robert J. Hagerty - Painted Post NY
Mark L. Morrell - Horseheads NY
Peter A. Schrauth - Elmira NY

Assignee:

Corning Incorporated - Corning NY

International Classification:

C03B 1108

US Classification:

65 64

Abstract:

A method of forming precision glass molds suitable for molding glass optical elements or lenses is disclosed. The glass molds define first and second opposed optical molding surfaces. Each master is formed by defining a master cavity adapted to form a first glass mold. A quantity of glass mold material is disposed within such cavity and molded in conformation with said master. The molding surface of each such glass mold defines an optical surface to be subsequently formed on an optical element.

US Patent:

49649035, Oct 23, 1990

Filed:

Mar 8, 1989

Appl. No.:

7/320693

Inventors:

Larry L. Carpenter - Painted Post NY
Mark L. Morrell - Horseheads NY
Peter A. Schrauth - Elmira NY

Assignee:

Corning Incorporated - Corning NY

International Classification:

C03B 1100

US Classification:

65275

Abstract:

An apparatus for molding a glass mold for subsequent molding of glass optical elements or lenses is disclosed. The apparatus comprises a master having a snout and a master ring disposed around the snout. The master and master ring may be of unitary construction and are disposed within constraining means or sleeve in an operative association with a means for exerting a force to effect molding. The apparatus also comprises a means for heating the assembly.

US Patent:

49292650, May 29, 1990

Filed:

Mar 8, 1989

Appl. No.:

7/320459

Inventors:

Larry L. Carpenter - Painted Post NY
Robert J. Hagerty - Painted Post NY
Richard O. Maschmeyer - Corning NY
Mark L. Morrell - Horseheads NY
Peter A. Schrauth - Elmira NY

Assignee:

Corning Incorporated - Corning NY

International Classification:

C03B 2300

US Classification:

65 64

Abstract:

A method of molding precision glass optical elements or lenses is disclosed. Precision molded glass molds are first provided which define a glass mold cavity having a predetermined desired size, shape and volume corresponding to the glass optical element. To facilitate formation of the glass optical elements, shaped and polished preforms are formed.

US Patent:

43880940, Jun 14, 1983

Filed:

Dec 21, 1981

Appl. No.:

6/332546

Inventors:

Larry L. Carpenter - Corning NY
Thomas G. Parham - Elmira NY

Assignee:

Corning Glass Works - Corning NY

International Classification:

C03C 2502

US Classification:

65 312

Abstract:

Disclosed are a method and apparatus for forming a continuous length of glass article. A coating of glass particles is deposited on a mandrel having a thermal coefficient of expansion much greater than that of the glass particles. The mandrel is allowed to cool, thereby causing it to shrink and separate from the coating. The coating is indexed a discrete longitudinal distance along the mandrel, thereby uncovering a region of the mandrel. Another coating of glass particles is deposited on the uncovered region of the mandrel and over a portion of the previously applied coating. The steps of separating or freeing the coating from the mandrel, longitudinally indexing the coating with respect to the mandrel and depositing another coating are repeated. Thus, each step of indexing longitudinally translates an incremental length of a porous body from the end of the mandrel.

US Patent:

48835285, Nov 28, 1989

Filed:

Mar 8, 1989

Appl. No.:

7/320753

Inventors:

Larry L. Carpenter - Painted Post NY
Mark L. Morrell - Horseheads NY
Peter A. Schrauth - Elmira NY

Assignee:

Corning Incorporated - Corning NY

International Classification:

C03B 1108

US Classification:

65275

Abstract:

An apparatus for molding glass optical elements by means of at least one molded glass mold is disclosed. The optical element, which may be a lens and which may be formed of glass, is molded within an apparatus that comprises a pair of molds of which at least one is a molded glass mold, a constraining means and a ring disposed intermediate the molds. The interior diameter of the ring and the molding surfaces of the molds comprise the optical element molding cavity.

US Patent:

20150288228, Oct 8, 2015

Filed:

Apr 2, 2015

Appl. No.:

14/677606

Inventors:

Larry Carpenter - Jupiter FL, US

International Classification:

H02K 1/06
H02K 11/00

Abstract:

An electromagnetic device is provided. It includes a plurality of input magnetic field generating devices, which will induce magnetic fields in output current generating devices. In one construction, the electromagnetic device can be operably coupled to a work input device wherein the electromagnetic device can be used as a generator set in combination with the energy input device. The input and output magnetic devices are arranged in radial arrays about a work input shaft. The output magnetic devices each include a core and a respective coil with the cores each having a longitudinal axis generally parallel to the axis of rotation of the shaft. The input devices and the output devices are mounted in respective carriers with the output device carrier being movable relative to the input device carrier.