David Score

In the United States, there are 32 individuals named David Score spread across 29 states, with the largest populations residing in Washington, California, Arizona.

Public information about David Score

Resumes

Chairman At Asheville Score

Location:

Asheville, North Carolina Area

Industry:

Nonprofit Organization Management

Independent Retail Professional

Location:

Greater Minneapolis-St. Paul Area

Industry:

Retail

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Location:

Algodones, NM

Industry:

Civic & Social Organization

Work:

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David Score

David Score - Douglasville, GA

Work:

Atlanta Hartsfield Jackson International Airport Jun 2011 to 2000
HVAC Service Technician Hurricane Shoals Rd - Lawrenceville, GA Jun 2009 to Jun 2011
Atlanta Energy Specialist Atlanta Refrigeration Service - Norcross, GA Mar 2005 to May 2009
HVAC Service Technician Florida Mechanical - Jacksonville, FL 2003 to Mar 2005
HVAC Service Technician Howard Services - Jacksonville, FL 1998 to 2003
HVAC Service Technician Air Systems, Inc - Jacksonville, FL 1996 to 1998
HVAC Service Technician Prime Real Estate Management - Roanoke, VA 1993 to 1996
HVAC Service Technician United States Army 1981 to 1985
Corps of Engineers

Tester

Location:

Boston, MA

Industry:

Accounting

Work:

Dans
Tester

David Score

Location:

Los Angeles, CA

Industry:

Music

Marine Operations And Safety

Location:

Norfolk, Virginia Area

Industry:

Government Administration

Phones & Addresses

Name

Addresses

Phones

David Bernard Score

1808 Cole Ave #A, Walnut Creek, CA 94596

David Bernard Score

43 Wilshire St, Winthrop Hlds, MA 02152

David Score

Saint Paul, MN

651-698-2263

David B Score

529 Burgundy Ln, Delray Beach, FL 33445

561-371-0101

David B Score

7125 Fruitville Rd #49, Sarasota, FL 34240

941-371-0101

David Score

Minneapolis, MN

651-769-9608

David B Score

723 44Th St W, Bradenton, FL 34209

941-371-0101

David D Score

8591 Terry Rd, Rockford, IL 61108

773-332-5064, 815-332-5064

Publications

Us Patents

Pneumatic Isostatic Compaction Of Sintered Compacts

US Patent:

5561834, Oct 1, 1996

Filed:

May 2, 1995

Appl. No.:

8/434348

Inventors:

David A. Score - Shirley IN

Assignee:

General Motors Corporation - Detroit MI

International Classification:

B22F 102

US Classification:

419 19

Abstract:

A process for pneumatically isostatically compacting a sintered compact to densify the compact wherein the surface of the compact is oxidized to form a gas impervious oxide barrier on said surface before the compact is subjected to the pneumatic isostatic compaction process. Oxidation of the compact surface is preferably accomplished by steaming the compact before or after sintering.

Electromagnetic Compacting Of Powder Metal For Ignition Core Application

US Patent:

6156264, Dec 5, 2000

Filed:

Oct 6, 1999

Appl. No.:

9/413678

Inventors:

Ralph Herbert Johnston - Anderson IN
David Allen Score - Shirley IN
David Earl Gay - Pendleton IN
Albert Anthony Skinner - Anderson IN

Assignee:

Delphi Technologies, Inc. - Troy MI

International Classification:

B22F 102

US Classification:

419 64

Abstract:

Disclosed is a process for producing an AC cylindrical electromagnetic ignition coil core (28) comprising: filling a cylindrical holding container (20) with powdered metal; placing the filled container into an electromagnetic field and compacting, in the radial direction, the powder in the container by subjecting the powder to the electromagnetic field; and recovering the compacted ignition coil core (28).

Rotor For A Reluctance Motor

US Patent:

6509667, Jan 21, 2003

Filed:

Sep 8, 2000

Appl. No.:

09/658442

Inventors:

Ahmed Mostafa El-Antably - Indianapolis IN
Frank A. Wilder - Indianapolis IN
David Allen Score - Shirley IN

Assignee:

Delphi Technologies, Inc. - Troy MI

International Classification:

H02K 1500

US Classification:

310261, 310 44, 310 43, 31015621, 310217, 310271

Abstract:

A reluctance rotor and method for manufacturing reluctance rotors having soft magnetic regions and regions with magnetic properties that are dissimilar to those of the soft magnetic region so as to create a flux barrier. The method generally entails producing a magnetic body having a central axis and an outer peripheral surface. The body is composed of concentric regions, at least one of which is a soft magnetic region while at least a second region of the concentric regions is formed of a material with dissimilar magnetic properties to the soft magnetic region. Once formed, the body is divided along radials thereof to form wedge-shaped members, with each wedge-shaped member having coaxial arcuate regions that are portions of the concentric regions of the body. As a result of the manner in which the body is divided, the wedge-shaped members have radial surfaces defined where the wedge-shaped members were divided from the body, and each wedge-shaped member also has a distal surface corresponding to the outer peripheral surface of the body. The wedge-shaped members are then arranged about an axis of symmetry corresponding to the axis of rotation of the rotor, with the distal surfaces of the wedge-shaped members disposed adjacent the axis of symmetry and facing each other, and with the radial surfaces of the wedge-shaped members facing away from the axis of symmetry.

Ignition Coil With Microencapsulated Magnets

US Patent:

6188304, Feb 13, 2001

Filed:

Mar 3, 2000

Appl. No.:

9/519042

Inventors:

Albert Anthony Skinner - Anderson IN
David Allen Score - Shirley IN

Assignee:

Delphi Technologies, Inc. - Troy MI

International Classification:

H01F 2704

US Classification:

336107

Abstract:

An ignition coil for a spark ignition engine includes a cylindrical magnetic core having opposite first and second ends. Preferably, the magnetic core has a circular cross section. Permanent magnets similarly shaped as the core are disposed at the ends of the magnetic core. The magnets are made from a microencapsulated magnetic material, resulting in increased resisitivity and decreased eddy current loss. By using the microencapsulated magnets, the voltage output of the ignition coil is increased while requiring no additional input energy. A primary winding is wound about the magnetic core between the first and second ends. A secondary winding assembly is disposed about the primary winding and the core. The secondary winding assembly includes a spool and secondary winding wound thereon. The secondary winding is inductively coupled to the primary winding.

Special Drive System That Provides Automatic Application Control Of Granular Material

US Patent:

2012023, Sep 20, 2012

Filed:

Mar 15, 2012

Appl. No.:

13/421203

Inventors:

MICHAEL D. SCORE - SHIRLEY IN, US
DAVID A. SCORE - SHIRLEY IN, US

International Classification:

E01C 19/20

US Classification:

239 7, 239681

Abstract:

A special drive system that provides automatic and uniform application control of granular materials. It provides an automatic application control of a granular material from a granular material spreader and is comprised of (a) at least one electric motor for driving the conveyor and spinner at a speed, the said speed which determines a rate of discharge of the granular material; (b) a power source for the motor; (c) a means for controlling the power from the power source to the at least one motor; (d) a means for inputting a signal to the means for controlling the power; (e) a wiring harness with control and power electrical connectors; and (f) a means to mechanically mount the special drive system to the grain spreader wherein the result of the system is an accurately controlled rate of discharge and hence dispensing of the granular materials.

Method For Fabricating A Highly-Dense Powder Iron Pressed Stator Core For Use In Alternating Current Generators And Electric Motors

US Patent:

6651309, Nov 25, 2003

Filed:

Feb 27, 2001

Appl. No.:

09/795201

Inventors:

David Earl Gay - Pendleton IN
David Allen Score - Shirley IN

Assignee:

Delphi Technologies, Inc. - Troy MI

International Classification:

H02K 1500

US Classification:

29596, 29597, 29598, 29605, 29606

Abstract:

A high-density stator core for use in electrodynamic devices is fabricated by the electromagnetic pressing of an iron-based powder coated with a dielectric material and methods for performing the electromagnetic pressing are disclosed. The stator core includes a yoke portion that may further include a plurality of integral poles extending either radially outward from an outer circumferential surface of the yoke portion or radially inward from an interior circumferential surface of the yoke portion. The stator core is formed as a near-net-shape compact by an electromagnetic pressing process and has an as-formed density of at least about 98% of the theoretical density.

Method Of Forming High-Temperature Magnetic Articles And Articles Formed Thereby

US Patent:

6193903, Feb 27, 2001

Filed:

May 14, 1999

Appl. No.:

9/311714

Inventors:

David Earl Gay - Pendleton IN
David Allen Score - Shirley IN

Assignee:

Delphi Technologies, Inc. - Troy MI

International Classification:

H01F 137
H01F 139

US Classification:

252 6255

Abstract:

Ceramic-coated powdered ferromagnetic materials for forming magnetic articles, and which maintain the mechanical and magnetic properties of the articles at high temperatures, such as during annealing to relieve stresses induced during the forming operation. The ceramic coatings are formed by one of several techniques to provide an encapsulating layer on each ferromagnetic particle. The particles are then compacted to form a solid magnetic article, which can be annealed without concern for degrading the ceramic coating.

Composite Armature Assembly

US Patent:

5536985, Jul 16, 1996

Filed:

May 9, 1994

Appl. No.:

8/240047

Inventors:

Robert W. Ward - Anderson IN
Sam B. Parker - Anderson IN
David A. Score - Shirley IN

Assignee:

General Motors Corporation - Detroit MI

International Classification:

H02K 1506

US Classification:

310 44

Abstract:

A method of manufacturing an armature for a DC motor comprising the steps of: (a) retaining a plurality of armature conductors pre-positioned in a pre-mold position; (b) placing the armature conductors in a mold; (c) adding to the mold a predetermined quantity of soft-magnetic particles, each soft-magnetic particle coated with a non-magnetic material, wherein said particles surround at least a portion of each of the conductors; (d) applying pressure to the mold to affect a compaction molding of the coated soft magnetic particles into a composite structure, wherein the particles and the non-magnetic material form a composite structure armature core substantially encapsulating the conductors within the armature core.

Videos & Images

How old is David Score?

David Score is 79 years old.

What is David Score date of birth?

David Score was born on 1945.

What is David Score's email?

David Score has such email addresses: bsc***@hotmail.com, dsc***@yahoo.com, davidds***@aol.com. Note that the accuracy of these emails may vary and they are subject to privacy laws and restrictions.

What is David Score's telephone number?

David Score's known telephone numbers are: 651-698-2263, 651-769-9608, 706-367-8960, 715-458-4039, 760-343-0952, 815-332-5064. However, these numbers are subject to change and privacy restrictions.

How is David Score also known?

David Score is also known as: David Score, David S Score. These names can be aliases, nicknames, or other names they have used.

Who is David Score related to?

Known relatives of David Score are: Douglas Score, Julia Score, Kathy Score, Michael Score, Brian Score, Christopher Score, Jessica Snell. This information is based on available public records.

What are David Score's alternative names?

Known alternative names for David Score are: Douglas Score, Julia Score, Kathy Score, Michael Score, Brian Score, Christopher Score, Jessica Snell. These can be aliases, maiden names, or nicknames.

Name Variants	Daved Score	Dayvid Score	Davey Score
Ages	32 to 79
Phones	651-698-2263	651-769-9608	706-367-8960
Addresses	3357 Rexford St, Ventura, CA 93003	749 Milton Ave, Ventura, CA 93003	105 Euclid Blvd, Lake Worth, FL 33462
Business records	Tester / Dans	Dsjhdsbkjb / Jkbfjkbfkjf	Treasurer, Director, Vice President / IRON DUKE, INC

David Score

What do we know about David Score

Public information about David Score

Resumes

Resumes

Chairman At Asheville Score

Independent Retail Professional

Dsjhdsbkjb

David Score

David Score - Douglasville, GA

Tester

David Score

Marine Operations And Safety

Phones & Addresses

Publications

Us Patents

Pneumatic Isostatic Compaction Of Sintered Compacts

Electromagnetic Compacting Of Powder Metal For Ignition Core Application

Rotor For A Reluctance Motor

Ignition Coil With Microencapsulated Magnets

Special Drive System That Provides Automatic Application Control Of Granular Material

Method For Fabricating A Highly-Dense Powder Iron Pressed Stator Core For Use In Alternating Current Generators And Electric Motors

Method Of Forming High-Temperature Magnetic Articles And Articles Formed Thereby

Composite Armature Assembly

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Dj Hero 2 ~ David Guetta Megamix

Criminal Minds "Coda" Piano Score

David Ginola [Hd] - Christinayan

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