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Grahame Emerson

from Lakewood, CA
Age ~87
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Related to:
Martin Cohen, 82Evan Seth Cohen, 64Libby Pratt, 66Herbert L Cohen, 92James Vilain, 65Lorraine Cohen, 73Marie E Dineen, 60Siegfred D Santos, 48Brenda A Cohen, 72
Connected to:
Abbie Emerson, 29Allen Emerson, 98Allysia M Emerson, 50Amber N Emerson, 48Angela Emerson, 39Bailey E Emerson, 34Belinda L Emerson, 68Bernt D Emerson, 57Blair S Emerson, 54Brenna F Emerson, 46

Grahame Emerson Phones & Addresses

  • Lakewood, CA

Work

Company: Fedex ground Apr 2005 to Sep 2016 Position: Professional driver

Skills

Microsoft Office • Public Speaking • Research • Customer Service • Editing • Teaching • Social Media • Microsoft Word • Microsoft Excel • Strategic Planning

Industries

Writing And Editing

Resumes

Resumes

Grahame Emerson Photo 1

Grahame Emerson

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Location:
8022 San Hilario Cir, Buena Park, CA 90620
Industry:
Writing And Editing
Work:
Fedex Ground Apr 2005 - Sep 2016
Professional Driver
Standard Abrasives Oct 2000 - Dec 2004
Process Engineering, Qa, Qc
Pacific Abrasive Nov 1999 - Oct 2000
Manufacturing Manager
Merit Abrasive Products Dec 1993 - Sep 1999
Manager, Process Engineering, Qc and Qa
Emerson's Lakeside Hardware Store May 1990 - Dec 1993
Owner Manager
Skills:
Microsoft Office
Public Speaking
Research
Customer Service
Editing
Teaching
Social Media
Microsoft Word
Microsoft Excel
Strategic Planning

Publications

Us Patents

Preformed Abrasive Articles And Method For The Manufacture Of Same

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US Patent:
6723142, Apr 20, 2004
Filed:
Jun 5, 2002
Appl. No.:
10/164189
Inventors:
Grahame Emerson - Buena Park CA
Michael Salyards - Hesperia CA
Assignee:
Tepco Ltd. - Simi Valley CA
International Classification:
B24D 300
US Classification:
51295, 51297, 51298, 51307, 51308, 51309, 451526
Abstract:
A non-woven abrasive article of interlaced fibers and abrasive particles and a binder which is preformed into a predetermined three dimensional shape and a method for manufacturing the same. The abrasive article is preformed by a thermal setting the abrasive article while it is maintained in a predetermined three dimensional shape or by heating the article to its glass transition temperature and then cooling the article below the glass transition temperature while it is maintained in a predetermined three dimensional shape. This method allows the manufacture of preformed abrasive articles in various three dimensional shapes, including, for example, a bull nosed shape suitable for finishing a concavely curved surface.

Preformed Abrasive Articles And Method For The Manufacture Of Same

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US Patent:
6866692, Mar 15, 2005
Filed:
Nov 20, 2003
Appl. No.:
10/718220
Inventors:
Grahame Emerson - Buena Park CA, US
Michael Salyards - Hesperia CA, US
Assignee:
Tepco Ltd. - Simi Valley CA
International Classification:
B24D003/00
B24D011/00
US Classification:
51295, 51298, 51307, 51308, 51309, 51297
Abstract:
A non-woven abrasive article of interlaced fibers and abrasive particles and a binder which is preformed into a predetermined three dimensional shape and a method for manufacturing the same. The abrasive article is preformed by a thermal setting the abrasive article while it is maintained in a predetermined three dimensional shape or by heating the article to its glass transition temperature and then cooling the article below the glass transition temperature while it is maintained in a predetermined three dimensional shape. This method allows the manufacture of preformed abrasive articles in various three dimensional shapes, including, for example, a bull nosed shape suitable for finishing a concavely curved surface.

Flap Wheel

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US Patent:
58713999, Feb 16, 1999
Filed:
Jul 2, 1997
Appl. No.:
8/887242
Inventors:
Grahame W. Emerson - Anaheim CA
Assignee:
Merit Abrasive Products, Inc. - Compton CA
International Classification:
B24D 1306
US Classification:
451466
Abstract:
In one embodiment, a support member on an abrasive wheel has (a) an annular surface which fixedly supports (as by epoxy) a plurality of flaps in a partially overlapping relationship between successive flaps and (b) a central hole for receiving a mandrel which rotates the wheel. Each flap has on one of its surfaces abrasive particles facing outwardly from the annular surface. Each flap defines an acute angle with the annular surface and preferably extends at its opposite axial ends beyond the axial positions of support by such support surface to obtain a fixed positioning of the flaps relative to the support surface even at the axial positions beyond the axial ends of such annular surface. In a second embodiment, the flaps are disposed on the annular support surface in a tighter relationship than in the first embodiment so that each flap contacts adjacent flaps along a portion of its length. When the wheel is rotated with the flaps disposed adjacent a workpiece, the inner portions of the flaps provide an abrading action, partly because of their contact with one another, and the outer portions of the flaps provide a polishing action, partly because of their separation from one another.

Flap Wheel

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US Patent:
57228817, Mar 3, 1998
Filed:
Aug 30, 1996
Appl. No.:
8/706438
Inventors:
Grahame W. Emerson - Anaheim CA
Assignee:
Merit Abrasive Products, Inc. - Compton CA
International Classification:
B24D 1306
US Classification:
451466
Abstract:
An abrasive wheel is partially defined by a support member and by a plurality of abrasive flaps on such member. A hole is disposed centrally in the support member to receive a mandrel for rotating the wheel. The support member has at its radial periphery an annular surface with a constant radius at progressive positions in the annular direction. The flaps are fixedly supported (as by epoxy) on the annular surface in a partially overlapping relationship between successive pairs of flaps. Each of the flaps has abrasive particles on one of its surfaces. Each of the flaps is disposed on the annular surface of the support member with the abrasive particles facing outwardly from such support surface. Each of the flaps defines an acute angle with the annular surface and extends at its opposite axial ends beyond the axial positions of support by such support surface. However, the flaps are fixedly positioned relative to one another even at the axial positions beyond the opposite axial ends of the annular surface on the support member as a result of the support by the support member and the overlapping relationship between the flaps in the successive pairs.

Flexible Polishing Drum Segment And Method Of Making And Mounting Same

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US Patent:
40807142, Mar 28, 1978
Filed:
Feb 17, 1976
Appl. No.:
5/658840
Inventors:
Grahame W. Emerson - Culver City CA
Assignee:
Merit Abrasive Products, Inc. - Compton CA
International Classification:
B21D 3900
B23P 1102
US Classification:
29509
Abstract:
A flexible polishing drum segment for use with a polishing or grinding hub. The segment comprises a plurality of abrasive flaps of uniform size and shape, joined together along a common edge to a metal strip. The metal strip comprises first and second, substantially flat plate sections extending parallel to one another in surface-to-surface abutment. One of the plate sections is longer than the other and it is to this longer plate section that the packet is joined. The first and second plate section are integral with and joined together by a root element which is generally circular in configuration. A core is located within the root element to substantially fill the entire volume thereof.
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Grahame Emerson from Lakewood, CA, age ~87 Get Report