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Lewis A Ashworth, 89PO Box 3491, Orange, CA 92857

Lewis Ashworth Phones & Addresses

2633 N Canal St, Orange, CA 92865    949-5548973   

Madill, OK   

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Lewis A Ashworth

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Work

Company: Ashworth consulting Position: Consultant

Skills

Business Strategy • Change Management • Erp • Engineering • Management Consulting • Business Development • Leadership

Industries

Chemicals

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Lewis Ashworth Photo 22

Consultant

Location:
Orange, CA
Industry:
Chemicals
Work:
Ashworth Consulting
Consultant
Skills:
Business Strategy, Change Management, Erp, Engineering, Management Consulting, Business Development, Leadership

Publications & IP owners

Us Patents

Orbital Buffer

US Patent:
D295253, Apr 19, 1988
Filed:
Jul 11, 1986
Appl. No.:
6/884739
Inventors:
Lewis A. Ashworth - Orange CA
Assignee:
BAF Industries - Santa Ana CA
US Classification:
D 8 62

Buffing Pad And Method Of Manufacture

US Patent:
4580308, Apr 8, 1986
Filed:
Mar 25, 1985
Appl. No.:
6/715336
Inventors:
Lewis A. Ashworth - Orange CA
Assignee:
BAF Industries - Santa Ana CA
International Classification:
A47L 2500
US Classification:
1523018
Abstract:
A contoured buffing pad includes a buffing disk which is heat-formed by the method of the invention so that a portion thereof proximate an outer edge thereof forms an approximate right angle with the remainder of the buffing disk. Additionally, the buffing pad includes a fusible center disk which is fused into a tapered shape during manufacture of the pad and also, in cooperation with the fusible means, secures stitches in the buffing disk and coaxially secures the center disk to a second side of the buffing disk. A hub coaxially mounted in the disk includes threads for attaching the hub to a drive shaft, thereby eliminating the need of a conventional face plate, or the like, to mount the buffing pad to a drive shaft or buffing motor.

Reversible Buffing Pad And Method Of Manufacture

US Patent:
4607412, Aug 26, 1986
Filed:
Mar 25, 1985
Appl. No.:
6/715337
Inventors:
Lewis A. Ashworth - Orange CA
Assignee:
BAF Industries - Santa Ana CA
International Classification:
B24D 1314
B24D 1320
US Classification:
1523018
Abstract:
A buffing pad includes hub including screw threads therein for releasably attaching the hub to a drive shaft from either side of the hub. A fusible center disk is attached to the hub and a pair of buffing pads are provided with each having a plurality of yarn tufts protruding from a first side thereof and a plurality of yarn stitches which are exposed in a second side thereof. Additional fusible material is provided for securing the stitches in the buffing pads, coaxially securing the center disk between the second sides of the buffing disks and securing the second sides of the buffing disk together to form a buffing pad, with the two tufted first sides of the buffing disk facing outwardly from one another. During manufacture of the buffing pad the center disk is heat-formed into a tapered configuration which decreases in thickness from a position adjacent a coaxial hold therein to an outer edge thereof. This tapering enables the pad to be flexible at outer edges thereof for conforming with curved surfaces, yet at the same time maintaining a firm support toward the center thereof for application of pressure during buffing.

Orbital Polishing System

US Patent:
4731894, Mar 22, 1988
Filed:
May 13, 1986
Appl. No.:
6/862614
Inventors:
Lewis A. Ashworth - Orange CA
Assignee:
BAF Industries - Santa Ana CA
International Classification:
A47L 1112
B60S 306
A46B 1300
US Classification:
15 97R
Abstract:
An orbital polishing system includes the drive motor assembly for orbitally rotating a buffing pad. The buffing pad includes contour means for defining a groove on a periphery thereof for supporting a buffing cloth thereon and an elastic O-ring is sized for holding the buffing cloth in the groove of the periphery of the buffing pad and operative with the groove for decreasing tension between the buffing pad and the buffing cloth on one side of the buffing pad as the buffing pad is orbitally rotated and pinching the buffing cloth into the groove on an opposite side of the buffing pad as the buffing pad is orbitally rotated in order to cause the buffing cloth to achieve and maintain a taut configuration across the face of the buffing pad.

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