Mark Otto Pedersen

US Patent:

45644306, Jan 14, 1986

Filed:

Sep 25, 1984

Appl. No.:

6/654760

Inventors:

Jeffery E. Bacon - Long Beach CA
James E. Craig - South Pasadena CA
Mark K. Pedersen - Yorba Linda CA

Assignee:

Robbins & Craig Welding & Mfg. Co. - South El Monte CA

International Classification:

C25D 1700
C25D 1714

US Classification:

204206

Abstract:

A contact plater apparatus and method for plating selected areas of a web workpiece wherein the web workpiece and anode are in close proximity, separated only by the brush belt that contacts the web workpiece. A box manifold continually replenishes with plating solution, provides the brush belt with plating solution from openings in a header as the solution passes over an anode. The brush belt of open-cell foam or other absorbent material wicks up the plating solution and brushes it on the desired spot on the cathodic web workpiece. The brush belt is guided past the box manifold in an accurately defined path. The web workpiece and brush belt are brought into contact at the openings in the header of the box manifold where the plating takes place. The brush belt has a continuous loop of backing material that has considerable structural stability and is impervious to the plating fluid. The absorbent material is carried by this backing material.

US Patent:

45978450, Jul 1, 1986

Filed:

Sep 30, 1985

Appl. No.:

6/782120

Inventors:

Jeffery E. Bacon - Long Beach CA
James E. Craig - South Pasadena CA
Mark K. Pedersen - Yorba Linda CA

Assignee:

Robbins & Craig Welding & Mfg. Co. - South El Monte CA

International Classification:

C25D 1700
C25D 1714

US Classification:

204206

Abstract:

A contact plater apparatus and method for plating selected areas of a web workpiece wherein the web workpiece and anode are in close proximity, separated only by the brush belt that contacts the web workpiece. A box manifold continually replenished with plating solution, provides the brush belt with plating solution from openings in a header as the solution passes over an anode. The brush belt of open-cell foam or other absorbent material wicks up the plating solution and brushes it on the desired spot on the cathodic web workpiece. The brush belt is guided past the box manifold in an accurately defined path. The web workpiece and brush belt are brought into precise contact at the openings in the header of the box manifold where the plating takes place. The guide for the web workpiece is adjustable along more than one axis to provide for contacting the brush belt with the web workpiece with a range of contact pressure and angles. Each guide is custom built for the parts to be plated.

US Patent:

45954640, Jun 17, 1986

Filed:

Jul 22, 1985

Appl. No.:

6/757364

Inventors:

Jeffery E. Bacon - Long Beach CA
James E. Craig - South Pasadena CA
Mark K. Pedersen - Yorba Linda CA

Assignee:

Robbins & Craig Welding & Mfg. Co. - South El Monte CA

International Classification:

C25D 502
C25D 706

US Classification:

204 15

Abstract:

A contact plater apparatus and method for plating selected areas of a web workpiece wherein the web workpiece and anode are in close proximity, separated only by the brush belt that contacts the web workpiece. A box manifold continually replenishes with plating solution, provides the brush belt with plating solution from openings in a header as the solution passes over an anode. The brush belt of open-cell foam or other absorbent material wicks up the plating solution and brushes it on the desired spot on the cathodic web workpiece. The brush belt is guided past the box manifold in an accurately defined path. The web workpiece and brush belt are brought into contact at the openings in the header of the box manifold where the plating takes place. The brush belt has a continuous loop of backing material that has considerable structural stability and is impervious to the plating fluid. The absorbent material is carried by this backing material.