Robert L Carrillo

US Patent:

20080086917, Apr 17, 2008

Filed:

Oct 2, 2007

Appl. No.:

11/906332

Inventors:

Robert Carrillo - Aventura FL, US

International Classification:

A43C 9/02

US Classification:

36136

Abstract:

A jewelry article including a planar body having a first surface bearing a decorative design which may include one or more precious stones. The body includes a plurality of elongated slots extending therethrough accommodating the lowermost loop of an engaged shoelace whereby the article is supported upon an uppermost surface of a shoe.

US Patent:

43009786, Nov 17, 1981

Filed:

Jan 16, 1980

Appl. No.:

6/112645

Inventors:

Christopher E. Whitemore - Riverside CA
Robert M. Carrillo - San Bernardino CA

Assignee:

Rohr Industries, Inc. - Chula Vista CA

International Classification:

B32B 3120
B32B 312

US Classification:

156581

Abstract:

Method of making attenuation sandwich panels having a cellular core positioned between and bonded to an imperforate facing sheet on one surface thereof and a perforate sheet with an outer layer of porous fabric material adhered to the other surface. The combined perforate facing sheet and porous fibrous material have a predetermined open surface area prior to its adherence to the cellular core. A coating of adhesive is applied to either the facing sheets or to the faying surface of the cellular core. The sheets are then properly positioned with respect to the cellular core. The porous fabric surface of the combined perforate sheet and porous fibrous material is positioned against a perforated plate. The opposite surface of the perforated plate is positioned against a bonding tool that has a plurality of longitudinal grooves on its perforated plate adjacent surface. This combination is then placed in a press or the like where pressure is applied from the facing sheets towards the core and is then heated until the adhesive is cured.

US Patent:

42698820, May 26, 1981

Filed:

Oct 29, 1979

Appl. No.:

6/088949

Inventors:

Robert M. Carrillo - San Bernardino CA
Muriel L. Koss - Arlington CA

Assignee:

Rohr Industries, Inc. - Chula Vista CA

International Classification:

B32B 312
B32B 3112

US Classification:

428116

Abstract:

Method of fabricating attenuation sandwich panels having a central cellular core positioned between and bonded to an imperforate facing sheet on one surface thereof and a perforate facing sheet with an outer layer of porous fibrous material adhered to the other surface. The combined perforate sheet and porous fibrous material have a predetermined open surface area prior to attenuation panel fabrication. The perforation exposed surface of the combined perforate sheet and porous fibrous material is covered with a maskant material which covers the surface only. The porous fibrous surface is then saturated with a liquidous anti-wetting solution which coats substantially all of the fibers. The solution is allowed to dry and the maskant is then removed from the opposite surface. The components making up the panel are then assembled and bonded together to form the attenuation panel.

US Patent:

42923565, Sep 29, 1981

Filed:

Jul 6, 1979

Appl. No.:

6/055681

Inventors:

Christopher E. Whitemore - Riverside CA
Robert M. Carrillo - San Bernardino CA

Assignee:

Rohr Industries, Inc. - Chula Vista CA

International Classification:

B32B 312

US Classification:

428116

Abstract:

Method of making attenuation sandwich panels having a cellular core positioned between and bonded to an imperforate facing sheet on one surface thereof and a perforate sheet with an outer layer of porous fabric material adhered to the other surface. The combined perforate facing sheet and porous fibrous material have a predetermined open surface area prior to its adherence to the cellular core. A coating of adhesive is applied to either the facing sheets or to the facing surface of the cellular core. The sheets are then properly positioned with respect to the cellular core. The porous fabric surface of the combined perforate sheet and porous fibrous material is positioned against a perforated plate. The opposite surface of the perforated plate is positioned against a bonding tool that has a plurality of longitudinal grooves on its perforated plate adjacent surface. This combination is then placed in a press or the like where pressure is applied from the facing sheets towards the core and is then heated until the adhesive is cured.