Neil A Carter

US Patent:

20020189740, Dec 19, 2002

Filed:

Jun 19, 2001

Appl. No.:

09/883262

Inventors:

Neil Carter - Granville OH, US
Gordon Hart - Indianapolis IN, US
David Rhind - Greenfield IN, US

International Classification:

B31D001/00
D04H001/00
B27N003/00

US Classification:

156/062200, 156/296000, 264/109000

Abstract:

Methods and systems for making a fiberboard product having a desired final thickness dimension by subjecting a fibrous board preform to a successive series of compressive pressures. Preferably, an upstream one of the compressive pressures causes the board preform to exhibit a compressed thickness dimension which is less than the final thickness dimension of the fiberboard product, while a downstream one of the compressive pressures causes the board preform to exhibit a thickness dimension which is substantially the same as the final thickness dimension of the fiberboard product. Between subjecting the board preform to these upstream and downstream compressive pressures, the upstream one of the compressive pressures may be removed sufficiently to cause the compressed thickness dimension to increase to an intermediate thickness dimension which is less than the initial thickness dimension of the board preform, but is greater than the final thickness dimension of the fiberboard product. Most preferably, the upstream compressive pressure is accomplished by passing the board preform between and through a nip space defined between an opposed pair of rolls.

US Patent:

48836907, Nov 28, 1989

Filed:

Jun 6, 1988

Appl. No.:

7/202332

Inventors:

Neil A. Carter - Granville OH

Assignee:

Owens-Corning Fiberglas Corporation - Toledo OH

International Classification:

B29C 4120
B05C 102
B05C 502

US Classification:

4274301

Abstract:

Method and apparatus to apply a coating or coatings of a predetermined thickness over designated sections of a continously advanced elongate member by means of cooperating guide die and coating die segments. The die includes two abutting members through which, the article to be coated, passes the first member defining a guide passage and the second being in the form of a collar defining a coating groove for distributing the coating material and limiting its thickness. Since the two parts are separable cleaning is facilitated.

US Patent:

42318254, Nov 4, 1980

Filed:

Apr 23, 1979

Appl. No.:

6/032182

Inventors:

Neil A. Carter - Reynoldsburg OH

Assignee:

Owens-Corning Fiberglas Corporation - Toledo OH

International Classification:

B32B 520

US Classification:

156 78

Abstract:

The method includes forming a semicylindrical glass fiber reinforced jacket, assembling the jacket with a smaller semicylindrical mold to provide a semicylindrical space therebetween, inserting foamable hardenable liquid resin in the space, allowing the liquid resin to foam and harden, removing the mold, and adhering compressible fibrous glass wool to an end face and to one flat longitudinal face of the jacketed foam. Optionally, compressible fibrous glass wool may also be applied to the radially inner face of the jacketed foam.

US Patent:

46817220, Jul 21, 1987

Filed:

Oct 7, 1985

Appl. No.:

6/785303

Inventors:

Neil A. Carter - Reynoldsburg OH
Ronald R. Harris - Newark OH
Russell L. Ault - Newark OH

Assignee:

Owens-Corning Fiberglas Corporation - Toledo OH

International Classification:

B29C 4130
B32B 3104

US Classification:

264171

Abstract:

Core material of shaped glass fiber board is impregnated with resin in outer surface portions, the resin is cured, an additional resin casing is formed therearound, and the additional resin is cured. Glass strands may be included with the resin impregnation, and a continuous strand mat, a veil mat, and glass rovings may be included with the resin encasing.

US Patent:

44909551, Jan 1, 1985

Filed:

Jul 23, 1982

Appl. No.:

6/401202

Inventors:

Neil A. Carter - Reynoldsburg OH
Richard A. Mott - Alexandria OH

Assignee:

Owens-Corning Fiberglas Corporation - Toledo OH

International Classification:

E04C 104

US Classification:

52 3014

Abstract:

The wall construction includes elongated molded fibrous channels secured together in side-by-side relationship and pairs of structural fastening strips secured to the channels, each joint between two adjacent channels having a pair of the structural fastening strips extending along the joint respectively adjacent opposite ends of leg portions of the channels.