John E Kinney

US Patent:

6568508, May 27, 2003

Filed:

Jun 7, 2001

Appl. No.:

09/876407

Inventors:

Ryan B. West - Saginaw MI
David A. Lange - Bay City MI
John E. Kinney - Saginaw MI

Assignee:

Thomson Saginaw Ball Screw Company, L.L.C. - Saginaw MI

International Classification:

F16C 1700

US Classification:

184 5, 74467, 74 8944

Abstract:

A ball screw and nut linear actuator incorporates an axially extending screw and a nut received on the screw to provide a helical raceway with recirculating load bearing balls. An axially extending member carried by the nut on a surface of the nut radially outboard of the raceway has ball return passages opening to the screws groove extending axially to span different turns of the screw groove. The ports lead to the ball return passages and are supplied with a liquid lubricant by a distributor system.

US Patent:

7011729, Mar 14, 2006

Filed:

Nov 12, 2003

Appl. No.:

10/712699

Inventors:

Philip Strong - Willowbrook IL, US
Brian Edward Ireland - Albany NY, US
John Gregory Kinney - Mokena IL, US

Assignee:

Corn Products International, Inc. - Westchester IL

International Classification:

D21H 11/00

US Classification:

162176, 162175, 162187, 162186, 162184, 162189, 162190, 162264, 162130, 162149, 162141, 1061641

Abstract:

The invention relates to a starch and fiber mixture, and the application of a starch and fiber mixture in paper manufacturing. The starch and fiber mixture is applied to a paper mat, after the paper mat is formed. The starch and fiber mixture may be obtained by the selective filtering of white water from the papermaking process, particularly by use of a pressure screen.

US Patent:

7226526, Jun 5, 2007

Filed:

Nov 22, 2005

Appl. No.:

11/285252

Inventors:

Philip Strong - Willowbrook IL, US
Brian Edward Ireland - Albany NY, US
John Gregory Kinney - Mokena IL, US

Assignee:

Corn Products International, Inc. - Westchester IL

International Classification:

D21H 11/00

US Classification:

162176, 162175, 162187, 162186, 162184, 162190, 162149, 162141, 162264

Abstract:

The invention relates to a starch and fiber mixture, and the application of a starch and fiber mixture in paper manufacturing. The starch and fiber mixture is applied to a paper mat, after the paper mat is formed. The starch and fiber mixture may be obtained by the selective filtering of white water from the papermaking process, particularly by use of a pressure screen.

US Patent:

48390496, Jun 13, 1989

Filed:

May 19, 1988

Appl. No.:

7/198449

Inventors:

John W. Kinney - New Richmond OH
John W. Graham - Cincinnati OH

Assignee:

Astro Met Associates, Inc. - Cincinnati OH

International Classification:

B01D 3920

US Classification:

2105101

Abstract:

An improved thermal shock resistant and generally thermal resistant ceramic composition is disclosed. The ceramic composition is compounded of aluminum oxide as a primary constituent with additives in a preferred form comprising zirconium oxide plus manganese oxide or titanium oxide, or both, interacted by exposure to high temperature. The additives increase the thermal shock resistance of the fired ceramic composition, with retention of elevated temperature strength properties. The ceramic compositions are prepared as high density solid shapes or as porous structures. The solid shapes formed into machine components show improved resistance to rapid thermal excursions, differential thermal gradients and elevated temperatures. Open cell ceramic foams of the ceramic composition are useful for hot filters, such as for filtering molten metal as well as in reaction supporting applications, where such ceramic foam structures are subject to rapid temperature and pressure transients.

US Patent:

49453289, Jul 31, 1990

Filed:

Oct 31, 1988

Appl. No.:

7/265005

Inventors:

John W. Kinney - Aurora IL
Anthony P. Rubasch - St. Charles IL
Thomas W. Degenhart - Batavia IL

Assignee:

Furnas Electric Company - Batavia IL

International Classification:

H01H 902

US Classification:

335202

Abstract:

The manufacture of an electrical contactor is simplified by a construction including a base 22, a contactor assembly 20 including at least one movable contact 32 mounted on the base, a magnetic core 26 mounted on the base 22 in proximity to the contactor assembly 20, and a bobbin 28 mounted on the magnetic core 26 and having spaced flanges 112, 114 defining a peripheral winding receiving recess 118 wherein the flange 112 has terminal receiving recesses 122 in an edge 120 thereof. Metallic pins 132 have one end captured in the edge 120 and receive the ends 164 of an electrical winding on the bobbin 126 in wrapped around fashion. A plurality of metallic terminal pieces 128 are provided, one for each of the recesses 122 and include a finger 156 crimped about the corresponding pin 132 and the winding end 164 wrapped thereabout.

US Patent:

47600381, Jul 26, 1988

Filed:

Nov 4, 1985

Appl. No.:

6/794956

Inventors:

John W. Kinney - New Richmond OH
John W. Graham - Cincinnati OH

Assignee:

Astro Met Associates, Inc. - Cincinnati OH

International Classification:

C04B 3502
C04B 3549

US Classification:

501105

Abstract:

An improved thermal shock resistant and generally thermal resistant ceramic composition is disclosed. The ceramic composition is compounded of aluminum oxide as a primary constituent with additives in a preferred form comprising zirconium oxide plus manganese oxide or titanium oxide, or both, interacted by exposure to high temperature. The additives increase the thermal shock resistance of the fired ceramic composition, with retention of elevated temperature strength properties. The ceramic compositions are prepared as high density solid shapes or as porous structures. The solid shapes formed into machine components show improved resistance to rapid thermal excursions, differential thermal gradients and elevated temperatures. Open cell ceramic foams of the ceramic composition are useful for hot filters, such as for filtering molten metal as well as in reaction supporting applications, where such ceramic foam structures are subject to rapid temperature and pressure transients.