James D Keller

Author:

James Keller

ISBN #:

0262024071

Author:

James Keller

ISBN #:

0262112078

Author:

James Keller

ISBN #:

0262522152

Author:

James Keller

ISBN #:

0262581604

Author:

James Keller

ISBN #:

0262611368

Author:

James Keller

ISBN #:

0387245154

Author:

James Keller

ISBN #:

0818912324

Author:

James Keller

ISBN #:

0792385217

US Patent:

6952994, Oct 11, 2005

Filed:

Oct 27, 2003

Appl. No.:

10/694340

Inventors:

Matt Dunn - Norcross GA, US
Mike Dunn - Norcross GA, US
Jim Patton - Roswell GA, US
James Thomas Keller - Sellersburg IN, US

Assignee:

JPatton Sports Marketing - Norcross CA

International Classification:

B41M001/04

US Classification:

101483, 101485, 101490

Abstract:

Identification devices and methods of producing the identification devices are presented. Some embodiments of identification devices comprise a structure having a micro-optic image and a layer that is overprinted onto the surface of the structure. In some embodiments, the structure is a substantially planar structure, such as a cardstock sheet, and the micro-optic image is a hologram. A web-fed flexographic printing process is presented, in which the process comprises the steps of providing a web, determining a feed rate for the web, feeding the web at the determined feed rate, and overprinting onto a surface of the web. In some embodiments, the web has a micro-optic structure and an eye-mark. The micro-optic structure is located at a predefined position on the web, and the eye-mark is located at a fixed position with reference to the position of the micro-optic structure. The feed rate is determined using the eye-mark.

US Patent:

7036431, May 2, 2006

Filed:

Aug 9, 2005

Appl. No.:

11/200376

Inventors:

Matt Dunn - Norcross GA, US
Mike Dunn - Norcross GA, US
Jim Patton - Roswell GA, US
James Thomas Keller - Sellersburg IN, US

Assignee:

JPatton Sports Marketing - Norcross GA

International Classification:

B41F 33/00

US Classification:

101483, 101485, 101 23

Abstract:

Identification devices and methods of producing the identification devices are presented. Some embodiments of identification devices comprise a structure having a micro-optic image and a layer that is overprinted onto the surface of the structure. In some embodiments, the structure is a substantially planar structure, such as a cardstock sheet, and the micro-optic image is a hologram. A web-fed flexographic printing process is presented, in which the process comprises the steps of providing a web, determining a feed rate for the web, feeding the web at the determined feed rate, and overprinting onto a surface of the web. In some embodiments, the web has a micro-optic structure and an eye-mark. The micro-optic structure is located at a predefined position on the web, and the eye-mark is located at a fixed position with reference to the position of the micro-optic structure. The feed rate is determined using the eye-mark.

US Patent:

20020170246, Nov 21, 2002

Filed:

May 16, 2001

Appl. No.:

09/858960

Inventors:

James Keller - Dallas GA, US

International Classification:

E02D019/00
E04B001/70
E04F017/00
E04F017/04
E04F017/08

US Classification:

052/169500

Abstract:

My “Clean-Out” consists of one length of solid 4-inch PVC pipe, one 4-inch PVC T-fitting and one 4-inch solid PVC cap. The length of the solid 4-inch PVC pipe is determined by the depth of the drainage system of the building. For example if the system is 5-ft deep below ground level, the 4-inch PVC pipe will be 5-ft 6-inches in length. The Clean-Out should measure to be at least half of a foot above ground level.