Eric Lee Ellis

US Patent:

20130072361, Mar 21, 2013

Filed:

Sep 15, 2011

Appl. No.:

13/233129

Inventors:

Eric Ellis - Rosedale NY, US

International Classification:

A63B 21/04

US Classification:

482129

Abstract:

A complex exercise machine utilizes a horizontally extending frame assembly having a plurality of resistance elements. A plurality of foot pedals are included that are slidably mounted on the frame assembly. The foot pedals are moveable between a first position, proximate to the user, and a second distal position. The resistance elements have a first end and a second end. The first end of the resistance element is removably anchored to the frame assembly A first resistance element includes a handle at its second to exercise upper body muscle groups, while a second resistance element includes the pedals at its second end to exercise lower body and abdominal muscle groups. A seat is provided that is adjustably mounted to the frame assembly. The angulation between the seat back and seat bottom is also adjustable.

US Patent:

52521850, Oct 12, 1993

Filed:

May 13, 1992

Appl. No.:

7/882219

Inventors:

Eric R. Ellis - Westbrook ME
Fred J. Ferrari - Springfield PA
Gregory H. Hale - Waterville ME
Joyce H. Anderson - Gray ME
Kenneth B. Jewett - Portland ME
John A. Mattor - Bar Mills ME
Abbott W. Mosher - Gorham ME
John O. H. Peterson - Standish ME
Douglas A. Quist - Kennebunk ME

Assignee:

S. D. Warren Company - Westbrook ME

International Classification:

D21G 100

US Classification:

162206

Abstract:

Disclosed is a new internally heated calendering roll capable of finishing paper satisfactorily at the temperatures, heat loads and pressures required for substrata thermal molding. The roll is internally heated and has a circumferential wall at least 4 inches thick. It includes means to provide heat into the interior of the circumferential wall to be conducted through the wall to the outer surface for heating the paper web being calendered by the roll. The roll is constructed of a first material with a thin circumferential surface layer of a second, cermet or ceramic containing material. The surface layer material has a hardness of at least 530 Vickers and a thickness of between. 003 inch and. 030 inches. It is capable of being polished to a roughness of less than 6 micro inches Ra.

US Patent:

58608982, Jan 19, 1999

Filed:

Dec 16, 1997

Appl. No.:

8/991509

Inventors:

Eric E. Ellis - Corona NY

International Classification:

A63B 2102

US Classification:

482130

Abstract:

An exercise apparatus of the type for exercising the muscles of a user by providing spring or elastic loaded resistance to repetitive movements of a user having a horizontally extending frame assembly. The exercise apparatus includes biased foot pedals and elastic cables that are user operable to exercise a variety of muscles or muscle groups of a user. An adjustable seat having a back that may be folded for storage is also included.

US Patent:

51714043, Dec 15, 1992

Filed:

Nov 30, 1990

Appl. No.:

7/620249

Inventors:

Eric R. Ellis - Westbrook ME
Fred J. Ferrari - Springfield PA
Gregory H. Hale - Waterville ME
Joyce M. Harrington - Gray ME
Kenneth B. Jewett - Portland ME
John A. Mattor - Bar Mills ME
Abbott W. Mosher - Gorham ME
John O. H. Peterson - Standish ME
Douglas A. Quist - Kennebunk ME

Assignee:

S. D. Warren Company - Philadelphia PA

International Classification:

D21G 100
D21G 302

US Classification:

162206

Abstract:

Disclosed is a new internally heated calendering roll capable of finishing paper satisfactorily at the temperatures, heat loads and pressures required for substrata thermal molding. The roll is internally heated and has a circumferential wall at least 4 inches thick. It includes means to provide heat into the interior of the circumferential wall to be conducted through the wall to the outer surface for heating the paper web being calendered by the roll. The roll is constructed of a first material with a thin circumferential surface layer of a second, cermet or ceramic containing material. The surface layer material has a hardness of at least 530 Vickers and a thickness of between 0. 003 inch and 0. 030 inches.