Jerry L Gregory

US Patent:

57070962, Jan 13, 1998

Filed:

Jun 7, 1995

Appl. No.:

8/478516

Inventors:

Jerry E. Gregory - Watkins Glen NY

International Classification:

B65D 7100

US Classification:

294 872

Abstract:

The present invention is directed to an apparatus that carries bottles by their necks. The apparatus of the present invention comprises a rigid structure having at least two keyhole openings formed in the structure for receiving the head and annular neck ring of a bottle therethrough. The keyholes are positioned such that when the bottles are pushed into the narrower slot of the opening that the main body of the bottles remain in contact, thereby preventing the bottles from slipping out of the device during use. A handle is attached to the top of the rigid structure for hand carrying the device. The device can further incorporate an additional locking mechanism to block off the wider portion of the keyhole opening to prevent the bottles from becoming disengaged.

US Patent:

40025764, Jan 11, 1977

Filed:

Jul 18, 1975

Appl. No.:

5/597012

Inventors:

Jerry L. Gregory - Painted Post NY
Wayne H. Pitcher - Painted Post NY

Assignee:

Corning Glass Works - Corning NY

International Classification:

B01D 1506
C12B 100
C12K 100

US Classification:

252415

Abstract:

Highly porous MgO-Al. sub. 2 O. sub. 3 particulate support materials useful for the immobilization of glucose isomerase can be regenerated for reuse by circulating a sodium hypochlorite solution through the particles thereby permitting in situ enzyme carrier regeneration.

US Patent:

40873307, May 2, 1978

Filed:

Dec 23, 1976

Appl. No.:

5/754075

Inventors:

Jerry L. Gregory - Painted Post NY
Wayne H. Pitcher - Big Flats NY

Assignee:

Corning Glass Works - Corning NY

International Classification:

C07G 702

US Classification:

426 68

Abstract:

Immobilized enzyme composites comprising enzymes bonded to porous, high surface area support materials can be economically prepared by contacting "spent" composites with a solution of NaOCl to remove substantially all contaminants resulting from previous use of the composites and then reacting the cleaned support materials with a solution of active enzymes under conditions sufficient to permit the bonding of enzymes to the surfaces of the support materials.