Frederick A Everett

US Patent:

47565012, Jul 12, 1988

Filed:

Oct 7, 1986

Appl. No.:

6/916343

Inventors:

Riccardo Quercia - Bayside NY
Quinton J. Farrar - Wyckoff NJ
Frederick A. Everett - Bloomfield NJ

Assignee:

Pfizer Hospital Products Group, Inc. - New York NY

International Classification:

B42F 1300

US Classification:

248340

Abstract:

Apparatus for supporting a housing from a support including a bracket member formed of at least two opposed walls and having a post member extending between the walls, one of the walls capable of being positioned on the housing; and a hook member having one end rotatably secured about the post member for selective rotational movement from a first storage position to a second hanging position, the other end of the hook member being configured for engagement with the support, the one end of the hook member and the bracket being configured and dimensioned so that the hook member remains locked in the hanging position.

US Patent:

47846429, Nov 15, 1988

Filed:

Oct 7, 1986

Appl. No.:

6/916342

Inventors:

Frederick A. Everett - Bloomfield NJ
Quinton J. Farrar - Wyckoff NJ

Assignee:

Pfizer Hospital Products Group, Inc. - New York NY

International Classification:

A61M 100

US Classification:

604118

Abstract:

An apparatus for draining fluids, for example, from a chest or pleural cavity, includes a collection chamber for collecting fluids through an inlet port for entry of the fluids. Also included is a dry or waterless suction control chamber in fluid communication with the collection chamber for regulating the degree of vacuum imposed in the collection chamber. If desired, a seal chamber can also be provided between the dry suction control chamber and the collection chamber so as to prevent any ambient or atmospheric air from passing into the collection chamber. The suction control chamber has a first inlet which is coupled to a suction source and a second inlet communicates with the ambient. A waterless regulator is provided for regulating the degree of suction imposed in the collection chamber at a plurality of predetermined preset levels of suction. This regulator is positioned between the suction inlet and the ambient inlet.

US Patent:

53000501, Apr 5, 1994

Filed:

May 7, 1993

Appl. No.:

8/059426

Inventors:

Frederick A. Everett - Bloomfield NJ
Quinton J. Farrar - Wyckoff NJ

Assignee:

Deknatel Technology Corporation

International Classification:

A61M 100

US Classification:

604320

Abstract:

An apparatus for draining fluids, for example, from a chest or pleural cavity, includes a collection chamber for collecting fluids through an inlet port for entry of the fluids. Also included is a dry or waterless suction control chamber in fluid communication with the collection chamber for regulating the degree of vacuum imposed in the collection chamber. If desired, a seal chamber can also be provided between the dry suction control chamber and the collection chamber so as to prevent any ambient or atmospheric air from passing into the collection chamber. The suction control chamber has a first inlet which is coupled to a suction source and a second inlet communicates with the ambient. A waterless regulator is provided for regulating the degree of suction imposed in the collection chamber at a plurality of predetermined preset levels of suction. This regulator is positioned between the suction inlet and the ambient inlet.

US Patent:

55077340, Apr 16, 1996

Filed:

Apr 1, 1994

Appl. No.:

8/221977

Inventors:

Frederick A. Everett - Bloomfield NJ
Quinton J. Farrar - Wyckoff NJ

Assignee:

Deknatel Technology Corporation - Fall River MA

International Classification:

A61M 100

US Classification:

604320

Abstract:

An apparatus for draining fluids, for example, from a chest or pleural cavity, includes a collection chamber for collecting fluids through an inlet port for entry of the fluids. Also included is a dry or waterless suction control chamber in fluid communication with the collection chamber for regulating the degree of vacuum imposed in the collection chamber. If desired, a seal chamber can also be provided between the dry suction control chamber and the collection chamber so as to prevent any ambient or atmospheric air from passing into the collection chamber. The suction control chamber has a first inlet which is coupled to a suction source and a second inlet communicates with the ambient. A waterless regulator is provided for regulating the degree of suction imposed in the collection chamber at a plurality of predetermined preset levels of suction. This regulator is positioned between the suction inlet and the ambient inlet.