Benjamin L Moore

US Patent:

51747170, Dec 29, 1992

Filed:

Jun 10, 1991

Appl. No.:

7/712599

Inventors:

Benjamin N. Moore - Cromwell CT

Assignee:

Safeway Products Inc. - Middletown CT

International Classification:

B63H 300

US Classification:

416 39

Abstract:

A wiring harness is provided with connectors which are electrically and physically attached to terminal wires extending from the electrical resistance deicer heater and cables extending from a power supply so that the connectors when assembled, establish the desired electrical connection, the assembled connectors being secured to a bracket fastened to the hub of a propeller, blade with a portion of the bracket being engageable with the assembled connector bodies to hold the connectors in assembled position on the hub.

US Patent:

45767980, Mar 18, 1986

Filed:

Jun 21, 1983

Appl. No.:

6/506312

Inventors:

Henry B. Hall - Madison CT
Peter B. Hewes - Middlefield CT
Benjamin N. Moore - Haddam CT
Rosario Sanzaro - Durham CT

Assignee:

Safeway Products, Inc. - Middletown CT

International Classification:

A61L 218

US Classification:

422105

Abstract:

A contact lens disinfecting unit in which the lenses are immersed in a saline solution and heated to a predetermined minimum disinfecting temperature which is maintained for a predetermined period of time. The unit has a heating system which includes a PTC thermistor as a heating element sandwiched between metal heat distribution plates, and this heating system interacts with a manually resettable thermostat to control operation of the unit.

US Patent:

46820108, Jul 21, 1987

Filed:

Apr 12, 1985

Appl. No.:

6/723034

Inventors:

Donald F. Drapeau - Windsor CT
Benjamin N. Moore - Haddam CT
Henry B. Hall - Madison CT

Assignee:

Safeway Products, Inc. - Middletown CT

International Classification:

H05B 300
F24H 300
A61M 1600
H01C 300

US Classification:

219381

Abstract:

An in-line heater for an aerosol delivery system has an elongated tubular electrically insulated plastic body having first and second ends coaxially aligned along the major axis of the tubular body. The first and second ends contain an aerosol inlet and outlet, respectively. The plastic body has an unrestricted flow passage therein from the first to the second end and a self supporting electrically conductive spiral mesh heating element loosely fills the flow passageway within the body. The mesh heating element has a very low mass so as to be almost instantaneously responsive and extends across the space between the side walls of the flow passage to maximize the surface area thereof exposed to the aerosol mixture flowing through the passage. First and second terminals are adjacent the first and second housing ends, respectively, and are connected to the ends of the spiral mesh heating elements by a pair of crimped connector plates. Each terminal is disposed in a terminal housing having an internally serrated opening for securing a complementarily terminal sleeve having a serrated outer surface.