Labinal Components and Systems, Inc.

Reed Devices, Inc.

Cooper Industries, Inc.

William R Bailey

Keith A Rosborough

Antonio A Garay

Alan C Lesesky

Lawrence R Happ

Jacek Michael Korczynski

Lawrence E Geib

William H Jones

James S Zielinski

A vehicle electric power distribution system having a plurality of conductive plates, wherein each conductive plate includes an arrangement of contact pads that are electrically connected to other contact pads via integrally formed conductive traces. These conductive plates can be vertically stacked, with electrical contact between selected contact pads on different conductive plates being provided by conductive pins. Each conductive plate is selectively coated with an insulating layer to obviate unwanted electrical contact.

Vehicle electric power distribution system

Electrical connector devices are provided for interconnecting external conductors with a connecting member such as a circuit which has upwardly projecting components that are adjacent contact areas on an exposed surface. The connector device comprises an insulator body for supporting a plurality of conductor elements in spaced relation to one another. The insulator body includes a plurality of cantilever hollow projections which have a length that exceeds the height of the components above the contact surfaces. The projections extend from the conductor sites generally parallel to one another and are disposed to mate the contact surfaces while providing spaces therearound to receive and accommodate the components. The insulator body preferably is a unitary molded body which includes the projections. An axially compressible conductive means extends through each of the hollow projections from the respective conductor site to an exposed end at the distal end of the respective projection. Preferably each compressible conductive means includes a wadded wire contact button and an exposed end plunger.

Electrical connectors

A connector provides wire termination, without the need for any tools, facilitating electrical connection and trimming of excess wire by way of pressure applied by a human finger. Connection is accomplished by means of a rotational mechanism comprising an insulative base housing, a conductive electrical terminal and a non-conductive cam lever. The cam lever is configured around a rotating hub and has a wire passageway therethrough. the conductive electrical terminal, has a first insulation displacement contact and a second feedthrough/trimming contact, and fits slidably in the insulative base housing. With a wire installed through the wire passageway and feedthrough/timming contact, manual rotation of the cam lever and exertion of finger pressure terminates the wire in the conductive terminal and trims excess wire. A detent retains the cam lever in the engaged position. Reverse rotational movement of the cam lever frees the wire for removal.

Wire termination connector and terminal block

An electrical terminal block adapted for mounting on a printed circuit board and having integral fuse receptacles for each pair of electrical terminals, and a cover which provides a shock-safe fuse holder and extractor is disclosed. During insertion, the cover loosely retains the fuse while applying pressure only to the end caps. Only when a spent fuse is extracted is any force applied against the body of the fuse. The cover also furnishes visual access of the fuse element while maintaining electrical isolation.

Shock safe fuse holder and puller cover

Growing community of inventors

Glen Ellyn, IL, United States of America

William R Bailey