Abstract: An insulated housing is described which includes a means for holding a pair of electrical connectors in parallel. The housing includes a griping means which allows a person to either insert or remove the housing from a mating electrical connection. The housing also includes a "living hinge" which, when closed, clamps on to the pair of electrical connectors to provide strain relief.

Abstract: A cover assembly (20) for receiving a connector (56) terminated to a cable (92) is disclosed in which the cover assembly has a exterior contoured surface (118), a cavity (134) for receiving the connector and first (74) and second (76) cable exits from the cavity to the exterior contoured surface. Each cable exit is adapted to receive either the cable or a cable exit plug (28). The cable exit plug has first (120) and second (116) surfaces and is adapted to be received in the first cable exit (74) with the first surface (120), contoured to conform to the exterior surface of the housing surrounding the first cable exit, facing outwardly from the cavity. The cable exit plug is also adapted to be received in the second cable exit (76) with a second surface (116) facing outwardly from the cavity. The second surface is contoured to conform to the exterior surface of the housing surrounding the second cable exit.

Abstract: A power connector for connecting a multiconductor cable and a printed circuit board. The power connector includes a connector block with two pivotable longitudinal walls, each having a comblike edge which, when pivoted upwards, meet to define a plurality of slots which receive and maintain the conductor of the cable. The connector block is received within a connector cover, and the assembly is mounted on a pin holder disposed on a base plate. The contact pins of the pin holder project upwards to contact the conductors of the cable and downward to contact the printed circuit board.

Abstract: A cable strain relief assembly has a first cover (30, 180) fastenable to a cable face (26) of an electrical connector (20) having an array (28) of cables (22) extending therefrom such that the cable array (28) extends over a transverse aperture (50, 184) near the rearward end (36) of the first cover (30, 180). The second cover (80, 182) is securable over the cable array (28) to the first cover (30, 180) at their rearward ends (36, 86) in a manner clamping the cables (22) into the aperture and against surfaces (52, 54, 190) adjacent the forward (56) and rearward (58) sides of the aperture (50, 184).

Abstract: An improved electrical connector system for connecting an electronic control system to electrically adjustable automotive suspension components, such as shock absorbers and MacPherson struts, features ease of connectibility and serviceability, superior electrical insulation, fewer individual components, and increased reliability. More specifically, the connector assembly features recessed, axially elongated contacts; integral latching strain relief caps; positive keying surfaces to ensure proper connector orientation; latching arms for removably attaching the connector system to the suspension component; and at least one seal radially disposed between the connector system and suspension component housing to prevent moisture penetration thereinto.

Abstract: A connector for terminating the distributor end of ignition cables includes a conductive insert fitted within an outer boot. A spring-lock barrel of the conductive insert is arranged within a generally cylindrical head portion of the boot and a wire-piercing prong which extends radially outwardly from the barrel extends generally centrally into a cylindrical neck portion of the boot. The neck portion has a hinged cover with insulation piercing prongs to prevent axial withdrawal of a cable from the connector.

Abstract: The unassembled patch connector comprises multiple or a single, housing (prefereably molded) having a centrally located hinge or other positive locating features for joining the two oppositely disposed housing portions. The housing portions are snapped together to define a substantially rectangular housing having two, four, six or eight openings on a front face thereof for accessing terminals from a terminal block; and at least one other opening on the back face thereof for entry and exit of a cable or individual wires. The interior of the housing is provided with cavities for retaining isolated conductors, these conductors communicating with the back face opening for electrical and mechanical connection with insulated wire and communicating with the front face opening for electrical and mechanical connection with terminals from a terminal block.

Abstract: A terminal connector assembly for removably receiving end portions of a multiconductor cable includes a terminal block defining an array of interior elongate cavities. Each cavity is provided with a generally U-shaped terminal member having a pair of opposing spaced-apart side arms and an integral pair of opposing protruding contact portions. The protruding contact portions establish therebetween an entranceway of reduced cross-sectional dimension such that upon insertion of an end portion of the multiconductor cable therebetween, the contact portions establish electrical contact therewith.