Amp LLC

John James Tucci

Albert D Willette

Ronald D Sizemore

George Allen Patton

Jerry B Kilpatrick

Waldemar John

Apparatus for inserting wires into terminals on opposite sides of an elecrical connector in a single stroke comprising first and second wire insertion heads mounted on respective opposite sides of a connector holder which includes a slide mounted on an anvil and linked to an insertion ram carrying the first wire insertion head so that wire insertion movement of the insertion ram relative to the holder produces corresponding movement of the slide.

Wire insertion apparatus

Plastic molding apparatus is disclosed for forming a series of molded connector bodies along a molded strip segment. By repeating the molding cycle, an additional strip segment is simultaneously molded and joined to a previously made strip segment, so that repeated cycling of the molding machine provides a molded continuous strip interconnecting a series of molded bodies.

Molding plastic bodies on continuous strip

The present invention relates to a tool having a hand operated lever operative with one lever stroke to pivot the tool into position on a work station, to insert a multiple conductor cable in between a pair of clamping and gripping jaws of a metal clamp of an electrical connector to which the conductors are to be connected, and to close the jaws onto the cable. Release of the lever retracts the cable insertion mechanism and pivots the tool away from the work station.

Applicator for metal strain relief clamp

The disclosure relates to connecting multiple wires into connectors using a tool having a platen on which is incorporated a connector, a comb, and a lever actuated insertion tool for inserting wires one at a time into contacts of the connector by indexing the tool to successive wire insertion positions or, alternatively, freely sliding the tool to any one of the positions whereat a wire is positioned against an insertion blade of the tool prior to and during movement of the blade and wire together toward the connector in the act of inserting the wire.

Portable apparatus for connecting wires in connectors

A simple, compact multi-conductor tap-connector device incorporates at least three standard multi-contact individual connectors with the corresponding terminals in all of the connectors attached only by short wires running directly between the terminals. Various configurations of mating connectors can be fabricated by the same operations. The interconnecting wires form a unique latticework pattern which permits assembly of the device without the need for excess wire and gives the tap-connector device a degree of structural rigidity. Two forms of specialized apparatus suitable for inserting wires into terminal slots to establish electrical contact are used in assembly of the device.

Method for fabricating multi-conductor tap connector

A tap connection for a multi-conductor cable is disclosed. This tap connection uses two standard separate multi-contact connectors. Cable wires connect corresponding terminals in each of the two connectors. A method and apparatus for assembling this tap connector is also disclosed. Pairs of cable wires are simultaneously inserted into corresponding slotted terminals in both connectors.

Multi-conductor half-tap connection

Multi-conductor half tap

Fixture for use in locating wires in wire-receiving jigs comprises a fixture block having an upper surface upon which locating bosses are provided for locating two wire jigs in parallel spaced-apart relationship. A slot extends into one end of the block and has an inner end which is between the locating bosses. A cable containing a plurality of wires is positioned in the slot with the cable axis extending normally of the upper surface. The wire jigs are positioned on the bosses and the wires can thereafter be positioned in the wire jigs. The cable can be located at different relative positions in the slot for different wiring configurations in the connector to which the wires are later attached.

Fixture and jig for use in connecting wires to connectors

A wire positioning adapter for dressing wires from a multi-conductor cable to transverse terminal locations is disclosed. The adapter is used with a standard semi-automatic insertion apparatus which simultaneously attaches a pair of conductors to oppositely facing terminals. The adapter moves along a linear path with respect to the connector. Wires are laced across a wire positioning surface between the cable end and the terminals. The wires are allowed to longitudinally slip across this surface during movement of the adapter.

Adapter for positioning multi-conductor cable and electrical connector

Multi-conductor tap-connector

Apparatus for inserting wires into terminals in an electrical connector having the terminals arranged in two parallel rows comprises a support plate having spaced apart side-by-side wire jig means thereon and having a connector jig means pivotally mounted between the wire jig means. Each wire jig means locates a plurality of wires in side-by-side parallel relationship with the wires spaced apart by distances which correspond to the spacing of the terminals in the connector. Each wire jig means has associated therewith inserting means so that wires in the jig means are inserted into terminals in one of the rows when the connector jig is swung against the wire jig.

Growing community of inventors

Winston-Salem, NC, United States of America

John James Tucci