Amp LLC

Howard C Phillips

David Joseph Erb

Richard V Spong

Phillip E Loomis

John Michael Wasilko

Keith Lynn Nicholas

Dallas E Schlegel

David W Orphanos

Joe Pierce Morgan

Paul Elwood Martz

Wayne E Giesbrecht

William MacKissinger, Jr

An apparatus and method are disclosed for terminating a wire to a terminal having a metal contact that is partially assembled to an insulating housing. The apparatus includes a stop that abuttingly engages a side of the contact within the interior of the housing. A stripper arm automatically moves the crimped and assembled terminal laterally so that it is clear of the stop arm for easy removal. The crimping and assembly operations are performed in a single cycle of the press ram.

Apparatus and method of terminating a wire to a two part insulated

A machine for inserting terminals (12) into housings (10) on an electrical device (4) comprises an inserting apparatus (34) in combination with a turntable assembly (32). The turntable assembly comprises a main turntable (38) and a plurality of secondary turntables (40) on the main turntable. The secondary turntables (40) are individually rotatable with respect to the main turntable (38) so that an electrical device (4) mounted on a secondary turntable (40) can be reoriented thereby to permit a wide variety of insertion operations to be performed on the device, for example, where the terminals (12) must be inserted into housings (10) arranged in two or more rows. The secondary turntables can be rotated to position each row in alignment with the fixed insertion machine (34).

Terminal insertion apparatus having improved turntable assembly

An apparatus and method are disclosed for terminating a wire to a terminal having a metal contact that is partially assembled to an insulated housing. The apparatus includes a stop that abuttingly engages bulges in the contact after crimping and thereby prevents axial movement of the contact while sliding the insulated housing thereover. Both the crimping and assembly operations are performed in a single workstation.

Crimping machine comprises a press and a terminal applicator. The applicator ram is coupled to the press ram and has movable crimping tooling adjustably mounted thereon. The fixed crimping tooling is mounted in the applicator frame which in turn is supported on the press platen. A coarse adjusting system is provided on the applicator ram for adjusting the position of the movable crimping tooling on the ram and a fine adjusting system is provided in the press platen for adjusting the position of the applicator frame and thereby adjusting the position of the fixed tooling. The fine adjusting system results in the achievement of crimped connections within more narrow tolerance limits than have heretofore been possible.

Crimping machine having improved adjusting system

Lead making machine has crimping presses in which the press ram comprises a vertically extending reciprocable rod which is contained in a vertically extending static press frame. The rod and press frame have laterally extending arms between which a terminal applicator is mounted with the applicator frame supported on the arm of the press frame and with the applicator ram coupled to the rod. The stresses developed during a crimping operation are confined to the rod and press frame and are not borne by the housing in which the presses and the actuating mechanism is contained. The presses are vertically adjustable with respect to the housing.

Lead making machine having improved crimping presses and actuating

A quick change mounting plate for securing an end fed or a side fed electrical terminal applicator, alternatively, to a press for operating the applicator, is provided with latches for locking the base plate of the respective applicator to the mounting plate. Each latch is movable between a raised latching position and a lowered position in which the latch does not interrupt the surface of the mounting plate, upon which surface the respective base plate is to be supported. The latches, one of which is positioned substantially centrally of said surface, are located to engage, in their raised positions, the edes of the base plate of the respective applicator. The latches which are not to be used for this purpose in respect of a particular base plate are kept in their lowered positions so that surface to surface contact between such base plate and the mounting plate can be achieved.

Quick change mounting plate

Apparatus for installing connectors on the ends of cables comprises first and second reciprocable rams which are coupled to each other by compressible coupling means. Connector deforming tools are mounted on the first ram which inwardly deform portions of the connector thereby to clamp the connector to the cable. Contact insertion tool means are mounted on the second ram and function to push contact members through the connector housing and into the wires of the cable. The arrangement is such that the deforming tools dwell in their lowered position and support the connector housing while the insertion tools drive the contact members through the housing. This arrangement prevents unwanted deformation of the housing while the contact members are being driven therethrough. The apparatus is also provided with improved aligning means which functions to align the connector with the deforming tools and the insertion tools.

Applicator for telephone connectors

Terminal applicator for crimping closed barrel terminals in strip form onto wires has a reciprocable ram, crimping dies on the ram, an anvil for supporting the terminal during crimping, and strip feeding and severing means for feeding terminals to the crimping zone. The anvil is normally in a retracted position and the strip is fed to position the leading terminal of the strip on the housing when the anvil is in its retracted position. Thereafter, the leading terminal is severed from the strip and the anvil is moved to an extended position in which it is at the crimping site. During such movement, a wire held at the crimping site is located in the terminal and upon movement of the dies towards the anvil, the terminal is crimped onto the wire.

Application for terminals in strip form

A machine for inserting displation type terminals in strip form into cavities in a coil bobbin or the like comprises first and second slide assemblies in parallel side-by-side relationship. The strip of terminals is fed towards the insertion zone of the apparatus by a feeding means which is actuated during movement of the first slide member along its working stroke. A shearing means for shearing terminals from the strip is also actuated by the first slide member and this shearing means serves to place the sheared terminals in front of insertion members carried by the second slide member. Finally, during the working stroke of the first slide member, the insertion punches move relative to the second slide towards the insertion zone to advance the sheared terminals in a guide tube on the second slide member. During the working stroke of the second slide member, the terminal guide tube carried on the second slide is moved up to the workpiece and thereafter, the guide tube remains stationary as the insertion punches push the terminals into the cavities in the workpiece. The terminals move past wires extending from the coil in the workpiece and drag the wires into the cavities. End portions of the wires are sheared by movable shearing blades on the second slide.

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Harrisburg, PA, United States of America

Howard C Phillips