Method and apparatus for attaching multi-conductor flat cable to an electrical connector

Claim 1

Apparatus for inserting individual conductors in a multi-conductor flat cable into the conductor-receiving portions of electrical contact terminals which are contained in a multi-contact electrical connector, said conductor-receiving portions being arranged in rows on oppositely facing surfaces of said connector, said apparatus comprising: a work zone located at the intersection of first, second, and third orthogonal axes, said work zone being oriented so that said conductors may extend into said work zone in the direction of said first orthogonal axis, a fixed base, said base having die means and base insertion means which may be utilized alternatively for punching holes in said cable and inserting the perforated cables into said conductor-receiving portions, ram means movable along said second orthogonal axis towards and away from said fixed base, said ram means having ram punch means and ram insertion means, said ram insertion means being in permanent alignment with said base insertion means, connector holding means for holding said connector with said rows extending along said third orthogonal axis and with said rows in alignment with said ram insertion means and said base insertion means whereby holes may be punched between said individual conductors in said flat cable by the combined action of said ram punch means and said die means and then said multiconductor flat cables may be aligned with said conductor-receiving portions and attached to said connector by the combined action of said ram insertion means and said fixed base insertion means, each of said operations being performed in a working zone located at the intersection of said first, second and third orthogonal axes.

Claim 9

A method for attaching the individual conductors in two multi-conductor flat cables to the conductor-receiving portions of a multi-contact connector, said conductor-receiving portions consisting of slots in contact terminals which are aligned in first and second oppositely facing rows, said method comprising the steps of: punching holes between the conductors in two flat cables at a location adjacent to one end of said cables so that a portion of the insulation is removed, positioning said connector in a movable connector holding means, aligning said conductors in each of said flat cables with said slots in said first and second oppositely facing rows, aligning stuffer pins with said conductors and with said corresponding slots, said stuffer pins being held by a continuous carrier strip, locating cutting edges on each side of said connector between said cables and said strips, said cutting edges being parallel to said conductors and positioned to one side of each of said cables with said continuous strip extending across said cutting edges, moving a ram containing movable insertion means towards fixed insertion means, said cables, said stuffer pins and said connector being located therebetween, so that said movable insertion means exerts a force on said first row adjacent to said movable insertion means which moves said connector so that said second row abuts said fixed insertion means, exerting an additional force on said movable insertion means so that each insertion means moves past the adjacent cutting edge severing said continuous strips and then forcing said conductors and stuffer pins into the aligned slots, whereby electrical contact is established between said slots and said conductors and said stuffer pins insure continued contact therebetween.

Claim 10

A method for attaching the individual conductors in two multi-conductor flat cables to the conductor-receiving portions of a multi-contact connector, said conductor-receiving portions consisting of slots in contact terminals which are aligned in first and second oppositely facing rows, said method comprising the steps of: punching holes between the conductors in two flat cables at a location adjacent to one end of said cables so that a portion of the insulation is removed, positioning said connector in a movable connector holding means, aligning said conductors in each of said flat cables with said slots in said first and second oppositely facing rows, aligning stuffer pins with said conductors and with said corresponding slots, said stuffer pins being held by a continuous carrier strip, locating cutting edges on each side of said connector between said cables and said strips, said cutting edges being parallel to said conductors and positioned to one side of each of said cables with said continuous strip extending across said cutting edges, moving a ram containing movable insertion means towards fixed insertion means, said cables, said stuffer pins and said connector being located therebetween, so that said movable insertion means exerts a force on said first row adjacent to said movable insertion means which moves said connector so that said second row abuts said fixed insertion means, exerting an additional force on said movable insertion means so that each insertion means moves past the adjacent cutting edge severing said continuous strips and then forcing said conductors and stuffer pins into the aligned slots, whereby electrical contact is established between said slots and said conductors and said stuffer pins insure continued contact therebetween.