Automatic insertion equipment

Claim 2

A cut-clinch mechanism including a fixed knife and a movable knife and means to drive said movable knife into cutting relationship with said fixed knife, the improvement which comprises: means linking said movable knife to said drive means, said linking means allowing a limited movement of said movable knife relative to said drive means and sensing means to determine if said movable knife has achieved said limited movement.

Claim 3

A cut-clinch mechanism including a fixed knife and a movable knife and means to drive said movable knife into cutting relationship with said fixed knife, the improvement which comprises: said drive means including a piston rod and means linking said movable knife to said piston rod, said linking means allowing limited movement of said movable knife relative to said piston rod in directions toward and away from the movement of said piston rod and sensing means to detect if said movable knife has achieved movement toward said piston rod.

Claim 4

A cut-clinch mechanism including a fixed knife and a movable knife and means to drive said movable knife into cutting relationship with said fixed knife, the improvement which comprises: said drive means including a piston rod and means linking said movable knife to said piston rod, said linking means allowing limited movement of said movable knife relative to said piston rod in directions toward and away from the movement of said piston rod and sensing means to detect if said movable knife has achieved movement toward said piston rod.

Claim 5

The cut-clinch mechanism according to claims 1 or 2 wherein said drive means has a holding means disposed at one end thereof and said sensing means is disposed in said holding means.

Claim 6

The cut-clinch mechanism according to claim 3 wherein said sensing means is an electrical contact disposed so as to touch said movable knife if said movable knife has achieved said limited movement.

Claim 7

The cut-clinch mechanism according to claim 4 wherein a spring urges said movable knife away from said sensor, said spring being tensioned so as to be overcome when said movable knife contacts a lead-in wire disposed adjacent said fixed knife.

Claim 8

The cut-clinch mechanism according to claim 4 wherein said sensor includes an electrical contact imbedded within a plastic material so as to insulate said electrical contact from said drive means.

Claim 9

A cut-clinch mechanism including a fixed knife and a movable knife said movable knife being arranged to be driven into a cutting relationship with said fixed knife, the improvement which comprises: a piston rod and a link rigidly affixed to said piston rod; said movable knife having a hole formed therein so as to receive said link, said hole being wider than said link thereby allowing limited movement of said movable knife relative to said link; spring means engaging said movable knife and urging said movable knife away from said piston rod; sensing means disposed within said piston rod and arranged to provide a signal by contact with said movable knife if said limited movement has been achieved.

Claim 10

A cut-clinch mechanism including a fixed knife and a movable knife said movable knife being arranged to be driven into a cutting relationship with said fixed knife, the improvement which comprises: a piston rod and a link rigidly affixed to said piston rod; said movable knife having a hole formed therein so as to receive said link, said hole being wider than said link thereby allowing limited movement of said movable knife relative to said link; spring means engaging said movable knife and urging said movable knife away from said piston rod; sensing means disposed within said piston rod and arranged to provide a signal by contact with said movable knife if said limited movement has been achieved.

Claim 11

The cut-clinch mechanism according to claim 7 wherein said sensing means is an electrical contact imbedded within plastic material so as to insulate said electrical contact from said piston rod.