Connector mounting press

Claim 2

A connector mounting press for mounting connectors onto a circuit board, comprising: connector mounting means having connector engaging means thereon and movably mounted on supporting structure extending above a circuit board support means; power means for moving said connector mounting means through a predetermined path towards and away from said support means; releasable retaining means supported by said supporting structure for releasably retaining a connector in said path until engaged by said connector engagement means as said connector mounting means moves towards said support means; and parallel side walls attached to said supporting structure and extending rearwardly from each side of said path and having inwardly projecting rails on which connectors may be supported and moved towards said path.

Claim 3

The connector mounting press of claim 1 further including connector-carrying magazine means removably received in between said side walls for advancing connectors therein onto said rails.

Claim 4

The connector mounting press of claim 2 further including connector feed means for advancing connectors in said magazine means and on said rails into said path.

Claim 5

The connector mounting press of claim 3 wherein said connector feed means include a bar positionable behind the last connector in a row of connectors in said magazine means and/or on said rails and pressure means for urging said bar towards said path.

Claim 6

The connector mounting press of claim 4 wherein said side walls include tracks on the facing surfaces for slidably receiving and guiding said bar.

Claim 7

The connector mounting press of claim 5 wherein said pressure means include a pair of hanging weights, each located on line with and on each side of said path and connected to an end of said bar by cord means.

Claim 8

The connector mounting press of claim 1 wherein said releasable retaining means include spring loaded detents positioned on opposing sides of said path and retractably deposed in blocks attached to said supporting structure.

Claim 9

The connector mounting press of claim 1 wherein said connector mounting means includes an insertion head comprising push pins depending from a rectangular plate, one or more locator blocks slidably mounted on said push pins, sliding members slidingly attached to the vertical sides of said plate and commonly secured to said one or more locator blocks and coil springs with one end attached to a respective sliding member and another end attached to said supporting structure to bias said sliding members and attached locator blocks towards the distal ends of said push pins.

Claim 10

The connector mounting press of claim 1 further including an elongated rack for moving a circuit board across said path, said rack having lock receiving means thereon in a pattern corresponding to predetermined connector mounting locations on said circuit board and further including lock means cooperating with said lock receiving means on said rack for releasably locking said rack against further movement at each of said predetermined connector mounting locations.

Claim 11

The connector mounting press of claim 9 further including driving means for moving said rack.

Claim 12

The connector mounting press of claim 10 further including first switch means operable to interrupt said driving means each time said lock receiving means receives said lock means.

Claim 13

The connector mounting press of claim 11 further including second switch means operable to release said lock means from said lock receiving means after said connector mounting means mounts a connector on said circuit board.

Claim 14

A press for mounting components onto a circuit board, comprising: support means for supporting a circuit board on which components are to be mounted; supporting structure extending above said support means; an insertion tool movably mounted on said supporting structure and having a plurality of push pins depending from push pin holding means with said push pins having distal ends spaced from said pin holding means and one or more locator blocks slidably mounted on said push pins; power means for moving said insertion tool through a vertical path towards and away from said support means; detents supported by said supporting means and retractably projecting into said path above said support means, said detents adapted to support a component in said path and to be retracted therefrom as said component is engaged by said locator blocks on said insertion tool; and sliding members slidingly attached to said push pin holding means and commonly secured to said one or more locator blocks and coil springs with one end attached to said sliding members and another end attached to said supporting structure so that when said insertion tool is positioned above said detents, said locator blocks are urged towards the distal ends of said push pins.

Claim 15

A press for mounting components onto a circuit board, comprising: support means for supporting a circuit board on which components are to be mounted; supporting structure extending above said support means; an insertion tool movably mounted on said supporting structure and having a plurality of push pins depending from push pin holding means with said push pins having distal ends spaced from said pin holding means and one or more locator blocks slidably mounted on said push pins; power means for moving said insertion tool through a vertical path towards and away from said support means; detents supported by said supporting means and retractably projecting into said path above said support means, said detents adapted to support a component in said path and to be retracted therefrom as said component is engaged by said locator blocks on said insertion tool; and sliding members slidingly attached to said push pin holding means and commonly secured to said one or more locator blocks and coil springs with one end attached to said sliding members and another end attached to said supporting structure so that when said insertion tool is positioned above said detents, said locator blocks are urged towards the distal ends of said push pins.