Sensor for component plug-in

Claim 2

A sensor for the determination of the position of leads of electronic components in automatic component plug-in, comprising: two perforated plates indexed in the idle position are upwardly displaceable by a drive along a linear guide into a measuring position, thereby coming free from the indexing and being freely movable in x, y direction by means of further linear guides; each perforated plate carrying an infrared light-emitting diode which is positioned opposite a respective, stationary positioning photodiode at whose output an evaluation electronics is provided, the result of the latter serving for at least one of positional correction and rejection of the components.

Claim 3

A sensor according to claim 1, wherein capture bores are provided in the perforated plates, said bores merging upwardly into capture funnels.

Claim 4

A sensor according to claim 2, wherein capture bores are provided for every possible arrangement of the leads and are applied such that the spacing of the funnels relative to one another in the indexed zero position amounts to a multiple of a leg spacing dimension.

Claim 5

A sensor according to claim 1, wherein an electronic window discriminator is provided via which the range of deviation still permitted and leading to a successful joining upon insertion can be set for every lead.

Claim 6

A sensor for determining the position of a pair of leads of an electronic component during an automatic component plug-in operation comprising: a pair of plates, means for simultaneously moving said plates vertically between a lower inoperative position and a raised measuring position, means for indexing said plates into a preset horizontal position in said lower position, guide means for permitting said plates to move horizontally, independently of each other in said raised measuring position, means engagable with said component leads for causing said plates to move horizontally in accordance with the position of said leads as said plates are raised to said measuring position, an infrared light-emitting diode carried on and movable with each of said plates, a stationary positioning photodiode positioned opposite each of said light-emitting diodes to detect horizontal movement of said light-emitting diodes and to provide a corresponding electrical output, and evaluation circuitry means receiving said output of said positioning photodiodes for at least one of postional correction and rejection of the components.

Claim 7

A sensor for determining the position of a pair of leads of an electronic component during an automatic component plug-in operation comprising: a pair of plates, means for simultaneously moving said plates vertically between a lower inoperative position and a raised measuring position, means for indexing said plates into a preset horizontal position in said lower position, guide means for permitting said plates to move horizontally, independently of each other in said raised measuring position, means engagable with said component leads for causing said plates to move horizontally in accordance with the position of said leads as said plates are raised to said measuring position, an infrared light-emitting diode carried on and movable with each of said plates, a stationary positioning photodiode positioned opposite each of said light-emitting diodes to detect horizontal movement of said light-emitting diodes and to provide a corresponding electrical output, and evaluation circuitry means receiving said output of said positioning photodiodes for at least one of postional correction and rejection of the components.

Claim 8

A sensor according to claim 5, wherein said means engagable with said component leads for causing said plates to move horizontally comprises funnel shaped openings in the top surface of said plates wherein the open top of the funnel is large enough to capture the lead of the component and the engagement of the leads against the side walls of the funnel causing the plates to move horizontally.

Claim 9

A sensor according to claim 6, wherein funnels are provided in a spaced arrangement on at least one of the movable plates to accomodate the leg spacing dimension of a multitude of component configurations.

Claim 10

A sensor according to claim 5, wherein an electronic window discriminator circuit is provided by which the range of deviation allowable to permit a successful joining of the leads of the component can be set for every lead.