Robot end effector to transfer shaped parts

Claim 3

The method as described in claim 1, wherein said discontinuing and releasing step further includes depositing each successive assembly in said tub at a point one spacer clip thickness short of the point where the preceding assembly was deposited.

Claim 4

The method as described in claim 2, further including the step of maintaining a fixed spaced relationship between said robot and said autoclave tub.

Claim 5

The method as described in claim 1, further including the steps of: sensing whether said spacer clip is at a spacer clip position on said assembly; and automatically alerting an operator if said spacer clip is not sensed.

Claim 6

The method as described in claim 4, wherein said sensing step includes: positioning a proximity switch near said spacer clip position; and reading said proximity switch.

Claim 7

The method as described in claim 4 wherein said engaging step includes moving a clip retaining means to a first position where said clip retaining means contacts said spacer clip and further wherein said disengaging step includes moving said clip retaining means to a second position where said clip retaining means does not contact said spacer clip.

Claim 8

An end effector apparatus for attachment to an industrial robot for transferring windshield assemblies with spacer clips located on an edge of said assemblies comprising: a main frame with means to attach said main frame to said robot; gripping means positioned on said main frame to engage and secure said assemblies to said main frame; clip retaining means positioned on said main frame to temporarily secure said spacer clip to said assemblies; clip sensing means positioned on said main frame to sense if said clip is located on said assemblies; and means to control said robot in conjunction with said gripping means, clip retaining means, and clip sensing means wherein said clip retaining means secures said clip to said assemblies while said sensing means senses if said clip is one said assembly, said gripping means secures said assemblies to said end effector apparatus and said robot transfers said assemblies.

Claim 9

An end effector apparatus for attachment to an industrial robot for transferring windshield assemblies with spacer clips located on an edge of said assemblies comprising: a main frame with means to attach said main frame to said robot; gripping means positioned on said main frame to engage and secure said assemblies to said main frame; clip retaining means positioned on said main frame to temporarily secure said spacer clip to said assemblies; clip sensing means positioned on said main frame to sense if said clip is located on said assemblies; and means to control said robot in conjunction with said gripping means, clip retaining means, and clip sensing means wherein said clip retaining means secures said clip to said assemblies while said sensing means senses if said clip is one said assembly, said gripping means secures said assemblies to said end effector apparatus and said robot transfers said assemblies.

Claim 10

The apparatus described in claim 7, wherein said gripping means includes at least one suction member to engage a surface of said assemblies.

Claim 11

The apparatus as described in claim 7, further including a sliding frame slidably mounted to said main frame, and means to lock said sliding frame at various positions on said main frame.

Claim 12

The apparatus as described in claim 9, wherein said gripping means includes at least one suction member to engage a surface of said assemblies.

Claim 13

The apparatus as described in claim 10, wherein said clip retaining means includes a clip securing arm attached to an air cylinder mounted to said sliding frame, and positioned such that when said air cylinder is in a first position, said securing arm does not contact said clip, and when said air cylinder is in a second position, said securing arm contacts and holds said clip on said assembly.

Claim 14

The apparatus as described in claim 11, wherein said clip sensing means includes a proximity switch mounted on said sliding frame and positioned such that said switch is near said spacer clip when said assembly is engaged by said suction members.

Claim 15

The apparatus as described in claim 12, wherein said proximity switch is mounted on said clip securing arm such that when said air cylinder is in said second position and said arm contacts said clip, said proximity switch is in a position near said clip.

Claim 16

The apparatus as described in claim 13, wherein said gripping means includes at least one suction member attached to said sliding frame.

Claim 17

An end effector apparatus for attachment to an industrial robot for transferring windshield assemblies with spacer clips located on an edge of said assemblies comprising: a main frame with means to attach said main frame to said robot; sliding frame adjustably mounted to said main frame; gripping means positioned on said sliding frame to engage and secure said assemblies; clip retaining means positioned on said sliding frame to temporarily secure said spacer clip to said assemblies; clip sensing means positioned on said sliding frame to sense if said clip is located on said assemblies; and means to control said robot in conjunction with said gripping means, clip retaining means and clip sensing means wherein said clip retaining means secures said clip to said assemblies while said sensing means senses if said clip is on said assembly, said gripper means secures said assemblies to said end effector apparatus and said robot transfers said assemblies.

Claim 18

An end effector apparatus for attachment to an industrial robot for transferring windshield assemblies with spacer clips located on an edge of said assemblies comprising: a main frame with means to attach said main frame to said robot; sliding frame adjustably mounted to said main frame; gripping means positioned on said sliding frame to engage and secure said assemblies; clip retaining means positioned on said sliding frame to temporarily secure said spacer clip to said assemblies; clip sensing means positioned on said sliding frame to sense if said clip is located on said assemblies; and means to control said robot in conjunction with said gripping means, clip retaining means and clip sensing means wherein said clip retaining means secures said clip to said assemblies while said sensing means senses if said clip is on said assembly, said gripper means secures said assemblies to said end effector apparatus and said robot transfers said assemblies.

Claim 19

The apparatus as in claim 15 wherein said gripping means includes at least one suction member to engage a surface of said assemblies.

Claim 20

The apparatus as in claim 16 wherein said clip retaining means includes a clip securing arm attached to an air cylinder mounted to said sliding frame, and positioned such that when such air cylinder is in said first position, said securing arm does not contact said clip, and when said air cylinder is in said second position, said securing arm contacts and holds said clip on said assembly.

Claim 21

The apparatus as described in claim 17 wherein said clip sensing means include a proximity switch positioned such that said switch is near said spacer clip when said assembly is engaged by said suction member.

Claim 22

The apparatus as in claim 18 wherein said proximity switch is mounted on said clip securing arm such that when said air cylinder is in said second position and said arm contacts said clip, said proximity switch is in a position near said clip.