Top-load socket for integrated circuit device

Claim 2

A socket assembly for use with an integrated circuit device having a plurality of contact points arranged along at least one side of the device, said assembly comprising: a support frame having a generally rectangular configuration and spacer means along at least one side for receiving a plurality of contact elements, a plurality of generally planar contact elements disposed in spaced parallel relationship along said at least one side of said frame, each contact element comprising a connecting portion for making connection with an external electronic member, anchor means for anchoring each said contact element to said frame, contacting means for making resilient pressure contact with a said integrated circuit device, and means affording movement of said contacting means from a first normal unflexed position to an open position for receiving a said integrated circuit device and to an operative position in pressure electrical contact with a said integrated circuit device, cam means positioned along said at least one side of said frame and supported by said frame for engaging said contact elements to urge said contacting means thereof from said normal position to said open position, and a guide member supported for movement from a first position to a second position in relationship to said frame, said guide member having cam surface means on said guide member for cooperatively engaging said cam means for moving said contact elements to said open position upon movement of said guide member from said first position to said second position and to release said contact elements upon movement thereof back toward said first position in relationship to said frame.

Claim 3

A socket according to claim 1 wherein said cam means is provided with cam lobes for contacting said contact elements to urge the same from said normal position to said open position and with fin means for maintaining separation of said contact elements during engagement with said contact elements.

Claim 4

A socket according to claim 1 wherein said cam means are journalled on said frame by spaced cradles positioned along said one side and said cam means includes arm means for engaging said cam surface means on said guide member for affording oscillation of said cam means in said cradles to urge said contacting means to open position.

Claim 5

A socket according to claim 1 wherein said cam means comprises arm means for engaging said cam surface means which rock said cam means in a direction to move said contacting means of said contact elements from said first position.

Claim 6

A socket according to claim 4 wherein said cam means comprises a shaft having a longitudinal axis and cam lobes extending radially from said axis and positioned for engagement with said contact elements for urging said contacting means from said normal position to said open position.

Claim 7

A socket according to claim 1 wherein said means affording the movement of said contacting means of said contact elements comprises an arcuate portion which extends around said cam means and terminates with said contacting means.

Claim 8

A socket according to claim 6 wherein said contact element is formed of flat conductive sheet stock and said arcuate portion is connected to said anchor means and has a cam follower portion for engaging said cam means.

Claim 9

A socket according to claim 7 wherein said cam means is provided with cam lobes for contacting said cam follower portion of said contact elements to urge the contacting portions from said normal position to said open position and with fin means for maintaining separation of said contact elements during engagement of said cam means with said contact elements.

Claim 10

A socket according to claim 7 wherein said cam means are journalled on said frame by spaced cradles positioned along said one side and said cam means includes arm means for engaging said cam surface means on said guide member for affording oscillation of said cam means in said cradles to urge said contacting means to open position.

Claim 11

A socket according to claim 7 wherein said cam means comprises arm means for engaging said cam surface means which rock said cam means in a direction to engage said cam follower portion of said contact elements to urge said contacting portion from said first position.

Claim 12

A socket according to claim 10 wherein said cam means comprises a shaft having a longitudinal axis and cam lobes extending radially from said axis and positioned for engagement with said cam follower portions of said contact elements for urging said contacting means from said normal position to said open position.

Claim 13

A socket according to claim 1 wherein said frame and said guide member have four sides and cam means and contact elements are positioned on each of said four sides.

Claim 14

A socket according to claim 12 wherein said cam means comprises an oscillatable cam member positioned along each side of said frame and a plurality of contact elements positioned along each side, said cam means affording movement of the contacting portions of said plurality of contact elements upon movement of said guide member between said first and second positions in relationship to said frame, which movement is toward and away from said frame.

Claim 15

A socket according to claim 1 wherein said frame and said guide member have two longitudinal sides supporting said cam means and contact elements.

Claim 16

A socket according to claim 14 wherein said cam means comprises an oscillatable cam member positioned along each longitudinal side of said frame and a plurality of contact elements positioned along each longitudinal side, said cam means affording movement of the contacting portions of said plurality of contact elements upon movement of said guide member between said first and second positions in relationship to said frame, which movement is toward and away from said frame.

Claim 17

A socket assembly for use with an integrated circuit device having a plurality of leads arranged along two sides of the device, said assembly comprising: a support frame having a generally rectangular configuration with two longitudinal sides and two ends and having spacer means along each longitudinal side for receiving a plurality of contact elements, a plurality of generally planar contact elements disposed in spaced parallel relationship along said longitudinal sides of said frame, each contact element comprising a connecting portion for making connection with an external electronic member, anchor means for anchoring each said contact element to said frame, contact means for making resilient pressure contact with a said integrated circuit device, and an arcuate resilient portion affording movement of said contacting means from a first normal unflexed position to an open position for receiving a said integrated circuit device and to an operative position in pressure electrical contact with a said integrated circuit device, cam means positioned along said longitudinal sides of said frame and surrounded by said arcuate resilient portions of said contact elements and supported by said frame for engaging said contact elements to urge said contacting means thereof from said normal position to said open position, and a guide member supported on said frame for movement from a first position to a second position in relationship to said frame, cam surface means on said guide member for cooperatively engaging said cam means for moving said contact elements to said open position upon movement of said guide member from said first position to said second position toward said frame and to release said contact elements upon movement thereof from said second position toward said first position in a direction away from said frame.

Claim 18

A socket assembly for use with an integrated circuit device having a plurality of leads arranged along two sides of the device, said assembly comprising: a support frame having a generally rectangular configuration with two longitudinal sides and two ends and having spacer means along each longitudinal side for receiving a plurality of contact elements, a plurality of generally planar contact elements disposed in spaced parallel relationship along said longitudinal sides of said frame, each contact element comprising a connecting portion for making connection with an external electronic member, anchor means for anchoring each said contact element to said frame, contact means for making resilient pressure contact with a said integrated circuit device, and an arcuate resilient portion affording movement of said contacting means from a first normal unflexed position to an open position for receiving a said integrated circuit device and to an operative position in pressure electrical contact with a said integrated circuit device, cam means positioned along said longitudinal sides of said frame and surrounded by said arcuate resilient portions of said contact elements and supported by said frame for engaging said contact elements to urge said contacting means thereof from said normal position to said open position, and a guide member supported on said frame for movement from a first position to a second position in relationship to said frame, cam surface means on said guide member for cooperatively engaging said cam means for moving said contact elements to said open position upon movement of said guide member from said first position to said second position toward said frame and to release said contact elements upon movement thereof from said second position toward said first position in a direction away from said frame.