Multiple plate assembly for forming electrical connector or switch

Claim 2

An electrical connector assembly comprising: a first rigid electrical conductor means and a second rigid electrical conductor means spaced from said first conductor means; an electrical connector unit having a number of rigid, electrically conducting plates; means mounting the plates of said connector unit in an operative position with said plates being spaced apart and in bridging relationship to said first conductor means and said second conductor means to electrically interconnect said first conductor means and said second conductor means, at least one of the conductor means being movable relative to the plates of said connector unit when the latter is in said operative position to compensate for temperature cycling, each plate having a pair of opposed, outer faces with at least one face provided with a pair of spaced grooves therein aligned with a corresponding conductor means when the connector unit is in said operative position; and a louvered electrical connector device for each groove, respectively, each device being disposed within the corresponding groove and having a plurality of spaced, angled, resiliently mounted fins with each fin having a pair of opposed, outer curved edges in engagement with the adjacent plate and conductor means, respectively, when the connector unit is in said operative position whereby the first conductor means and the second conductor means are electrically connected to each other through the devices and said plates of said unit.

Claim 3

An assembly as set forth in claim 1, wherein the grooves in each plate extend longitudinally of the corresponding conductor means.

Claim 4

An assembly as set forth in claim 1, wherein the grooves in each plate extend transversely of the corresponding conductor means.

Claim 5

An assembly as set forth in claim 1, wherein each plate has a pair of opposed, flat side faces, and a pair of opposed ends, each face of each plate having a number of grooves in each end thereof, respectively, with each groove having one of said devices therein, said mounting means including structure coupling the stack of plates to the first conductor means with the plates having lengths sufficient to bridge the gap between the first conductor means and the second conductor means and with the ends of the plates being proximal to and overlapping respective conductor means.

Claim 6

An assembly as set forth in claim 4, wherein said structure includes a pivot pin permitting the plates of said unit to pivot relative to one of said conductor means into and out of connection with the other conductor means, thereby forming a switch.

Claim 7

An assembly as set forth in claim 4, wherein said structure includes a clamp.

Claim 8

An electrical connector unit for first and second groups of elongated, rigid electrical conductors with a conductor of one group being longitudinally aligned with and spaced from a respective conductor of the other group, said unit including at least a number of rigid electrically conducting plates with each plate having a face provided with a pair of spaced grooves and with each groove aligned with a corresponding conductor; a louvered electrical connector device for each groove, respectively, each device being disposed within the corresponding groove and having a plurality of spaced, angled, resiliently mounted fins with each fin having a pair of opposed, outer curved edges in engagement with the adjacent plate and adapted to engage the corresponding conductor when the unit is in an operative position with said plates bridging the distance between respective conductors of said first and second groups, whereby the conductors are electrically connected to each other through the devices and said plates; and means coupled to the plates for mounting the same in spaced relationship for attachment on at least one group of conductors with the plates having lengths sufficient to bridge the gap between the first and second groups of conductors and with the ends of the plates being proximal to and overlapping respective groups of conductors, the plates of said unit being shiftable relative to the conductors of at least one of the groups when the unit is in said operative position to compensate for temperature cycling.

Claim 9

An electrical connector unit for first and second groups of elongated, rigid electrical conductors with a conductor of one group being longitudinally aligned with and spaced from a respective conductor of the other group, said unit including at least a number of rigid electrically conducting plates with each plate having a face provided with a pair of spaced grooves and with each groove aligned with a corresponding conductor; a louvered electrical connector device for each groove, respectively, each device being disposed within the corresponding groove and having a plurality of spaced, angled, resiliently mounted fins with each fin having a pair of opposed, outer curved edges in engagement with the adjacent plate and adapted to engage the corresponding conductor when the unit is in an operative position with said plates bridging the distance between respective conductors of said first and second groups, whereby the conductors are electrically connected to each other through the devices and said plates; and means coupled to the plates for mounting the same in spaced relationship for attachment on at least one group of conductors with the plates having lengths sufficient to bridge the gap between the first and second groups of conductors and with the ends of the plates being proximal to and overlapping respective groups of conductors, the plates of said unit being shiftable relative to the conductors of at least one of the groups when the unit is in said operative position to compensate for temperature cycling.

Claim 10

An assembly as set forth in claim 7, wherein the grooves in each plate extend longitudinally of the corresponding conductor means.

Claim 11

An assembly as set forth in claim 7, wherein the grooves in each plate extend transversely of the corresponding conductors.

Claim 12

An assembly as set forth in claim 1, wherein each plate has a pair of opposed, flat faces and a pair of opposed ends, each face of each plate having a number of grooves in each end thereof, respectively, with each groove having one of said devices therein.

Claim 13

An assembly as set forth in claim 7, wherein said mounting means includes a pivot pin to permit the plates of said unit to pivot relative to one group of conductors into and out of connection with the other group of conductors.

Claim 14

An assembly as set forth in claim 7, wherein said mounting means includes a clamp.