Electrical connector

Claim 2

An electrical connector comprising: a housing of suitable dielectric material and having a longitudinal slot extending therethrough from a top surface to a base surface and thereby defining a pair of facing surfaces and a pair of base surfaces, each of said facing and base surfaces having elongated receiving means thereon; elongated coil spring means positioned in said elongated receiving means; and flexible printed circuit film strips having spaced apart rows of contact pads on a front surface, said strips attached to said housing and extending over at least a portion of respective facing and base surfaces with said rows of contact pads facing and biased outwardly by said spring means.

Claim 3

The connector of claim 1 wherein said coil springs are attached to a back surface of said film strips and in registration with said rows of contact pads on said front surface.

Claim 4

The connector of claim 1 wherein said elongated receiving means include grooves in said facing surfaces and in said base surfaces for receiving said spring means.

Claim 5

The connector of claim 1 wherein said elongated receiving means include grooves in said facing surfaces and in said base surfaces for receiving said coil springs.

Claim 6

The connector of claim 1 wherein said elongated coil spring means include canted coil springs.

Claim 7

The connector of claim 5 wherein said canted coil springs are attached to a back surface of said film strips and in registration with said rows of contact pads on said front surface.

Claim 8

The connector of claim 5 wherein said elongated receiving means include grooves in said facing and base surfaces for receiving said canted coil springs.

Claim 9

An electrical connector comprising: a non-conductive housing having a longitudinal slot extending therethrough, said slot being between a pair of facing surfaces and opening out between a pair of base surfaces with said facing surfaces being perpendicular to said base surfaces, said housing further having longitudinally extending grooves in said facing and base surfaces; elongated coil spring means positioned in said grooves; and a pair of flexible printed circuit film strips having a plurality of rows of contact pads extending longitudinally on a front surface, said film strips being attached to said housing and extending over said springs in said grooves in respective facing and base surfaces with said coil spring means being behind and biasing respective rows of contact pads outwardly.

Claim 10

An electrical connector comprising: a non-conductive housing having a longitudinal slot extending therethrough, said slot being between a pair of facing surfaces and opening out between a pair of base surfaces with said facing surfaces being perpendicular to said base surfaces, said housing further having longitudinally extending grooves in said facing and base surfaces; elongated coil spring means positioned in said grooves; and a pair of flexible printed circuit film strips having a plurality of rows of contact pads extending longitudinally on a front surface, said film strips being attached to said housing and extending over said springs in said grooves in respective facing and base surfaces with said coil spring means being behind and biasing respective rows of contact pads outwardly.

Claim 11

The connector of claim 8 wherein said coil spring means include canted coil springs.

Claim 12

An electrical connector, comprising: a non-conductive housing having a longitudinal slot extending therethrough and thereby defining a pair of laterally facing surfaces and a pair of outwardly facing base surfaces, said housing further having longitudinal receiving means in said facing and base surfaces; and a pair of sub-units comprising flexible printed circuit film strips with rows of contact pads on a front surface and elongated coil spring means on a back surface with each spring means being in registration with a respective row of contact pads, each sub-units being removably attached to said housing on a respective side of said slot and extending over at least a portion of said facing and base surfaces with said elongated spring means being received in said longitudinal receiving means.

Claim 13

An electrical connector, comprising: a non-conductive housing having a longitudinal slot extending therethrough and thereby defining a pair of laterally facing surfaces and a pair of outwardly facing base surfaces, said housing further having longitudinal receiving means in said facing and base surfaces; and a pair of sub-units comprising flexible printed circuit film strips with rows of contact pads on a front surface and elongated coil spring means on a back surface with each spring means being in registration with a respective row of contact pads, each sub-units being removably attached to said housing on a respective side of said slot and extending over at least a portion of said facing and base surfaces with said elongated spring means being received in said longitudinal receiving means.

Claim 14

The connector of claim 10 wherein said longitudinal receiving means include grooves.

Claim 15

The connector of claim 10 wherein said longitudinal receiving means include grooves and said spring means include elongated canted coil springs.

Claim 16

The connector of claim 12 wherein said housing includes two half housings and further including means to removably secure said half housings together.

Claim 17

The connector of claim 13 wherein said means to removably secure said half housings together include end blocks.

Claim 18

The connector of claim 14 further including movable means mounted in said end blocks and extending into said grooves to move said sub-units longitudinally.

Claim 19

The connector of claim 15 wherein said movable means include screw actuated pegs.

Claim 20

An electrical connector comprising: a pair of half housings of a suitable dielectric material with each having a lateral surface and, perpendicular thereto, a base surface, and further having grooves extending longitudinally along said lateral and base surfaces; coil springs disposed in said grooves; flexible printed circuit film strips having spaced apart longitudinal rows of contact pads on a front surface, said strips attached to respective half housings and extending over said coil springs in said grooves in said lateral and base surfaces with said coil springs biasing said rows of contact pads outwardly; and joining means joining said half housings together with said lateral surfaces spaced from and facing each other and said base surfaces facing outwardly in the same direction.

Claim 21

An electrical connector comprising: a pair of half housings of a suitable dielectric material with each having a lateral surface and, perpendicular thereto, a base surface, and further having grooves extending longitudinally along said lateral and base surfaces; coil springs disposed in said grooves; flexible printed circuit film strips having spaced apart longitudinal rows of contact pads on a front surface, said strips attached to respective half housings and extending over said coil springs in said grooves in said lateral and base surfaces with said coil springs biasing said rows of contact pads outwardly; and joining means joining said half housings together with said lateral surfaces spaced from and facing each other and said base surfaces facing outwardly in the same direction.

Claim 22

The connector of claim 17 wherein said spring included canted coil springs.

Claim 23

An electrical connector, comprising: a pair of non-conductive half housings with each having a lateral surface and, perpendicular thereto, a base surface and further having grooves extending longitudinally along respective lateral and base surfaces; a pair of sub-units comprising flexible printed circuit film strips and a plurality of coil springs, said film strips having a plurality of rows of contact pads on a front surface and said coil springs attached to a back surface behind respective rows of contact pads, said sub-units attached to respective half housings with said rows of contact pads facing outwardly and said coil springs disposed in said grooves in said lateral and base surfaces; and end blocks for joining said half housings together with said lateral surfaces spaced from and facing each other and with said base surfaces being coplanar.

Claim 24

An electrical connector, comprising: a pair of non-conductive half housings with each having a lateral surface and, perpendicular thereto, a base surface and further having grooves extending longitudinally along respective lateral and base surfaces; a pair of sub-units comprising flexible printed circuit film strips and a plurality of coil springs, said film strips having a plurality of rows of contact pads on a front surface and said coil springs attached to a back surface behind respective rows of contact pads, said sub-units attached to respective half housings with said rows of contact pads facing outwardly and said coil springs disposed in said grooves in said lateral and base surfaces; and end blocks for joining said half housings together with said lateral surfaces spaced from and facing each other and with said base surfaces being coplanar.

Claim 25

The connector of claim 19 wherein said coil springs are canted.

Claim 26

The connector of claim 19 wherein said end blocks include adjusting means for shifting said sub-units longitudinally.

Claim 27

The connector of claim 21 wherein said adjusting means include screw actuated, reciprocally moving pegs extending into said grooves.

Claim 28

The connector of claim 22 wherein said coil springs are canted.

Claim 29

An electrical connector comprising: a housing having two surfaces with said two surfaces being on different planes; a flexible circuit film strip having interconnected conductive areas, said strip being attached to said housing with said conductive areas covering at least portions of said two surfaces; and coil spring means positioned between respective said conductive areas and respective said two surfaces for biasing said conductive areas outwardly.

Claim 30

An electrical connector comprising: a housing having two surfaces with said two surfaces being on different planes; a flexible circuit film strip having interconnected conductive areas, said strip being attached to said housing with said conductive areas covering at least portions of said two surfaces; and coil spring means positioned between respective said conductive areas and respective said two surfaces for biasing said conductive areas outwardly.

Claim 31

The electrical connector of claim 24 wherein said two surfaces include receiving means for receiving said coil spring means.

Claim 32

The electrical connector of claim 25 wherein said receiving means include grooves.

Claim 33

An electrical connector comprising: a housing having first and second surfaces; a flexible circuit film strip having spaced-apart, electrically-interconnected conductive areas accessible on one surface of said film strip, said film strip being positioned on said housing, with said conductive areas covering a portion of respective first and second surfaces; and coil springs positioned between said conductive areas and respective said first and second surfaces to bias said conductive areas outwardly.

Claim 34

An electrical connector comprising: a housing having first and second surfaces; a flexible circuit film strip having spaced-apart, electrically-interconnected conductive areas accessible on one surface of said film strip, said film strip being positioned on said housing, with said conductive areas covering a portion of respective first and second surfaces; and coil springs positioned between said conductive areas and respective said first and second surfaces to bias said conductive areas outwardly.

Claim 35

The electrical connector of claim 27 wherein said coil springs are canted coil springs.