Cable access assembly

Claim 2

A multi-conductor cable access member comprising: a pair of spaced apart end elements each having an opening extending therethrough to accommodate a multi-conductor cable; an elongated, relatively rigid relief bar extending between said spaced apart end elements; means for connecting said strain relief bar with each of said end elements to prevent relative rotational and longitudinal movement between each of said end elements and said strain relief bar; and a tubular member enclosing said end members and said strain relief bar.

Claim 3

A multi-conductor cable access assembly comprising: a pair of end elements each having an opening through which a multi-conductor cable extends, said end elements being spaced apart along said multi-conductor cable; an elongated strain relief bar extending between said spaced apart end elements; means for connecting said strain relief bar with each of said end elements to prevent relative rotational and longitudinal movement between each of said end elements and said strain relief bar, said means including a pair of spaced apart yoke members at each end of said strain relief bar, said yoke members in each of said pairs of yoke members straddling a corresponding one of said end elements; and a tubular member enclosing said end members and said strain relief bar.

Claim 4

A multi-conductor cable access assembly comprising: a pair of end elements each having an opening through which a multi-conductor cable extends, said end elements being spaced apart along said multi-conductor cable; an elongated strain relief bar extending between said spaced apart end elements; means for connecting said strain relief bar with each of said end elements to prevent relative rotational and longitudinal movement between each of said end elements and said strain relief bar, said means including a pair of spaced apart yoke members at each end of said strain relief bar, said yoke members in each of said pairs of yoke members straddling a corresponding one of said end elements; and a tubular member enclosing said end members and said strain relief bar.

Claim 5

The access member of claim 2 wherein each of said yoke members includes a pair of tabs extending from said strain relief bar on opposite sides of said multi-conductor cable.

Claim 6

The access member of claim 3 wherein the tabs of one of said yoke members are crimped together around said multi-conductor cable.

Claim 7

The access member of claim 2 wherein each of said pair of end elements includes a recessed portion on one side engaged by one of said yoke members of a corresponding pair of yoke members.

Claim 8

The access member of claim 5 wherein each of said end elements is generally disk-shaped and said recessed portion is on one side surface thereof.

Claim 9

The access member of claim 3 wherein each of said pair of end elements includes a recessed portion on one side engaged by the tabs of one of said yoke members of a corresponding pair of yoke members.

Claim 10

The access member of claim 7 wherein each of said end elements includes a flattened edge portion engaged with a portion of said strain relief bar.

Claim 11

The access member of claim 1 including means for connecting said tubular member to said strain relief bar.

Claim 12

The access member of claim 1 including an elongated mounting member disposed between said end members and adapted for connection near its ends to portions of a multi-conductor cable.

Claim 13

The access member of claim 10 including a plurality of electrical elements mounted on said elongated mounting member.

Claim 14

The access member of claim 11 wherein said elongated mounting member is a section of printed circuit board.

Claim 15

The access member of claim 12 wherein said electrical elements are resistors.

Claim 16

The access member of claim 13 wherein said section of printed circuit board is adapted for connection to a multi-conductor cable by a pair of straps extending through openings therein.

Claim 17

The access member of claim 1 wherein said opening in each of said end elements conforms substantially to the size and cross-sectional configuration of the multi-conductor cable for which access is being provided.

Claim 18

The access member of claim 15 including means for securing each of said end elements and strain relief bar to a multi-conductor cable to prevent rotational and longitudinal movement relative to the cable.

Claim 19

The access member of claim 1 wherein said means for connecting said strain relief bar with each of said end elements includes at least one yoke member at each end of said strain relief bar, each of said yoke members cooperating with a corresponding one of said end elements to prevent relative rotational movement between said end element and said strain relief bar.

Claim 20

The access member of claim 17 wherein said means for connecting said strain relief bar with each of said end elements includes first and second yoke members near each end of said strain relief bar, said first and second yoke members being spaced from each other to straddle said corresponding end member.

Claim 21

The access member of claim 17 wherein each of said end elements includes a recessed portion on one side for engagement by a corresponding yoke member.

Claim 22

The access member of claim 19 wherein each of said yoke members includes a pair of tabs and each of said end elements is generally disc shaped and includes recessed portions on one side for engagement by said tabs of a corresponding yoke member.

Claim 23

The access member of claim 20 wherein each of said end elements includes a flattened edge portion for engagement with a portion of said strain relief bar.

Claim 24

A multi-conductor access member comprising: an elongated strain relief bar connected at spaced apart points to a multi-conductor cable; an elongated section of printed circuit board connected near its ends to portions of the multi-conductor cable at points between the points of connection between said elongated strain relief bar and the multi-conductor cable; a plurality of resistor elements mounted on said elongated section of printed circuit board; and a tubular member connected with said strain relief bar and enclosing said strain relief bar, said section of printed circuit board and said plurality of resistor elements.

Claim 25

A multi-conductor access member comprising: an elongated strain relief bar connected at spaced apart points to a multi-conductor cable; an elongated section of printed circuit board connected near its ends to portions of the multi-conductor cable at points between the points of connection between said elongated strain relief bar and the multi-conductor cable; a plurality of resistor elements mounted on said elongated section of printed circuit board; and a tubular member connected with said strain relief bar and enclosing said strain relief bar, said section of printed circuit board and said plurality of resistor elements.

Claim 26

The access member of claim 22 wherein said strain relief bar is relatively rigid.

Claim 27

The access member of claim 23 wherein said strain relief bar is constructed from a rigid metal.