Bidirectional insulation displacement electrical contact terminal

Claim 2

A stamped and formed terminal for terminating an electrical conductor comprising: first and second spaced apart plates, each having a conductor receiving slot extending inwardly from a first end of the terminal and strain relief means for retaining a conductor in each of the conductor receiving slots, the strain relief means comprising third and fourth plates extending transversely between the first and second plates, the terminal being formed into a box configuration with the first and second plate being opposed and the third and fourth plate being opposed, the first, second, third and fourth plates being joined at a second end, the third and fourth plates being separated from the first and second plates at the first end, a portion of the third and fourth plates being deformable relative to the first and second plates at the first end to overlap a conductor positioned in the conductor receiving slots in the first and second plates in engagement with the terminal.

Claim 3

The terminal of claim 1 wherein the box configuration is formed by bending a flat stamping, the edges of the flat stamping defining the edges of the first and fourth plates, the edges of the first and fourth plates being adjacent at one corner of the box configuration, the terminal further comprising a tab on the fourth plate positioned within a cutout on the first plate to anchor the fourth plate to the first plate.

Claim 4

A terminal for terminating an electrical conductor oriented in either of two orthogonal directions, comprising at least two orthogonal plates, each plate having a conductor receiving slot extending inwardly from one end to a root of the conductor receiving slot and a weakened section between the one end and the root of the conductor receiving slot, the weakened section defining a bend line so that the portion of each plate between the weakened section and the one end can be deformed to overlap a conductor positioned in the conductor receiving slot of the other plate.

Claim 5

A terminal for terminating an electrical conductor oriented in either of two orthogonal directions, comprising at least two orthogonal plates, each plate having a conductor receiving slot extending inwardly from one end to a root of the conductor receiving slot and a weakened section between the one end and the root of the conductor receiving slot, the weakened section defining a bend line so that the portion of each plate between the weakened section and the one end can be deformed to overlap a conductor positioned in the conductor receiving slot of the other plate.

Claim 6

The terminal of claim 3 wherein the weakened section is formed by removing material adjacent the conductor receiving slot.

Claim 7

The terminal of claim 3 wherein edges of each conductor receiving slot diverge adjacent the one end to form a conductor entry section, the edges being parallel from the conductor entry section to the root of the slot to define a conductor engaging section, the weakened section being located at the juncture of the cable entry section and the conductor engaging section.

Claim 8

The terminal of claim 5 wherein the weakened section comprises at least one hole adjacent the conductor receiving slot.

Claim 9

The terminal of claim 3 wherein the orthogonal plates are formed by bending a flat stamping, a relief slot being stamped adjacent the one end at a corner of the two orthogonal plates to allow the portion of each plate between the weakened section and the one end to overlap a conductor positioned within the conductor receiving slot of the other plate.

Claim 10

The terminal of claim 7 wherein the depth of the relief slot is less than the depth of the conductor receiving slot.

Claim 11

An assembly including at least one stamped and formed terminal for terminating at least one electrical conductor oriented in either of two orthogonal directions and an insulative body; the terminal comprising a conductor terminating portion having a box configuration defined by bending a flat stamping to define four sides, each side having a conductor receiving slot extending inwardly from one end, and a terminal contact section extending from one of the sides of the conductor terminating portion, the edges of each of the sides being separate from the edges of the adjacent sides at the one end wherein the portion of each side adjacent to the one end can be bent to overlap a conductor positioned within the conductor receiving slot of an adjacent side, the body including at least one cavity including means for receiving a terminal with the terminal contact section having only one orientation relative to the body, the cavity having first and second opposite open ends, the body having means for anchoring a conductor spanning the first open end and means for latching a terminal inserted into the cavity from the second open end, a conductor entry portion of each side adjacent the one end extends beyond the first open end of the cavity, the conductor entry portions of each side being deformable to overlap a conductor positioned within the conductor receiving slot of the adjacent side, whereby conductors in either of two orthogonal directions can be received within a conductor receiving slot without changing the orientation of the terminal contact section relative to the body.

Claim 12

An assembly including at least one stamped and formed terminal for terminating at least one electrical conductor oriented in either of two orthogonal directions and an insulative body; the terminal comprising a conductor terminating portion having a box configuration defined by bending a flat stamping to define four sides, each side having a conductor receiving slot extending inwardly from one end, and a terminal contact section extending from one of the sides of the conductor terminating portion, the edges of each of the sides being separate from the edges of the adjacent sides at the one end wherein the portion of each side adjacent to the one end can be bent to overlap a conductor positioned within the conductor receiving slot of an adjacent side, the body including at least one cavity including means for receiving a terminal with the terminal contact section having only one orientation relative to the body, the cavity having first and second opposite open ends, the body having means for anchoring a conductor spanning the first open end and means for latching a terminal inserted into the cavity from the second open end, a conductor entry portion of each side adjacent the one end extends beyond the first open end of the cavity, the conductor entry portions of each side being deformable to overlap a conductor positioned within the conductor receiving slot of the adjacent side, whereby conductors in either of two orthogonal directions can be received within a conductor receiving slot without changing the orientation of the terminal contact section relative to the body.