Test cord apparatus

Claim 2

A telecommunications adapter for connecting a modular connector to the mating end of a telecommunications interface terminal, comprising: a. modular connection means; b. a printed circuit board having exposed electrical contact disposed within the plane of the printed circuit board which are electrically connected to said modular connection means; and c. a housing structure having a central cavity enclosing a predetermined portion of said printed circuit board, said housing structure further having a plug end for mating contact with the telecommunications interface terminal and which comprises an aperture through which said electrical contacts of said printed circuit board outwardly extend for electrical connection with the telecommunications interface terminal, said plug end further comprising a distal face adjacent said housing interior cavity and on which said plug end aperture is disposed, and a plurality of elongated mating prongs extending longitudinally outwardly from said distal face and arranged in two spacially parallel rows separated a predetermined distance, said plug end aperture being oriented spacially parallel and centered between said two prong rows.

Claim 3

The adapter of claim 1, wherein said modular connection means comprises a cord having a plurality of individual conductors connected to said printed circuit board, and a modular plug connected to said cord conductors.

Claim 4

The adapter of claim 2, wherein said printed circuit board further comprises a generally rectangular, non-conductive matrix, said electrical contacts being a plurality of conductive metallic members disposed along one edge of said matrix, said metallic members each having a conductive lead extending therefrom, embedded within said matrix, and terminating in a solder connection point disposed at a predetermined point on said matrix.

Claim 5

The adapter of claim 3, wherein said printed circuit board further comprises at least one strain relief aperture and at least one alignment and stabilization member.

Claim 6

The adapter of claim 1, wherein said housing structure has vertical and horizontal axis, and wherein said housing structure is a bifurcated structure with first and second fused halves divided primarily along said vertical axis.

Claim 7

The adapter of claim 5, wherein said fused halves are joined via an ultrasonic fusion process.

Claim 8

The adapter of claim 6, wherein said housing structure is constructed of a polycarbonate.

Claim 9

The adapter of claim 1, wherein said housing structure plug end is constructed and arranged to mate with a 110-T type telecommunications interface terminal.

Claim 10

The adapter of claim 8 wherein said elongated mating prongs of said plug end are each spaced laterally from each other a predetermined distance in said prong rows, wherein said prongs have longitudinally oriented mating slots centrally disposed therein, and wherein said prongs each have laterally and inwardly oriented mating notches disposed at their outwardly extended ends.

Claim 11

The adapter of claim 9, wherein said prong mating slots in one said row of prongs have a first predetermined width, and said prong mating slots in the second said row of prongs have a second predetermined width which is greater than said second predetermined width.

Claim 12

The adapter of claim 1, wherein said housing interior cavity further comprises printed circuit board stabilization means.

Claim 13

The adapter of claim 2, wherein said housing interior cavity further comprises strain relief means operative on said modular connection means.

Claim 14

The adapter of claim 1, wherein said modular connection means comprises a cord having a plurality of individual conductors connected to said printed circuit board, and a modular plug connected to said cord conductor, and wherein said printed circuit board further comprises a generally rectangular, non-conductive matrix, said electrical contacts being a plurality of conductive metallic members disposed along one edge of said matrix, said metallic members each having a conductive lead extending therefrom, embedded within said matrix, and terminating in a solder connection point disposed at a predetermined point on said matrix.

Claim 15

The adapter of claim 13, wherein said plug end comprises a distal face adjacent said housing interior cavity and on which said plug end aperture is disposed, and a plurality of elongated mating prongs extending longitudinally outwardly from said distal face and arranged in two spacially parallel rows separated a predetermined distance, said plug end aperture being oriented spacially parallel and centered between said two prong rows, wherein said plug end prongs are each spaced laterally from each other a predetermined distance in said prong rows, wherein said prongs have longitudinally oriented mating slots centrally disposed therein, wherein said prongs further have laterally and inwardly oriented mating notches disposed at their outwardly extended ends, and wherein said prong mating slots in one said row of prongs have a first predetermined width, and said prong mating slots in the second said row of prongs have a second predetermined width which is greater than said second predetermined width.

Claim 16

The adapter of claim 1, wherein the adapter is usable for adapting a 110-T type block to a four pair telephone modular jack.

Claim 17

A telecommunications adapter for connecting a modular connector to the mating end of a 110-T type telecommunications interface terminal, comprising: a. modular connection means; b. a printed circuit board having exposed electrical contacts disposed within the plane of the printed circuit board which are electrically connected to said modular connection manes; and c. a housing structure having a central cavity enclosing a predetermined portion of said printed circuit board, said housing structure further having a plug end for mating contact with the telecommunications interface terminal and which comprises an aperture through which said electrical contact means of said printed circuit board outwardly extend for electrical connection with the telecommunications interface terminal for isolation purposes, a distal face adjacent said housing interior cavity and on which said plug end aperture is disposed, and a plurality of elongated mating prongs extending longitudinally outwardly from said distal face and arranged in two spacially parallel rows separated a predetermined distance, said plug end aperture being oriented spacially parallel and centered between said two prong rows, said housing structure further having vertical and horizontal axis, and wherein said housing structure is a bifurcated structure with first and second fused halves divided primarily along said vertical axis.

Claim 18

A telecommunications adapter for connecting a modular connector to the mating end of a 110-T type telecommunications interface terminal, comprising: a. modular connection means; b. a printed circuit board having exposed electrical contacts disposed within the plane of the printed circuit board which are electrically connected to said modular connection manes; and c. a housing structure having a central cavity enclosing a predetermined portion of said printed circuit board, said housing structure further having a plug end for mating contact with the telecommunications interface terminal and which comprises an aperture through which said electrical contact means of said printed circuit board outwardly extend for electrical connection with the telecommunications interface terminal for isolation purposes, a distal face adjacent said housing interior cavity and on which said plug end aperture is disposed, and a plurality of elongated mating prongs extending longitudinally outwardly from said distal face and arranged in two spacially parallel rows separated a predetermined distance, said plug end aperture being oriented spacially parallel and centered between said two prong rows, said housing structure further having vertical and horizontal axis, and wherein said housing structure is a bifurcated structure with first and second fused halves divided primarily along said vertical axis.

Claim 19

A telecommunications adapter for connecting a modular connector to the mating end of a 110-T type telecommunications interface terminal, comprising: a. a cord having a plurality of individual conductors and further having a modular plug connected to said cord conductors; b. a printed circuit board having exposed electrical contacts disposed within the plane of the printed circuit board which are electrically connected to said cord conductors; and c. a housing structure having a central cavity enclosing a predetermined portion of said printed circuit board, said housing structure further having a plug end for mating contact with the telecommunications interface terminal and which comprises an aperture through which said electrical contact means of said printed circuit board outwardly extend for electrical connection with the telecommunications interface terminal, a distal face adjacent said housing interior cavity and on which said plug end aperture is disposed, and a plurality of elongated mating prongs extending longitudinally outwardly from said distal face and arranged in two spacially parallel rows separated a predetermined distance, said plug end aperture being oriented spacially parallel and centered between said two prong rows, said housing structure further having vertical and horizontal axis, and wherein said housing structure is a bifurcated structure with first and second fused halves divided primarily along said vertical axis.

Claim 20

A telecommunications adapter for connecting a modular connector to the mating end of a 110-T type telecommunications interface terminal, comprising: a. a cord having a plurality of individual conductors and further having a modular plug connected to said cord conductors; b. a printed circuit board having exposed electrical contacts disposed within the plane of the printed circuit board which are electrically connected to said cord conductors; and c. a housing structure having a central cavity enclosing a predetermined portion of said printed circuit board, said housing structure further having a plug end for mating contact with the telecommunications interface terminal and which comprises an aperture through which said electrical contact means of said printed circuit board outwardly extend for electrical connection with the telecommunications interface terminal, a distal face adjacent said housing interior cavity and on which said plug end aperture is disposed, and a plurality of elongated mating prongs extending longitudinally outwardly from said distal face and arranged in two spacially parallel rows separated a predetermined distance, said plug end aperture being oriented spacially parallel and centered between said two prong rows, said housing structure further having vertical and horizontal axis, and wherein said housing structure is a bifurcated structure with first and second fused halves divided primarily along said vertical axis.