Modular telecommunication jack adapter

Claim 2

A modular telecommunication jack adapter comprising an adapter body having a front part defining at least one forwardly open telecommunication plug receptacle and a back part defining a rearwardly projecting telecommunication plug, an array of wire contact members disposed within said adapter, each of said wire contact members consisting of a continuous length of resilient solid spring wire extending through said adapter from said front part to said back part and having a rearwardly bent forward end portion defining a moveable contact supported in cantilever position within said front part and spring biased to a contacting position, each of said wire contact members having an annealed rear end portion substantially softer than said forward end portion thereof and supported within said telecommunications plug, an in-line array of stationary contacts supported in parallel relation to each other on said back part, each one of said stationary contacts being attached in incising engagement to an associated one of the annealed rear end portions, and means for releasably retaining said adapter in connected arrangement with a mating telephone jack and including a latch member supported on said back part for movement between latching and releasing positions and biased toward said latching position.

Claim 3

A modular telecommunication jack adapted as set forth in claim 1 wherein each of said wire contact members is insulated along a portion of its length between said forward and said rear end portions thereof.

Claim 4

A modular telecommunication jack adapter as set forth in claim 1 wherein the frontal profile of said front part defines the major cross sectional area of said front part.

Claim 5

A modular telecommunication jack adapter as set forth in claim 1 wherein at least one of said wire contact members defines a crossover.

Claim 6

A modular communication jack adapter as set forth in claim 1 wherein each of said wire contact members has an intermediate portion between said forward end portion and said rear end portion and said annealed rear end portion is substantially softer than said intermediate portion.

Claim 7

A modular telecommunication jack adapter as set forth in claim 1 wherein said front part is defined by a plurality of modular telecommunication jacks integrally joined to each other.

Claim 8

A modular telecommunication jack adapter as set forth in claim 6 wherein said modular telecommunication jacks are joined together in said-to-side engagement with each other.

Claim 9

A modular telecommunication jack adapter as set forth in claim 6 wherein at least two of said moveable contacts are disposed in each of said modular telecommunication jacks.

Claim 10

A modular telecommunication jack adapter as set forth in claim 6 wherein said modular telecommunication jacks are joined together in vertically stacked relation to each other.

Claim 11

A modular telecommunication jack adapter as set forth in claim 1 wherein said adapter body includes a coupling member integrally connected to and forming a rearward extension of said front part.

Claim 12

A modular telecommunication jack adapter as set forth in claim 10 wherein at least one of said wire contact members defines a crossover disposed within said coupling member.

Claim 13

A modular telecommunication jack adapter comprising a front part defined by at least one modular telephone jack having a hollow generally rectangular jack housing defining a telephone plug receiving opening at its forward end, a hollow generally rectangular coupling member integrally connected to the rear of said jack housing and forming a rearward extension of said jack housing, a modular telephone plug integrally connected to the rear of said coupling member and projecting rearwardly from said coupling member, said telephone plug having a latch member supported thereon for movement between latching and releasing positions and biased toward said latching position for releasably retaining said adapter in connected engagement with a mating telephone jack, a plurality of resilient unitary spring wire contact members disposed within said adapter, each of said wire contact members consisting of a continuous length of resilient solid spring wire extending from said telephone jack through said coupling member and into said telephone plug having a forward end portion defining a moveable contact supported in cantilever position within said telephone jack and spring biased to a contacting position, each of said wire contact members having an annealed rear end disposed within and proximate the rear end of said telephone plug, an in-line array of stationary contacts supported in parallel relation to each other on said telephone plug, each one of said stationary contacts being attached in incising engagement to an associated one of the annealed rear end portions.

Claim 14

A modular telecommunication jack adapter comprising a front part defined by at least one modular telephone jack having a hollow generally rectangular jack housing defining a telephone plug receiving opening at its forward end, a hollow generally rectangular coupling member integrally connected to the rear of said jack housing and forming a rearward extension of said jack housing, a modular telephone plug integrally connected to the rear of said coupling member and projecting rearwardly from said coupling member, said telephone plug having a latch member supported thereon for movement between latching and releasing positions and biased toward said latching position for releasably retaining said adapter in connected engagement with a mating telephone jack, a plurality of resilient unitary spring wire contact members disposed within said adapter, each of said wire contact members consisting of a continuous length of resilient solid spring wire extending from said telephone jack through said coupling member and into said telephone plug having a forward end portion defining a moveable contact supported in cantilever position within said telephone jack and spring biased to a contacting position, each of said wire contact members having an annealed rear end disposed within and proximate the rear end of said telephone plug, an in-line array of stationary contacts supported in parallel relation to each other on said telephone plug, each one of said stationary contacts being attached in incising engagement to an associated one of the annealed rear end portions.

Claim 15

A modular telecommunication jack adapter as set forth in claim 12 wherein at least one of said wire contact members defines a crossover disposed within said coupling member.

Claim 16

A modular telecommunication jack adapter comprising an adapter body having a front part defining at least one forwardly open telecommunication plug receptacle and a back part joined to said front part and defining a rearwardly projecting telecommunication plug, an array of wire contact members joined together in spaced part relation to each other and disposed within said adapter, each of said wire contact members consisting of a continuous length of resilient solid spring wire extending through said adapter from said front part to said back part and having a forward end portion formed to define a moveable contact supported in cantilever position within said front part and spring biased to a contacting position, each of said wire contact members having an annealed rear end portion substantially softer than said forward end portion thereof and supported within said back part, and an array of stationary contacts supported on said back part, each one of said stationary contacts being attached in incising engagement to an associated one of the annealed rear end portions.

Claim 17

A modular telecommunication jack adapter comprising an adapter body having a front part defining at least one forwardly open telecommunication plug receptacle and a back part joined to said front part and defining a rearwardly projecting telecommunication plug, an array of wire contact members joined together in spaced part relation to each other and disposed within said adapter, each of said wire contact members consisting of a continuous length of resilient solid spring wire extending through said adapter from said front part to said back part and having a forward end portion formed to define a moveable contact supported in cantilever position within said front part and spring biased to a contacting position, each of said wire contact members having an annealed rear end portion substantially softer than said forward end portion thereof and supported within said back part, and an array of stationary contacts supported on said back part, each one of said stationary contacts being attached in incising engagement to an associated one of the annealed rear end portions.