Electrical connector with optional grounding element

Claim 2

An electrical connector member adapted to mate with a second connector member which is either shell-less or embodies a conductive shell, and has a recess formed in its forward mating end, comprising: a shell-less insulative connector body having a plurality of projections spaced about its outer periphery adjacent to the forward mating end of the connector body; the horizontal and vertical dimensions of said connector body as defined by the outer surfaces of said projections being selected to permit a sliding fit of the connector body into the recess of the second connector member; a metal grounding element substantially surrounding said connector body adjacent to said forward mating end thereof; and said grounding element having openings therein receiving said projections, said grounding element being dimensioned to have a sliding fit within said recess whereby, if said second connector member has a conductive shell, said grounding element and the shell will be electrically connected when the two connector members are mated.

Claim 3

An electrical connector member as set forth in claim 1 wherein: said openings in said grounding element open to the rear of said element whereby said element may be slidably fit over said connector body from the front thereof.

Claim 4

An electrical connector member as set forth in claim 1 wherein: the thickness of the wall of said grounding element is essentially the same as the height of said projections.

Claim 5

An electrical connector member as set forth in claim 1 wherein: said grounding element embodies a mounting bracket extending outwardly from said connector body.

Claim 6

An electrical connector member as set forth in claim 1 wherein: said connector body has a generally keystone configuration having elongated, generally parallel top and bottom surfaces and a pair of angular end surfaces; and said projections are formed on each of said surfaces.

Claim 7

An electrical connector member as set forth in claim 1 wherein: said grounding element embodies an outwardly extending flange; and said openings in said grounding element open to the rear of said element through said flange.

Claim 8

An electrical connector member as set forth in claim 1 wherein: said connector body has an outwardly extending mounting flange thereon having at least one fastener receiving hole therein; and said grounding element includes a tab extending outwardly to said hole.

Claim 9

An electrical connector member adapted to mate with a second connector member which is either shell-less or embodies a conductive shell, and has a recess formed in its forward mating end, comprising: a shell-less, keystone shaped insulative connector body having generally parallel top and bottom surfaces and a pair of angular end surfaces, said connector body having a plurality of ribs spaced about its outer periphery adjacent to the forward mating end of the connector body; the horizontal and vertical dimensions of said connector body as defined by the outer surfaces of said ribs being selected to permit a sliding fit of the connector body into the recess of the second connector member; a metal grounding element substantially surrounding said connector body adjacent to said forward mating end thereof; said grounding element having slots therein receiving said ribs, said grounding element being dimensioned to have a sliding fit within said recess whereby, if said second connector member has a conductive shell, said grounding element and the shell will be electrically connected when the two connector members are mated; and said slots in said grounding element opening to the rear of said element whereby said element may be slidably fit over said connector body from the front thereof.

Claim 10

An electrical connector member adapted to mate with a second connector member which is either shell-less or embodies a conductive shell, and has a recess formed in its forward mating end, comprising: a shell-less, keystone shaped insulative connector body having generally parallel top and bottom surfaces and a pair of angular end surfaces, said connector body having a plurality of ribs spaced about its outer periphery adjacent to the forward mating end of the connector body; the horizontal and vertical dimensions of said connector body as defined by the outer surfaces of said ribs being selected to permit a sliding fit of the connector body into the recess of the second connector member; a metal grounding element substantially surrounding said connector body adjacent to said forward mating end thereof; said grounding element having slots therein receiving said ribs, said grounding element being dimensioned to have a sliding fit within said recess whereby, if said second connector member has a conductive shell, said grounding element and the shell will be electrically connected when the two connector members are mated; and said slots in said grounding element opening to the rear of said element whereby said element may be slidably fit over said connector body from the front thereof.

Claim 11

An electrical connector member as set forth in claim 8 wherein: said ribs are formed on each of said four surfaces of said connector body.

Claim 12

An electrical connector member comprising: a shell-less insulative connector body having a forward mating end; said connector body having a recess formed in said forward mating end; a grounding element bordering the wall of said recess adjacent to said forward mating end; openings in the wall of said grounding element; and projections on said connector body extending inwardly into said openings and having outer surfaces substantially flush with the exposed inner surface of said grounding element.

Claim 13

An electrical connector member comprising: a shell-less insulative connector body having a forward mating end; said connector body having a recess formed in said forward mating end; a grounding element bordering the wall of said recess adjacent to said forward mating end; openings in the wall of said grounding element; and projections on said connector body extending inwardly into said openings and having outer surfaces substantially flush with the exposed inner surface of said grounding element.