Adaptor with notched strain relief plate

Claim 2

An adaptor for positioning intermediate a data communications plug and mating connector to which the adapter is to be attached, comprising in combination: a body; a first connector, disposed at a front end of said body and configured for connection with said mating connector; a well formed within said body having an opening disposed at a rear end of said body, a plurality of side walls, and a well longitudinal axis; a second connector disposed within said well; a first headed retaining screw extending through said body and engaging said mating connector; a strain relief plate rotatably connected to said rear end of said body for selective rotation between an open position and a closed position about a rotational axis substantially common to the longitudinal axis of said first headed retaining screw and substantially parallel to, and disposed laterally from, said longitudinal axis, said strain relief plate including a notch formed therein defining a notched periphery; and a second headed retaining screw extending through said body and engaging said mating connector, said second screw configured for securing said strain relief plate in said closed position such that said plate is parallel and adjacent to said rear end of said body and said notch periphery lies in a plane perpendicular to said well longitudinal axis.

Claim 3

An adaptor as recited in claim 1, wherein said first and second retaining screws extend through said body between said front and rear ends of said body; and wherein said first screw forms an axle defining said rotational axis.

Claim 4

An adaptor as recited in claim 1, further comprising a key disposed along one of said side walls of said well.

Claim 5

An adaptor for facilitating data transmission between a data communications plug and a mating connector to which the adapter is to be attached, said plug having at least one flange extending radially therefrom, comprising in combination: a body having a front end, and at least three body sides; a first connector, disposed at said front end of said body; a well formed within said body so that said data communications plug may be selectively inserted into said well to a seate position and having an opening in one of said three body sides of said body, a plurality of side walls, and a characteristic well longitudinal axis; a second connector disposed within said well, said second connector having a configuration of pin connectors which is compatible with said data communications plug; a strain relief plate rotatably connected to one of said body sides of said body for selective rotation between an open position and a closed position about a rotational axis disposed laterally from said longitudinal axis; said strain relief plate including a notch formed therein cutting into at least one edge of said strain relief plate at two edge points and forming a notch periphery surface such that when said data communications plug is inserted into said well to said seated position and said strain relief plate is in said closed position, said flange is forward of said strain relief plate and said notch periphery surface engages said flange, thereby preventing withdrawal of said data communications plug; and a pair of retaining screws for securing said strain relief plate in said closed position, said retaining screws each extending through said body and each engaging said mating connector.

Claim 6

An adaptor for facilitating data transmission between a data communications plug and a mating connector to which the adapter is to be attached, said plug having at least one flange extending radially therefrom, comprising in combination: a body having a front end, and at least three body sides; a first connector, disposed at said front end of said body; a well formed within said body so that said data communications plug may be selectively inserted into said well to a seate position and having an opening in one of said three body sides of said body, a plurality of side walls, and a characteristic well longitudinal axis; a second connector disposed within said well, said second connector having a configuration of pin connectors which is compatible with said data communications plug; a strain relief plate rotatably connected to one of said body sides of said body for selective rotation between an open position and a closed position about a rotational axis disposed laterally from said longitudinal axis; said strain relief plate including a notch formed therein cutting into at least one edge of said strain relief plate at two edge points and forming a notch periphery surface such that when said data communications plug is inserted into said well to said seated position and said strain relief plate is in said closed position, said flange is forward of said strain relief plate and said notch periphery surface engages said flange, thereby preventing withdrawal of said data communications plug; and a pair of retaining screws for securing said strain relief plate in said closed position, said retaining screws each extending through said body and each engaging said mating connector.

Claim 7

An adaptor for positioning intermediate a data communications plug and a mating connector to which the adapter is to be attached, comprising in combination: a body; a first connector, disposed at a front end of said body and configured for connection with said mating connector; a well formed within said body having an opening disposed at a rear end of said body, a plurality of side walls, and a well longitudinal axis; a second connector disposed within said well; a first headed retaining screw extending through said body and engaging said mating connector; a strain relief plate rotatably connected to said rear end of said body for selective rotation between an open position and a closed position about a rotational axis substantially common to the longitudinal axis of said first headed retaining screw and substantially parallel to, and disposed laterally from, said longitudinal axis, said strain relief plate including a notch formed therein defined a notched periphery; and a second headed retaining screw extending through said body and engaging said mating connector, said second screw configured for securing said strain relief plate in said closed position such that said plate is parallel and adjacent to said rear end of said body and said notch periphery lies in a plane perpendicular to said well longitudinal axis, said first and second headed retaining screws each including heads configured such that a portion of each of said heads may be biased against said strain relief plate such that when said first and second headed screws are rotated into a tightened position, said strain relief plate is releasably locked in said closed position.

Claim 8

An adaptor for positioning intermediate a data communications plug and a mating connector to which the adapter is to be attached, comprising in combination: a body; a first connector, disposed at a front end of said body and configured for connection with said mating connector; a well formed within said body having an opening disposed at a rear end of said body, a plurality of side walls, and a well longitudinal axis; a second connector disposed within said well; a first headed retaining screw extending through said body and engaging said mating connector; a strain relief plate rotatably connected to said rear end of said body for selective rotation between an open position and a closed position about a rotational axis substantially common to the longitudinal axis of said first headed retaining screw and substantially parallel to, and disposed laterally from, said longitudinal axis, said strain relief plate including a notch formed therein defined a notched periphery; and a second headed retaining screw extending through said body and engaging said mating connector, said second screw configured for securing said strain relief plate in said closed position such that said plate is parallel and adjacent to said rear end of said body and said notch periphery lies in a plane perpendicular to said well longitudinal axis, said first and second headed retaining screws each including heads configured such that a portion of each of said heads may be biased against said strain relief plate such that when said first and second headed screws are rotated into a tightened position, said strain relief plate is releasably locked in said closed position.