Manually disengageable connector lock

Claim 2

In an electrical connector lock for electrical connectors which are locked together by a resilient cantilevered lock arm of an insulator body of one electrical connector engaging a latch member of an insulator body of another electrical connector or the like, the lock arm having a camming wedge at a free end which cooperates with a camming surface of the latch member to deflect the lock arm inwardly during locking movement until the camming wedge passes the camming surface and the lock arm springs back so that a lock shoulder of the lock arm engages behind a latching surface of the latch member, the improvement comprising; the lock arm having a thumb pad at the free end of the lock arm which is depressed to deflect the lock arm inwardly for disconnecting the one electrical connector from the other electrical connector or the like, and the thumb pad being directly above and spaced radially outwardly of the lock shoulder by a sufficient amount so that the lock shoulder is free of the lock surface when the thumb pad is depressed to deflect the lock arm inwardly.

Claim 3

The improvement as defined in claim 1 wherein the lock arm has a T-shaped member at the free end of the lock arm which includes a cross piece which is spaced radially outwardly of the lock arm to provide the thumb pad.

Claim 4

The improvement as defined in claim 1 wherein the lock arm has a member at the free end of the lock arm comprising a stem and a cross piece which is spaced radially outwardly of the lock arm to provide the thumb pad.

Claim 5

In an electrical connector lock for electrical connectors which are locked together by a resilient cantilevered lock arm of an insulator body of one electrical connector engaging a latch member of an insulator body of another electrical connector or the like, the lock arm having a camming wedge at a free end which cooperates with a camming surface of the latch member to deflect the lock arm inwardly during locking movement until the camming wedge passes the camming surface and the lock arm springs back so that a lock shoulder of the lock arm engages behind a latching surface of the latch member, the improvement comprising; the lock arm having a T-shaped member at the free end of the lock arm which provides a thumb pad which is depressed to deflect the lock arm inwardly for disconnecting the one electrical connector from the other electrical connector or the like, the thumb pad being spaced outwardly of the lock shoulder by a sufficient amount so that the lock shoulder is free of the lock surface when the thumb pad is depressed to deflect the lock arm inwardly, and the latch member including a plate having a depending nib which provides the camming surface and the latching surface and a longitudinal slot to accommodate a stem of the T-shaped member at the free end of the lock arm.

Claim 6

In an electrical connector lock for electrical connectors which are locked together by a resilient cantilevered lock arm of an insulator body of one electrical connector engaging a latch member of an insulator body of another electrical connector or the like, the lock arm having a camming wedge at a free end which cooperates with a camming surface of the latch member to deflect the lock arm inwardly during locking movement until the camming wedge passes the camming surface and the lock arm springs back so that a lock shoulder of the lock arm engages behind a latching surface of the latch member, the improvement comprising; the lock arm having a T-shaped member at the free end of the lock arm which provides a thumb pad which is depressed to deflect the lock arm inwardly for disconnecting the one electrical connector from the other electrical connector or the like, the thumb pad being spaced outwardly of the lock shoulder by a sufficient amount so that the lock shoulder is free of the lock surface when the thumb pad is depressed to deflect the lock arm inwardly, and the latch member including a plate having a depending nib which provides the camming surface and the latching surface and a longitudinal slot to accommodate a stem of the T-shaped member at the free end of the lock arm.

Claim 7

The improvement as defined in claim 4 wherein the stem is sized so that the thumb pad engages a top of the plate to signal that the lock shoulders are free of the latching surfaces.

Claim 8

The improvement as defined in claim 4 wherein the stem bifurcates the camming wedge and the lock shoulder so that the lock arm has a camming wedge and a lock shoulder on each side of the stem and wherein the longitudinal slot bifurcates the depending latch nib so that the plate has a depending latch nib on each side of the longitudinal slot.

Claim 9

The improvement as defined in claim 6 wherein the stem is sized so that the thumb pad engages a top of the plate to signal that the lock shoulders are free of the latching surfaces.

Claim 10

The improvement as defined in claim 4 wherein the insulator body having the latch member has a guard surface on each side of the plate which are spaced outwardly of the plate so that the lock shoulder of the latch arm still engages the latch surface of the depending nib when the thumb pad is depressed to a level defined by the guard surfaces.

Claim 11

The improvement as defined in claim 7 wherein the insulator body having the latch member has a guard surface on each side of the plate which are spaced outwardly of the plate so that the lock shoulder of the latch arm still engages the latch surface of the depending nib when the thumb pad is depressed to a level defined by the guard surfaces.

Claim 12

In an electrical connector lock for electrical connectors which are locked together by a resilient cantilevered lock arm of an insulator body of one electrical connector engaging a latch member of an insulator body of another electrical connector or the like, the lock arm having a camming wedge at a free end which cooperates with a camming surface of the latch member to deflect the lock arm inwardly during locking movement until the camming wedge passes the camming surface and the lock arm springs back so that a lock shoulder of the lock arm engages behind a latching surface of the latch member, the improvement comprising: the lock arm having a member at the free end of the lock arm comprising a stem and a thumb pad which is depressed to deflect the lock arm inwardly for disconnecting the one electrical connector from the other electrical connector or the like, the thumb pad being spaced outwardly of the lock shoulder by a sufficient amount so that the lock shoulder is free of the lock surface when the thumb pad is depressed to deflect the lock arm inwardly, and the latch member including a plate having a depending nib which provides the camming surface and the latching surface and a longitudinal slot to accommodate the stem of the member at the free end of the lock arm.

Claim 13

In an electrical connector lock for electrical connectors which are locked together by a resilient cantilevered lock arm of an insulator body of one electrical connector engaging a latch member of an insulator body of another electrical connector or the like, the lock arm having a camming wedge at a free end which cooperates with a camming surface of the latch member to deflect the lock arm inwardly during locking movement until the camming wedge passes the camming surface and the lock arm springs back so that a lock shoulder of the lock arm engages behind a latching surface of the latch member, the improvement comprising: the lock arm having a member at the free end of the lock arm comprising a stem and a thumb pad which is depressed to deflect the lock arm inwardly for disconnecting the one electrical connector from the other electrical connector or the like, the thumb pad being spaced outwardly of the lock shoulder by a sufficient amount so that the lock shoulder is free of the lock surface when the thumb pad is depressed to deflect the lock arm inwardly, and the latch member including a plate having a depending nib which provides the camming surface and the latching surface and a longitudinal slot to accommodate the stem of the member at the free end of the lock arm.