Quick disconnect with retaining spring
View Patent ↗A quick disconnect is provided to permit two cable ends to be rapidly connected and disconnected without the use of tools. The quick disconnect includes rear and front couplings which may be mounted to respective cable ends. Quick connection of the cable ends is effected by connecting the rear and front couplings to one another by a hinge latch. The hinge latch is retained in the closed position by a compression sleeve which surrounds the hinge latch. The front end of the compression sleeve includes a ring groove that retains a ring spring. The ring spring engages complementary retention grooves in the hinge latch to bias the hinge latch in the closed position, thus securing the front coupling to the rear coupling.
1. A quick disconnect, comprising:
a front coupling and a rear coupling each for connection to a respective cable end;
a hinge latch comprising at least one finger pivotally mounted at a first end to the rear coupling, the finger having a retention groove disposed at a second end and having a coupling groove for receiving the front coupling;
a compression sleeve slidably disposed over the hinge latch;
a ring spring affixed to a first end of the compression sleeve and movable with the compression sleeve, the ring spring for engagement with the retention groove of the finger when the sleeve is disposed in its closed position over the hinge latch.
2. The quick disconnect according to claim 1 , wherein the ring spring is retained within a ring groove disposed in the compression sleeve.
3. The quick disconnect according to claim 1 , wherein the hinge latch comprises a plurality of fingers pivotally mounted at a first end to the rear coupling.
4. The quick disconnect according to claim 1 , comprising a sleeve spring disposed over the hinge latch.
5. The quick disconnect according to claim 1 , comprising a sleeve spring disposed between the hinge latch and the compression sleeve.
6. The quick disconnect according to claim 1 , comprising a pin disposed at the rear coupling, and wherein the compression sleeve comprises a slot for engaging the pin.
7. The quick disconnect according to claim 6 , wherein the slot includes a keyway for retaining the pin, so that the compression sleeve is retained in a retracted position to permit the finger of the hinge latch to freely pivot.
8. A quick disconnect, comprising:
a front coupling and a rear coupling each for connection to a respective cable end;
a hinge latch comprising at least one finger pivotally mounted at a first finger end to the rear coupling, the finger having a depression disposed at a second end and having a coupling means for retaining front coupling;
a compression sleeve slidably disposed over the hinge latch; and
biasing means affixed to a first end of the compression sleeve and movable with the compression sleeve, the biasing means for engagement with the depression of the finger when the sleeve is disposed in its closed position over the hinge latch to provide a biasing force to retain the hinge latch in the closed position, whereby the front coupling and rear coupling are connected together, wherein the biasing means comprises a spring.
9. The quick disconnect according to claim 8 , wherein the biasing means comprises a ring spring.
10. The quick disconnect according to claim 8 , wherein the hinge latch comprises a plurality of fingers pivotally mounted at a first end to the rear coupling.
11. The quick disconnect according to claim 8 , comprising a sleeve spring disposed over the hinge latch.
12. The quick disconnect according to claim 8 , comprising a sleeve spring disposed between the hinge latch and the compression sleeve.
13. The quick disconnect according to claim 8 , comprising a pin disposed at the rear coupling, and wherein the compression sleeve comprises a slot for engaging the pin.
14. The quick disconnect according to claim 13 , wherein the slot includes a keyway for retaining the pin, so that the compression sleeve is retained in a retracted position to permit the finger of the hinge latch to freely pivot.