Quick connect and quick disconnect system male component

1. A male component of a quick connect/disconnect system including a female component defining an external surface and including a first external mating feature arranged on the external surface and a shuttle movable within the female component to inhibit flow through the female component, the male component comprising:

a first body defining a fluid channel therethrough, the first body defining an externally threaded coupling portion at a first end portion configured to couple with a fluid conduit, and a second coupling portion at a second end portion configured to couple with the female component; and

a ring assembly supported by the first body, extending about the second coupling portion, and including a first mating feature on an internal surface of the ring assembly, the first mating feature configured to rotatably engage the first external mating feature of the female component, the ring assembly further including a coupling ring, an overmolded portion positioned around the coupling ring, and a lock ring that rotatably connects the coupling ring to the first body,

wherein the coupling ring defines a locking member cavity such that the second coupling portion of the first body is positioned entirely within the locking member cavity with the coupling ring extending beyond the second coupling portion, and wherein the coupling ring defines the internal surface.

2. The male component of claim 1 , wherein the ring assembly is fixedly connected to the first body.

3. The male component of claim 1 , wherein the ring assembly is rotatable with respect to the first body.

4. The male component of claim 1 , the ring assembly further comprising:

a second mating feature on the internal surface configured to rotatably engage a second external mating feature on the external surface; and

a third mating feature on the internal surface configured to rotatably engage a third external mating feature on the external surface.

5. The male component of claim 4 , wherein:

the first, second, and third mating features are protuberances; and

the first, second, and third mating features are coplanar.

6. The male component of claim 1 , wherein the second coupling portion comprises an elongated cylinder defining a component axis.

7. The male component of claim 6 , wherein:

the ring assembly is supported by the first body at a first location along the component axis; and

the first mating feature is axially spaced apart from the first location in a direction away from the externally threaded coupling portion by a first distance.

8. The male component of claim 7 , wherein a length of the elongated cylinder is selected such that when the first mating feature is mated with the first external mating feature, the elongated cylinder engages a first resilient seal member and a second resilient seal member of the female component.

9. The male component of claim 7 , wherein a length of the elongated cylinder is selected such that when the first mating feature is mated with the first external mating feature, the elongated cylinder engages the shuttle.

10. The male component of claim 9 , wherein:

the elongated cylinder defines an angled end portion configured to engage an angled end portion of the shuttle.

11. The male component of claim 10 , further comprising:

a locking member movable between an unlocked condition whereat the elongated cylinder is rotatable with respect to the ring assembly, and a locked condition whereat the elongated cylinder is not rotatable with respect to the ring assembly.

12. The male component of claim 11 , wherein the locking member is fixedly connected to the elongated cylinder.

13. The male component of claim 1 , the first body further comprising:

a shoulder extending outward from the externally threaded coupling portion;

a journal, wherein a seat structure of the coupling ring is positioned against the shoulder and the journal; and

a ring groove, wherein the lock ring is located in the ring groove to rotatably connect the coupling ring to the first body by trapping the seat structure of the coupling ring between the shoulder and the lock ring so that the coupling ring is rotatable about the journal;

wherein the ring groove is located between the second coupling portion and the journal; and

wherein the journal is located between the ring groove and the shoulder.

14. The male component of claim 13 , the fluid conduit further comprising:

a wide region extending through the externally threaded coupling portion;

a narrow region extending through the second coupling portion; and

a funnel portion coupling the wide region to the narrow region.

15. The male component of claim 1 , wherein the first body is press fitted to at least one of a fluid device or a vessel.

16. A male component of a quick connect/disconnect system including a female component defining an external surface and including a first external mating feature arranged on the external surface and a shuttle movable within the female component to inhibit flow through the female component, the male component comprising:

a first body defining a fluid channel therethrough, the first body defining a barbed coupling portion at a first end portion configured to couple with a fluid conduit, and a second coupling portion at a second end portion configured to couple with the female component; and

a ring assembly supported by the first body, extending about the second coupling portion, and including a first mating feature on an internal surface of the ring assembly, the first mating feature configured to rotatably engage the first external mating feature of the female component, the ring assembly further including a coupling ring, an overmolded portion positioned around the coupling ring, and a lock ring that rotatably connects the coupling ring to the first body,

wherein the coupling ring defines a cavity such that the second coupling portion of the first body is positioned entirely within the cavity with the coupling ring extending beyond the second coupling portion, and wherein the coupling ring defines the internal surface.

17. The male component of claim 16 , wherein the second coupling portion comprises an elongated cylinder defining a component axis.

18. The male component of claim 17 , wherein a length of the elongated cylinder is selected such that when the first mating feature is mated with the first external mating feature, the elongated cylinder engages a first resilient seal member and a second resilient seal member of the female component.