Passively locking connector

1. An assembly, comprising:

a first hub comprising a body and an end surface;

first and second openings defined in the body;

a plurality of segmented collets positioned around the body;

a locking mandrel that is operatively coupled to the body, the locking mandrel being adapted to engage the plurality of segmented collets; and

a latching/release mechanism that is positioned at least partially within the first and second openings defined in the body, the latching/release mechanism being adapted to be positioned in a first position wherein the locking mandrel is in an unlocked and loaded position and in a second position wherein the locking mandrel is released and engages the plurality of segmented collets so as to couple the first hub to a second hub, wherein the latching/release mechanism comprises:

a latch positioned in the second opening;

a boss positioned in the first opening, the boss being adapted to be moveable from a first locked boss position wherein the latch engages the boss and the locking mandrel so as to restrain the locking mandrel in the unlocked and loaded position to a second unlocked boss position wherein a profile on the latch extends into the first opening and engages a recessed release profile defined in the boss and the latch is released from engagement with the locking mandrel; and

an exhaust port defined in the body that provides fluid communication between an upper region of the first opening above an upper surface of the boss and an outer surface of the body wherein the exhaust port is adapted to allow fluid in the upper region to flow out of the exhaust port as the boss moves from the first locked position to the second unlocked position within the first opening.

2. The assembly of claim 1 , wherein the first opening has central axis that is oriented substantially parallel to a central axis of the hub.

3. The assembly of claim 2 , wherein the second opening has a central axis that is oriented substantially perpendicular to the central axis of the hub.

4. The assembly of claim 3 , wherein the second opening intersects the first opening.

5. An assembly, comprising:

a first hub comprising a body and an end surface;

first and second openings defined in the body;

a plurality of segmented collets positioned around the body;

a locking mandrel that is operatively coupled to the body, the locking mandrel being adapted to engage the plurality of segmented collets;

a latching/release mechanism that is positioned at least partially within the first and second openings defined in the body, the latching/release mechanism being adapted to be positioned in a first position wherein the locking mandrel is in an unlocked and loaded position and in a second position wherein the locking mandrel is released and engages the plurality of segmented collets so as to couple the first hub to a second hub;

a latch positioned in the second opening;

a boss positioned in the first opening, the boss comprising a recess defined in the boss, the recess having an upper surface;

a rod positioned in the first opening wherein a portion of the rod is positioned within the recess in the boss, the rod comprising a shoulder;

a contact spring positioned within the first opening between the shoulder and a bottom surface of the boss; and

a resistance spring positioned within the first opening between an upper surface of the boss and an upper surface of the first opening.

6. The assembly of claim 5 , wherein the latch further comprises a rod and a profile, the assembly further comprising:

a latch spring positioned in the second opening, the latch spring being positioned around the rod; and

a latch retaining plate that is removeably coupled to the body and engages the latch spring, the latch retaining plate comprising an opening that is adapted to receive the rod and wherein the latch spring is adapted to bias the profile against the boss.

7. The assembly of claim 5 , wherein the contact spring has a spring constant that is greater than a spring constant of the resistance spring.

8. The assembly of claim 7 , wherein the boss comprises a profile that is adapted to engage the profile of the latch so as to allow the latch to move within the second opening.

9. An assembly, comprising:

a hub comprising a body and an end surface;

first and second openings defined in the body;

a plurality of segmented collets positioned around the body;

a spring loaded locking mandrel that is operatively coupled to the body, the locking mandrel being adapted to engage the plurality of segmented collets;

a latch that is at least partially positioned in the second opening, the latch adapted to engage and restrain the locking mandrel in an unlocked and loaded position, the latch comprising a latching profile;

a boss positioned in the first opening, the boss comprising a boss body and a recessed release profile defined in the boss body, wherein the latching profile is adapted to engage the boss body so as to maintain the locking mandrel in the unlocked and loaded positon and to extend into the first opening and engage the recessed release profile so as to release the locking mandrel from the restrained unlocked and loaded position; and

an exhaust port defined in the body that provides fluid communication between an upper region of the first opening above the boss and an outer surface of the body that is adapted to allow fluid in the upper region to flow out of the exhaust port.

10. The assembly of claim 9 , further comprising:

a rod positioned in the first opening wherein a portion of the rod is positioned within a recess defined in the boss, the rod comprising a shoulder;

a contact spring positioned within the first opening between the shoulder and a bottom surface of the boss; and

a resistance spring positioned within the first opening between an upper surface of the boss and an upper surface of the first opening.

11. The assembly of claim 9 , wherein the latch further comprises a rod, the assembly further comprising:

a latch spring positioned in the second opening, the latch spring being positioned around the rod; and

a latch retaining plate that is removeably coupled to the body and engages the latch spring, the latch retaining plate comprising an opening that is adapted to receive the rod and wherein the latch spring is adapted to bias the latching profile against the boss.

12. The assembly of claim 10 , wherein the contact spring has a spring constant that is greater than a spring constant of the resistance spring.

13. The assembly of claim 9 , wherein the first opening has a central axis that is oriented substantially parallel to a central axis of the hub.

14. The assembly of claim 13 , wherein the second opening has a central axis that is oriented substantially perpendicular to the central axis of the hub.

15. The assembly of claim 9 , wherein the second opening intersects the first opening.

16. An assembly, comprising:

a hub comprising a body and an end surface;

first and second openings defined in the body, the second opening intersecting the first opening;

a plurality of segmented collets positioned around the body;

a spring loaded locking mandrel that is operatively coupled to the body, the locking mandrel being adapted to engage the plurality of segmented collets;

a latch that is at least partially positioned in the second opening, the latch adapted to engage and restrain the locking mandrel in an unlocked and loaded position, the latch comprising a latching profile;

a boss positioned in the first opening, the boss comprising a boss body and a release profile defined in the boss body, wherein the latching profile is adapted to engage the boss body so as to maintain the locking mandrel in the unlocked and loaded positon and to engage the release profile so as to release the locking mandrel from the restrained unlocked and loaded position;

a rod positioned in the first opening wherein a portion of the rod is positioned within a recess defined in the boss, the rod comprising a shoulder;

a contact spring positioned within the first opening between the shoulder and a bottom surface of the boss;

a resistance spring positioned within the first opening between an upper surface of the boss and an upper surface of the first opening; and

an exhaust port defined in the body that provides fluid communication between an upper region of the first opening above the boss and an outer surface of the body that is adapted to allow fluid in the upper region to flow out of the exhaust port.