Quick connect and quick disconnect system and method of manipulating a quick connect and quick disconnect system

1. A quick connect/disconnect system comprising:

a male component including

a male body defining a first fluid channel therethrough, the male body having a first male coupling portion at a first male end portion configured to couple with a first fluid conduit and a second male coupling portion at a second male end portion, the first fluid channel extending through the second male coupling portion, and

a first ring assembly supported by the male body, extending about the second male coupling portion and including a male mating feature on an internal surface of the ring assembly; and

a female component including

a female body defining a second fluid channel therethrough, the female body having a first female coupling portion at a first female end portion configured to couple with a second fluid conduit and a second female coupling portion at a second female end portion, the second fluid channel sized to receive the second male coupling portion, and

a female mating feature on an external surface of the second female end portion configured to rotatably engage the male mating feature, such that when the second female coupling portion is coupled with the second male coupling portion and the female mating feature is mated with the male mating feature, the first fluid channel is in fluid communication with the second fluid channel,

wherein the male mating feature and the female mating feature are configured such that rotation of the first ring assembly with respect to the female component while the male mating feature and the female mating feature are engaged forces the male component to move axially with respect to the female component, and

wherein the first female coupling portion is an internally threaded coupling portion,

the female component includes a shoulder extending about the second fluid channel,

the female component includes a first coupling channel within the second female end portion configured to receive the second male coupling portion and extending from a mouth toward the shoulder,

the female component further includes a seal member including a flange portion and a cylinder portion, the flange portion configured to abut the shoulder and the cylinder portion configured to extend within the first coupling channel, and

the second male coupling portion and the cylinder portion are sized such that rotation of the first ring assembly relative to the female component in a first direction while the male mating feature and the female mating feature are engaged forces the second male coupling portion to move axially into contact with the cylinder portion.

2. The system of claim 1 , wherein:

the male mating feature is a protuberance; and

the female mating feature is a slot.

3. The system of claim 2 , wherein the slot is a helical slot, L-shaped slot, or a J-shaped slot.

4. The system of claim 1 , wherein the female component further includes

a first coupling channel within the second female end portion configured to receive the second male coupling portion and extending from a mouth toward the first female end portion;

a first resilient seal member extending about the first coupling channel;

a second resilient seal member extending about the first coupling channel; and

a spacer extending about the first coupling channel and located between the first resilient seal member and the second resilient seal member, and

wherein the second male end portion is configured to engage the first resilient seal member and the second resilient seal member when the female mating feature is mated with the male mating feature.

5. The system of claim 1 , further comprising:

a second male component including

a second male body defining a third fluid channel therethrough, the second male body having a third male coupling portion at a third male end portion and a fourth male coupling portion at a fourth male end portion, and

a second ring assembly fixedly connected to the second male body, the second ring assembly extending about the fourth male end portion and including a second male mating feature on an internal surface of the second ring assembly;

a second female component including

a second female body defining a fourth fluid channel therethrough, the second female body having a third female coupling portion at a third female end portion and a fourth female coupling portion at a fourth female end portion configured to couple with a fourth male coupling portion, and

a second female mating feature on an external surface of the fourth female end portion configured to rotatably engage the second male mating feature, such that when the fourth female coupling portion is coupled with the fourth male coupling portion and the second female mating feature is mated with the second male mating, the third fluid channel is in fluid communication with the fourth fluid channel.

6. The system of claim 5 , wherein second female component further includes

a second coupling channel within the fourth female end portion including a mouth configured to receive the fourth male coupling portion and extending from the mouth toward a seat portion;

a shuttle movable within the second coupling channel and including a flange configured to form a seal with the seat portion, and an extending portion extending within the second coupling channel; and

a biasing member configured to bias the flange into sealing contact with the seat portion, wherein the fourth male coupling portion and the extending portion are sized such that rotation of the second ring assembly with respect to the second female component in a first direction while the second male mating feature and the second female mating feature are engaged forces the fourth male coupling portion to move axially into contact with the extending portion thereby forcing the flange away from the seat portion.

7. The system of claim 6 , wherein the second female component further includes

a third resilient seal member extending about the second coupling channel;

a fourth resilient seal member extending about the second coupling channel; and

a spacer extending about the second coupling channel and located between the third resilient seal member and the fourth resilient seal member, and wherein the third male end portion is configured to engage the third resilient seal member and the fourth resilient seal member when the second female mating feature is mated with the second male mating feature.

8. The system of claim 1 , wherein female component further includes

a first coupling channel within the second female end portion including a mouth configured to receive the second male coupling portion and extending from the mouth toward a seat portion,

a shuttle movable within the first coupling channel and including a flange configured to form a seal with the seat portion, and an extending portion extending within the first coupling channel, and

a biasing member configured to bias the flange into sealing contact with the seat portion,

wherein the second male coupling portion and the extending portion are sized such that rotation of the first ring assembly with respect to the female component in a first direction while the male mating feature and the female mating feature are engaged forces the second male coupling portion to move axially into contact with the extending portion thereby forcing the flange away from the seat portion.

9. The system of claim 8 , wherein the female component further includes

a first resilient seal member extending about the first coupling channel,

a second resilient seal member extending about the first coupling channel, and

a spacer extending about the first coupling channel and located between the first resilient seal member and the second resilient seal member.