Pipe apparatus, coupling devices, and methods
Pipe apparatus can include a coupling device with a seal circumscribing a central axis. The seal further includes a first circumferential pocket at least partially defined by a first and second circumferential flange. A fluid guide device positioned at least partially within the first circumferential pocket includes a plurality of segments that are radially arranged to circumscribe the central axis. The fluid guide device at least partially defines a fluid path. Methods can include using the coupling device to couple a first end portion of a first pipe segment to a second end portion of a second pipe segment. Methods of using the pipe apparatus can include passing fluid through the fluid path to cool the seal.
1. A pipe apparatus comprising:
a first pipe segment comprising a first end portion comprising a first outer circumferential edge;
a second pipe segment comprising a second end portion comprising a second outer circumferential edge facing the first outer circumferential edge, and the first outer circumferential edge is spaced from the second outer circumferential edge to define a circumferential gap between the first outer circumferential edge and the second outer circumferential edge;
a seal circumscribing the circumferential gap, the seal comprising a first circumferential flange engaging the first end portion of the first pipe segment and a second circumferential flange engaging the second end portion of the second pipe segment;
a first circumferential pocket defined between an interior surface of the seal, the first end portion, and the second end portion; and
a fluid guide device positioned at least partially within the first circumferential pocket, the fluid guide device comprising a plurality of segments that are radially arranged to circumscribe the first end portion and the second end portion, the fluid guide device further comprising a first axial end positioned over the first end portion and a second axial end positioned over the second end portion, and the fluid guide device at least partially defining a fluid path extending from an inlet port at the circumferential gap, through a channel defined between the fluid guide device and the interior surface of the seal, to an outlet port at the circumferential gap,
wherein the pipe apparatus is configured to pass a quantity of fluid from an interior of the first pipe segment through the fluid inlet port into the channel, through the channel to the fluid outlet port, and through the fluid outlet port to an interior of the second pipe segment.
2. The pipe apparatus of claim 1 , wherein the fluid guide device comprises a circumferential guide flange extending at least partially into the circumferential gap between the first outer circumferential edge and the second outer circumferential edge, wherein an axial width of the circumferential guide flange is less than an axial width of the circumferential gap.
3. The pipe apparatus of claim 2 , wherein the circumferential guide flange is spaced from the first outer circumferential edge and the second outer circumferential edge.
4. The pipe apparatus of claim 1 , further comprising a first tongue and groove connection axially locking the fluid guide device to the first end portion and a second tongue and groove connection axially locking the fluid guide device to the second end portion.
5. The pipe apparatus of claim 1 , further comprising a third tongue and groove connection axially locking the seal to the fluid guide device.
6. The pipe apparatus of claim 1 , wherein the channel is defined between an outer convex surface of the fluid guide device and the interior surface of the seal.
7. The pipe apparatus of claim 1 , wherein the seal biases the plurality of segments together in a constricted configuration.
8. The pipe apparatus of claim 1 , wherein the channel extends from a first axial end of the fluid guide device to a second axial end of the fluid guide device.
9. The pipe apparatus of claim 1 , further comprising a housing comprising a second circumferential pocket, wherein the seal is positioned within the second circumferential pocket.
10. The pipe apparatus of claim 9 , further comprising a heat shield at least partially circumscribing the housing, the heat shield spaced from the housing to define a chamber between the heat shield and the housing.
11. A method of using the pipe apparatus of claim 1 comprising:
passing an upstream quantity of fluid through an interior of the first pipe segment in a first axial direction of the first pipe segment;
passing a first portion of the first upstream quantity of fluid through an interior of the second pipe segment in a second axial direction of the second pipe segment;
cooling the seal by passing a second portion of the first upstream quantity of fluid through the fluid inlet port, then through the channel, and then through the fluid outlet port; and then
passing the second portion of the first upstream quantity of fluid through the interior of the second pipe segment.
12. The method of claim 11 , further comprising driving the second portion of the first upstream quantity of fluid through the channel with a pressure drop.
13. A pipe apparatus comprising:
a first pipe segment comprising a first end portion comprising a first outer circumferential edge;
a second pipe segment comprising a second end portion comprising a second outer circumferential edge facing the first outer circumferential edge, and the first outer circumferential edge is spaced from the second outer circumferential edge to define a circumferential gap between the first outer circumferential edge and the second outer circumferential edge;
a seal circumscribing the circumferential gap, the seal comprising a first circumferential flange engaging the first end portion of the first pipe segment and a second circumferential flange engaging the second end portion of the second pipe segment;
a first circumferential pocket defined between an interior surface of the seal, the first end portion, and the second end portion; and
a fluid guide device positioned at least partially within the first circumferential pocket, the fluid guide device comprising a circumferential guide flange extending at least partially into the circumferential gap between the first outer circumferential edge and the second outer circumferential edge, wherein an axial width of the circumferential guide flange is less than an axial width of the circumferential gap, the circumferential guide flange is spaced from the first outer circumferential edge to define a fluid inlet port, and the circumferential guide flange is spaced from the second outer circumferential edge to define a fluid outlet port, wherein the fluid guide device at least partially defines a fluid path extending from the fluid inlet port through a channel defined between the fluid guide device and the interior surface of the seal, and from the channel to the fluid outlet port,
wherein the pipe apparatus is configured to pass a quantity of fluid from an interior of the first pipe segment through the fluid inlet port into the channel, through the channel to the fluid outlet port, and through the fluid outlet port to an interior of the second pipe segment.
14. A method of using the pipe apparatus of claim 13 comprising:
passing an upstream quantity of fluid through an interior of the first pipe segment in a first axial direction of the first pipe segment;
passing a first portion of the first upstream quantity of fluid through an interior of the second pipe segment in a second axial direction of the second pipe segment;
passing a second portion of the first upstream quantity of fluid through the fluid inlet port, then through the channel to cool the seal, and then through the fluid outlet port; and then
passing the second portion of the first upstream quantity of fluid through the interior of the second pipe segment.
15. The method of claim 14 , further comprising driving the second portion of the first upstream quantity of fluid through the channel with a pressure drop between the fluid inlet port and the fluid outlet port.
16. A coupling device comprising:
a seal circumscribing a central axis of the coupling device, the seal comprising a first circumferential flange extending toward the central axis and a second circumferential flange extending toward the central axis;
a first circumferential pocket at least partially defined by an interior surface of the seal, the first circumferential flange, and the second circumferential flange; and
a fluid guide device positioned at least partially within the first circumferential pocket, the fluid guide device comprises a plurality of segments that are radially arranged to circumscribe the central axis, each segment of the plurality of segments comprising an arcuate wall comprising an inner concave surface and an outer convex surface, and each segment at least partially defining a fluid path extending through a channel defined between the outer convex surface and the interior surface of the seal.
17. The coupling device of claim 16 , wherein the seal biases the plurality of segments together in a constricted configuration.
18. The coupling device of claim 16 , wherein the fluid guide device comprises a circumferential guide flange extending toward the central axis and circumscribing the central axis.
19. The coupling device of claim 16 , further comprising a tongue and groove connection axially locking the seal to the fluid guide device.
20. The coupling device of claim 16 , wherein the channel extends from a first axial end of the fluid guide device to a second axial end of the fluid guide device.
21. A method of assembling a pipe apparatus comprising the coupling device of claim 16 comprising:
inserting a first outer circumferential edge of a first end portion of a first pipe segment into a first axial opening of the seal, wherein the first circumferential flange seals against an outer peripheral surface of the first end portion;
axially locking the first end portion of the first pipe segment to the fluid guide device;
inserting a second outer circumferential edge of a second end portion of a second pipe segment into a second axial opening of the seal, wherein the second circumferential flange seals against an outer peripheral surface of the second end portion; and
axially locking the second end portion of the second pipe segment to the fluid guide device, wherein the first outer circumferential edge faces the second outer circumferential edge and a gap is maintained between the first outer circumferential edge and the second outer circumferential edge.
22. The method of claim 21 , wherein a circumferential guide flange of the fluid guide device extends into the gap.
23. The method of claim 22 , wherein the circumferential guide flange is spaced from the first outer circumferential edge and the second outer circumferential edge.
24. The method of claim 21 , wherein the axially locking the first end portion of the first pipe segment to the fluid guide device comprises engaging a tongue of one of the first end portion or the fluid guide device with a groove of another of the first end portion or the fluid guide device.
25. The method of claim 24 , wherein the axially locking the second end portion of the first pipe segment to the fluid guide device comprises engaging a tongue of one of the second end portion or the fluid guide device with a groove of another of the first end portion or the fluid guide device.
26. The method of claim 21 , wherein the inserting the first outer circumferential edge of the first end portion of the first pipe segment into the first axial opening of the seal dilates a first corresponding axial end of the plurality of segments of the fluid guide device against a bias of the seal.
27. The method of claim 26 , wherein the axially locking the first end portion to the fluid guide device comprises constricting the first corresponding axial end of the plurality of segments of the fluid guide device.
28. The method of claim 21 , wherein the inserting the second outer circumferential edge of the second end portion of the second pipe segment into the second axial opening of the seal-dilates a corresponding second axial end of the plurality of segments of the fluid guide device against a bias of the seal.
29. The method of claim 28 , wherein the axially locking the second end portion to the fluid guide device comprises constricting the corresponding second axial end of the plurality of segments of the fluid guide device.