System for conduit squeeze retainer
A pipe system includes a tubular body with an axis, a bore that is axial and a retainer groove formed in the bore of the tubular body. A retainer is mounted in the retainer groove. An entirety of the retainer is both axially movable and radially movable relative to the retainer groove during formation of a pipe assembly with a pipe in the bore.
1. A pipe system comprising:
a pipe having a pipe axis and a pipe retainer groove formed in an outer surface of the pipe;
a tubular body having an axis, a bore that is axial, and a retainer groove formed in the bore of the tubular body; and
a retainer configured to be mounted in the retainer groove, and an entirety of the retainer is configured to be both axially movable and radially movable relative to the retainer groove during formation of a pipe assembly with the pipe in the bore,
wherein the retainer and the retainer groove each include a sloped surface that contact one another, that are not parallel to the axis of the tubular body, and that allow axial and radial movement of the retainer,
wherein a radial size of the retainer is configured to radially expand relative to the axis when the pipe is axially inserted through the retainer in the tubular body,
wherein the retainer includes a plurality of resilient tabs extending in a circumferential direction relative to, and protruding radially outward from, an outer circumferential surface of the retainer, and
wherein the resilient tabs aid in centering the retainer relative to the tubular body and allow radial expansion of the retainer within the retainer groove.
2. The pipe system of claim 1 , wherein the retainer has a relaxed, default state wherein, relative to the axis, an inner radius of the retainer is less than an outer radius of the pipe.
3. The pipe system of claim 2 , wherein the inner radius of the retainer is less than or equal to an outer radius of the pipe retainer groove.
4. The pipe system of claim 1 , wherein the retainer has a relaxed, default state wherein, relative to the axis, an outer radius of the retainer is less than an inner radius of a shallow radius portion of the retainer groove, and wherein the outer radius of the retainer is greater than an inner radius of the bore of the tubular body.
5. The pipe system of claim 1 , wherein the retainer is configured to be fully radially expanded into and seat completely within a deep radius portion of the retainer groove in the tubular body.
6. The pipe system of claim 1 , wherein the tubular body is one of a coupling or an integrated bell on an axial end of another pipe.
7. A pipe system comprising:
a pipe having a pipe axis and a pipe retainer groove formed in an outer surface of the pipe;
a tubular body having an axis, a bore that is axial, and a retainer groove formed in the bore;
a retainer configured to be mounted in the retainer groove; and
a plurality of resilient tabs extending in a circumferential direction relative to, and protruding radially outward from, an outer circumferential surface of the retainer,
wherein the resilient tabs aid in centering the retainer relative to the tubular body and allow temporary radial expansion of the retainer within the retainer groove,
wherein an entirety of the retainer is configured to be both axially movable and radially movable relative to the retainer groove during formation of a pipe assembly with the pipe being inserted in the bore, and
wherein the retainer and the retainer groove each include a sloped surface that contact one another, that are not parallel to the axis of the tubular body, and that allow axial and radial movement of the retainer.
8. The pipe system of claim 7 , wherein the retainer is configured to automatically engage the pipe without manual intervention with the retainer when the pipe is inserted into the bore of the tubular body.
9. The pipe system of claim 7 , wherein the pipe assembly is configured to be disassembled, and wherein the retainer is selectively actuatable to release the pipe from the tubular body.
10. The pipe system of claim 7 , wherein the pipe assembly is configured to be repeatably reversible such that the tubular body, the retainer, and the pipe can repeatably be joined to form the pipe assembly and separated to disassemble the pipe assembly.
11. The pipe system of claim 7 , wherein the retainer is a split ring with circumferentially overlapping ends and wherein the split ring is configured to comprise a relaxed state with a first diameter, and a radially expanded state with a second diameter that is greater than the first diameter.
12. The pipe system of claim 11 , wherein one of the overlapping ends slides between two spaced apart portions of another of the overlapping ends.
13. The pipe system of claim 7 , wherein, in response to tension being applied to the pipe assembly, the retainer groove inhibits the retainer from expanding and thus prevents separation of the tubular body and the pipe.
14. The pipe system of claim 7 , wherein the retainer is configured to radially expand in the retainer groove when the pipe is inserted into the tubular body, and wherein the retainer groove is configured to inhibit the retainer from radially expanding when the pipe assembly is put in tension.
15. The pipe system of claim 7 , wherein the retainer groove is configured so that the retainer has:
a nominal configuration having a nominal diameter relative to the axis prior to formation of the pipe assembly with the pipe;
an expanded configuration having an expanded diameter relative to the axis during formation of the pipe assembly, the expanded diameter being greater than the nominal diameter; and
an engaged configuration having an engaged diameter after formation of the pipe assembly, wherein the nominal diameter<the engaged diameter<the expanded diameter.
16. The pipe system of claim 7 , wherein the retainer is a single unitary structure configured to retain the pipe to the tubular body.
17. A pipe system comprising:
a pipe having a pipe axis and a pipe retainer groove formed in an outer surface of the pipe;
a tubular body having an axis, a bore that is axial, and a retainer groove formed in the bore;
a retainer configured to be mounted in the retainer groove; and
a plurality of resilient tabs extending in a circumferential direction relative to, and protruding radially outward from, an outer circumferential surface of the retainer,
wherein the resilient tabs aid in centering the retainer relative to the tubular body and allow temporary radial expansion of the retainer within the retainer groove,
wherein an entirety of the retainer is configured to be both axially movable and radially movable relative to the retainer groove during formation of a pipe assembly with the pipe being inserted in the bore,
wherein the retainer includes radial extensions that extend radially outward relative to the axis, and
wherein the radial extensions are configured to be manipulated to change a dimension of the retainer.
18. A pipe system comprising:
a pipe having a pipe axis and a pipe retainer groove formed in an outer surface of the pipe;
a tubular body having an axis, a bore that is axial, and a retainer groove formed in the bore;
a retainer configured to be mounted in the retainer groove; and
a plurality of resilient tabs extending in a circumferential direction relative to, and protruding radially outward from, an outer circumferential surface of the retainer,
wherein the resilient tabs aid in centering the retainer relative to the tubular body and allow temporary radial expansion of the retainer within the retainer groove,
wherein an entirety of the retainer is configured to be both axially movable and radially movable relative to the retainer groove during formation of a pipe assembly with the pipe being inserted in the bore,
wherein the retainer is a split ring with circumferentially overlapping ends and the split ring is configured to comprise a relaxed state with a first diameter and a radially expanded state with a second diameter that is greater than the first diameter, and
wherein one of the overlapping ends slides between two spaced apart portions of another of the overlapping ends.
19. The pipe system of claim 18 , wherein the retainer is configured to automatically engage the pipe without manual intervention with the retainer when the pipe is inserted into the bore of the tubular body.
20. The pipe system of claim 18 , wherein the pipe assembly is configured to be disassembled, and wherein the retainer is selectively actuatable to release the pipe from the tubular body.
21. The pipe system of claim 18 , wherein the pipe assembly is configured to be repeatably reversible such that the tubular body, the retainer, and the pipe can repeatably be joined to form the pipe assembly and separated to disassemble the pipe assembly.
22. The pipe system of claim 18 , wherein, in response to tension being applied to the pipe assembly, the retainer groove inhibits the retainer from expanding and thus prevents separation of the tubular body and the pipe.
23. The pipe system of claim 18 , wherein the retainer is configured to radially expand in the retainer groove when the pipe is inserted into the tubular body, and wherein the retainer groove is configured to inhibit the retainer from radially expanding when the pipe assembly is put in tension.
24. The pipe system of claim 18 , wherein the retainer is a single unitary structure configured to retain the pipe to the tubular body.
25. The pipe system of claim 18 , wherein the retainer includes radial extensions that extend radially outward relative to the axis, and wherein the radial extensions are configured to be manipulated to change a dimension of the retainer.