Valve
Various embodiments of the present disclosure provide a valve configured to enable the inflation and deflation of an inflatable object.
1. A valve for an inflatable object, the valve comprising:
a housing defining a gas passageway therethrough;
a sealing assembly mounted to and moveable relative to the housing between a closed position that prevents gas from passing through the housing via the gas passageway and an open position that enables gas to pass through the housing via the gas passageway, the sealing assembly comprising a stem and a sealing ring mounted to the stem wherein the stem comprises a shaft that defines multiple locking-rib-receiving openings;
a spring that biases the sealing assembly to the closed position; and
a locking member lockingly engaged to the stem to retain the spring and the sealing assembly on the housing, wherein the locking member comprises multiple locking ribs, wherein the locking-rib-receiving openings of the shaft are sized and shaped to receive the locking ribs,
wherein the sealing ring of the sealing assembly sealingly engages the housing when the sealing assembly is in the closed position and is spaced-apart from the housing when the sealing assembly is in the open position.
2. The valve of claim 1 , wherein the shaft comprises multiple spaced-apart locking arms each configured to receive and lockingly engage the locking member.
3. The valve of claim 2 , wherein the locking arms define the locking-rib-receiving openings.
4. The valve of claim 1 , wherein the locking member comprises a cross-shaped head comprising multiple connected head sections and a cross-shaped neck comprising multiple connected neck sections.
5. The valve of claim 4 , wherein the locking ribs extend from at least two of the neck sections.
6. The valve of claim 4 , wherein one of the locking ribs extends from one side of one of the neck sections and another one of the locking ribs extends from an opposite side of that neck section.
7. The valve of claim 4 , wherein two of the locking ribs extend from one side of one of the neck sections and another two of the locking ribs extend from an opposite side of that neck section.
8. The valve of claim 1 , wherein the housing comprises an annular wall, a sealing seat at the bottom of the wall, and a stem supporter radially inward of an inner surface of the wall.
9. The valve of claim 8 , wherein the stem supporter defines a stem-receiving opening, wherein the shaft of the stem of the stem assembly extends through the stem-receiving opening.
10. The valve of claim 9 , wherein the spring is positioned between the stem supporter and a spring-engagement surface of the shaft of the stem of the sealing assembly.
11. The valve of claim 8 , wherein the housing further comprises multiple standoffs extending from an underside of the housing, each standoff including a hollow body defining an attachment-finger-receiving cavity and a locking-tab-receiving opening.
12. The valve of claim 11 , further comprising an anti-puncture ring comprising a base and multiple attachment fingers extending from the base, each attachment finger comprising a transversely extending locking tab.
13. The valve of claim 12 , wherein the anti-puncture ring is attached to the housing such that the attachment fingers of the anti-puncture ring are received in respective attachment-finger-receiving cavities of the standoffs of the housing and such that the locking tabs of the anti-puncture ring are received in respective locking-tab-receiving openings of the standoffs.
14. The valve of claim 1 , wherein the sealing assembly further comprises a sealing plate attached to the stem and retaining the sealing ring in place on the stem.
15. An inflatable object comprising:
an inflatable/deflatable body; and
a valve attached to the body and in fluid communication with an interior of the body, the valve comprising:
a housing defining a gas passageway therethrough;
a sealing assembly mounted to and moveable relative to the housing between a closed position that prevents gas from passing through the housing via the gas passageway and an open position that enables gas to pass through the housing via the gas passageway, the sealing assembly comprising a stem and a sealing ring mounted to the stem wherein the stem comprises a shaft that defines multiple locking-rib-receiving openings;
a spring that biases the sealing assembly to the closed position; and
a locking member lockingly engaged to the stem to retain the spring and the sealing assembly on the housing, wherein the locking member comprises multiple locking ribs, wherein the locking-rib-receiving openings of the shaft are sized and shaped to receive the locking ribs,
wherein the sealing ring of the sealing assembly sealingly engages the housing when the sealing assembly is in the closed position and is spaced-apart from the housing when the sealing assembly is in the open position.
16. The inflatable object of claim 15 , wherein the housing comprises an annular wall, a sealing seat at the bottom of the wall, and a stem supporter radially inward of an inner surface of the wall.
17. The inflatable object of claim 16 , wherein the housing further comprises multiple standoffs extending from an underside of the housing, each standoff including a hollow body defining an attachment-finger-receiving cavity and a locking-tab-receiving opening.
18. The inflatable object of claim 17 , further comprising an anti-puncture ring comprising a base and multiple attachment fingers extending from the base, each attachment finger comprising a transversely extending locking tab.
19. The inflatable object of claim 18 , wherein the anti-puncture ring is attached to the housing such that the attachment fingers of the anti-puncture ring are received in respective attachment-finger-receiving cavities of the standoffs of the housing and such that the locking tabs of the attachment fingers are received in respective locking-tab-receiving openings of the standoffs.
20. The inflatable object of claim 15 , wherein the sealing assembly of the valve further comprises a sealing plate attached to the stem and retaining the sealing ring in place on the stem.
21. A valve for an inflatable object, the valve comprising:
a housing defining a gas passageway therethrough and further comprises multiple standoffs extending from an underside of the housing, each standoff including a hollow body defining an attachment-finger-receiving cavity and a locking-tab-receiving opening;
a sealing assembly mounted to and moveable relative to the housing between a closed position that prevents gas from passing through the housing via the gas passageway and an open position that enables gas to pass through the housing via the gas passageway, the sealing assembly comprising a stem and a sealing ring mounted to the stem;
a spring that biases the sealing assembly to the closed position; and
a locking member lockingly engaged to the stem to retain the spring and the sealing assembly on the housing,
wherein the sealing ring of the sealing assembly sealingly engages the housing when the sealing assembly is in the closed position and is spaced-apart from the housing when the sealing assembly is in the open position.
22. The valve of claim 21 , further comprising an anti-puncture ring comprising a base and multiple attachment fingers extending from the base, each attachment finger comprising a transversely extending locking tab.
23. The valve of claim 22 , wherein the anti-puncture ring is attached to the housing such that the attachment fingers of the anti-puncture ring are received in respective attachment-finger-receiving cavities of the standoffs of the housing and such that the locking tabs of the anti-puncture ring are received in respective locking-tab-receiving openings of the standoffs.
24. The valve of claim 21 , wherein the sealing assembly further comprises a sealing plate attached to the stem and retaining the sealing ring in place on the stem.
25. An inflatable object comprising:
an inflatable/deflatable body; and
a valve attached to the body and in fluid communication with an interior of the body, the valve comprising:
a housing defining a gas passageway therethrough and further defining multiple standoffs extending from an underside of the housing, each standoff including a hollow body defining an attachment-finger-receiving cavity and a locking-tab-receiving opening;
a sealing assembly mounted to and moveable relative to the housing between a closed position that prevents gas from passing through the housing via the gas passageway and an open position that enables gas to pass through the housing via the gas passageway, the sealing assembly comprising a stem and a sealing ring mounted to the stem;
a spring that biases the sealing assembly to the closed position; and
a locking member lockingly engaged to the stem to retain the spring and the sealing assembly on the housing,
wherein the sealing ring of the sealing assembly sealingly engages the housing when the sealing assembly is in the closed position and is spaced-apart from the housing when the sealing assembly is in the open position.
26. The inflatable object of claim 25 , further comprising an anti-puncture ring comprising a base and multiple attachment fingers extending from the base, each attachment finger comprising a transversely extending locking tab.
27. The inflatable object of claim 26 , wherein the anti-puncture ring is attached to the housing such that the attachment fingers of the anti-puncture ring are received in respective attachment-finger-receiving cavities of the standoffs of the housing and such that the locking tabs of the attachment fingers are received in respective locking-tab-receiving openings of the standoffs.
28. The inflatable object of claim 25 , wherein the sealing assembly of the valve further comprises a sealing plate attached to the stem and retaining the sealing ring in place on the stem.