Fluid valve

• US 5,996,614 A
• Filed: 10/20/1997
• Issued: 12/07/1999
• Est. Priority Date: 10/20/1997
• Status: Expired due to Term

• Current Assignee: T&S Brass & Bronze Works Incorporated
• Original Assignee: T&S Brass & Bronze Works Incorporated
• Inventors: Ashton, Craig
• Primary Examiner(s): Ferensic, Denise L.
• Assistant Examiner(s): Kim, Joanne Y.
• Application Number:
  US08/953,921
• Time in Patent Office: 778 Days
• Field of Search: 132/606, 132/454.6, 132/454.5, 132/625.32, 132/625.31, 132/614.2
• US Class Current: 137/454.6
• CPC Class Codes: F16K 11/207 with two handles or actuating mechanisms at opposite sides of the housing
• CPC Class Codes: F16K 3/08 with circular plates rotatable around their centres
• CPC Class Codes: Y10T 137/7668 Retained by bonnet or closure
• CPC Class Codes: Y10T 137/86743 Rotary
• CPC Class Codes: Y10T 137/87684 Valve in each inlet
• CPC Class Codes: Y10T 137/88054 Direct response normally closed valve limits direction of flow

Abstract

A fluid valve is provided including a housing having an entrance to permit flow of fluid into the housing and an exit to permit said fluid to flow out of the housing. A first member is disposed in the housing and defines at least one first passageway. A second member is disposed in the housing and defines at least one second passageway. The first member and the second member are disposed in the housing operatively between the entrance and the exit so that the at least one first passageway and the at least one second passageway are selectively positionable with respect to each other to allow passage of the fluid through the at least one first passageway and the at least one second passageway from the entrance to the exit. A check valve is disposed in the housing operatively between the entrance and the first and second members. The check valve is configured to permit fluid flow from the entrance to the first and second members and to prevent fluid flow from the first and second members out of the housing by the entrance.

Claims

1. A fluid valve cartridge, said valve cartridge comprising:

a self-contained cartridge housing configured to be received by a water fixture and having an entrance to permit flow of fluid into said housing and an exit to permit said fluid to flow out of said housing;

a first member defining at least one first passageway;

a second member defining at least one second passageway,

said first member and said second member being disposed in said housing operatively between said entrance and said exit so that said at least one first passageway and said at least one second passageway are selectively positionable with respect to each other to allow passage of said fluid through said at least one first passageway and said at least one second passageway from said entrance to said exit;

a check valve disposed in said housing operatively between said entrance and said first and second members, said check valve being configured to permit fluid flow from said entrance to said first and second members and to prevent fluid flow from said first and second members out of said housing by said entrance; and

a retainer axially secured to said housing operatively between said check valve and said first and second members to prevent axial movement of said check valve to said first and second members.

2. A valve cartridge as in claim 1, wherein each of said first member and said second member comprises a cylindrical plate.

3. A valve cartridge as in claim 2, wherein said at least one first passageway extends axially through said first member and said at least one second passageway extends axially through said second member.

4. A valve cartridge as in claim 3, wherein said housing defines a generally cylindrical interior area and wherein said first member and said second member are disposed within said housing coaxially with respect to said generally cylindrical area.

5. A valve cartridge as in claim 4, wherein one of said first member and said second member is disposed in said housing in a rotationally fixed position with respect to the axis of the housing and wherein the other of said first member and said second member is disposed in said housing in a rotatable position with respect to said housing axis.

6. A valve cartridge as in claim 5, wherein said at least one first passageway and said at least one second passageway are configured so that rotation of said one of said first member and said second member to a first position, in which said at least one first passageway is aligned with said as least one second passageway, permits passage of said fluid through said first member and said second member and rotation of said one of said first member and said second member to a second position, in which said at least one first passageway is misaligned with said at least one second passageway, prevents said fluid passage.

7. A valve cartridge as in claim 6, wherein said first member includes two said first passageways symmetrically disposed through said first member and wherein said second member includes two said second passageways symmetrically disposed through said second member, each said first passageway being aligned with a respective one of said second passageways when said one of said first member and said second member is in said first position.

8. A valve cartridge as in claim 1, wherein said first member and said second member are disposed in said housing so that said first member abuts said second member.

9. A valve cartridge as in claim 1, including a resilient seat assembly disposed in said housing in operative communication with said first and second members to absorb forces applied to at least one of said first and second members.

10. A valve cartridge as in claim 9, wherein said resilient seat assembly is disposed operatively between said entrance and said first and second members.

11. A valve cartridge as in claim 1, wherein said retainer comprises an annular ring and wherein said annular ring has an inner diameter less than the outermost width of said-check valve.

12. A valve cartridge as in claim 1, wherein said housing includes a generally cylindrical sleeve and an end cap attached coaxially to said sleeve.

13. A valve cartridge as in claim 12, wherein said entrance is defined by said end cap, wherein said exit is defined by said sleeve, and wherein said check valve is disposed in said end cap.

14. A valve cartridge as in claim 13, wherein each of said first member and said second member comprises a generally cylindrical plate coaxially disposed in said sleeve, wherein said end cap includes a shoulder disposed perpendicularly to the axis of said housing, and wherein said valve includes a resilient seat assembly extending from said shoulder to engage one of said first member and said second member to absorb axial forces applied to said one of said first member and said second member.

15. A valve cartridge as in claim 14, including an elongated stem coaxial with and extending into said sleeve from an end of said sleeve opposite said end cap, said stem being attached to the other of said first member and said second member so that said stem rotationally drives said other of said first member and said second member, and said resilient seat assembly being configured to absorb axial forces applied to said first member and said second member by said stem.

16. A valve cartridge as in claim 12, wherein said first member and said second member are disposed in said sleeve.

17. A valve cartridge as in claim 16, wherein said end cap is attached to said sleeve so that said end cap secures at least one of said first member and said second member in an axial direction with respect to said housing.

18. A valve cartridge as in claim 12, wherein said end cap is threadedly attached to said sleeve.

19. A valve cartridge as in claim 1, wherein said retainer is rigid or semi-rigid and is removably secured to said housing between said check valve and said first and second members.

20. A valve cartridge as in claim 19, wherein said retainer comprises an annular ring and wherein said annular ring has an inner diameter less than the outermost width of said check valve.

21. A fluid valve cartridge, said valve comprising:

a housing having an entrance to permit flow of fluid into said housing and an exit to permit said fluid to flow out of said housing;

a first member defining at least one first passageway;

a second member defining at least one second passageway,

said first member and said second member being disposed in said housing operatively between said entrance and said exit so that said at least one first passageway and said at least one second passageway are selectively positionable with respect to each other to allow passage of said fluid through said at least one first passageway and said at least one second passageway from said entrance to said exit;

a check valve disposed in said housing operatively between said entrance and said first and second members, said check valve being configured to permit fluid flow from said entrance to said first and second members and to prevent fluid flow from said first and second members out of said housing by said entrance; and

a resilient seat assembly disposed in said housing operatively between said entrance and said first and second members in operative communication with said first and second members to absorb forces applied to at least one of said first and second members,

wherein said resilient seat assembly includes a resilient annular portion operatively disposed between said check valve and said first and second members, said resilient annular portion sealingly engaging one of said first member and said second member to provide a sealed fluid path from said check valve to said one of said first member and said second member,

wherein said resilient seat assembly includes a rigid or semi-rigid annular member and wherein said resilient annular portion is disposed about the outer circumference of said rigid or semi-rigid annular member.

22. A fluid valve cartridge, said valve cartridge comprising:

a self-contained cartridge housing configured to be received by a water fixture and defining a generally cylindrical interior area having an entrance to permit flow of fluid into said housing and an exit to permit said fluid to flow out of said housing;

a first generally cylindrical plate disposed in said housing operatively between said entrance and said exit, said first plate defining at least one first passageway;

a second generally cylindrical plate disposed in said housing operatively between said entrance and said exit and abutting said first plate, said second plate defining at least one second passageway,

wherein at least one of said first plate and said second plate is rotatable with respect to the other of said first plate and said second plate to position said at least one first passageway and said at least one second passageway with respect to each other to allow passage of said fluid through said at least one first passageway and said at least one second passageway from said entrance to said exit;

a check valve disposed in said housing operatively between said entrance and said first and second plates, said check valve being configured to permit fluid flow from said entrance to said first and second plates and to prevent fluid flow from said first and second plates out of said housing by said entrance; and

a resilient seat assembly disposed in said housing between said entrance and said first and second plates in operative communication with said first and second plates to absorb forces applied to at least one of said first and second plates,

wherein said resilient seat assembly includes a resilient annular portion sealingly engaging one of said first plate and said second plate to provide a sealed fluid path from said check valve to said one of said first plate and said second plate and also includes a rigid or semi-rigid retainer restrained from axial movement to said one of said first plate and said second plate by said resilient annular portion to prevent axial movement of said check valve to said one of said first plate and said second plate.

23. A valve cartridge as in claim 22, wherein said housing includes a generally cylindrical sleeve defining said exit and includes an end cap attached coaxially to said sleeve and defining said entrance, wherein said check valve is disposed in said end cap, and wherein said first plate and said second plate are disposed in said sleeve.

24. A valve cartridge as in claim 23, wherein said end cap is threadedly attached to said sleeve.

25. A valve cartridge as in claim 23, wherein said end cap includes a shoulder disposed perpendicularly to said axis, and wherein said resilient seat assembly extends from said shoulder to engage said one of said first plate and said second plate.

26. A valve as in claim 25, wherein said resilient seat assembly includes a resilient annular portion seated on said shoulder and sealingly engaging one of said first plate and said second plate to provide a sealed fluid path from said check valve to said one of said first plate and said second plate.

27. A valve cartridge as in claim 22, wherein said resilient annular portion is disposed about the outer circumference of said rigid or semi-rigid retainer.

28. A valve cartridge as in claim 22, wherein said second plate is rotationally fixed with respect to said axis and wherein said resilient annular portion sealingly engages said second plate.

29. A fluid fixture, said fixture comprising:

a housing including at least one fluid path and at least one fluid outlet; and

at least one valve cartridge disposed in said housing, each said valve cartridge including

a self-contained valve cartridge housing having an entrance in communication with a said fluid path to permit flow of fluid into said valve housing and an exit in communication with a said outlet to permit said fluid to flow out of said valve housing to said outlet,

a first member defining at least one first passageway,

a second member defining at least one second passageway,

said first member and said second member being disposed in said valve housing operatively between said entrance and said exit so that said at least one first passageway and said at least one second passageway are selectively positionable with respect to each other to allow passage of said fluid through said at least one first passageway and said at least one second passageway from said entrance to said exit, and

a check valve disposed in said valve housing operatively between said entrance and said first and second members, said check valve being configured to permit fluid flow from said entrance to said first and second members and to prevent fluid flow from said first and second members out of said valve housing by said entrance, and

a retainer axially secured to said housing operatively between said check valve and said first and second members to prevent axial movement of said check valve to said first and second members.

30. A fixture as in claim 29, wherein

said valve housing defines a generally cylindrical interior area,

said first member comprises a cylindrical plate through which said at least one first passageway axially extends, said first plate being disposed coaxially in said interior area in a rotatable position with respect to the valve housing axis,

said second member comprises a cylindrical plate through which said at least one second passageway axially extends, said second plate being disposed coaxially in said interior area abutting said first plate in a rotationally fixed position with respect to the valve housing axis, and

said at least one first passageway and said at least one second passageway are configured so that rotation of said first plate to a first position, in which said at least one first passageway is aligned with said at least one second passageway, permits passage of said fluid through said first plate and said second plate and rotation of said first plate to a second position, in which said at least one first passageway is misaligned with said at least one second passageway, prevents said fluid passage.