Sidespray having volume control
View Patent ↗A sidespray for use with a water faucet unit includes a trigger valve and a volume control valve. The trigger valve is configured to define a full-ON water flow condition and a full-OFF water flow condition for the sidespray. A diverter actuator is coupled to the trigger valve to select between the full-ON water flow condition and the full-OFF water flow condition for the sidespray. The volume control valve is configured to define a volume-variable water passageway to limit a water flow volume through the sidespray when the trigger valve has set the sidespray to the full-ON water flow condition. A volume control actuator is coupled to the volume control valve to selectively adjust the water flow volume through the sidespray.
1. A sidespray for use with a water faucet unit, comprising:
a trigger valve configured to define a full-ON water flow condition and a full-OFF water flow condition for said sidespray;
a diverter actuator coupled to said trigger valve to select between said full-ON water flow condition and said full-OFF water flow condition for said sidespray;
a volume control valve configured to define a volume-variable water passageway to limit a water flow volume through said sidespray when said trigger valve has set said sidespray to said full-ON water flow condition; and
a volume control actuator coupled to said volume control valve to selectively adjust said water flow volume through said sidespray.
2. The sidespray of claim 1 , said sidespray having a sidespray housing, and wherein said volume control valve includes:
a rotary body having a rotational disk and a hub, said rotary body being rotatably mounted to said sidespray housing via said hub, said rotational disk having a first opening, said volume control actuator being coupled to said hub to effect rotation of said rotational disk relative to said sidespray housing; and
a rotationally stationary body including a rotationally stationary disk having a second opening, said rotationally stationary disk being positioned adjacent to said rotational disk of said rotary body, said first opening of said rotational disk and said second opening of said rotationally stationary disk cooperating to define said volume-variable water passageway.
3. The sidespray of claim 2 , wherein a volume of water flowing through said volume variable water passageway is varied based on an amount of area overlap between said first opening of said rotational disk and said second opening of said rotationally stationary disk, and said amount of area overlap being dependent of a rotational position of said rotary body relative to said rotationally stationary body.
4. The sidespray of claim 2 , wherein each of said first opening of said rotational disk and said second opening of said rotationally stationary disk is formed as at least one arcuate slot.
5. The sidespray of claim 2 , wherein said sidespray housing includes a cylindrical housing having an end wall and having an axle extending from said end wall along an axis of said cylindrical housing, said hub of said rotary body being received in said cylindrical housing and rotatably engaged with said axle, wherein said hub includes an elongated central opening having a complementary shape with the axle to receive the axle in the central opening.
6. The sidespray of claim 2 , wherein said rotationally stationary body includes:
a holder body configured to orientate said rotationally stationary disk relative to said rotational disk, said holder body including a cylindrical bearing surface for radially supporting a distal portion of said rotary body having said rotational disk; and
a biasing member positioned between said holder body and said rotationally stationary disk to bias said rotationally stationary disk in contact with said rotational disk.
7. A sidespray for use with a water faucet unit, comprising:
a sidespray housing having a proximal end, a distal end, and a side wall that extends between said proximal end and said distal end, said side wall defining a first chamber, and side wall having a side opening extending through said side wall to said first chamber, said proximal end being configured to accommodate fluid communication with said water faucet unit;
a nozzle coupled to said first chamber at said distal end of said sidespray housing;
a volume control actuator positioned to extend through said side opening in said side wall to be accessible at an exterior of said sidespray housing, wherein the volume control actuator includes a key slot; and
a volume control valve positioned in said first chamber of said sidespray housing, said volume control valve including:
a rotary body positioned in said first chamber, said rotary body including a rotational disk and a hub with a radially extending key dimensioned to be received in the key slot, said rotary body being rotatably mounted to said sidespray housing via said hub, said rotational disk having a first opening, said volume control actuator being coupled to said hub via the key slot and key connection to effect rotation of said rotational disk relative to said sidespray housing; and
a rotationally stationary body positioned in said first chamber, said rotationally stationary body including a rotationally stationary disk having a second opening, said rotationally stationary disk being positioned adjacent to said rotational disk of said rotary body, said first opening of said rotational disk and said second opening of said rotationally stationary disk cooperating to define a volume-variable water passageway.
8. The sidespray of claim 7 , wherein a volume of water flowing through said volume-variable water passageway is varied based on an amount of area overlap between said first opening of said rotational disk and said second opening of said rotationally stationary disk, and said amount of area overlap being dependent of a rotational position of said rotary body relative to said rotationally stationary body.
9. The sidespray of claim 7 , wherein each of said first opening of said rotational disk and said second opening of said rotationally stationary disk is formed as at least one arcuate slot.
10. The sidespray of claim 7 , wherein said sidespray housing includes a cylindrical housing located in said first chamber, said cylindrical housing having an end wall and having an axle extending from said end wall along an axis of said cylindrical housing, said hub of said rotary body being received in said cylindrical housing and rotatably engaged with said axle.
11. The sidespray of claim 10 , further comprising an o-ring seal positioned between said cylindrical housing and said hub of said rotary body.
12. The sidespray of claim 7 , further comprising:
a second chamber located between said first chamber and said proximal end; and
a trigger valve located in said second chamber, said trigger valve being configured for coupling to a diverter valve of said water faucet unit to selectively effect a flow of water to said volume control valve.
13. The sidespray of claim 12 , wherein said water faucet unit includes a water mixing assembly coupled to each of a faucet spout and said sidespray via a diverter valve, said sidespray selectively receiving a mixed water flow from said water mixing assembly via said diverter valve, said diverter valve diverting said mixed water flow to said volume control valve through said trigger valve when said diverter valve is actuated by operation of said bigger valve.
14. The sidespray of claim 7 , wherein said rotationally stationary body includes:
a holder body positioned in said first chamber to orientate said rotationally stationary disk relative to said rotational disk, said holder body including a cylindrical bearing surface for radially supporting a distal portion of said rotary body having said rotational disk; and
a biasing member positioned between said holder body and said rotationally stationary disk to bias said rotationally stationary disk in contact with said rotational disk.
15. The sidespray of claim 14 , further comprising an o-ring seal positioned between said side wall of said sidespray housing and said holder body.
16. The sidespray of claim 15 , further comprising:
a cylindrical retainer located at said distal end of said sidespray body to restrain axial movement of said nozzle, said rotary member, said rotationally stationary member and said holder body, said cylindrical retainer being configured for coupling to said side wall of said sidespray body; and
an o-ring seal positioned between said cylindrical retainer and said holder body.
17. A water faucet system, comprising:
a water faucet unit including a water mixing assembly and a faucet spout; and
a sidespray coupled in fluid communication with said water mixing assembly, said sidespray including:
a trigger valve configured to define a full-ON water flow condition and a full-OFF water flow condition for said sidespray;
a diverter actuator coupled to said trigger valve to select between said full-ON water flow condition and said full-OFF water flow condition for said sidespray;
a volume control valve configured to define a volume-variable water passageway to limit a water flow volume through said sidespray when said trigger valve has set said sidespray to the full-ON water flow condition; and
a volume control actuator coupled to said volume control valve to selectively adjust said water flow volume through said sidespray.
18. The water faucet system of claim 17 , said sidespray having a sidespray housing, and wherein said volume control valve includes:
a rotary body having a rotational disk and a hub, said rotary body being rotatably mounted to said sidespray housing via said hub, said rotational disk having a first opening, said volume control actuator being coupled to said hub to effect rotation of said rotational disk relative to said sidespray housing; and
a rotationally stationary body including a rotationally stationary disk having a second opening, said rotationally stationary disk being positioned adjacent to said rotational disk of said rotary body, said first opening of said rotational disk and said second opening of said rotationally stationary disk cooperating to define said volume-variable water passageway.
19. A water faucet system, comprising:
a water faucet unit including a water mixing assembly, a diverter valve, and a faucet spout; and
a sidespray coupled in fluid communication with said water mixing assembly, said sidespray including:
a sidespray housing having a proximal end, a distal end, and a side wall that extends between said proximal end and said distal end, said side wall defining a first chamber, and side wall having a side opening extending through said side wall to said first chamber, said proximal end being configured to accommodate fluid communication with said water faucet unit;
a nozzle coupled to said first chamber at said distal end of said sidespray housing;
a volume control actuator positioned to extend through said side opening in said side wall to be accessible at an exterior of said sidespray housing; and
a volume control valve positioned in said first chamber of said sidespray housing, said volume control valve including:
a rotary body positioned in said first chamber, said rotary body including a rotational disk and a hub, said rotary body being rotatably mounted to said sidespray housing via said hub, said rotational disk having a first opening, said volume control actuator being coupled to said hub to effect rotation of said rotational disk relative to said sidespray housing; and
a rotationally stationary body positioned in said first chamber, said rotationally stationary body including a rotationally stationary disk having a second opening, said rotationally stationary disk being positioned adjacent to said rotational disk of said rotary body, said first opening of said rotational disk and said second opening of said rotationally stationary disk cooperating to define a volume-variable water passageway.
20. The water faucet system of claim 19 , wherein a volume of water flowing through said volume-variable water passageway is varied based on an amount of area overlap between said first opening of said rotational disk and said second opening of said rotationally stationary disk, and said amount of area overlap being dependent of a rotational position of said rotary body relative to said rotationally stationary body.
21. The water faucet system of claim 19 , wherein each of said first opening of said rotational disk and said second opening of said rotationally stationary disk is formed as at least one arcuate slot.
22. The water faucet system of claim 19 , wherein said sidespray housing includes a cylindrical housing located in said first chamber, said cylindrical housing having an end wall and having an axle extending from said end wall along an axis of said cylindrical housing, said hub of said rotary body being received in said cylindrical housing and rotatably engaged with said axle.
23. The water faucet system of claim 22 , further comprising an o-ring seal positioned between said cylindrical housing and said hub of said rotary body.
24. The water faucet system of claim 19 , further comprising:
a second chamber located between said first chamber and said proximal end; and
a trigger valve located in said second chamber, said trigger valve being configured for coupling to said diverter valve of said water faucet unit to selectively effect a flow of water to said volume control valve.
25. The water faucet system of claim 19 , wherein said rotationally stationary body includes:
a holder body positioned in said first chamber to orientate said rotationally stationary disk relative to said rotational disk, said holder body including a cylindrical bearing surface for radially supporting a distal portion of said rotary body having said rotational disk; and
a biasing member positioned between said holder body and said rotationally stationary disk to bias said rotationally stationary disk in contact with said rotational disk.
26. The water faucet system of claim 25 , further comprising an o-ring seal positioned between said side wall of said sidespray housing and said holder body.
27. The water faucet system of claim 25 , further comprising:
a cylindrical retainer located at said distal end of said sidespray body to restrain axial movement of said nozzle, said rotary member, said rotationally stationary member and said holder body, said cylindrical retainer being configured for coupling to said side wall of said sidespray body; and
an o-ring seal positioned between said cylindrical retainer and said holder body.
28. The water faucet system of claim 19 , wherein said water mixing assembly is coupled to each of a faucet spout and said sidespray via said diverter valve, said sidespray selectively receiving a mixed water flow from said water mixing assembly via said diverter valve, said diverter valve diverting said mixed water flow to said volume control valve when said diverter valve is actuated.