CN201909066U - Valve capable of switching water paths and regulating flow rate - Google Patents
Valve capable of switching water paths and regulating flow rate Download PDFInfo
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- CN201909066U CN201909066U CN 201020688057 CN201020688057U CN201909066U CN 201909066 U CN201909066 U CN 201909066U CN 201020688057 CN201020688057 CN 201020688057 CN 201020688057 U CN201020688057 U CN 201020688057U CN 201909066 U CN201909066 U CN 201909066U
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- valve
- groove
- driving lever
- water inlet
- water
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Abstract
The utility model discloses a valve capable of switching water paths and regulating the flow rate, which comprises a fixed seat, a control element and an operation mechanism, wherein the fixed seat (100) is provided with a fixing surface (110), a water inlet path (120) and water outlet paths (130 and 140), a water inlet end opening (121) of the water inlet path (120) and water outlet end openings (131 and 141) of the water outlet paths (130 and 140) are respectively arranged on the fixing surface (110), the control element (200) is provided with a control surface (210) and a communication groove (220), the control surface (210) is leaned and connected with the fixing surface (110) in a sealed way, the communication groove (220) is concavely arranged on the control surface (210), and the operation mechanism (300) is connected with the fixed seat (100) and the control element (200), can drive the control element (200) to move and drive the control surface (210) to rotate and slide relatively to the fixing surface (110). The valve has the following advantages that through driving the control element to move and driving the control surface to rotate and slide relatively to the fixing surface by the operation mechanism, the switching function between multiple water outlet end openings can be realized, the multi-water-path switching function is realized, and the flow rate regulation function can be realized through relative slippage.
Description
Technical field
The utility model relates to a kind of energy waterway switching and regulates the valve of flow.
Background technique
The valve that is used for the water route mainly comprises the waterway switching valve and regulates flow valve, in order to satisfy water route spray variation function and water-saving function, the waterway switching valve often all need be set in the existing bath articles simultaneously and regulate flow valve.Because independent waterway switching valve is set in the existing bath articles and regulates flow valve, therefore have following deficiency: it is big 1, to take up room, and increases bath articles and takes up room; 2, materials are many, increase manufacture cost, the waste resource; 3, switch inconvenience, the user need successively operate two valves.
The model utility content
The utility model provides a kind of energy waterway switching and has regulated the valve of flow, and it has overcome valve existing deficiency in water route in the background technique.
The technological scheme that is adopted that the utility model solves its technical problem is:
The valve of a kind of energy waterway switching and adjusting flow, it comprises:
One solid seat (100), it establishes a stationary plane (110), a water inlet road (120) and two goes out water route (130,140), and the water inlet port (121) on the road (120) that intakes, the water outlet port (131,141) that goes out water route (130,140) all are located at stationary plane (110);
One control piece (200), it is established chain of command (210) and that a sealing abuts against stationary plane (110) and is arranged with connection groove (220) at chain of command (210), connecting groove (220), water inlet port (121) and water outlet port (131,141) matches, and, rotate switching water discharging port (131,141) by chain of command (210) relative fixed face (110), by chain of command (210) relative fixed face (110) slidable adjustment flow; And
One operating device (300), it connects solid seat (100) and control piece (200).
Among one preferred embodiment: described connection groove (220) is divided into one and connects a part and a switching part, connects the permanent port (121) of intaking of connecting of part, the corresponding water outlet port (131,141) of switching part.
Among one preferred embodiment: the apart section between the described two water inlet ports (121) is greater than switching part.
Among one preferred embodiment: described switching part project into fan-shaped part.
Among one preferred embodiment: described solid seat (100) is provided with the assembly cavity (150) that is positioned on the stationary plane (110), and control piece (200) is provided with connecting groove (230);
Described operating device (300) comprising:
One limit body (310), its rotating sleeve are connected in the assembly cavity (150), establish a penetration hole (311) in it;
One driving lever (320), its lower end into connecting groove (230) of pegging graft, its cross section is rectangular, and its first direction spacing and connecting groove (230) counterparty are adaptive to spacing, its second direction spacing less than connecting groove (230) counterparty to spacing, and penetration hole (311) is passed in driving lever (320) upper end, and other establishes pivot (321) and passes driving lever (320) middle part and limit body (310); And
Leader (330), its affixed driving lever (320) upper end.
Among one preferred embodiment: described solid seat (100) comprises a body (160) and a gland nut (170); Body (160) end face is arranged with the formation groove, and groove sets firmly stator (161), and stator (161) end face is described stationary plane (110); Described water inlet road (120) and go out water route (130,140) and be located at body (160); The affixed body of gland nut (170) (160) top, and groove and gland nut endoporus fit in described assembly cavity (150).
Among one preferred embodiment: described control piece (200) comprises a moving plate (240) and a holding body (250), connect groove (220) and be located at moving plate (240) bottom surface, connecting groove (230) is located at holding body (250) end face, and holding body (250) bottom surface is abutted against moving plate (240) end face and is constituted synchronous coaxial rotation annexation.
Among one preferred embodiment: described driving lever (320) first direction spacing and penetration hole (311) first direction spacing are adaptive, driving lever (320) second direction spacing less than penetration hole (311) counterparty to spacing.
Among one preferred embodiment: described handle (330) comprises a Fixed Division (331) and the one handle (332) that is fixed together, and Fixed Division (331) divide into the fixedly affixed groove of driving lever (320) upper end.
The technical program is compared with background technique, and it has following advantage:
1, drives the control piece activity by operating device, driving chain of command relative fixed face rotates, slides, relatively rotate and then can realize having more water end (W.E.) mouth switching function, realization has more the water route switching function, slide relative then can realize flow regulating function, therefore can overcome the existing deficiency of background technique, and produces following technique effect: a, waterway switching valve and regulate the Flow valve common component, reduce manufacture cost, minimizing takes up room; B, user are as long as can drive chain of command by socket mechanism rotates, slides, and be easy to operate;
2, switching part can then not only can be realized having more the water end (W.E.) mouth and switch, and can realize cutting off the water function between two water outlet ports;
3, switching part project into fan-shaped part, then be convenient to realize regulating traffic engineering capability;
4, handle is swung relatively, then can drive the swing of driving lever relative limit body, control piece is stirred in the driving lever lower end slides the solid relatively seat of control piece, chain of command relative fixed face is slided, to realize regulating traffic engineering capability, handle relatively rotates, then can drive limit body, control piece rotates relative to solid seat, chain of command relative fixed face is rotated, and to realize the waterway switching function, therefore needing only by the leader is that switch and Flow-rate adjustment in the may command water route, easy to operate, fast, and transfer flow and waterway switching function to carry out simultaneously, and do not regulate because of the different flow of switching position inconvenience is arranged, more than operate capable of circulation;
5, solid seat comprises body and gland nut, and then easy to assembly, processing cost is low;
6, connect groove and be located at the moving plate bottom surface, connecting groove is located at the holding body end face, and is simple in structure, and processing cost is low;
7, driving lever first direction spacing and penetration hole first direction spacing are adaptive, and driving lever second direction spacing to spacing, then can guarantee operating accuracy less than the penetration hole counterparty, can increase the service life.
Description of drawings
The utility model is described in further detail below in conjunction with drawings and Examples.
Fig. 1 has illustrated the use schematic representation of the valve of a preferred embodiment.
Fig. 2 has illustrated the three-dimensional exploded perspective view of the valve of a preferred embodiment.
Fig. 3 has illustrated the schematic top plan view of the valve body of a preferred embodiment.
Fig. 4 has illustrated the A-A generalized section of Fig. 3.
Fig. 5 has illustrated the B-B generalized section of Fig. 4.
Fig. 6 has illustrated the schematic perspective view of the stator of a preferred embodiment.
Fig. 7 has illustrated one of the schematic perspective view of the moving plate of a preferred embodiment.
Fig. 8 illustrated a preferred embodiment moving plate schematic perspective view two.
Fig. 9 has illustrated one of the generalized section of the valve of a preferred embodiment, is in the state of cutting off the water this moment.
Figure 10 has illustrated the C1-C1 generalized section of Fig. 9.
Figure 11 illustrated a preferred embodiment valve generalized section two, be in first go out water state this moment.
Figure 12 has illustrated the C2-C2 generalized section of Figure 11.
Figure 13 illustrated a preferred embodiment valve generalized section three, be in second go out water state this moment.
Figure 14 has illustrated the C3-C3 generalized section of Figure 13.
Embodiment
Please refer to Fig. 1 to Figure 14, the valve of a kind of energy waterway switching and adjusting flow, it comprises solid seat 100, one control piece 200 and an operating device 300.
Described solid seat 100, it comprises a body 160, a gland nut 170, a joint 180 and a set casing 190.
Described body 160, its end face is arranged with the formation groove, is installed with a stator 161 on the described groove floor, and described stator 161 end faces are defined as stationary plane 110, and described stator 161 is established one first water inlet and two first osculums that run through at the end, top.Be preferably in and establish pad 162 between stator 161 and the groove floor.Described body 160 is established one second water inlet and two second osculums.Described stator 161 is installed in the groove of body 160, so that:
Described first water inlet is connected second water inlet and is constituted water inlet road 120, and the water inlet port 121 on described water inlet road 120 is located at stationary plane 110;
Described 2 first osculums are connected 2 second osculums formation two respectively and are gone out water route 130,140, and the described two water outlet ports 131,141 that go out water route 130,140 are located at stationary plane 110, wherein: described water inlet port 121, water outlet port 131,141 are provided with at interval, and water outlet port 131,141 is water inlet port 121 symmetric arrangement relatively.
Described joint 180, its affixed body 160, wherein: described joint 180 can set firmly connects unsettled arm 400, water inlet road 110 can be introduced by joint 180 in the water source.
Described set casing 190, it is located by connecting on the groove of body, described gland nut 170 socket set casings 190 also are screwed onto the groove of body 160, be fixed together with fixedly set casing 190, gland nut 170 and body 160, wherein: the endoporus of the set casing 190 of described groove and gland nut fits in assembly cavity 150.
Described control piece 200, it comprises a moving plate 240 and a holding body 250.Described moving plate 240 bottom surfaces are defined as chain of command 210, and described moving plate 240 bottom surfaces are arranged with out connection groove 220, and described holding body 250 end faces are arranged with out connecting groove 230.Described holding body 250 bottom surfaces are abutted against moving plate 240 end faces and are constituted synchronous coaxial rotation annexation.Described connection groove 220 is divided into one and connects a part and a switching part, described switching part project into fan-shaped part.
Described moving plate 240, its activity is installed in the assembly cavity 150, and, lean under the effect at gland nut 170 and limit body 310, chain of command 210 sealings of described moving plate 240 abut against on the stationary plane 110 of stator 161, wherein: the permanent water inlet port 121 of connecting of connection part of connecting groove 220, switching part can select to connect two water outlet ports 131, one of 141, can select to be positioned at two water outlet ports 131, (described two water outlet ports 131 between 141, apart section between 141 is greater than switching part), please refer to Fig. 9-Figure 14, they describe described three switching states respectively.
Described connection groove 220, water inlet port 121 and water outlet port 131,141 match so that: chain of command 210 relative fixed faces 110 rotate realizes at least that then two water outlet ports 131,141 switch, and chain of command 210 relative fixed faces 110 slide and then realize Flow-rate adjustment.
Described operating device 300, it comprises a limit body 310, a driving lever 320 and leader 330.
Described limit body 310, its rotating sleeve are connected in the assembly cavity 150 of solid seat 100, establish a penetration hole 311 in it, and described penetration hole 311 cross sections are rectangular.
Described driving lever 320, its cross section is rectangular, its lower end into connecting groove 230 of control piece 200 of pegging graft, and its first direction spacing and connecting groove 230 counterparties are adaptive to spacing, to spacing, described first direction is vertical with second direction less than connecting groove 230 counterparties for its second direction spacing.Described driving lever 320 first direction spacings and penetration hole 311 first direction spacings are adaptive, driving lever 320 second direction spacings less than penetration hole 311 counterparties to spacing.Described driving lever 320, penetration hole 311 is passed in its upper end, and other establishes pivot 321 and passes driving lever 320 middle parts and limit body 310.
Described handle 330, it comprises a Fixed Division 331 and the one handle 332 that is fixed together, Fixed Division 331 divides into affixed groove, the fixedly connected driving lever of affixed groove 320 upper ends.
Please refer to Fig. 1, described one goes out water route 130 connects head gondola water faucet 500, and another goes out water route 140 and connects Portable rose 600.
Please refer to figure Fig. 9 and Figure 10, the switching part of the connection groove 220 of described moving plate 240 is in the attitude of cutting off the water between two water outlet ports 131,141 at this moment, and two go out water route 130,140 not water outlets.
Please refer to Figure 11 and Figure 12, the solid relatively seat 100 of handle 330 swings up and down, drive driving lever 320 relative limit bodies 310 around pivot 321 swings, holding body 250 is stirred in driving lever 320 lower ends slides its relative stator 161, moving plate 240 relative stators 161 are slided, chain of command 210 relative fixed faces 110 are slided, make switching part and waterexit end oral sex collection area change, to realize regulating traffic engineering capability.
Please refer to Figure 13 and Figure 14, handle 330 rotates relative to solid seat 100, drive limit body 310, holding body 250, moving plate 240 rotate relative to stator 161, chain of command 210 relative fixed faces 110 are rotated, switching part is selected between water outlet port 131,141 places or two water outlet ports 131,141, as: switching part is positioned at water outlet port 131 places, and then water outlet port 131 is connected switching part, then go out water route 130 and connect water inlet road 120, use water route 130 water outlets; Perhaps, switching part is positioned at water outlet port 141 places, and then water outlet port 141 is connected switching part, then goes out water route 140 and connects water inlet road 120, uses water route 140 water outlets; Perhaps, between two water outlet ports 131,141, be in the state of cutting off the water, to realize the waterway switching function.
The above, it only is the utility model preferred embodiment, so can not limit the scope that the utility model is implemented according to this, i.e. the equivalence of doing according to the utility model claim and description changes and modifies, and all should still belong in the scope that the utility model contains.
Claims (9)
1. an energy waterway switching and regulate the valve of flow, it is characterized in that: it comprises:
One solid seat (100), it establishes a stationary plane (110), a water inlet road (120) and two goes out water route (130,140), and the water inlet port (121) on the road (120) that intakes, the water outlet port (131,141) that goes out water route (130,140) all are located at stationary plane (110);
One control piece (200), it is established chain of command (210) and that a sealing abuts against stationary plane (110) and is arranged with connection groove (220) at chain of command (210), connecting groove (220), water inlet port (121) and water outlet port (131,141) matches, and, rotate switching water discharging port (131,141) by chain of command (210) relative fixed face (110), by chain of command (210) relative fixed face (110) slidable adjustment flow; And
One operating device (300), it connects solid seat (100) and control piece (200).
2. the valve of a kind of energy waterway switching according to claim 1 and adjusting flow, it is characterized in that: described connection groove (220) is divided into one and connects a part and a switching part, connect the permanent water inlet port (121) of connecting of part, the corresponding water outlet port (131,141) of switching part.
3. the valve of a kind of energy waterway switching according to claim 2 and adjusting flow is characterized in that: the apart section between the described two water inlet ports (121) is greater than switching part.
According to claim 2 or 3 described a kind of can waterway switchings and regulate the valve of flow, it is characterized in that: described switching part project into fan-shaped part.
5. according to the valve of claim 1 or 2 or 3 described a kind of energy waterway switchings and adjusting flow, it is characterized in that: described solid seat (100) is provided with the assembly cavity (150) that is positioned on the stationary plane (110), and control piece (200) is provided with connecting groove (230);
Described operating device (300) comprising:
One limit body (310), its rotating sleeve are connected in the assembly cavity (150), establish a penetration hole (311) in it;
One driving lever (320), its lower end into connecting groove (230) of pegging graft, its cross section is rectangular, and its first direction spacing and connecting groove (230) counterparty are adaptive to spacing, its second direction spacing less than connecting groove (230) counterparty to spacing, and penetration hole (311) is passed in driving lever (320) upper end, and other establishes pivot (321) and passes driving lever (320) middle part and limit body (310); And
Leader (330), its affixed driving lever (320) upper end.
6. the valve of a kind of energy waterway switching according to claim 5 and adjusting flow, it is characterized in that: described solid seat (100) comprises a body (160) and a gland nut (170); Body (160) end face is arranged with the formation groove, and groove sets firmly stator (161), and stator (161) end face is described stationary plane (110), described water inlet road (120) and go out water route (130,140) and be located at body (160); The affixed body of gland nut (170) (160) top, and groove and gland nut endoporus fit in described assembly cavity (150).
7. the valve of a kind of energy waterway switching according to claim 5 and adjusting flow, it is characterized in that: described control piece (200) comprises a moving plate (240) and a holding body (250), connect groove (220) and be located at moving plate (240) bottom surface, connecting groove (230) is located at holding body (250) end face, and holding body (250) bottom surface is abutted against moving plate (240) end face and is constituted synchronous coaxial rotation annexation.
8. the valve of a kind of energy waterway switching according to claim 5 and adjusting flow, it is characterized in that: described driving lever (320) first direction spacing and penetration hole (311) first direction spacing are adaptive, driving lever (320) second direction spacing less than penetration hole (311) counterparty to spacing.
9. the valve of a kind of energy waterway switching according to claim 5 and adjusting flow, it is characterized in that: described handle (330) comprises a Fixed Division (331) and the one handle (332) that is fixed together, and Fixed Division (331) divide into the fixedly affixed groove of driving lever (320) upper end.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201020688057 CN201909066U (en) | 2010-12-29 | 2010-12-29 | Valve capable of switching water paths and regulating flow rate |
| US13/977,604 US9222586B2 (en) | 2010-12-29 | 2011-12-23 | Valve for switching waterways and adjusting flow |
| PCT/CN2011/084530 WO2012089069A1 (en) | 2010-12-29 | 2011-12-23 | Valve for switching waterways and adjusting flow rate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201020688057 CN201909066U (en) | 2010-12-29 | 2010-12-29 | Valve capable of switching water paths and regulating flow rate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201909066U true CN201909066U (en) | 2011-07-27 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201020688057 Expired - Fee Related CN201909066U (en) | 2010-12-29 | 2010-12-29 | Valve capable of switching water paths and regulating flow rate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201909066U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2012089069A1 (en) * | 2010-12-29 | 2012-07-05 | 厦门松霖科技有限公司 | Valve for switching waterways and adjusting flow rate |
-
2010
- 2010-12-29 CN CN 201020688057 patent/CN201909066U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2012089069A1 (en) * | 2010-12-29 | 2012-07-05 | 厦门松霖科技有限公司 | Valve for switching waterways and adjusting flow rate |
| US9222586B2 (en) | 2010-12-29 | 2015-12-29 | Xiamen Solex High-Tech Industries Co., Ltd. | Valve for switching waterways and adjusting flow |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110727 Termination date: 20131229 |