CN204062017U - A kind of water conserving tap - Google Patents
A kind of water conserving tap Download PDFInfo
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- CN204062017U CN204062017U CN201420559373.8U CN201420559373U CN204062017U CN 204062017 U CN204062017 U CN 204062017U CN 201420559373 U CN201420559373 U CN 201420559373U CN 204062017 U CN204062017 U CN 204062017U
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Abstract
The utility model provides a kind of water conserving tap, belong to water tap field, comprise handle, guiding valve, outlet conduit, faucet body and intake pipe, faucet body is provided with large and small cavity, guiding valve comprises little/large guiding valve, little guiding valve is arranged in small water flow cavity, and large guiding valve is arranged in mass-flow cavity; Be provided with water intake and water outlet in greatly/current cavity, intake pipe comprises two sub-pipes, one of them and small water flow cavity connects, another and mass-flow cavity connects; Outlet conduit comprises little/large outlet conduit, and little/large outlet conduit is communicated with the water outlet of little/mass-flow cavity; Described handle comprises little/large valve handle, and little valve handle is connected with little guiding valve, and large valve handle is connected with large guiding valve.Under this design, little valve handle is easy to pull; And the use of large valve handle is comparatively inconvenient, people usually tend to the little valve handle pulled easy to use, and when using little valve handle, water flow is less, thus serve the effect of water saving.
Description
Technical field
The utility model relates to water-saving device field, in particular to a kind of water conserving tap.
Background technique
Water tap, as a kind of water valve, is commonly used for the switch controlling current size, has the effect of saving water source.Existing water tap only includes a water outlet and a control switch usually, and user changes the size of water outlet current by single control switch.People, when using water tap, usually like switch to reach maximum, carry out washing one's hands and face or cleaning to obtain maximum current; Especially in public places such as office, unit and hotels, free with water, user tends to the switch of water tap to reach maximum especially, uses maximum current to wash one's hands and face, and causes the waste of water resources; Society, water resources comparatively lacks, and existing water tap is unfavorable for using water wisely, has increased the weight of the unnecessary waste of water resources.
Model utility content
The purpose of this utility model is to provide a kind of water conserving tap, being intended to improve people's problem to the unnecessary waste of water resources when using water tap, can ensureing again the water demand under emergency condition simultaneously.
The utility model is achieved in that
The utility model provides a kind of water conserving tap, comprise handle, guiding valve, outlet conduit, faucet body and intake pipe, described faucet body is provided with small water flow cavity and mass-flow cavity, described guiding valve comprises little guiding valve and large guiding valve, described little guiding valve is arranged in described small water flow cavity, and described large guiding valve is arranged in described mass-flow cavity; The diapire of described small water flow cavity and described mass-flow cavity is provided with water intake and water outlet, described intake pipe comprises two sub-pipes, the ducted water intake by described small water flow cavity of described two sons and described small water flow cavity connects, described two sons another water intake by described mass-flow cavity ducted and described mass-flow cavity connects; Described outlet conduit comprises little outlet conduit and large outlet conduit, and described little outlet conduit is communicated with the water outlet of described small water flow cavity, and described large outlet conduit is communicated with the water outlet of described mass-flow cavity; Described handle comprises little valve handle and large valve handle, and described little valve handle is connected with described little guiding valve, and described large valve handle is connected with described large guiding valve.
Further, described little valve handle comprises little valve handle body and little valve handle extension rod, and described large valve handle comprises large valve handle body and large valve handle extension rod; Described little valve handle body is connected with described faucet body ball pivot, and described little valve handle extension rod is connected with described little guiding valve; Described large valve handle body is connected with described faucet body ball pivot, and described large valve handle extension rod is connected with described large guiding valve.Handle is connected with faucet body ball pivot, and user can carry out pulling up and down to handle, handle very easy to use; Handle extension rod is connected with guiding valve, ensure that handle can control to the slip of guiding valve, and when upwards being carried by handle, guiding valve moves horizontally to outlet conduit direction, no longer blocks water intake, now water discharge of water faucet.
Further, described two sub-pipes are respectively small water flow cavity intake pipe and mass-flow cavity intake pipe, described small water flow cavity intake pipe passes through the water intake of described small water flow cavity and described small water flow cavity connects, and described mass-flow cavity intake pipe passes through the water intake of described mass-flow cavity and described mass-flow cavity connects; The caliber of described small water flow cavity intake pipe is greater than the caliber of described mass-flow cavity intake pipe; The caliber of described little outlet conduit is less than the caliber of described large outlet conduit.The caliber of the intake pipe of small water flow cavity is large, and the caliber of outlet conduit is little, and the caliber of the intake pipe of mass-flow cavity is little, and the caliber of outlet conduit is large; Under such design, user is when using little valve handle to control water discharge of water faucet, and water-outlet quantity is less, but impulse force is comparatively large, improves user carrying out washing one's hands the comfort level waited when operating; And user is when using large valve handle to control water discharge of water faucet, although water-outlet quantity is large, water outlet is slow, and the water flows gently; User likes when washing one's hands using the current rapid, impulse force is larger usually, and therefore, user, when washing one's hands, being more prone to use little valve handle to control the water outlet of current head, thus both having reached the object of water saving, turn improving the comfort level of user when washing one's hands.
Further, described faucet body also comprises bottom valve, and described bottom valve comprises little bottom valve and large bottom valve, and described little bottom valve is arranged on the below of described small water flow cavity, and described large bottom valve is arranged on the below of described mass-flow cavity.Bottom valve can play the effect of safety check, prevents current from flowing backwards.
Further, a part of pipeline section of described large outlet conduit is arranged on the outside of described faucet body, and another part pipeline section is arranged on the inside of described faucet body; The tube wall that described large outlet conduit is arranged on the portions of the inside of described faucet body has the hole with the match of pipe diameter of described little outlet conduit, described little outlet conduit enters described large outlet conduit by described hole, a part of pipeline section of described little outlet conduit is arranged on the inside of described faucet body, and another part pipeline section is arranged on the inside of described large outlet conduit.By the design of the portions of little outlet conduit in the inside of large outlet conduit, two kinds of outlet conduits achieve integrated design at the water outlet of water tap, only need a water outlet just can realize the function of two kinds of water outlets, decrease the quantity of water outlet, save the design of water tap.
Further, described little valve handle body and described large valve handle body are all in curved shape, described little valve handle body is arranged on the vertical direction of described large valve handle body, and the length of the end of described little valve handle body is greater than the length of the end of described large valve handle body.Little valve handle is arranged on large valve handle and tip length is comparatively large, so under design, and little valve handle convenient operation, and large valve handle is not easy to operation; In the ordinary course of things, people tend to the little valve handle using convenient operation, and now faucet body is by small water flow piped water supply, serves the effect of water saving.
Further, described water conserving tap also comprises linkage rod, and the middle part of described large valve handle body has groove, and the position of the described groove of the corresponding described large valve handle body of described little valve handle body has through hole, described linkage rod is arranged in described groove, and stretches out from described through hole.Linkage rod is for controlling synchronous when side-to-side movement of little valve handle and large valve handle, and after handle having been installed linkage rod, two handles are when side-to-side movement, and motion conditions is completely the same, to the right left or simultaneously simultaneously; But it is on the not impact that moves up and down of handle, and two handles still can move up and down independently, independently; In the design, moving up and down of handle controls the keying of current head, when handle upwards pulls up, and the water outlet of current head; The side-to-side movement of handle for controlling the switching of water pipe, the switching of the switching of water pipe mainly cold water pipes.
Further, described intake pipe is the cold hot water piping system be made up of many cold hot water pipings, the section of tubing of described many cold hot water pipings is communicated with the water intake of described small water flow cavity, and another part pipeline of described many cold hot water pipings is communicated with the water intake of described mass-flow cavity.Be designed with cold hot water piping system in water conserving tap, water tap both can flow out cold water, and can flow out hot water again, function is abundanter, contributed to the needs meeting more occasions.
Further, described cold hot water piping system comprises small water flow cold water pipes, small water flow hot water pipeline, mass-flow cold water pipes and mass-flow hot water pipeline; Described water intake comprises cold water inlet and water inlet of hot water, and described small water flow cold water pipes is communicated with the cold water inlet of described small water flow cavity; Described small water flow hot water pipeline is communicated with the water inlet of hot water of described small water flow cavity; Described mass-flow cold water pipes is communicated with the cold water inlet of described mass-flow cavity; Described mass-flow hot water pipeline is communicated with the water inlet of hot water of described mass-flow cavity.Little outlet conduit and large outlet conduit are all designed with cold hot water piping system; Water tap is under water conservation mode, and when namely water tap is supplied water by little outlet conduit, user can use cold water or hot water as required; Under non-water conservation mode, when namely water tap is supplied water by large outlet conduit, user also can use cold water or hot water as required.
Further, described cold hot water piping system comprises small water flow cold water pipes, small water flow hot water pipeline and mass-flow cold water pipes; The water intake of described small water flow cavity comprises cold water inlet and water inlet of hot water, and the water intake of described mass-flow cavity comprises cold water inlet; Described small water flow cold water pipes is communicated with the cold water inlet of described small water flow cavity; Described small water flow hot water pipeline is communicated with the water inlet of hot water of described small water flow cavity; Described mass-flow cold water pipes is communicated with the cold water inlet of described mass-flow cavity.Little outlet conduit is designed with cold hot water piping system, and large outlet conduit is only designed with cold water pipes system; User, only under water conservation mode, can use hot and cold two kinds of water; Under non-water conservation mode, user can only use cold water.
The utility model provides a kind of water conserving tap, and by arranging two current cavitys in faucet body, two current cavitys connect large outlet conduit and little outlet conduit respectively; Be provided with guiding valve in two current cavitys, two handles are connected from the guiding valve in different current cavitys respectively, achieve the control of handle to guiding valve; Little outlet conduit can be opened separately, and the keying of large outlet conduit is subject to the impact of little outlet conduit keying, and when little outlet conduit is closed, large outlet conduit is also in closed condition; Under water conservation mode, allow little outlet conduit water outlet by controlling little valve handle, user both can use water, can realize using water wisely again.Under this design, little valve handle is easy to pull; Comparatively speaking, the use of large valve handle is comparatively inconvenient, and people usually tend to the little valve handle pulled easy to use, and when using little valve handle, water flow is less, thus serves the effect of water saving; Under special or urgent occasion, when needing to use water in a large number, user can open the large valve handle pulling comparatively inconvenience, and now, the water outlet simultaneously of large and small outlet conduit, meets the needs of case of emergency.
Accompanying drawing explanation
Fig. 1 shows the sectional view of the plan view of the water conserving tap that the utility model first embodiment provides;
Fig. 2 shows the partial enlarged drawing of the part A in the water conserving tap that the utility model first embodiment provides;
Fig. 3 shows the sectional view of the left view of the water conserving tap that the utility model first embodiment provides;
Fig. 4 shows the sectional view of the right elevation of the water conserving tap that the utility model first embodiment provides;
Fig. 5 shows the bottom valve of the water conserving tap that the utility model first embodiment provides and the worm's eye view on current cavity mating face;
Fig. 6 shows the worm's eye view of the outlet conduit end of the water conserving tap that the utility model first embodiment provides;
Fig. 7 shows the sectional view of the right elevation of the water conserving tap that the utility model second embodiment provides;
Fig. 8 shows the bottom valve of the water conserving tap that the utility model second embodiment provides and the worm's eye view on current cavity mating face;
Fig. 9 shows the sectional view of the plan view of the water conserving tap that the utility model the 3rd embodiment provides.
Embodiment
Also by reference to the accompanying drawings the utility model is described in further detail below by specific embodiment.
Consult Fig. 1-6, the water conserving tap that the utility model first embodiment provides, comprise handle, guiding valve, outlet conduit, faucet body 107 and intake pipe 108, faucet body 107 is provided with small water flow cavity 109 and mass-flow cavity 110, described guiding valve comprises little guiding valve 103 and large guiding valve 104, little guiding valve 103 is arranged in small water flow cavity 109, and large guiding valve 104 is arranged in mass-flow cavity 110; The diapire of small water flow cavity 109 and mass-flow cavity 110 is provided with water intake 111 and water outlet 124, intake pipe 108 comprises two sub-pipes, ducted one of described two sons are communicated with small water flow cavity 109 by the water intake 111 of small water flow cavity 109, and ducted another of described two sons is communicated with mass-flow cavity 110 by the water intake 111 of mass-flow cavity 110; Described outlet conduit comprises little outlet conduit 105 and large outlet conduit 106, and little outlet conduit 105 is communicated with the water outlet 124 of small water flow cavity 109, and large outlet conduit 106 is communicated with the water outlet 124 of mass-flow cavity 110; Described handle comprises little valve handle 101 and large valve handle 102, and little valve handle 101 is connected with little guiding valve 103, and large valve handle 102 is connected with large guiding valve 104.
Wherein, little valve handle 101 can control little guiding valve 103 and make slide anteroposterior towards the direction of outlet conduit, and during little guiding valve 103 forward slip, current enter small water flow cavity 109 by the water intake 111 of small water flow cavity 109, and are flowed out by little outlet conduit 105; Large valve handle 102 can control large guiding valve 104 and make slide anteroposterior towards the direction of outlet conduit, and during large guiding valve 104 forward slip, current enter mass-flow cavity 110 by the water intake 111 of mass-flow cavity 110, and are flowed out by large outlet conduit 106.The caliber of little outlet conduit 105 is less than the caliber of large outlet conduit 106.
Little valve handle 101 comprises little valve handle body and little valve handle extension rod 112, and large valve handle 102 comprises large valve handle body and large valve handle extension rod 113; Described little valve handle body is connected with faucet body 107 ball pivot, and little valve handle extension rod 112 is connected with little guiding valve 103; Described large valve handle body is connected with faucet body 107 ball pivot, and large valve handle extension rod 113 is connected with large guiding valve 104.
Wherein, little valve handle 101 is all connected with the ball pivot of faucet body 107 with large valve handle 102, and two handles can be moved up and down, and the scope of motion is larger; As the handle moves upwardly, open water tap, water discharge of water faucet; When handle moves downward, closed tap, water tap stops water outlet.
Preferably, the top of little guiding valve 103 and large guiding valve 104 is provided with spool recess 133, little valve handle extension rod 112 and large valve handle extension rod 113 one end in faucet body 107 are provided with extension rod projection 132, extension rod protruding 132 and spool recess 133 positive; Extension rod projection 132 is arranged with spring 134, and spring 134 has fixing guiding valve, prevents guiding valve by the effect that current direction is washed open.
Preferably, mass-flow cavity 110 is arranged on faucet body 107 one end near described outlet conduit, and small water flow cavity 109 is arranged on faucet body 107 one end away from described outlet conduit.Mass-flow cavity is arranged on the one end near outlet conduit, facilitates the layout of outlet conduit, contributes to the design of saving faucet pipeline.
Faucet body 107 also comprises bottom valve, and described bottom valve comprises little bottom valve 114 and large bottom valve 115, and little bottom valve 114 is arranged on the below of small water flow cavity 109, and large bottom valve 115 is arranged on the below of mass-flow cavity 110.
A part of pipeline section of large outlet conduit 106 is arranged on the outside of faucet body 107, and another part pipeline section is arranged on the inside of faucet body 107; The tube wall that large outlet conduit 106 is arranged on the portions of the inside of faucet body 107 has the hole 116 with the match of pipe diameter of little outlet conduit 105, little outlet conduit 105 passing hole 116 enters large outlet conduit 106, a part of pipeline section of little outlet conduit 105 is arranged on the inside of faucet body 107, and another part pipeline section is arranged on the inside of large outlet conduit 106.
Wherein, by the design of the portions of little outlet conduit 105 in the inside of large outlet conduit 106, two kinds of outlet conduits achieve integrated design at the water outlet of water tap, only need a water outlet just can realize the function of two kinds of water outlets, decrease the quantity of water outlet, save the design of water tap.
Preferably, the water outlet of little outlet conduit 105 is the shower nozzle with multiple osculum.
Described little valve handle body and described large valve handle body are all in curved shape, and described little valve handle body is arranged on the vertical direction of described large valve handle body, and the length of the end of described little valve handle body is greater than the length of the end of described large valve handle body.
Wherein, large valve handle 102 is shorter, and inconvenience is held and taken, and little valve handle 101 is longer and be arranged on the top of large valve handle 102, and look from the side of water outlet, user can only see little valve handle 101; Under this design, little valve handle 101 is easy to use, and large valve handle 102 inconvenience uses; People tend to use wieldy little valve handle 101, and current are flowed out by little outlet conduit 105, thus achieve the object of water saving; When running into special circumstances and needing to use water in a large number, operator can control again large valve handle 102, and current are flowed out by large outlet conduit 106, thus meet the needs of special circumstances.
Described water conserving tap also comprises linkage rod 117, the middle part of described large valve handle body has groove, the position of the described groove of the corresponding described large valve handle body of described little valve handle body has through hole, and linkage rod 117 is arranged in described groove, and stretches out from described through hole.
Wherein, linkage rod 117 is for controlling synchronous when side-to-side movement of little valve handle 101 and large valve handle 102, and after handle having been installed linkage rod 117, two handles are when side-to-side movement, and motion conditions is completely the same, to the right left or simultaneously simultaneously; But it is on the not impact that moves up and down of handle, and two handles still can move up and down independently, independently; In the design, moving up and down of handle controls the keying of current head, when handle upwards pulls up, and the water outlet of current head; The side-to-side movement of handle for controlling the switching of water pipe, the switching of the switching of water pipe mainly cold water pipes.
Intake pipe 108 is the cold hot water piping system be made up of many cold hot water pipings, the section of tubing of described many cold hot water pipings is communicated with the water intake 111 of small water flow cavity 109, and another part pipeline of described many cold hot water pipings is communicated with the water intake 111 of mass-flow cavity 110.
Wherein, described cold hot water piping system comprises small water flow cold water pipes 120, small water flow hot water pipeline 121, mass-flow cold water pipes 122 and mass-flow hot water pipeline 123; Water intake 111 comprises cold water inlet 118 and water inlet of hot water 119, and small water flow cold water pipes 120 is communicated with the cold water inlet 118 of small water flow cavity 109; Small water flow hot water pipeline 121 is communicated with the water inlet of hot water 119 of small water flow cavity 109; Mass-flow cold water pipes 122 is communicated with the cold water inlet 118 of mass-flow cavity 110; Mass-flow hot water pipeline 123 is communicated with the water inlet of hot water 119 of mass-flow cavity 110.Little outlet conduit 105 and large outlet conduit 106 are all designed with cold hot water piping system; Water tap is under water conservation mode, and when namely water tap is supplied water by little outlet conduit 105, user can use cold water or hot water as required; Under non-water conservation mode, when namely water tap is supplied water by large outlet conduit 106, user also can use cold water or hot water as required.Only have when handle upwards lifts, handle is pulled in left and right just can make water tap flow out cold and hot or hot water; When handle does not upwards lift, move left and right handle and can't open water outlet, water tap can not water outlet, and handle can with reference to hot and cold water tap of the prior art to the control mode of cold hot water piping, and the utility model repeats no more.
Preferably, small water flow cold water pipes 120 is identical with the caliber of small water flow hot water pipeline 121, and mass-flow cold water pipes 122 is identical with the caliber of mass-flow hot water pipeline 123, and the caliber of small water flow cold water pipes 120 is greater than the caliber of mass-flow cold water pipes 122.
Water tap in use, generally, is in water conservation mode; User controls the water outlet of faucet body 107 by the little valve handle 101 being easy to pull; When little valve handle 101 is pulled, select cold water left; When little valve handle 101 is pulled, select hot water to the right; When upwards lifting little valve handle 101, little guiding valve 103 is towards the direction forward slip of outlet conduit, the water intake 111 of small water flow cavity 109 is no longer blocked by little guiding valve 103, and current enter small water flow cavity 109 by intake pipe 108, flows out after water outlet 124 from little outlet conduit 105.Under special or urgent occasion, when needing to use water in a large number, operator then controls the water outlet of faucet body 107 by large valve handle 102; When large valve handle 102 is pulled, select cold water left; When large valve handle 1021 is pulled, select hot water to the right; When upwards lifting large valve handle 102, large guiding valve 104 is towards the direction forward slip of outlet conduit, the water intake 111 of mass-flow cavity 110 is no longer blocked by large guiding valve 104, and current enter mass-flow cavity 110 by intake pipe 108, flows out after water outlet 124 from large outlet conduit 106.
By arranging two current cavitys in faucet body 107, two current cavitys connect large outlet conduit 106 and little outlet conduit 105 respectively; Be provided with guiding valve in two current cavitys, two handles are connected from the guiding valve in different current cavitys respectively, achieve the control of handle to guiding valve; Large outlet conduit 106 and little outlet conduit 105 can be opened simultaneously, also can open separately; Under water conservation mode, allow little outlet conduit 105 flow out cold water or hot water by controlling little valve handle 101, user both can use water, can realize using water wisely again.Under this design, little valve handle 101 is easy to pull; Comparatively speaking, the use of large valve handle 102 is comparatively inconvenient, and people usually tend to the little valve handle 101 pulled easy to use, and when using little valve handle 101, water flow is less, thus serves the effect of water saving; Under special or urgent occasion, when needing to use water in a large number, user can open the large valve handle 102 pulling comparatively inconvenience, and now, large outlet conduit 106 and little outlet conduit 105 water outlet simultaneously, meet the needs of case of emergency.
Consult Fig. 7-8, the water conserving tap that the utility model second embodiment provides, compared with the water conserving tap provided with the utility model first embodiment, difference is, described cold hot water piping system comprises small water flow cold water pipes 120, small water flow hot water pipeline 121 and mass-flow cold water pipes 122; The water intake 111 of small water flow cavity 109 comprises cold water inlet 118 and water inlet of hot water 119, and the water intake 111 of mass-flow cavity 110 comprises cold water inlet 118; Small water flow cold water pipes 120 is communicated with the cold water inlet 118 of small water flow cavity 109; Small water flow hot water pipeline 121 is communicated with the water inlet of hot water 119 of small water flow cavity 109; Mass-flow cold water pipes 122 is communicated with the cold water inlet 118 of mass-flow cavity 110.
Wherein, little outlet conduit 105 is designed with cold hot water piping system, and large outlet conduit 106 is only designed with cold water pipes system; User, only under water conservation mode, can use hot and cold two kinds of water; Under non-water conservation mode, user can only use cold water.
Water tap in use, generally, is in water conservation mode; User controls the water outlet of faucet body 107 by the little valve handle 101 being easy to pull; When little valve handle 101 is pulled, select cold water left; When little valve handle 101 is pulled, select hot water to the right; When upwards lifting little valve handle 101, little guiding valve 103 is towards the direction forward slip of outlet conduit, the water intake 111 of small water flow cavity 109 is no longer blocked by little guiding valve 103, and current enter small water flow cavity 109 by intake pipe 108, flows out after water outlet 124 from little outlet conduit 105.Under special or urgent occasion, when needing to use water in a large number, operator then controls the water outlet of faucet body 107 by large valve handle 102; Large valve handle 102 only corresponding cold water pipes, when upwards lifting large valve handle 102, large guiding valve 104 is towards the direction forward slip of outlet conduit, the water intake 111 of mass-flow cavity 110 is no longer blocked by large guiding valve 104, current enter mass-flow cavity 110 by intake pipe 108, flow out after water outlet 124 from large outlet conduit 106.
By arranging two current cavitys in faucet body 107, two current cavitys connect large outlet conduit 106 and little outlet conduit 105 respectively; Be provided with guiding valve in two current cavitys, two handles are connected from the guiding valve in different current cavitys respectively, achieve the control of handle to guiding valve; Large outlet conduit 106 and little outlet conduit 105 can be opened simultaneously, also can open separately; Under water conservation mode, allow little outlet conduit 105 flow out cold water or hot water by controlling little valve handle 101, user both can use water, can realize using water wisely again.Under this design, little valve handle 101 is easy to pull; Comparatively speaking, the use of large valve handle 102 is comparatively inconvenient, and people usually tend to the little valve handle 101 pulled easy to use, and when using little valve handle 101, water flow is less, thus serves the effect of water saving; Under special or urgent occasion, when needing to use water in a large number, user can open the large valve handle 102 pulling comparatively inconvenience, and now, large outlet conduit 106 and little outlet conduit 105 water outlet simultaneously, meet the needs of case of emergency.
Consult Fig. 9, the water conserving tap that the utility model the 3rd embodiment provides, compared with the water conserving tap provided with the utility model first embodiment, difference is, the opening and closing device of water tap is knob, described knob comprises small water flow knob 125 and mass-flow knob 126, described water tap also comprises connecting rod and projection 129, described connecting rod comprises connector bar 127 and major connector 128, the two ends of connector bar 127 are connected with small water flow knob 125 and little guiding valve 103 respectively, the two ends of major connector 128 are connected with mass-flow knob 126 and large guiding valve 104 respectively, projection 129 has through hole at vertical direction, the inwall of through hole is provided with internal thread, the middle part of connector bar 127 and major connector 128 is provided with the outside thread mated with described internal thread, and connector bar 127 and major connector 128 pass respectively from the through hole of different projections.
Wherein, small water flow knob 125 is for controlling the water outlet of little outlet conduit 105, and mass-flow knob 126 is for controlling the water outlet of large outlet conduit 106; Small water flow knob 125 is larger than the volume of mass-flow knob 126, and mass-flow knob 126 is arranged on the top of small water flow knob 125; One end of small water flow knob 125 is provided with through hole, and major connector 128 passes from the through hole of small water flow knob 125, and screwing mass-flow knob 126 can not impact small water flow knob 125.The small water flow knob 125 that volume is larger is easy to screw, and the mass-flow knob 126 of small volume screws inconvenience; For common user, be more prone to use and screw small water flow knob 125 easily, now little outlet conduit 105 water outlet, thus reach the object of water saving.
Preferably, two sub-pipes of intake pipe 108 are respectively small water flow cavity intake pipe 130 and mass-flow cavity intake pipe 131, small water flow cavity intake pipe 130 is communicated with described small water flow cavity 109 by the water intake 111 of described small water flow cavity 109, and mass-flow cavity intake pipe 131 is communicated with mass-flow cavity 110 by the water intake 111 of mass-flow cavity 110; The caliber of small water flow cavity intake pipe 130 is greater than the caliber of mass-flow cavity intake pipe 131; The caliber of little outlet conduit 105 is less than the caliber of large outlet conduit 106.
Water tap in use, generally, is in water conservation mode; User controls the water outlet of faucet body 107 by the small water flow knob 125 being easy to screw; When screwing small water flow knob 125 clockwise, little guiding valve 103 moves up along with connector bar 127, the water intake 111 of small water flow cavity 109 is no longer blocked by little guiding valve 103, and current enter small water flow cavity 109 by intake pipe 108, flows out after water outlet 124 from little outlet conduit 105; Screwing small water flow knob 125 counterclockwise can the water outlet of closed tap.Under special or urgent occasion, when needing to use water in a large number, operator then controls the water outlet of faucet body 107 by mass-flow knob 126; When screwing mass-flow knob 126 clockwise, large guiding valve 104 moves up along with major connector 128, the water intake 111 of mass-flow cavity 110 is no longer blocked by large guiding valve 104, and current enter mass-flow cavity 110 by intake pipe 108, flows out after water outlet 124 from large outlet conduit 106.
By arranging two current cavitys in faucet body 107, two current cavitys connect large outlet conduit 106 and little outlet conduit 105 respectively; Be provided with guiding valve in two current cavitys, two knobs are connected from the guiding valve in different current cavitys respectively, achieve the control of knob to guiding valve; Large outlet conduit 106 and little outlet conduit 105 can be opened simultaneously, also can open separately; Under water conservation mode, allow the water outlet of little outlet conduit 105 by controlling small water flow knob 125, user both can use water, can realize using water wisely again.Under this design, small water flow knob 125 is easy to screw; Comparatively speaking, the use of mass-flow knob 126 is comparatively inconvenient, and people usually tend to the small water flow knob 125 screwed easy to use, and use small water flow knob 125, water flow is less, thus serves the effect of water saving; Under special or urgent occasion, when needing to use water in a large number, user can use the mass-flow knob 126 screwing comparatively inconvenience, and now, large outlet conduit 106 and little outlet conduit 105 water outlet simultaneously, meet the needs of case of emergency.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. a water conserving tap, it is characterized in that, comprise handle, guiding valve, outlet conduit, faucet body and intake pipe, described faucet body is provided with small water flow cavity and mass-flow cavity, described guiding valve comprises little guiding valve and large guiding valve, described little guiding valve is arranged in described small water flow cavity, and described large guiding valve is arranged in described mass-flow cavity; The diapire of described small water flow cavity and described mass-flow cavity is provided with water intake and water outlet, described intake pipe comprises two sub-pipes, the ducted water intake by described small water flow cavity of described two sons and described small water flow cavity connects, described two sons another water intake by described mass-flow cavity ducted and described mass-flow cavity connects; Described outlet conduit comprises little outlet conduit and large outlet conduit, and described little outlet conduit is communicated with the water outlet of described small water flow cavity, and described large outlet conduit is communicated with the water outlet of described mass-flow cavity; Described handle comprises little valve handle and large valve handle, and described little valve handle is connected with described little guiding valve, and described large valve handle is connected with described large guiding valve.
2. water conserving tap according to claim 1, is characterized in that, described little valve handle comprises little valve handle body and little valve handle extension rod, and described large valve handle comprises large valve handle body and large valve handle extension rod; Described little valve handle body is connected with described faucet body ball pivot, and described little valve handle extension rod is connected with described little guiding valve; Described large valve handle body is connected with described faucet body ball pivot, and described large valve handle extension rod is connected with described large guiding valve.
3. water conserving tap according to claim 1, it is characterized in that, described two sub-pipes are respectively small water flow cavity intake pipe and mass-flow cavity intake pipe, described small water flow cavity intake pipe passes through the water intake of described small water flow cavity and described small water flow cavity connects, and described mass-flow cavity intake pipe passes through the water intake of described mass-flow cavity and described mass-flow cavity connects; The caliber of described small water flow cavity intake pipe is greater than the caliber of described mass-flow cavity intake pipe; The caliber of described little outlet conduit is less than the caliber of described large outlet conduit.
4. water conserving tap according to claim 1, it is characterized in that, described faucet body also comprises bottom valve, and described bottom valve comprises little bottom valve and large bottom valve, described little bottom valve is arranged on the below of described small water flow cavity, and described large bottom valve is arranged on the below of described mass-flow cavity.
5., according to the arbitrary described water conserving tap of claim 1-4, it is characterized in that, a part of pipeline section of described large outlet conduit is arranged on the outside of described faucet body, and another part pipeline section is arranged on the inside of described faucet body; The tube wall that described large outlet conduit is arranged on the portions of the inside of described faucet body has the hole with the match of pipe diameter of described little outlet conduit, described little outlet conduit enters described large outlet conduit by described hole, a part of pipeline section of described little outlet conduit is arranged on the inside of described faucet body, and another part pipeline section is arranged on the inside of described large outlet conduit.
6. water conserving tap according to claim 2, it is characterized in that, described little valve handle body and described large valve handle body are all in curved shape, described little valve handle body is arranged on the vertical direction of described large valve handle body, and the length of the end of described little valve handle body is greater than the length of the end of described large valve handle body.
7. water conserving tap according to claim 6, it is characterized in that, described water conserving tap also comprises linkage rod, the middle part of described large valve handle body has groove, the position of the described groove of the corresponding described large valve handle body of described little valve handle body has through hole, described linkage rod is arranged in described groove, and stretches out from described through hole.
8. water conserving tap according to claim 1, it is characterized in that, described intake pipe is the cold hot water piping system be made up of many cold hot water pipings, the section of tubing of described many cold hot water pipings is communicated with the water intake of described small water flow cavity, and another part pipeline of described many cold hot water pipings is communicated with the water intake of described mass-flow cavity.
9. water conserving tap according to claim 8, is characterized in that, described cold hot water piping system comprises small water flow cold water pipes, small water flow hot water pipeline, mass-flow cold water pipes and mass-flow hot water pipeline; Described water intake comprises cold water inlet and water inlet of hot water, and described small water flow cold water pipes is communicated with the cold water inlet of described small water flow cavity; Described small water flow hot water pipeline is communicated with the water inlet of hot water of described small water flow cavity; Described mass-flow cold water pipes is communicated with the cold water inlet of described mass-flow cavity; Described mass-flow hot water pipeline is communicated with the water inlet of hot water of described mass-flow cavity.
10. water conserving tap according to claim 8, is characterized in that, described cold hot water piping system comprises small water flow cold water pipes, small water flow hot water pipeline and mass-flow cold water pipes; The water intake of described small water flow cavity comprises cold water inlet and water inlet of hot water, and the water intake of described mass-flow cavity comprises cold water inlet; Described small water flow cold water pipes is communicated with the cold water inlet of described small water flow cavity; Described small water flow hot water pipeline is communicated with the water inlet of hot water of described small water flow cavity; Described mass-flow cold water pipes is communicated with the cold water inlet of described mass-flow cavity.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420559373.8U CN204062017U (en) | 2014-09-26 | 2014-09-26 | A kind of water conserving tap |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420559373.8U CN204062017U (en) | 2014-09-26 | 2014-09-26 | A kind of water conserving tap |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204062017U true CN204062017U (en) | 2014-12-31 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420559373.8U Expired - Fee Related CN204062017U (en) | 2014-09-26 | 2014-09-26 | A kind of water conserving tap |
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| Country | Link |
|---|---|
| CN (1) | CN204062017U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104197048A (en) * | 2014-09-26 | 2014-12-10 | 王利胜 | Water-saving tap |
| CN115325215A (en) * | 2022-08-15 | 2022-11-11 | 堡德(中国)卫浴有限公司 | Water-saving tap |
-
2014
- 2014-09-26 CN CN201420559373.8U patent/CN204062017U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104197048A (en) * | 2014-09-26 | 2014-12-10 | 王利胜 | Water-saving tap |
| CN115325215A (en) * | 2022-08-15 | 2022-11-11 | 堡德(中国)卫浴有限公司 | Water-saving tap |
| CN115325215B (en) * | 2022-08-15 | 2024-09-03 | 堡德(中国)卫浴有限公司 | Water-saving tap |
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| CF01 | Termination of patent right due to non-payment of annual fee |
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| CF01 | Termination of patent right due to non-payment of annual fee |