CN205118331U - Ceramic control valve of control drainage and mixing water - Google Patents
Ceramic control valve of control drainage and mixing water Download PDFInfo
- Publication number
- CN205118331U CN205118331U CN201520547713.XU CN201520547713U CN205118331U CN 205118331 U CN205118331 U CN 205118331U CN 201520547713 U CN201520547713 U CN 201520547713U CN 205118331 U CN205118331 U CN 205118331U
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- water
- ceramic plate
- runner
- drainage
- valve
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Abstract
The utility model discloses a ceramic control valve of control drainage and mixing water, it down is equipped with control shaft bolt according to the preface cover by last in a valve casing, one goes up the potsherd, potsherd once, the below is again with the combination of a disk seat, the block internals falls out, valve casing inside has an appearance room, it runs through the valve casing with a delivery port side direction to hold the room, control shaft bolt bottom surface is stretched out and is had the piece of drive, it is equipped with a logical water breach to the inscribe to go up the potsherd edge, central authorities are equipped with a depression, and one side peritreme system of this depression is connected with an outer portion of expanding, then be equipped with the interlock recess at last potsherd top surface, the potsherd bottom surface is equipped with a cold water runner and a hot water runner that each other is reverse arc reason down, be equipped with a drainage runner between cold water runner and hot water runner, disk seat central authorities are equipped with an apopore, the apopore outside is equipped with a first income water course that is used for linking up cold water source, be used for linking up the second income water course in hot water source, with a third income water course that is used for linking up filtered water.
Description
Technical field
The utility model has about a kind of " controlling the ceramic control valve of drainage and mixing water ", espespecially a kind ofly utilizes same ceramic control valve just can reach tap water and filtered water uses the Novel state valve design structure controlled.
Background technique
Press, the use of water tap mainly utilizes water control valve to provide operation through handle, and can reach out, close water or change cold, the conversion of hot water mixed proportion and water flow size, so because existing water control valve can only provide a kind of water flow mode to use, (as need be had tap water and filtered water simultaneously during as same water tap there being a water outlet of two kinds of difference in functionalitys, the water outlet of this tap water also needs to have cold, the mixed function of hot water), just need on water tap, set up another water control valve, thus, significantly can improve the structure complexity of whole water tap, when using water, also can need between two water control valves, do mobile conversion because of hand, allow using process can show inconvenience and trouble.
Model utility content
Technical problem to be solved in the utility model:
Existing water control valve can only provide a kind of water flow mode to use, and during as same water tap there being a water outlet of two kinds of difference in functionalitys, just need on water tap, set up another water control valve, this is the technical problem point of the present invention for solving.
In order to solve the problems of the technologies described above, the utility model provides a kind of ceramic control valve controlling drainage and mixing water, its ceramic control valve is in a valve casing, to be sequentially arranged with on a Control Shaft bolt, a ceramic plate and once ceramic plate from top to bottom, below with a valve seat, block internals drops out, wherein, valve casing inside has a room, and top undergauge is provided with a through hole, and Control Shaft bolt is arranged in this room, and upper end passes valve casing outward by through hole, Control Shaft bolt is combined with a pedestal, and to utilize the rotation of Control Shaft bolt, band moving base rotates, wherein
Room runs through valve casing with a water outlet side direction, upper ceramic plate edge is provided with a water flowing breach to inscribe, central authorities are provided with one and up carry out by upper ceramic plate bottom surface the depression that sets up, and the side peritreme of this depression is connected with an expanding part, lower ceramic plate bottom surface is provided with a cold water runner mutually in opposite arc edge and a hot water flux, a drainage runner is provided with between cold water runner and hot water flux, this cold water runner, hot water flux, drainage runner one end is respectively with a cold water opening, one hot water opening, one drainage opening up runs through lower ceramic plate, and this cold water opening and hot water opening keep adjacent, a water outlet perforation is then provided with in lower ceramic plate central authorities, valve seat central authorities are provided with an osculum, be provided with to be connected cold water source outside osculum one first enters water channel, in order to be connected thermal water source one second enters water channel, filter the 3rd of water source with one enter water channel in order to be connected, go up ceramic plate again, lower ceramic plate and valve seat are sequentially stacked, jointly to insert in the room of valve casing, lower ceramic plate can be engaged on valve seat fixing, upper ceramic plate is then connected with pedestal, and when ceramic plate and valve seat are stacked instantly, the osculum of valve seat, first enters water channel, second enters water channel and the 3rd enters water channel and can bore a hole with the water outlet of lower ceramic plate respectively, cold water runner, hot water flux and drainage runner are formed and align.
As optimal technical scheme, valve casing inwall is provided with two projections, this two projection keeps being separated by, the positioning part that up arc is recessed is provided with between the rotate path of two projections, pedestal periphery is provided with a linked block, allow linked block both sides all can become a barricade, and this linked block is provided with by a spring force pushing tow locating stud upwards.
As optimal technical scheme, base bottom surface has protruded out band motion block, and upper ceramic plate end face is then provided with interlock groove, when upper ceramic plate abuts in lower ceramic plate end face, and when putting into room together, namely forms the plant person of cooperation with this interlock groove with the band motion block of pedestal.
As optimal technical scheme, lower ceramic plate periphery is provided with caulking groove, valve seat is then provided with upwardly extended button pawl, and this button pawl, except can being fixed for lower ceramic plate, up can also fasten valve casing.
As optimal technical scheme, the osculum, first of valve seat enters water channel, second and enters water channel and the 3rd and enter outside water channel and be all arranged with water-stop ring.
Contrast prior art, the utility model can reach following effect:
(1) the utility model provides the ceramic control valve controlling drainage and mixing water, its use utilizing same ceramic control valve just can reach tap water and filtered water controls, and the water outlet of this tap water also has the mixed function of hot water or cold water, this does not need to install another ceramic control valve additional relatively, in order to do effectively simplifying integrally-built complexity.
(2) the utility model provides the ceramic control valve controlling drainage and mixing water, its use utilizing same ceramic control valve just can reach tap water and filtered water controls, and the water outlet of this tap water also has the mixed function of hot water or cold water, therefore when user is when using water, relative to not needing to move conversion by hand between two ceramic control valves, use more convenient person.
Accompanying drawing explanation
Fig. 1 is three-dimensional combination figure of the present utility model.
Fig. 2 is three-dimensional exploded view of the present utility model.
Fig. 3 is the planimetric map of ceramic plate on the utility model.
Fig. 4 is the planimetric map of ceramic plate under the utility model.
Fig. 5 is combination section of the present utility model.
The graph of a relation of upper and lower ceramic plate when Fig. 6 is the utility model pass water.
The phase diagram that Fig. 7 rotates toward two directions when being the utility model use.
Fig. 8 is the utility model running water outlet and the simple upper and lower ceramic plate graph of a relation using cold water.
Fig. 9 is the sectional drawing of the utility model running water outlet.
Figure 10 is the upper and lower ceramic plate graph of a relation of the utility model running water outlet and hot water or cold water's mixing.
Figure 11 is the utility model running water outlet and the simple upper and lower ceramic plate graph of a relation using hot water.
Figure 12 is the upper and lower ceramic plate graph of a relation of the utility model filtered water water outlet.
Figure 13 is the sectional drawing of the utility model filtered water water outlet.
Description of reference numerals:
Valve casing------10; Room------11;
Through hole------12; Projection------13;
Positioning part-----14; Water outlet-----15;
Control Shaft bolt----20; Pedestal------21;
Linked block-----211; Barricade------212;
Band motion block-----213; Cave, location-----214;
Spring------22; Locating stud-----23;
Upper ceramic plate----30; Water flowing breach----31;
Depression------32; Expanding part-----33;
Interlock groove----34;
Lower ceramic plate----40; Cold water runner----41;
Hot water flux----42; Drainage runner----43;
Cold water opening---44; Hot water opening---45;
Drainage opening---46; Water outlet is bored a hole---and-47;
Caulking groove------48;
Valve seat------50; Osculum-----51;
First enters water channel---and 52; Second enters water channel---and 53;
3rd enters water channel---and 54; Button pawl------55;
Water-stop ring-----56.
Embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail, and to make those skilled in the art better can understand the utility model being implemented, but illustrated embodiment is not as to restriction of the present utility model.
First, please see it by shown in Fig. 1 to Fig. 5, its ceramic control valve is sequentially arranged with a Control Shaft bolt 20 from top to bottom in a valve casing 10, ceramic plate 30 on one, ceramic plate 40 once, below is again with the combination of a valve seat 50, block internals drops out, wherein, valve casing 10 inside has a room 11, top undergauge is provided with a through hole 12, namely Control Shaft bolt 20 is arranged in this room 11, and upper end passes valve casing 10 outward by through hole 12, two projections 13 are provided with at valve casing 10 inwall, this two projection 13 keeps being separated by with suitable angle of swing, the positioning part 14 that up arc is recessed is provided with between the rotate path of two projections 13, room 11 runs through valve casing 10 with water outlet 15 side direction, Control Shaft bolt 20 is combined with a pedestal 21, to utilize the rotation of Control Shaft bolt 20, band moving base 21 rotates, pedestal 21 periphery is provided with the linked block 211 of the suitable arc edge of a tool, allow linked block 211 both sides all can become a barricade 212, linked block 211 is provided with by a spring 22 elastic force pushing tow locating stud 23 upwards, bottom surface has then protruded out band motion block 213, upper ceramic plate 30 edge is provided with a water flowing breach 31 to inscribe, central authorities are provided with one and up carry out by upper ceramic plate 30 bottom surface the depression 32 that sets up, and the side peritreme of this depression 32 is connected with an expanding part 33, interlock groove 34 is then provided with at upper ceramic plate 30 end face, when upper ceramic plate 30 abuts in lower ceramic plate 40 end face, and when putting into room 11 together, namely formed to plant with the band motion block 213 of Control Shaft bolt 20 with this interlock groove 34 and coordinate, lower ceramic plate 40 bottom surface is provided with cold water runner 41 and the hot water flux 42 mutually in opposite arc edge, a drainage runner 43 is provided with between cold water runner 41 and hot water flux 42, this cold water runner 41, hot water flux 42, drainage runner 43 one end is respectively with a cold water opening 44, one hot water opening 45, one drainage opening 46 up runs through lower ceramic plate 40, and this cold water opening 44 keeps adjacent with hot water opening 45, a water outlet perforation 47 is then provided with in lower ceramic plate 40 central authorities, periphery is provided with caulking groove 48, be fixed on valve seat 50 for locking, valve seat 50 central authorities are provided with an osculum 51, be provided with to be connected cold water source outside osculum 51 one first enters water channel 52, in order to be connected thermal water source one second enters water channel 53, filter the 3rd of water source with one enter water channel 54 in order to be connected, valve seat 50 is provided with upwardly extended button pawl 55, with this button pawl 55 except can being fixed for lower ceramic plate 40, can also up fasten valve casing 10, allow osculum 51, first enters water channel 52, second enters water channel 53, 3rd enters water channel 54 can bore a hole 47 with water outlet respectively, cold water runner 41, hot water flux 42, drainage runner 43 is formed and aligns, and the osculum 51 of this valve seat 50, first enters water channel 52, second enters water channel 53, 3rd enters outside water channel 54 to be all arranged with water-stop ring 56.
During its actual use, ceramic control valve of the present utility model is arranged in the valve chamber of water tap, and with the external handle of Control Shaft bolt 20, in order to do the operation by handle, allow this water tap can carry out the supply of running water outlet, or filtered water is imported after in ceramic control valve by water tap, control to flow out from ceramic control valve through water tap again, can also should adjust cold when tap water water, the mixed proportion of hot water, to obtain suitable water temperature, under the normality do not operated at handle again, Control Shaft bolt 20 is positioned at neutral position, allow locating stud 23 can snap in positioning part 14 by spring 22 pushing tow, with the initial point as use, go up the water flowing breach 31 of ceramic plate 30 simultaneously, expanding part 33 is by the cold water opening 44 with lower ceramic plate 40, hot water opening 45, drainage opening 46 produces dislocation, allow cold, hot water and filtered water all can be blockaded, to carry out Guan Shui (please be seen it as shown in Figure 6) to water tap simultaneously.
When using tap water, toward a direction rotatory handling (solid arrow as Fig. 7), allow Control Shaft bolt 20 that moving base 21 can be with to rotate together with upper ceramic plate 30, with aligning by water flowing breach 31 and cold water opening 44, allowing can through supercooled water runner 41 from the first cold water entering water channel 52 inflow, cold water opening 44, water flowing breach 31, flow out through the outer outlet pipe of water tap (please be seen it by shown in Fig. 8 and Fig. 9) from the water outlet 15 of valve casing 10 more simultaneously, and the rotation of upper ceramic plate 30 is not enough to allow expanding part 33 and drainage opening 46 produce to align, therefore filtered water can not flow out with the osculum 51 of valve seat 50 from depression 32 through water outlet perforation 47, again at the exiting water process of tap water, to use warm water simultaneously, even alone hot water, can again by the lasting rotation of handle, water flowing breach 31 is allowed to carry out overlapping with hot water opening 45 gradually, the difference of the visual rotation amplitude of this overlapping size, and adjusted, when water flowing breach 31 conducting simultaneously cold water opening 44 and hot water opening 45 (please be seen it as shown in Figure 10) simultaneously, cold, hot water will produce mixing, use is provided to form warm water, and when handle turns to maximum travel position, water flowing breach 31 is allowed to avoid cold water opening 44 completely, and wholely contain to (please be seen it as shown in Figure 11) during hot water opening 45 simultaneously, singly can provide use with the outflow of hot water, when closing water, then handle is gone back to, and when handle goes back to, locating stud 23 elasticity can snap in positioning part 14 once again, with the return as initial point.
Otherwise, as the water exit mode of filtered water will be switched to, handle is rotated (dotted arrow as Fig. 7) toward opposite direction, allow Control Shaft bolt 20 that moving base 21 can be with together with the counterrotating of upper ceramic plate 30, with aligning by expanding part 33 and drainage opening 46, allow from the 3rd filtered water entering water channel 54 inflow and can flow through drainage runner 43, drainage opening 46, expanding part 33, depression 32, after water outlet perforation 47, flow out from osculum 51 outlet pipe in water tap of valve seat 50 again, utilize placing restrictions on by tactile generation of barricade 212 and projection 13, can also prevent Control Shaft bolt 20 and upper ceramic plate 30 from excessively being rotated, to avoid tap water from the improper outflow of outlet pipe in water tap, and misapplied.
The utility model provides a kind of ceramic control valve controlling drainage and mixing water, wherein, linked block 211 is provided with a cave, location 214 in order to provide spring 22 and locating stud 23 to put into, this cave, location 214 protrudes from pedestal 21 bottom surface, allows Control Shaft bolt 20 that the protrusion in cave 214, location can be utilized to carry out slotting embedding person to upper ceramic plate 30.
By means of the structure of above-mentioned specific embodiment, following benefit can be obtained: the use utilizing same ceramic control valve can reach tap water and filtered water once it controls, and the water outlet of this tap water also has the mixed function of hot water or cold water, this does not need to install another ceramic control valve additional relatively, in order to do effectively simplifying integrally-built complexity; Two its uses utilizing same ceramic control valve just can reach tap water and filtered water control, and the water outlet of this tap water also has the mixed function of hot water or cold water, therefore when user is when using water, relative to not needing to move conversion by hand between two ceramic control valves, use more convenient.
The above embodiment is only for absolutely proving the preferred embodiment that the utility model is lifted, and protection domain of the present utility model is not limited thereto.The equivalent alternative or conversion that those skilled in the art do on the utility model basis, all within protection domain of the present utility model.Protection domain of the present utility model is as the criterion with claims.
Claims (5)
1. one kind controls the ceramic control valve of drainage and mixing water, its ceramic control valve is in a valve casing, to be sequentially arranged with on a Control Shaft bolt, a ceramic plate and once ceramic plate from top to bottom, below with a valve seat, wherein, valve casing inside has a room, and top undergauge is provided with a through hole, Control Shaft bolt is arranged in this room, and upper end passes valve casing outward by through hole, Control Shaft bolt is combined with a pedestal, it is characterized in that:
Room runs through valve casing with a water outlet side direction, upper ceramic plate edge is provided with a water flowing breach to inscribe, central authorities are provided with one and up carry out by upper ceramic plate bottom surface the depression that sets up, and the side peritreme of this depression is connected with an expanding part, lower ceramic plate bottom surface is provided with a cold water runner mutually in opposite arc edge and a hot water flux, a drainage runner is provided with between cold water runner and hot water flux, this cold water runner, hot water flux, drainage runner one end is respectively with a cold water opening, one hot water opening, one drainage opening up runs through lower ceramic plate, and this cold water opening and hot water opening keep adjacent, a water outlet perforation is then provided with in lower ceramic plate central authorities, valve seat central authorities are provided with an osculum, be provided with to be connected cold water source outside osculum one first enters water channel, in order to be connected thermal water source one second enters water channel, filter the 3rd of water source with one enter water channel in order to be connected, go up ceramic plate again, lower ceramic plate and valve seat are sequentially stacked, jointly to insert in the room of valve casing, lower ceramic plate can be engaged on valve seat fixing, upper ceramic plate is then connected with pedestal, and when ceramic plate and valve seat are stacked instantly, the osculum of valve seat, first enters water channel, second enters water channel and the 3rd enters water channel and can bore a hole with the water outlet of lower ceramic plate respectively, cold water runner, hot water flux and drainage runner are formed and align.
2. the ceramic control valve controlling drainage and mixing water as claimed in claim 1, it is characterized in that, valve casing inwall is provided with two projections, this two projection keeps being separated by, the positioning part that up arc is recessed is provided with between the rotate path of two projections, pedestal periphery is provided with a linked block, allows linked block both sides all can become a barricade, and this linked block is provided with by a spring force pushing tow locating stud upwards.
3. the ceramic control valve controlling drainage and mixing water as claimed in claim 1, it is characterized in that, base bottom surface has protruded out band motion block, upper ceramic plate end face is then provided with interlock groove, when upper ceramic plate abuts in lower ceramic plate end face, and when putting into room together, namely form the plant person of cooperation with this interlock groove with the band motion block of pedestal.
4. the ceramic control valve controlling drainage and mixing water as claimed in claim 1, it is characterized in that, lower ceramic plate periphery is provided with caulking groove, valve seat is then provided with upwardly extended button pawl, and this button pawl, except can being fixed for lower ceramic plate, up can also fasten valve casing.
5. the ceramic control valve controlling drainage and mixing water as claimed in claim 1, is characterized in that, valve seat
'sosculum, first enters water channel, second and enters water channel and the 3rd and enter outside water channel and be all arranged with water-stop ring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520547713.XU CN205118331U (en) | 2015-07-27 | 2015-07-27 | Ceramic control valve of control drainage and mixing water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520547713.XU CN205118331U (en) | 2015-07-27 | 2015-07-27 | Ceramic control valve of control drainage and mixing water |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205118331U true CN205118331U (en) | 2016-03-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520547713.XU Active CN205118331U (en) | 2015-07-27 | 2015-07-27 | Ceramic control valve of control drainage and mixing water |
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| CN (1) | CN205118331U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109882615A (en) * | 2017-12-06 | 2019-06-14 | 翰优企业有限公司 | Swing type accurate ceramic control valve |
| WO2022061964A1 (en) * | 2020-03-19 | 2022-03-31 | 何挺 | Ceramic valve core |
-
2015
- 2015-07-27 CN CN201520547713.XU patent/CN205118331U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109882615A (en) * | 2017-12-06 | 2019-06-14 | 翰优企业有限公司 | Swing type accurate ceramic control valve |
| CN109882615B (en) * | 2017-12-06 | 2020-03-06 | 翰优企业有限公司 | Swing type precision ceramic control valve |
| WO2022061964A1 (en) * | 2020-03-19 | 2022-03-31 | 何挺 | Ceramic valve core |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |