CN203744556U - Combined type water control device with water outlet temperature adjustable - Google Patents
Combined type water control device with water outlet temperature adjustable Download PDFInfo
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- CN203744556U CN203744556U CN201420132808.0U CN201420132808U CN203744556U CN 203744556 U CN203744556 U CN 203744556U CN 201420132808 U CN201420132808 U CN 201420132808U CN 203744556 U CN203744556 U CN 203744556U
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Abstract
The utility model provides a combined type water control device with water outlet temperature adjustable. Each valve comprises a pipeline, a valve element and a spanner. The combined type water control device comprises a communication pipeline, a first valve and a synchronous valve set, wherein one end of the communication pipeline is closed, the side wall of the communication pipeline is communicated with two opposite ports perpendicular to the extension direction of the communication pipeline, the pipeline outlet end of the first valve and the open end of the communication pipeline are fixed, the synchronous valve set comprises a second valve and a third valve, the pipeline inlet end of the second valve and the port away from the closed end of the communication pipeline are fixed, the pipeline outlet end of the third valve and the port close to the closed end of the communication pipeline are fixed, the pipeline inlet end of the third valve and one port of a three-way pipeline are fixed, and the spanner of the second valve and the spanner of the third valve are parallel with each other and are fixed through a connecting rod. The combined type water control device with water outlet temperature adjustable further comprises an operating rod.
Description
Technical field
The utility model relates to a kind of water control device, specifically, relates to a kind of adjustable combined type water control device of leaving water temperature of the inner bag port for stove.
Background technology
Stove is a kind of stove and accessory that north of china in winter is conventional, and stove fire coal can use for heating or cooking.The heat producing for fear of waste stove is set up the inner bag being filled with water in stove, and the hot water of generation can be for clean bowls or other purposes.Fig. 1 is the flow chart of stove water circulation in prior art.As shown in Figure 1, the inner bag 11 of stove 10 stretches out two ports, connects respectively inner bag entrance point 12 and the inner bag port of export 13, and inner bag entrance point 12 ports are connected with the running water pipe at water source 20, and the inner bag port of export 13 ports stretch out stove 10 and are connected with tap 14.First, running water under the normal temperature at water source 20 flows out from running water pipe, enter into inner bag 11 to filling it up with by inner bag entrance point 12, then, the water in inner bag 11 is heated to high-temperature water by the heat of stove 10, open the tap 14 of the inner bag port of export 13 one end of inner bag, the high-temperature water in inner bag 11 flows out, and the running water at water source 20 adds to inner bag 11 by inner bag entrance point 12 again.Conventionally the inner bag 11 of stove 10 directly communicates with water source 20, to ensure to supplement in time the water level of inner bag 11.
But, because the material of inner bag adopts the pig iron conventionally, material is crisp, rigidity is little, and the pressure of water source running water can act on the inwall of inner bag always, and the outer wall of inner bag is subject to again the baking of furnace temperature simultaneously, inner bag is subject to inside and outside two power effects simultaneously, be easy to form crackle on inner bag and cause and leak, can the serious service time that shortens inner bag, affect the service life of stove.In addition, the running water that enters inner bag becomes high-temperature water after stove heating, so leaving water temperature only has temperature section of high-temperature water conventionally, is inconvenient to select other temperature sections.
Summary of the invention
Technical problem to be solved in the utility model is to provide the adjustable combined type water control device of a kind of leaving water temperature, the adjustable combined type water control device of this leaving water temperature can intercept the pressure of running water to inner bag in water source, can adjusting water outlet temperature, select different temperatures section, and simple in structure, convenient operation.
For achieving the above object, the utility model provides a kind of leaving water temperature adjustable combined type water control device, valve comprises pipeline, spool and spanner, it is characterized in that, it comprises: connecting pipe, one end sealing of described connecting pipe, is communicated with two relative interfaces perpendicular to described connecting pipe bearing of trend on the sidewall of described connecting pipe; The first valve, the not blind end of the pipe outlet of described the first valve and described connecting pipe is fixed; Synchronous valve sets, described synchronous valve sets comprises the second valve and the 3rd valve, the pipe head of described the second valve and described connecting pipe are fixed away from the described interface of blind end, the pipe outlet of described the 3rd valve and described connecting pipe are fixed near the described interface of blind end, a port of the pipe head of described the 3rd valve and three-way pipeline is fixed, and the described spanner of the described spanner of described the second valve and described the 3rd valve is parallel to each other and is fixed by a connecting rod.
Preferably, the adjustable combined type water control device of leaving water temperature also comprises action bars, described action bars one end is fixed on the described connecting pipe between two described interfaces in a rotatable manner, on described action bars, fix in a rotatable manner two motion arms, article one, the spanner of the other end of described motion arm and described the first valve is fixed, and the other end of another described motion arm is fixed with described connecting rod of synchronizeing valve sets.
Preferably, on the sidewall of the described connecting pipe between two described interfaces, be provided with a groove perpendicular to described interface bearing of trend.
Preferably, the bottom of described action bars has orbicule, and the orbicule of described action bars bottom is positioned at the groove of described connecting pipe.
Preferably, described motion arm and described action bars are fixed in snapping mode; Described motion arm is fixed in snapping mode with spanner and the described connecting rod of synchronizeing valve sets of described the first valve.
Preferably, the fixed form of described the first valve, described the second valve and described the 3rd valve and described connecting pipe is to removably connect.
Preferably, described the first valve, described the second valve and described the 3rd valve all adopt globe valve.
Preferably, the spool of described the first valve, described the second valve and described the 3rd valve is provided with limit and drives device, and the open angle that described limit is driven device restriction spanner is 0 ° ~ 90 °.
In addition, preferably, one end of described three-way pipeline connects water exit elbow.
From above-mentioned description with put into practice, the adjustable combined type water control device of leaving water temperature that the utility model provides, one, can stop being communicated with of stove and water source, the pressure of the running water at elimination water source to stove inner bag, eliminate the condition that inner bag cracks, extend the service life of inner bag and stove; Its two, can provide multistage water temperature according to demand, by controlling the opening of the first valve and synchronous valve sets, the middle warm water and the high-temperature water that provide normal-temperature water, normal temperature to mix with high temperature, avoid the unicity of stove leaving water temperature, and can make full use of the heat of stove, saved the energy; Its three, can realize one operation by action bars, simplified self operating procedure; Its four, simple in structure, easy to operate, each part detachable connects, long service life.
Brief description of the drawings
By the description to embodiment below in conjunction with accompanying drawing, above-mentioned feature of the present utility model and technological merit will become apparent and easily understand.In the accompanying drawings,
Fig. 1 is the flow chart of stove water circulation in prior art;
The schematic diagram of the adjustable combined type water control device of leaving water temperature described in Fig. 2 the utility model the first embodiment;
Fig. 3 is the side view of the adjustable combined type water control device of the leaving water temperature shown in Fig. 2;
Fig. 4 is the connection diagram of the adjustable combined type water control device of the leaving water temperature shown in Fig. 2 and stove;
The operational flow diagram of the adjustable combined type water control device of the leaving water temperature shown in Fig. 5 diagram 4;
The schematic diagram of the adjustable combined type water control device of leaving water temperature described in Fig. 6 the utility model the second embodiment;
Fig. 7 is the side view of the adjustable combined type water control device of the leaving water temperature shown in Fig. 6;
Fig. 8 is the connection diagram of the adjustable combined type water control device of the leaving water temperature shown in Fig. 6 and stove; And
The operational flow diagram of the adjustable combined type water control device of the leaving water temperature shown in Fig. 9 diagram 8.
10: stove; 11: inner bag; 12: inner bag entrance point; 13: the inner bag port of export;
14: tap; 15: water exit elbow; 20: water source;
The adjustable combined type water control device 1000 of leaving water temperature
100: connecting pipe; 110: interface;
200: the first valves; 210: pipe head; 220: pipe outlet; 230: spanner;
300: the second valves; 310: pipe head; 320: pipe outlet; 330: spanner;
400: the three valves; 410: pipe head; 420: pipe outlet; 430: spanner; 440: three-way pipeline;
500: connecting rod;
The adjustable combined type water control device 1000 of leaving water temperature '
120: groove; 231: retainer ring; 510: retainer ring;
600: action bars; 610: orbicule; 620: retainer ring; 630: motion arm; 631: hook.
Detailed description of the invention
For above-mentioned purpose of the present utility model, feature and advantage can be become apparent more, below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
The schematic diagram of the adjustable combined type water control device of leaving water temperature described in Fig. 2 the utility model the first embodiment.Fig. 3 is the side view of the adjustable combined type water control device of the leaving water temperature shown in Fig. 2.As shown in Figures 2 and 3, the adjustable combined type water control device 1000 of leaving water temperature comprises connecting pipe 100, the first valves 200 and synchronous valve sets.
Valve comprises pipeline, spool and spanner.Pipeline comprises entrance point and the port of export, has spool in pipeline, and the power transmission shaft of spool is connected with spanner.In the time that spool is closed condition, the pipeline of spool both sides can not be interconnected, and along with spanner forwards power transmission shaft to, spool is opening, and the fluid in pipeline can enter into opposite side from a side of spool.
One end sealing of connecting pipe 100, the other end does not seal, and is communicated with two relative interfaces 110 perpendicular to connecting pipe 100 bearing of trends on the sidewall of connecting pipe 100.
The pipe outlet 220 of the first valve 200 is fixed with the not blind end of connecting pipe 100, and the pipe head 210 of the first valve 200 is fixed with the outlet conduit at water source 20.Preferably, the pipe outlet 220 of the first valve 200 and connecting pipe 100 not the fixed form of blind end be to removably connect.In the present embodiment, the port of export 220 of the first valve and connecting pipe 100 not blind end adopt and are threaded, and are convenient to installation and removal.Preferably, the first valve 100 adopts globe valve.
When the spanner 230 of the first valve 200 is positioned at initial position, during perpendicular to the bearing of trend of connecting pipe 100, the first valve 200 is closed condition; When the spanner 230 of the first valve 200 is positioned at end position, while being parallel to the bearing of trend of connecting pipe 100, the first valve 200 is complete opening.
Synchronous valve sets comprises that the pipe head 310 of the second valve 300 and the 3rd valve 400, the second valves 300 and connecting pipe 100 are fixing away from the interface 110 of blind end, and the pipe outlet 320 of the second valve 300 is fixing with stove 10; The pipe outlet 420 of the 3rd valve 400 is fixing near the interface 110 of blind end with connecting pipe 100, the pipe head 410 of the 3rd valve 400 is fixed with a port of three-way pipeline 440, the relative spanner 330 of the second valve 300 and the spanner 430 of the 3rd valve 400 are parallel to each other, upwards extend perpendicular to connecting pipe 100, fixing by a connecting rod 500 between spanner.
The two ends of connecting rod 500 are separately fixed on the spanner 330 of the second valve 300 and the spanner 430 of the 3rd valve 400, reach the object of simultaneously operating the second valve 300 and the 3rd valve 400.When the spanner 330 of the second valve 300 and the spanner 430 of the 3rd valve 400 are positioned at initial position, while upwards extension perpendicular to connecting pipe 100, the opening of the second valve 300 and the 3rd valve 400 is inverse state.That is to say, in the time that the second valve 300 is closed condition, the 3rd valve 400 is complete opening; When the spanner 330 of the second valve 300 and the spanner 430 of the 3rd valve 400 are positioned at end position, when the second valve 300 is complete opening, the 3rd valve 400 is closed condition.When the spanner of connecting rod 500 both sides is during in initial position, promote connecting rod 500 and drive the spanner rotation of both sides, the second valve 300 is from being opened to closing process, and the 3rd valve 400 is from being closed to opening process.
Preferably, the fixed form of the interface 110 of the pipe outlet 320 of the second valve 300 and the pipe outlet 420 of the 3rd valve 400 and two connecting pipes 100 is to removably connect.In the present embodiment, the pipe outlet 320 of the second valve 300 and the pipe outlet 420 of the 3rd valve 400 adopt and are threaded with the fixed form of the interface 110 of two connecting pipes 100, are convenient to installation and removal.Preferably, the second valve 300 and the 3rd valve 400 adopt globe valve.
Fig. 4 is the connection diagram of the adjustable combined type water control device of the leaving water temperature shown in Fig. 2 and stove.As shown in Figure 4, adjustable leaving water temperature combined type water control device 1000 is installed on stove 10.The pipe head 210 of the first valve 200 is fixed with the outlet conduit at water source 20, the pipe outlet 320 of the second valve 300 is fixing with the inner bag entrance point of stove 10 12, and a port of the three-way pipeline 440 being connected with the pipe head 410 of the 3rd valve 400 is fixed with the inner bag port of export 13.Preferably, the 3rd end port of three-way pipeline 440 connects water exit elbow 15.So far, install.
The adjustable combined type water control device 1000 of leaving water temperature of introducing below uses step.The operational flow diagram of the adjustable combined type water control device of the leaving water temperature shown in Fig. 5 diagram 4.As shown in Figure 5, the adjustable combined type water control device 1000 of leaving water temperature comprises four kinds of states, respectively:
The first state is that the first valve 200 is closed, and no matter synchronously the second valve 300 of valve sets and the 3rd valve 400 are in which kind of state, and the running water at water source 20 can not enter into the inner bag 11 of stove 10.That is to say, the first valve 200 cuts off the connection between water source 20 and inner bag 11.Now, the tap water pressure in water source 20 will can not have influence on inner bag 11.
The second state is that the first valve 200 is opened, the second valve 300 of synchronous valve sets is opened, when the 3rd valve 400 is closed, now, the running water at water source 20 enters connecting pipe 100 by the first valve 200, because the 3rd valve 400 is closed, running water is stopped interface 110 places that are connected with the 3rd valve 400, and the second valve 300 is opened, so the interface 110 of running water through being connected with the second valve 300, enter by the second valve 300 the second valve 300 and stove 10 inner bag entrance point 12 between pipeline, inner bag 11 to the inner bag 11 that enters into again stove 10 is filled it up with, suspend water inlet, stove 10 by the tap water heating of normal temperature to high-temperature water, continue water inlet, the running water that high-temperature water in inner bag 11 is flow to from the inner bag port of export 13 is extruded, enter into the pipeline between the inner bag port of export 13 and the three-way pipeline 440 of the 3rd valve 400, because the 3rd valve 400 is closed, so, the water exit elbow 15 that high-temperature water connects from three-way pipeline 440 another port flows out, now, what water exit elbow 15 flowed out is high-temperature water.
The third state is that the first valve 200 is opened, the second valve 300 of synchronous valve sets is closed, when the 3rd valve 400 is opened, now, the running water at water source 20 enters connecting pipe 100 by the first valve 200, because the second valve 300 is closed, running water is stopped interface 110 places that are connected with the second valve 300, and the 3rd valve 400 is opened, so the interface 110 of running water through being connected with the 3rd valve 400, enter the three-way pipeline 440 being attached thereto by the 3rd valve 400, three-way pipeline 440 one end are connected with inner bag water side 13, the other end is connected with water exit elbow 15, now, first running water flows into the pipeline between three-way pipeline 440 and the inner bag port of export 13 of stove 10, because inner bag 11 is filled high-temperature water, so current can not enter inner bag 11 from the beginning, then, with the increase of rate of water added, after pipeline between the inner bag port of export 13 of three-way pipeline 440 and stove 10 is filled, the water exit elbow 15 that running water connects from three-way pipeline 440 another port flows out, now, the running water for normal temperature that water exit elbow 15 flows out.
The 4th kind of state is that the first valve 200 is opened, the second valve 300 of synchronous valve sets and the 3rd valve 400 are all in the time of opening, now, the running water at water source 20 enters connecting pipe 100 by the first valve 200, because the second valve 300 and the 3rd valve 400 are all in opening, running water is by two interface 110 places, by the second valve 300 and the 3rd valve 400, now, running water is divided into two groups, one group of running water enters the pipeline of the inner bag entrance point 12 of the second valve 300 and stove 10 by the second valve 300, enter into again the inner bag 11 of stove 10, now, high-temperature water in inner bag 11 is extruded from the inner bag port of export 13, enter into the pipeline between the inner bag port of export 13 and the three-way pipeline 440 of the 3rd valve 400, high-temperature water flow to three-way pipeline 440, another group running water enters the three-way pipeline 440 being attached thereto by the 3rd valve 400, first running water flows into the pipeline between three-way pipeline 440 and the inner bag port of export 13 of stove 10, because inner bag 11 is filled high-temperature water, so current can not enter inner bag 11 from the beginning, then, with the increase of rate of water added, after pipeline between the inner bag port of export 13 of three-way pipeline 440 and stove 10 is filled, running water also flow to three-way pipeline 440, high-temperature water and normal temperature running water converge at three-way pipeline 440 places, the water exit elbow 15 connecting from three-way pipeline 440 another port flows out, now, what water exit elbow 15 flowed out is middle warm water.
The schematic diagram of the adjustable combined type water control device of leaving water temperature described in Fig. 6 the utility model the second embodiment.Fig. 7 is the side view of the adjustable combined type water control device of the leaving water temperature shown in Fig. 6.As shown in Figure 6 and Figure 7, the adjustable combined type water control device 1000 of leaving water temperature shown in Fig. 6 and Fig. 7 ' be with the main distinction of the adjustable combined type water control device 1000 of leaving water temperature shown in Fig. 2 and Fig. 3, the adjustable combined type water control device 1000 of the leaving water temperature shown in Fig. 6 and Fig. 7 ' also comprise action bars 600.Action bars 600 one end are fixed on two connecting pipes 100 between interface 110 in a rotatable manner, on action bars 600, fix in a rotatable manner two motion arms 630, article one, the spanner 230 of the other end of motion arm 630 and the first valve 200 is fixing, the other end of another motion arm 630 with synchronize the connecting rod 500 of valve sets and fix.
Preferably, be provided with a groove 120 perpendicular to interface 110 bearing of trends on the sidewall of the connecting pipe 100 between two interfaces 110, the bottom of action bars 600 has orbicule 610, and the orbicule 610 of action bars 600 bottoms is positioned at groove 120.Action bars 600 can be in the interior rotation of groove 120.The groove 120 of connecting pipe 100 and the spanner 230 of the first valve 200 are positioned at the same side of connecting pipe 100.
Preferably, motion arm 630 is fixed in snapping mode with action bars 600.The spanner 230 of motion arm 630 and the first valve 200 and the connecting rod 500 of valve sets of synchronizeing are fixed in snapping mode.In the present embodiment, spanner 230 ends at the first valve 200 are provided with retainer ring 231, the connecting rod 500 of synchronous valve sets is provided with retainer ring 510, action bars 600 is provided with two retainer rings 620, two retainer rings 620 are mutually vertical, retainer ring 620 directions towards the first valve 200 directions, retainer ring 510 directions towards connecting rod 500.Two hooks 631 that the two ends of motion arm 630 are respectively provided with 631, one motion arms 630 of a hook are connected with the retainer ring 231 on first retainer ring 620 of valve 200 directions and the spanner 230 of the first valve 200 on motion arm 600 respectively; Two of another motion arm 630 hooks 631 are connected with the retainer ring 510 on retainer ring 620 and the connecting rod 500 of retainer ring 510 directions towards connecting rod 500 on motion arm 600 respectively.
Preferably, the spool of the first valve 200, the second valve 300 and the 3rd valve 400 is provided with limit and drives device, and the open angle that limit is driven device restriction spanner is 0 ° ~ 90 °, can avoid action bars 600 transition to pull spanner.
Because action bars 600 is fixed on connecting pipe 100 in a rotatable manner, the spanner that action bars 600 is attached thereto by control is controlled the opening of the first valve 200 and synchronous valve sets simultaneously.When the first valve 200 is in closed condition, the second valve 300 is in closed condition, the 3rd valve 400 is in the time of opening, now we define the first valve 200, the second valve 300 and the 3rd valve 400 in 0 °, action bars 600 is along certain movement in a curve, in the time that the motion arm 630 being connected with the first valve 200 pulls spanner 230 half-twist of the first valve 200, the first valve 200 is transitioned into complete opening from closed condition; When with synchronize motion arm 630 that valve sets connects while promoting connecting rod 500, connecting rod 500 is controlled spanner 330 and spanner 430 half-twist separately simultaneously, the second valve 300 is transitioned into complete opening from closed condition, and the 3rd valve 400 is transitioned into closed condition from complete opening.In the time that action bars 600 counter-rotates 90 ° along this camber line, the first valve 200, the second valve 300 and the 3rd valve 400 are got back to original state.And being greater than 0 ° and while being less than 90 ° when the motion arm 630 being connected with the first valve 200 pulls spanner 230 rotation of the first valve 200, the first valve 200, the second valve 300 and the 3rd valve 400 are all in opening.
Fig. 8 is the connection diagram of the adjustable combined type water control device of the leaving water temperature shown in Fig. 6 and stove.As shown in Figure 8, before use, by adjustable leaving water temperature combined type water control device 1000 ' be installed on stove 10.The adjustable combined type water control device 1000 of leaving water temperature ' do not change with the connected mode of stove, the connected mode with reference to the adjustable combined type water control device 1000 of leaving water temperature with stove, no longer repeats at this.
The operational flow diagram of the adjustable combined type water control device of the leaving water temperature shown in Fig. 9 diagram 8.As shown in Figure 9, the adjustable combined type water control device 1000 of leaving water temperature ' also comprise four kinds of states, with reference to four kinds of states of the adjustable combined type water control device 1000 of leaving water temperature, no longer repeats at this.The adjustable combined type water control device 1000 of leaving water temperature ' be with the main distinction of the adjustable combined type water control device 1000 of leaving water temperature, the needs substep of the adjustable combined type water control device 1000 of leaving water temperature operates the spanner 230 of the first valve 200 and the connecting rod 500 of synchronous valve sets, and the adjustable combined type water control device 1000 of leaving water temperature ' realize one operation by action bars 600, simplify operating procedure.
The adjustable combined type water control device of leaving water temperature that the embodiment providing by above-mentioned the utility model provides, one, can stop being communicated with of stove and water source, the pressure of the running water of eliminating water source to stove inner bag, eliminate the condition that inner bag cracks, extend the service life of inner bag and stove; Its two, can provide multistage water temperature according to demand, by controlling the opening of the first valve and synchronous valve sets, the middle warm water and the high-temperature water that provide normal-temperature water, normal temperature to mix with high temperature, avoid the unicity of stove leaving water temperature, and can make full use of the heat of stove, saved the energy; Its three, can realize one operation by action bars, simplified self operating procedure; Its four, simple in structure, easy to operate, each part detachable connects, long service life.
The above; it is only preferably detailed description of the invention of the utility model; but protection domain of the present utility model is not limited to this; any people who is familiar with this technology is in the disclosed technical scope of the utility model; the variation that can expect easily or replacement, within all should being encompassed in protection domain of the present utility model.Therefore, protection domain of the present utility model should be as the criterion with the protection domain of claim.
Claims (9)
1. the adjustable combined type water control device of leaving water temperature, valve comprises pipeline, spool and spanner, it is characterized in that, it comprises:
Connecting pipe, one end sealing of described connecting pipe, is communicated with two relative interfaces perpendicular to described connecting pipe bearing of trend on the sidewall of described connecting pipe;
The first valve, the not blind end of the pipe outlet of described the first valve and described connecting pipe is fixed;
Synchronous valve sets, described synchronous valve sets comprises the second valve and the 3rd valve, the pipe head of described the second valve and described connecting pipe are fixed away from the described interface of blind end, the pipe outlet of described the 3rd valve and described connecting pipe are fixed near the described interface of blind end, described the 3rd pipe head of valve and one end of three-way pipeline are fixed, and the spanner of the spanner of described the second valve and described the 3rd valve is parallel to each other and is fixed by a connecting rod.
2. the adjustable combined type water control device of leaving water temperature as claimed in claim 1, it is characterized in that, also comprise action bars, described action bars one end is fixed on the described connecting pipe between two described interfaces in a rotatable manner, on described action bars, fix in a rotatable manner two motion arms, article one, the spanner of the other end of described motion arm and described the first valve is fixed, and the other end of another described motion arm is fixed with described connecting rod of synchronizeing valve sets.
3. the adjustable combined type water control device of leaving water temperature as claimed in claim 1 or 2, is characterized in that, is provided with a groove perpendicular to described interface bearing of trend on the sidewall of the described connecting pipe between two described interfaces.
4. the adjustable combined type water control device of leaving water temperature as claimed in claim 1 or 2, is characterized in that, the bottom of described action bars has orbicule, and the orbicule of described action bars bottom is positioned at the groove of described connecting pipe.
5. the adjustable combined type water control device of leaving water temperature as claimed in claim 1 or 2, is characterized in that, described motion arm and described action bars are fixed in snapping mode; Described motion arm is fixed in snapping mode with spanner and the described connecting rod of synchronizeing valve sets of described the first valve.
6. the adjustable combined type water control device of leaving water temperature as claimed in claim 1, is characterized in that, the fixed form of described the first valve, described the second valve and described the 3rd valve and described connecting pipe is to removably connect.
7. the adjustable combined type water control device of leaving water temperature as claimed in claim 1, is characterized in that, described the first valve, described the second valve and described the 3rd valve all adopt globe valve.
8. the adjustable combined type water control device of leaving water temperature as claimed in claim 1, it is characterized in that, the spool of described the first valve, described the second valve and described the 3rd valve is provided with limit and drives device, and the open angle that described limit is driven device restriction spanner is 0 ° ~ 90 °.
9. the adjustable combined type water control device of leaving water temperature as claimed in claim 1, is characterized in that, one end of described three-way pipeline connects water exit elbow.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420132808.0U CN203744556U (en) | 2014-03-24 | 2014-03-24 | Combined type water control device with water outlet temperature adjustable |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420132808.0U CN203744556U (en) | 2014-03-24 | 2014-03-24 | Combined type water control device with water outlet temperature adjustable |
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| Publication Number | Publication Date |
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| CN203744556U true CN203744556U (en) | 2014-07-30 |
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| CN201420132808.0U Expired - Fee Related CN203744556U (en) | 2014-03-24 | 2014-03-24 | Combined type water control device with water outlet temperature adjustable |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114322298A (en) * | 2021-12-15 | 2022-04-12 | 朱锦龙 | Optical wave tube heating electric water heater |
-
2014
- 2014-03-24 CN CN201420132808.0U patent/CN203744556U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114322298A (en) * | 2021-12-15 | 2022-04-12 | 朱锦龙 | Optical wave tube heating electric water heater |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140730 Termination date: 20160324 |
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| CF01 | Termination of patent right due to non-payment of annual fee |