CN202790705U - Cold and hot water evenly mixing temperature regulation device - Google Patents
Cold and hot water evenly mixing temperature regulation device Download PDFInfo
- Publication number
- CN202790705U CN202790705U CN 201220394170 CN201220394170U CN202790705U CN 202790705 U CN202790705 U CN 202790705U CN 201220394170 CN201220394170 CN 201220394170 CN 201220394170 U CN201220394170 U CN 201220394170U CN 202790705 U CN202790705 U CN 202790705U
- Authority
- CN
- China
- Prior art keywords
- water
- cold
- hot
- mixed
- mixed water
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Images
Abstract
The utility model relates to a cold and hot water evenly mixing temperature regulation device. According to the cold and hot water evenly mixing temperature regulation device, the problems that existing cold and hot water are unevenly mixed, the mixing time is long and the like are solved. The cold and hot water evenly mixing temperature regulation device comprises a body which is provided with a hot water inlet channel, a cold water inlet channel and a warm water outlet channel. A mixing water cavity is arranged on the body. Power-driven flow regulation mechanisms are respectively arranged on the hot water inlet channel and the cold water inlet channel and can regulate flow. Water temperature sensors are arranged in the mixing water cavity and/or warm water outlet channel. The water temperature sensors are connected with control circuit board. The control circuit board can respectively control working of the two power-driven flow regulation mechanisms on the basis of feedback messages of the water temperature sensors. A cold and hot water even mixing mechanism is arranged in the mixing water cavity which can enable water flow to form turbulent flow. The water temperature sensors and the cold and hot water even mixing mechanism are distributed in an axial mode along the flow-out direction of the water flow. The cold and hot water even mixing temperature regulation device has the advantages that cold and hot water are evenly mixed, the mixing time is short, a preset temperature can be quickly achieved, temperature of a water outlet is stable, regulation precision is high and automatic regulation of the water temperature is achieved. The cold and hot water evenly mixing temperature regulation device is convenient to use.
Description
Technical field
The utility model relates to a kind of cold-hot-water temperature-regulating device, especially relates to a kind of hot and cold water and evenly mixes temperature regulator.
Background technique
Two intake pipes are arranged in the common cold-hot-water temperature-regulating device, one is hot water, another is cold water, hot water and cold water in mixing chamber, form flow out behind the warm water for people to use because the mixing chamber finite capacity, the flow through abundant mixing that herein also is not able to do in time of hot and cold water has just flowed away, at this moment water temperature is sometimes hot and sometimes cold, needs the long period just can mix, and the water temperature of water outlet could be stablized, so that period of reservation of number is long, also caused the waste of water resources.The adjustment of water-exit temperature can reach by the size of hot water and cold water, but, traditional cold-hot-water temperature-regulating device all is to adopt the switch of manual rotary that the size of hot water and cold water is regulated, whole adjustment process is by people's experience and feels to judge, cause easily the phenomenon of scald, Security is relatively poor.
The problem that exists in order to solve prior art, people have carried out long-term exploration, have proposed solution miscellaneous.For example, Chinese patent literature discloses a kind of digital controlled temp. regulating automatic water tap [application number: 200620141741.2], it comprises a band cold water inlet, water inlet of hot water and the faucet body that mixes water cavity, mixing water cavity is connected with constant temperature two outlet on top and bottom mouth, mix between water cavity and the constant temperature two outlet on top and bottom mouth and be provided with the two outlet on top and bottom solenoid valve, cold and hot water intake respectively is connected with the numerical control electric valve of translator, the numerical control electric valve respectively connects the spool of hot and cold water, mix in the water cavity temperature transducer is set, temperature transducer is electrically connected the driving control single chip computer of a charged, utilizes single-chip microcomputer to control the numerical control electric valve and controls cold again, the inflow of hot water is realized the water temperature adjusting.
Such scheme has been alleviated the problem of the moving adjusting water outlet temperature of armrest to a certain extent, realize water temperature adjusting automation, but still exist: hot and cold water mixes inhomogeneous, and incorporation time is longer, the water outlet temperature is unstable, the poor problem of water temperature information reliability that sensor detects.
Summary of the invention
The purpose of this utility model is for the problems referred to above, provides a kind of simple in structure, mixes, and water temperature is regulated the accuracy height, and the short hot and cold water of incorporation time evenly mixes temperature regulator.
For achieving the above object, the utility model has adopted following technical proposal: this hot and cold water evenly mixes temperature regulator, comprise and be provided with the hot water intake tunnel, the body of cold water intake tunnel and warm water exhalant canal, at the hot water intake tunnel, be provided with mixed water cavity between cold water intake tunnel and the warm water exhalant canal, be respectively equipped with on described hot water intake tunnel and the cold water intake tunnel and can regulate the separately electric flow controlling mechanism of water flow size, be provided with cooling-water temperature sensor in described mixed water cavity and/or the warm water exhalant canal, described cooling-water temperature sensor is connected with the control circuit board that can control respectively according to the cooling-water temperature sensor feedack work of two electric flow controlling mechanisms, it is characterized in that, also be provided with the even mixed organization of hot and cold water that can make current form turbulent flow in mixed water cavity in the described mixed water cavity, the even mixed organization of described hot and cold water and cooling-water temperature sensor flow out the direction axial distribution along current.
Can make the hot and cold water mixing more even owing to be provided with the even mixed organization of hot and cold water, mixed stream of warm water is through cooling-water temperature sensor, so that the water temperature information that cooling-water temperature sensor can accurately feed back, the temperature regulation accuracy is high.
Evenly mix in the temperature regulator at above-mentioned hot and cold water, the even mixed organization of described hot and cold water comprises that at least one can make current form the mixed water-bound of radially turbulent radially water conservancy diversion in mixed water cavity and mix water-bound with the vortex water conservancy diversion that at least one can make current form eddying turbulence in mixed water cavity, and the mixed water-bound of described radially water conservancy diversion and vortex water conservancy diversion mix water-bound and flow out the direction axial distribution along current in mixed water cavity.After hot and cold water entered mixed water cavity, advanced conduct was carried out vortex mixed again to mixing, and was flowed out by the warm water exhalant canal after mixing, and had shortened like this incorporation time, and good mixing effect is so that the water outlet water temperature stability.
Evenly mix in the temperature regulator at above-mentioned hot and cold water, the mixed water-bound of described radially water conservancy diversion comprises along radially-arranged guiding gutter.Hot and cold water mixes in guiding gutter.
Evenly mix in the temperature regulator at above-mentioned hot and cold water, described guiding gutter comprises radial level guiding gutter and radially vertically any one in the guiding gutter or both combinations, described radial level guiding gutter and radially vertically guiding gutter in mixed water cavity, flow out the direction axial distribution along current, and described radial level guiding gutter has several and is arranged in parallel; Described radially vertical guiding gutter has several and is arranged in parallel.Advanced conduct mixes to level and radially vertically mixes, current in guiding gutter through repeatedly changing direction, so that hot and cold water mixes is more even.
Evenly mix in the temperature regulator at above-mentioned hot and cold water, the mixed water-bound of described vortex water conservancy diversion comprises the pod apertures at the center of being located at, and is arranged with at pod apertures outer somely evenly to distribute and along clockwise or the guide plate that counterclockwise is obliquely installed at circumferencial direction.Current are flowed out by pod apertures after guide plate mixes.
Evenly mix in the temperature regulator at above-mentioned hot and cold water, the mixed water-bound of described radially water conservancy diversion comprises the first mixed water plate, the second mixed water plate and is arranged on the first mixed water plate and the second intermediate plate that mixes between the water plate, described radial level guiding gutter is arranged on the first mixed water plate, described radially vertical guiding gutter is arranged on the second mixed water plate, being respectively equipped with radially mixed water channel between intermediate plate and the first mixed water plate and the second mixed water plate; The mixed water-bound of described vortex water conservancy diversion comprises that vortex mixes the water seat, and described pod apertures is arranged on the mixed water seat center of vortex, and described guide plate is located on the mixed water seat of vortex and is positioned at the pod apertures periphery.The hot and cold water first radial level guiding gutter on the first mixed water plate mixes, and is then flowed into radially by radially mixed water channel and vertically mixes in guiding gutter or the guide plate.
Evenly mix in the temperature regulator at above-mentioned hot and cold water, the center of the described first mixed water plate, the second mixed water plate and intermediate plate is respectively equipped with pilot hole, an Assembly rail is located in above-mentioned each pilot hole, end at Assembly rail is provided with positioning disk, the inboard of each guide plate is respectively equipped with breach, each breach is stuck in the outer rim of positioning disk, and forms the gap that the stream that can supply water passes through between described positioning disk and the guide plate, and described gap is communicated with pod apertures.Be fastened in the breach by positioning disk, avoided the swing of Assembly rail, so that the first mixed water plate, the second mixed water plate and intermediate plate are fixed together, flowed in the pod apertures by the gap after the process vortex mixed.
Evenly mix in the temperature regulator at above-mentioned hot and cold water, this device also comprises the housing that is provided with chamber, described body and control circuit board are arranged in the housing, described housing comprises the first housing and second housing that can mutually fasten, described the first housing is provided with some positioning holes, and described positioning hole is corresponding and be threaded one by one with some swivel nuts that arrange on the second housing; Also be provided with some positioning rods for the location body on described the second housing.Body utilizes positioning rod to be arranged in the housing.
Evenly mix in the temperature regulator at above-mentioned hot and cold water, described electric flow controlling mechanism comprises the mangetic core assembly with valve rod and the motor that is connected on the control circuit board, described valve rod is provided with tooth sector, the output shaft of described motor is provided with small gear, and described tooth sector is meshed with small gear and the tooth sector radius is at least the twice of small gear radius.The tooth sector radius has improved the precision of Flow-rate adjustment greater than the small gear radius.
Evenly mix in the temperature regulator at above-mentioned hot and cold water, this device also comprises by demountable structure and is arranged on valve seat on the warm water exhalant canal, described valve seat is provided with at least one water outlet that is connected with the warm water exhalant canal, and described water outlet is connected with respectively and can opens and closes the solenoid valve that is communicated with or intercepts separately water outlet and warm water exhalant canal by self.Can select according to demand to have the valve seat of the water outlet of varying number during installation, valve seat links to each other with the warm water exhalant canal by demountable structure, selects mouth of a river quantity according to the use needs of oneself.
Compared with prior art, the advantage that this hot and cold water evenly mixes temperature regulator is: simple and reliable for structure, hot and cold water mixes, incorporation time is short, can reach fast predetermined water temperature, the water outlet temperature stabilization, degree of regulation is high, realizes water temperature adjusting automation, and is easy to use.
Description of drawings
Fig. 1 is the whole exploded perspective view of the utility model.
Fig. 2 is the structural representation of the even mixed organization of hot and cold water in the utility model.
Fig. 3 is the exploded perspective view of the even mixed organization of hot and cold water in the utility model.
Among the figure, body 1, hot water intake tunnel 11, cold water intake tunnel 12, warm water exhalant canal 13, water outlet 131, mixed water cavity 14, electric flow controlling mechanism 2, valve rod 21, tooth sector 211, mangetic core assembly 22, motor 23, small gear 231, cooling-water temperature sensor 3, the even mixed organization 4 of hot and cold water, radially water conservancy diversion mixes water-bound 41, radial level guiding gutter 411, radially vertical guiding gutter 412, the vortex water conservancy diversion mixes water-bound 42, pod apertures 421, guide plate 422, vortex mixes water seat 423, the first mixed water plate 5, the second mixed water plate 6, intermediate plate 7, radially mixed water channel 71, pilot hole 72, Assembly rail 73, positioning disk 731, breach 8, gap 81, housing 9, the first housing 91, positioning hole 911, the second housing 92, swivel nut 921, positioning rod 922.
Embodiment
The utility model is described in more detail below in conjunction with the drawings and specific embodiments.
As Figure 1-3, this hot and cold water evenly mixes temperature regulator, comprise and be provided with hot water intake tunnel 11, the body 1 of cold water intake tunnel 12 and warm water exhalant canal 13, at hot water intake tunnel 11, be provided with mixed water cavity 14 between cold water intake tunnel 12 and the warm water exhalant canal 13, be respectively equipped with on hot water intake tunnel 11 and the cold water intake tunnel 12 and can regulate the separately electric flow controlling mechanism 2 of water flow size, be provided with cooling-water temperature sensor 3 in mixed water cavity 14 and/or the warm water exhalant canal 13, cooling-water temperature sensor 3 is connected with the control circuit board that can control respectively according to cooling-water temperature sensor 3 feedacks 2 work of two electric flow controlling mechanisms, also be provided with in the mixed water cavity 14 and can make current at the mixed water cavity 14 interior even mixed organizations 4 of hot and cold water that form turbulent flow, the even mixed organization 4 of hot and cold water flows out the direction axial distribution with cooling-water temperature sensor 3 along current, can make the hot and cold water mixing more even owing to be provided with the even mixed organization 4 of hot and cold water, mixed stream of warm water is through cooling-water temperature sensor 3, so that the water temperature information that cooling-water temperature sensor 3 can accurately feed back, the temperature regulation accuracy is high.
The even mixed organization 4 of hot and cold water comprises that at least one can make current can make current at the mixed water-bound 42 of the vortex water conservancy diversion of mixed water cavity 14 interior formation eddying turbulences at the mixed water-bound 41 of the radially turbulent radially water conservancy diversion of mixed water cavity 14 interior formation and at least one, radially the mixed water-bound 41 of water conservancy diversion and the mixed water-bound 42 of vortex water conservancy diversion flow out the direction axial distribution along current in mixed water cavity 14, after hot and cold water enters mixed water cavity 14, advanced conduct is carried out vortex mixed again to mixing, flowed out by warm water exhalant canal 13 after mixing, shortened like this incorporation time, good mixing effect is so that the water outlet water temperature stability.
Radially the mixed water-bound 41 of water conservancy diversion comprises that hot and cold water mixes along radially-arranged guiding gutter in guiding gutter.
Guiding gutter comprises radial level guiding gutter 411 and radially vertically any one in the guiding gutter 412 or both combinations, radial level guiding gutter 411 and radially vertical guiding gutter 412 flow out the direction axial distribution along current in mixed water cavity 14, radial level guiding gutter 411 has several and is arranged in parallel; Radially vertically guiding gutter 412 has several and is arranged in parallel, and advanced conduct mixes to level and radially vertically mixes, current in guiding gutter through repeatedly changing direction, so that hot and cold water mixes is more even.
The mixed water-bound 42 of vortex water conservancy diversion comprises the pod apertures 421 at the center of being located at, be arranged with at pod apertures 421 outer and somely evenly distribute and along clockwise or the guide plate 422 that counterclockwise is obliquely installed, current are flowed out by pod apertures 421 after guide plate 422 mixes at circumferencial direction.
Radially the mixed water-bound 41 of water conservancy diversion comprises the first mixed water plate 5, the second mixed water plate 6 and is arranged on the first mixed water plate 5 and the second intermediate plate 7 that mixes between the water plate 6, radial level guiding gutter 411 is arranged on the first mixed water plate 5, described radially vertical guiding gutter 412 is arranged on the second mixed water plate 6, being respectively equipped with radially mixed water channel 71 between intermediate plate 7 and the first mixed water plate 5 and the second mixed water plate 6; The mixed water-bound 42 of vortex water conservancy diversion comprises that vortex mixes water seat 423, pod apertures 421 is arranged on mixed water seat 423 centers of vortex, guide plate 422 is located on the mixed water seat 423 of vortex and is positioned at pod apertures 421 peripheries, the hot and cold water first radial level guiding gutter 411 on the first mixed water plate 5 mixes, and is then flowed into radially by radially mixed water channel 71 and vertically mixes in guiding gutter 412 or the guide plate 422.
The first mixed water plate 5, the center of the second mixed water plate 6 and intermediate plate 7 is respectively equipped with pilot hole 72, an Assembly rail 73 is located in above-mentioned each pilot hole 72, end at Assembly rail 73 is provided with positioning disk 731, the inboard of each guide plate 422 is respectively equipped with breach 8, each breach 8 is stuck in the outer rim of positioning disk 731, and form the gap 81 that the stream that can supply water passes through between described positioning disk 731 and the guide plate 422, described gap 81 is communicated with pod apertures 421, be fastened in the breach 8 by positioning disk 731, avoided the swing of Assembly rail 73, so that the first mixed water plate 5, the second mixed water plate 6 and intermediate plate 7 are fixed together, through being flowed in the pod apertures 421 by gap 81 after the vortex mixed.
This device also comprises the housing 9 that is provided with chamber, body 1 and control circuit board are arranged in the housing 9, housing 9 comprises the first housing 91 and second housing 92 that can mutually fasten, the first housing 91 is provided with some positioning holes 911, and positioning hole 911 is corresponding and be threaded one by one with some swivel nuts 921 that arrange on the second housing 92; Also be provided with some positioning rods 922 for location body 1 on the second housing 92, body 1 utilizes positioning rod 922 to be arranged in the housing 9.
Electric flow controlling mechanism 2 comprises the mangetic core assembly 22 with valve rod 21 and the motor 23 that is connected on the control circuit board, valve rod 21 is provided with tooth sector 211, the output shaft of motor 23 is provided with small gear 231, described tooth sector 211 is meshed with small gear 231 and tooth sector 211 radiuses are at least the twice of small gear 231 radiuses, tooth sector 211 radiuses have improved the precision of Flow-rate adjustment greater than small gear 231 radiuses.
This device also comprises by demountable structure and is arranged on valve seat on the warm water exhalant canal 13, described valve seat is provided with at least one water outlet 131 that is connected with warm water exhalant canal 13, and described water outlet 131 is connected with respectively and can passes through self to open and close the solenoid valve that is communicated with or intercepts separately water outlet 131 and warm water exhalant canal 13, can select according to demand to have the valve seat of the water outlet 131 of varying number during installation, valve seat links to each other with warm water exhalant canal 13 by demountable structure, selects the mouth of a river 131 quantity according to the use needs of oneself.
The working principle of present embodiment is: in hot water and the mixed water cavity 14 of cold water inflow, the part hot and cold water mixes in radial level guiding gutter 411, then flow into radially along radially mixed water channel 71 and vertically mix in guiding gutter 412 or the guide plate 422, a part of hot and cold water flows directly into radially and vertically mixes in guiding gutter 412 or the guide plate 422 in addition, all hot and cold waters mix for the last time at guide plate 422 at last, flow to warm water exhalant canal 13 by pod apertures 421, discharge at last mixed water cavity 14, the stream of warm water that mixes is through cooling-water temperature sensor 3, cooling-water temperature sensor 3 can feed back to control circuit board with water temperature information accurately, 23 work of control circuit board control motor, realize the adjusting of water temperature, warm water exhalant canal 13 also is connected with the valve seat with at least one water outlet 131 by demountable structure, select to install the valve seat with several water outlets 131 by user's oneself needs, water outlet 131 is by solenoid valve independence control switch.
Specific embodiment described herein only is to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various modifications or replenishes or adopt similar mode to substitute described specific embodiment, but can't depart from spirit of the present utility model or surmount the defined scope of appended claims.
Although this paper has more used body 1, hot water intake tunnel 11, cold water intake tunnel 12, warm water exhalant canal 13, water outlet 131, mixed water cavity 14, electric flow controlling mechanism 2, valve rod 21, tooth sector 211, mangetic core assembly 22, motor 23, small gear 231, cooling-water temperature sensor 3, the even mixed organization 4 of hot and cold water, radially water conservancy diversion mixes water-bound 41, radial level guiding gutter 411, radially vertical guiding gutter 412, the vortex water conservancy diversion mixes water-bound 42, pod apertures 421, guide plate 422, vortex mixes water seat 423, the first mixed water plate 5, the second mixed water plate 6, intermediate plate 7, radially mixed water channel 71, pilot hole 72, Assembly rail 73, positioning disk 731, breach 8, gap 81, housing 9, the first housing 91, positioning hole 911, the second housing 92, swivel nut 921, positioning rod 922 terms such as grade, but do not get rid of the possibility of using other term.Using these terms only is in order to describe more easily and explain essence of the present utility model; They are construed to any additional restriction all is contrary with the utility model spirit.
Claims (10)
1. a hot and cold water evenly mixes temperature regulator, comprise and be provided with hot water intake tunnel (11), the body (1) of cold water intake tunnel (12) and warm water exhalant canal (13), in hot water intake tunnel (11), be provided with mixed water cavity (14) between cold water intake tunnel (12) and the warm water exhalant canal (13), be respectively equipped with on described hot water intake tunnel (11) and the cold water intake tunnel (12) and can regulate the separately electric flow controlling mechanism (2) of water flow size, be provided with cooling-water temperature sensor (3) in described mixed water cavity (14) and/or the warm water exhalant canal (13), described cooling-water temperature sensor (3) is connected with the control circuit board that can control respectively according to cooling-water temperature sensor (3) feedack two electric flow controlling mechanisms (2) work, it is characterized in that, also be provided with the even mixed organization of hot and cold water (4) that can make current form turbulent flow in mixed water cavity (14) in the described mixed water cavity (14), the even mixed organization of described hot and cold water (4) flows out the direction axial distribution with cooling-water temperature sensor (3) along current.
2. hot and cold water according to claim 1 evenly mixes temperature regulator, it is characterized in that, the even mixed organization of described hot and cold water (4) comprises that at least one can make current form the mixed water-bound (41) of radially turbulent radially water conservancy diversion in mixed water cavity (14) and at least one can make current form the mixed water-bound (42) of vortex water conservancy diversion of eddying turbulence in mixed water cavity (14), and described radially water conservancy diversion mixes water-bound (41) and the mixed water-bound (42) of vortex water conservancy diversion flows out the direction axial distribution along current in mixed water cavity (14).
3. hot and cold water according to claim 2 evenly mixes temperature regulator, it is characterized in that, the mixed water-bound (41) of described radially water conservancy diversion comprises along radially-arranged guiding gutter.
4. hot and cold water according to claim 3 evenly mixes temperature regulator, it is characterized in that, described guiding gutter comprises radial level guiding gutter (411) and radially vertically any one in the guiding gutter (412) or both combinations, described radial level guiding gutter (411) and radially vertically guiding gutter (412) in mixed water cavity (14) along current outflow direction axial distribution, and described radial level guiding gutter (411) has several and is arranged in parallel; Described radially vertical guiding gutter (412) has several and is arranged in parallel.
According to claim 2 or 3 or 4 described hot and cold waters evenly mix temperature regulator, it is characterized in that, the mixed water-bound (42) of described vortex water conservancy diversion comprises the pod apertures (421) at the center of being located at, and is arranged with at pod apertures (421) outer somely evenly to distribute and along clockwise or the guide plate (422) that counterclockwise is obliquely installed at circumferencial direction.
6. hot and cold water according to claim 4 evenly mixes temperature regulator, it is characterized in that, the mixed water-bound (41) of described radially water conservancy diversion comprises the first mixed water plate (5), second mixes water plate (6) and is arranged on the first mixed water plate (5) and the second intermediate plate (7) that mixes between the water plate (6), described radial level guiding gutter (411) is arranged on the first mixed water plate (5), described radially vertical guiding gutter (412) is arranged on the second mixed water plate (6), being respectively equipped with radially mixed water channel (71) between intermediate plate (7) and the first mixed water plate (5) and the second mixed water plate (6); The mixed water-bound (42) of described vortex water conservancy diversion comprises that vortex mixes water seat (423), described pod apertures (421) is arranged on mixed water seat (423) center of vortex, and described guide plate (422) is located at the mixed water seat (423) of vortex upward and is positioned at pod apertures (421) periphery.
7. hot and cold water according to claim 6 evenly mixes temperature regulator, it is characterized in that, the described first mixed water plate (5), the center of the second mixed water plate (6) and intermediate plate (7) is respectively equipped with pilot hole (72), an Assembly rail (73) is located in above-mentioned each pilot hole (72), end at Assembly rail (73) is provided with positioning disk (731), the inboard of each guide plate (422) is respectively equipped with breach (8), each breach (8) is stuck in the outer rim of positioning disk (731), and form the gap (81) that the stream that can supply water passes through between described positioning disk (731) and the guide plate (422), described gap (81) are communicated with pod apertures (421).
According to claim 1 and 2 or 3 or 4 described hot and cold waters evenly mix temperature regulator, it is characterized in that, this device also comprises the housing (9) that is provided with chamber, described body (1) and control circuit board are arranged in the housing (9), described housing (9) comprises first housing (91) and the second housing (92) that can mutually fasten, described the first housing (91) is provided with some positioning holes (911), and described positioning hole (911) is corresponding and be threaded one by one with some swivel nuts (921) that arrange on the second housing (92); Also be provided with some positioning rods (922) for location body (1) on described the second housing (92).
According to claim 1 and 2 or 3 or 4 described hot and cold waters evenly mix temperature regulator, it is characterized in that, described electric flow controlling mechanism (2) comprise have valve rod (21) mangetic core assembly (22) and be connected to motor (23) on the control circuit board, described valve rod (21) is provided with tooth sector (211), the output shaft of described motor (23) is provided with small gear (231), and described tooth sector (211) is meshed with small gear (231) and tooth sector (211) radius is at least the twice of small gear (231) radius.
According to claim 1 and 2 or 3 or 4 described hot and cold waters evenly mix temperature regulator, it is characterized in that, this device also comprises by demountable structure and is arranged on valve seat on the warm water exhalant canal (13), described valve seat is provided with at least one water outlet (131) that is connected with warm water exhalant canal (13), and described water outlet (131) is connected with respectively the solenoid valve that can pass through self to open and close separately connection or intercept water outlet (131) and warm water exhalant canal (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220394170 CN202790705U (en) | 2012-08-09 | 2012-08-09 | Cold and hot water evenly mixing temperature regulation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220394170 CN202790705U (en) | 2012-08-09 | 2012-08-09 | Cold and hot water evenly mixing temperature regulation device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202790705U true CN202790705U (en) | 2013-03-13 |
Family
ID=47817969
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220394170 Withdrawn - After Issue CN202790705U (en) | 2012-08-09 | 2012-08-09 | Cold and hot water evenly mixing temperature regulation device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202790705U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102829218A (en) * | 2012-08-09 | 2012-12-19 | 建德博艾斯智能科技有限公司 | Cold water and hot water uniformly-mixing temperature regulating device |
-
2012
- 2012-08-09 CN CN 201220394170 patent/CN202790705U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102829218A (en) * | 2012-08-09 | 2012-12-19 | 建德博艾斯智能科技有限公司 | Cold water and hot water uniformly-mixing temperature regulating device |
| CN102829218B (en) * | 2012-08-09 | 2014-06-18 | 建德博艾斯智能科技有限公司 | Cold water and hot water uniformly-mixing temperature regulating device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN202216414U (en) | Water temperature/flow rate automatic regulating device | |
| CN102829218B (en) | Cold water and hot water uniformly-mixing temperature regulating device | |
| CN101334189A (en) | Hot water constant temperature constant-current automatic regulating apparatus | |
| CN202790705U (en) | Cold and hot water evenly mixing temperature regulation device | |
| CN202252130U (en) | Novel energy-saving constant temperature faucet | |
| CN103206559B (en) | Double-valve-core multifunctional valve body | |
| CN203203264U (en) | Electric water heater with valve body with two valve elements | |
| CN110762255A (en) | Thermostatic valve and water heater with thermostatic valve | |
| CN202091564U (en) | Improved numerically controlled temperature-regulating automatic tap | |
| CN201588979U (en) | Multifunctional mixing faucet | |
| CN204201182U (en) | Monolateral temperature adjustment adjusts stream function to switch constant-temperature tap | |
| CN205806565U (en) | A kind of intelligent constant-temperature water mixing valve | |
| CN202149253U (en) | Electronic intelligent constant-temperature and constant-flow valve | |
| CN204922156U (en) | Automatic water installations who can be used to bathtub product | |
| CN201696674U (en) | Vertical flow thermostatic faucet | |
| CN201044059Y (en) | Hot water constant-temperature constant-current automatic regulating apparatus | |
| CN204284532U (en) | A kind of shower of energy quick adjustment water temperature | |
| CN208871083U (en) | Constant temperature of water heater valve | |
| CN202418733U (en) | Novel mixed constant temperature control valve device | |
| CN204267784U (en) | Stream constant-temperature tap is adjusted in monolateral temperature adjustment | |
| CN106224596A (en) | A kind of temperature-controlling water faucet | |
| CN207005360U (en) | A kind of thermostatic valve with circulating pump | |
| CN202790775U (en) | Cold and hot water evenly mixing mechanism | |
| CN2908955Y (en) | Constant temp tap | |
| CN204403537U (en) | A kind of anti-scald constant-temperature tap |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130313 Effective date of abandoning: 20140618 |
|
| RGAV | Abandon patent right to avoid regrant |