CN208153821U - A kind of intelligent constant-temperature water mixing valve - Google Patents
A kind of intelligent constant-temperature water mixing valve Download PDFInfo
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- CN208153821U CN208153821U CN201820595426.XU CN201820595426U CN208153821U CN 208153821 U CN208153821 U CN 208153821U CN 201820595426 U CN201820595426 U CN 201820595426U CN 208153821 U CN208153821 U CN 208153821U
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Abstract
A kind of intelligent constant-temperature water mixing valve, core assembly is equipped in hot-water cavity and cold water cavity, the core assembly includes the 1st arresting lever being successively mounted on valve rod, 1st spring, 1st stirs device, hot water adjustment sheet, hot water fixinig plate, cold water fixinig plate, cold water adjustment sheet, 2nd stirs device, 2nd spring and the 2nd arresting lever, hot water, the sealing of cold water fixinig plate is fixed on valve interior wall and forms mixed water cavity, in hot water, cold water adjustment sheet and hot water, size the identical 1st is had on cold water fixinig plate, 2, 3, 4 fan-shaped pylones, along valve rod central axial direction the 1st, 2 fan-shaped pylones are in space coincidence, 3rd, 4 fan-shaped pylones are respectively with the 1st, 2 fan-shaped pylones are in Spatial Adjacency.This intelligent constant-temperature water mixing valve can make the equivalent latus rectum of hot water or cold water's water inlet of mixed water cavity reach φ 7.5cm, and in adjustment process, hot water or cold water's adjustment sheet is not subjected to hot and cold water pressure difference, adjust steady quick, good constant-temperature effect.
Description
Technical field
The utility model relates to constant-temperature water faucet technical field more particularly to a kind of intelligent constant-temperature water mixing valves.
Background technique
Existing constant-temperature water mixing valve be the intracavitary spindle adjuster of mixing water is relied on to adjust cold-hot water proportion, thus
Realize that mixing water goes out water termostat.This is a kind of to block water and spool in the built-in confrontation of mixing water chamber and swing the knot of adjusting
Structure, but due to the volume of spool with mix water cavity volume have specific proportionate relationship, if hot water or cold water road bore is big, valve
The differential water pressures that core is born will increase accordingly, and spool swaying direction is parallel to hot and cold water (flow) direction, and spool will be born constantly substantially
Hot water or cold water's flowing pressure of variation is poor, keeps the thermostatic control of mixing water all the more difficult, causes constant temperature effect poor, and mixed water temperature is unstable
It is fixed.This structure has the following deficiencies：1. making the flow area for mixing the hot and cold water inlet of water cavity by certain limit
The equivalent diameter D of system, its usual hot water or cold water's water inlet is less than or equal to φ 5mm, and the mixing water for just limiting water mixing valve in this way goes out
Water total flow.2. when hot and cold water pressure difference is more than certain ratio（Such as 6:1）When, just it is difficult to realize the perseverance of mixing water leaving water temperature
It is fixed.
Utility model content
The purpose of this utility model is to provide a kind of intelligent constant-temperature water mixing valves, it can make hot water or cold water's water inlet of mixed water cavity
The latus rectum or equivalent latus rectum of mouth reach φ 7.5mm, and in adjustment process, hot water or cold water's adjustment sheet is not subjected to hot water or cold water's pressure
The direction of motion of difference, hot water or cold water's adjustment sheet is vertical with hot water or cold water's flowing pressure direction, so adjust steadily, fast freely, in this way,
The constant temperature mixing water that big flow can be obtained is not influenced and good constant-temperature effect again by water flow pressure size and its pressure difference, also from
With water flow switch function.
The technical solution that the utility model is proposed is such：
A kind of intelligent constant-temperature water mixing valve, including valve body 8, motor 2, power converter 3 and data processor 1, the valve body 8
Equipped with hot-water cavity 5, cold water cavity 12 and the mixed water cavity 9 between hot-water cavity 5 and cold water cavity 12 that level is arranged, the hot-water cavity
5 tops are equipped with the hot water inlet 6 that is mutually communicated, are equipped with mixed water exports 11 below the mixed water cavity 9, the mixed water cavity 9 with it is mixed
Flow spoiler 7 and temperature sensor 10 are equipped between Heshui outlet 11, perforation is connected with cold water inlet 13 on the right side of the cold water cavity 12,
5 left side of hot-water cavity is connected with data processor 1, motor 2 and power converter 3 in turn from left to right, also in the hot water
Being horizontally disposed in chamber 5 and cold water cavity 12 has core assembly 4, and the core assembly 4 includes valve rod 4-1 and successively fills from left to right
Device 4-4, hot water adjustment sheet 4-5, hot water fixinig plate 4- are stirred in the 1st arresting lever 4-2, the 1st spring 4-3 on valve rod 4-1, the 1st
6, device 4-10, the 2nd spring 4-11 and the 2nd arresting lever 4-12, the heat are stirred in cold water fixinig plate 4-8, cold water adjustment sheet 4-9, the 2nd
Hydropexis piece 4-6 and cold water fixinig plate 4-8 sealing is fixed on 8 inner wall of valve body and forms mixed water cavity 9, the left part the valve rod 4-1
It is connected with 3 output end of power converter, the hot water adjustment sheet 4-5 stirs device 4-4 and valve rod 4-1 by the 1st and fixes
Connection, the cold water adjustment sheet 4-9 stir device 4-10 and are fixedly connected with valve rod 4-1 by the 2nd, the hot water fixinig plate 4-6 with
Cold water cold water fixinig plate 4-8 and valve rod 4-1 is rotatablely connected, and the hot water adjustment sheet 4-5 connects with hot water fixinig plate 4-6 pressure face
Touching, the cold water adjustment sheet 4-9 and cold water fixinig plate 4-8 pressure face contact, in the hot water adjustment sheet 4-5, cold water adjustment sheet
Have that concentric, outer arc side radius is identical, hole area is identical, arc on 4-9, hot water fixinig plate 4-6 and cold water fixinig plate 4-8
The 1st fan-shaped pylone 4-5-1, the 2nd fan-shaped pylone 4-9-1, the 3rd fan-shaped pylone 4-6-1 and the 4th fan-shaped pylone 4- that degree is spent for 120 °
8-1, the 1st fan-shaped pylone 4-5-1 and the 2nd fan-shaped pylone 4-9-1 is along valve rod 4-1 central axial direction in space coincidence, institute
State the back lower place or front lower place that the 3rd fan-shaped pylone 4-6-1 and the 4th fan-shaped pylone 4-8-1 is located at the 1st fan-shaped pylone 4-5-1
And along valve rod 4-1 central axial direction in Spatial Adjacency.
The 1st fan-shaped pylone 4-5-1 is located at 30 °~150 ° angles of the 1st, 2 quadrant of the rectangular co-ordinate of hot water adjustment sheet 4-5
Spend section, outer arc side radius R is 8.5~9.5mm range, the high H in hole is 3~4mm range.
The 2nd fan-shaped pylone 4-9-1 is located at 30 °~150 ° angles of the 1st, 2 quadrant of the rectangular co-ordinate of cold water adjustment sheet 4-9
Spend section, outer arc side radius R is 8.5~9.5mm range, the high H in hole is 3~4mm range.
The 3rd fan-shaped pylone 4-6-1 is located at 150 °~270 ° of the 2nd, 3 quadrant of the rectangular co-ordinate of hot water fixinig plate 4-6
Angular interval, outer arc side radius R are 8.5~9.5mm range, the high H in hole is 3~4mm range.
The 4th fan-shaped pylone 4-8-1 is located at 270 °~30 ° angles of the 4th, 1 quadrant of the rectangular co-ordinate of cold water fixinig plate 4-8
Spend section, outer arc side radius R is 8.5~9.5mm range, the high H in hole is 3~4mm range.
The temperature sensor 10 makees electric signal connection with data processor 1 and motor 2.
Bracket 4-7 can be equipped between hot water fixinig plate 4-6 and cold water fixinig plate 4-8, the section of bracket 4-7 is in work
Font, sealing are fixed on 8 inner wall of valve body and form mixed water cavity 9, and hot water fixinig plate 4-6 abutting is fixed on the left of bracket 4-7, cold water
Fixinig plate 4-8 abutting is fixed on the right side of bracket 4-7, and the left side bracket 4-7 is provided with and the 3rd fan-shaped pylone 4-6-1 size and shape
The 5th fan-shaped pylone 4-7-1 that is identical and interpenetrating, the right side bracket 4-7 is provided with and the 4th fan-shaped pylone 4-8-1 size and shape
Shape is identical and the 6th fan-shaped pylone 4-7-2 that interpenetrates, and bracket 4-7 covers on the valve rod 4-1 and the connection that rotates.
Compared with prior art, the utility model has the advantages that：
The structure feature of this intelligent constant-temperature water mixing valve is：1. integrated core assembly is used, by the heat of core assembly
Hydropexis piece and the sealing of cold water fixinig plate are fixed on horizontally disposed valve interior wall and just form the hot-water cavity sealed against each other, mixed water cavity
And cold water cavity, structure is simple, reliable operation；2. the hot water adjustment sheet and cold water adjustment sheet of core assembly respectively with hot water fixinig plate
With cold water fixinig plate smooth flat contact with pressure connection and respectively hot water adjustment sheet, hot water fixinig plate, cold water fixinig plate and
Cold water adjustment sheet be equipped with concentric, etc. that radiuses, hole area be identical, radian is 120 ° of degree is the 1st, the 3rd, the 4th, the 2nd fan-shaped
Through-hole, at initial position, the 1st, the 2nd fan-shaped pylone be located at 30 °~150 ° angular intervals of rectangular co-ordinate, the 3rd fan-shaped pylone
Positioned at 150 °~270 ° angular intervals of rectangular co-ordinate, the 4th fan-shaped pylone is located at 270 °~30 ° angular intervals of rectangular co-ordinate,
They drive hot water adjustment sheet and cold water adjustment sheet synchronous rotary by valve rod between each other in space coincidence or tandem array,
To accurately adjust the water inlet ratio of hot water or cold water；Since hot water adjustment sheet is solely subjected to the pressure of hot water, be not subject to it is cold,
Heat hydraulic pressure is poor, and equally, cold water adjustment sheet is also solely subjected to the pressure of cold water, is not subject to hot water or cold water's pressure difference, in addition hot water
The direction of rotation of adjustment sheet and cold water adjustment sheet is vertical with suffered water flow pressure direction, so, to hot water adjustment sheet and cold water tune
The resistance of motion very little of nodal plate, makes it in stable environment to big flow（Hot water or cold water's water inlet i.e. the 1st, 2,3,4 sectors are logical
The equivalent diameter in hole reaches water flow when φ 7.5mm）Hot water or cold water carry out precisely, it is flexible adjust, and obtain stable, high
The constant temperature mixing water of precision.Its thermostatted water flow-rate ratio is existing to increase about 2.25 times.
This intelligent constant-temperature water mixing valve is mainly used in constant-temperature water faucet, shower, storage-type electric water heater, fast heating type electric heating
Hydrophone, air energy water heater, solar water heater etc. need to use the place of cold and hot mixing water.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of intelligent constant-temperature water mixing valve of the utility model.
Fig. 2 is the structural schematic diagram of core assembly shown in Fig. 1.
Fig. 3 is the left view schematic diagram of hot water adjustment sheet shown in Fig. 2.
Fig. 4 is the left view schematic diagram of hot water fixinig plate shown in Fig. 2.
Fig. 5 is the left view schematic diagram of cold water fixinig plate shown in Fig. 2.
Fig. 6 is the left view schematic diagram of cold water adjustment sheet shown in Fig. 2.
Figure label indicates：1. data processor；2. motor；3. power converter；4. core assembly；4-1. valve rod；4-
2. the 1st arresting lever；The 1st spring of 4-3.；4-4. the 1st stirs device；4-5. hot water adjustment sheet；4-5-1. the 1st fan-shaped pylone；4-6. hot
Hydropexis piece；4-6-1. the 3rd fan-shaped pylone；4-7. bracket；4-7-1. the 5th fan-shaped pylone；4-7-2. the 6th fan-shaped pylone；4-8.
Cold water fixinig plate；4-8-1. the 4th fan-shaped pylone；4-9. cold water adjustment sheet；4-9-1. the 2nd fan-shaped pylone；4-10. the 2nd stirs device；
The 2nd spring of 4-11.；The 2nd arresting lever of 4-12.；5. hot-water cavity；6. hot water inlet；7. flow spoiler；8. valve body；9. mixed water cavity；10.
Temperature sensor；11. mixed water exports；12. cold water cavity；13. cold water inlet.
Specific embodiment
The utility model is further elaborated by following example.
Referring to shown in Fig. 1-Fig. 6, a kind of intelligent constant-temperature water mixing valve, including valve body 8, motor 2, power converter 3 and data
Processor 1, the valve body 8 are equipped with the horizontal hot-water cavity 5 arranged, cold water cavity 12 and between hot-water cavity 5 and cold water cavities 12
Water cavity 9 is mixed, the hot water inlet 6 being mutually communicated is equipped with above the hot-water cavity 5, is equipped with mixed water exports below the mixed water cavity 9
11, it is equipped with flow spoiler 7 and temperature sensor 10 between the mixed water cavity 9 and mixed water exports 11, is passed through on the right side of the cold water cavity 12
Lead to and be connected to cold water inlet 13,5 left side of hot-water cavity is connected with data processor 1, motor 2 and power in turn from left to right and turns
Parallel operation 3, being horizontally disposed with also in the hot-water cavity 5 and cold water cavity 12 has core assembly 4, and the core assembly 4 includes valve rod 4-1
And successively device 4-4, hot water adjusting are stirred in the 1st arresting lever 4-2 on valve rod 4-1, the 1st spring 4-3, the 1st from left to right
Device 4-10, the 2nd spring 4-11 and are stirred in piece 4-5, hot water fixinig plate 4-6, cold water fixinig plate 4-8, cold water adjustment sheet 4-9, the 2nd
2 arresting lever 4-12, the hot water fixinig plate 4-6 and cold water fixinig plate 4-8 sealing is fixed on 8 inner wall of valve body and forms mixed water cavity 9,
The left part the valve rod 4-1 is connected with 3 output end of power converter, the hot water adjustment sheet 4-5 and cold water adjustment sheet
4-9 is fixedly connected with valve rod 4-1 respectively, and the hot water fixinig plate 4-6 and cold water cold water fixinig plate 4-8 and valve rod 4-1 rotation connect
It connects, the hot water adjustment sheet 4-5 and hot water fixinig plate 4-6 pressure face contact, the cold water adjustment sheet 4-9 and cold water fixinig plate 4-
8 pressure face contacts, on the hot water adjustment sheet 4-5, cold water adjustment sheet 4-9, hot water fixinig plate 4-6 and cold water fixinig plate 4-8
Have concentric, outer arc side radius is identical, hole area is identical, radian be 120 ° degree the 1st fan-shaped pylone 4-5-1, the 2nd fan
Shape through-hole 4-9-1, the 3rd fan-shaped pylone 4-6-1 and the 4th fan-shaped pylone 4-8-1, the 1st fan-shaped pylone 4-5-1 and the 2nd are fan-shaped
Through-hole 4-9-1 is along valve rod 4-1 central axial direction in space coincidence, the 3rd fan-shaped pylone 4-6-1 and the 4th fan-shaped pylone 4-
8-1 be located at the 1st fan-shaped pylone 4-5-1 the back lower place or front lower place and along valve rod 4-1 central axial direction in Spatial Adjacency.
The 1st fan-shaped pylone 4-5-1 is located at 30 °~150 ° angles of the 1st, 2 quadrant of the rectangular co-ordinate of hot water adjustment sheet 4-5
Spend section, outer arc side radius R is 8.5~9.5mm range, the high H in hole is 3~4mm range.
The 2nd fan-shaped pylone 4-9-1 is located at 30 °~150 ° angles of the 1st, 2 quadrant of the rectangular co-ordinate of cold water adjustment sheet 4-9
Spend section, outer arc side radius R is 8.5~9.5mm range, the high H in hole is 3~4mm range.
The 3rd fan-shaped pylone 4-6-1 is located at 150 °~270 ° of the 2nd, 3 quadrant of the rectangular co-ordinate of hot water fixinig plate 4-6
Angular interval, outer arc side radius R are 8.5~9.5mm range, the high H in hole is 3~4mm range.
The 4th fan-shaped pylone 4-8-1 is located at 270 °~30 ° angles of the 4th, 1 quadrant of the rectangular co-ordinate of cold water fixinig plate 4-8
Spend section, outer arc side radius R is 8.5~9.5mm range, the high H in hole is 3~4mm range.
The present embodiment chooses R=9mm, H=3mm, hole area 47mm2.
The temperature sensor 10 makees electric signal connection with data processor 1 and motor 2.
In the present embodiment, it is additionally provided with bracket 4-7 between hot water fixinig plate 4-6 and cold water fixinig plate 4-8, bracket 4-7
Section in I-shaped, sealing is fixed on 8 inner wall of valve body and forms mixed water cavity 9, and hot water fixinig plate 4-6 abutting is fixed on bracket 4-
7 left sides, cold water fixinig plate 4-8 abutting are fixed on the right side of bracket 4-7, and the left side bracket 4-7 is provided with and the 3rd fan-shaped pylone 4-6-1
Size and shape is identical and the 5th fan-shaped pylone 4-7-1 that interpenetrates, and the right side bracket 4-7 is provided with and the 4th fan-shaped pylone 4-8-
1 size and shape is identical and the 6th fan-shaped pylone 4-7-2 that interpenetrates, and bracket 4-7 covers on valve rod 4-1 and the company of rotating
It connects.
The course of work of this intelligent constant-temperature water mixing valve is such：When original state, the 1st of hot water adjustment sheet 4-5 is fan-shaped
The center line of 2nd fan-shaped pylone 4-9-1 of the center line and cold water adjustment sheet 4-9 of through-hole 4-5-1 is respectively positioned on 90 ° of rectangular co-ordinate
Spend angle, when motor 2 obtain from the instruction that data processor 1 issues when, motor 2 drive power converter 3 with ovable valve stem 4-1 with
Hot water or cold water's adjustment sheet 4-9,4-5, which are synchronized, to be rotated clockwise；Just when rotation, the 2nd fan-shaped pylone 4-9-1 prepares and the 4th fan-shaped pylone
4-8-1 overlapping;When being rotated clockwise to 120 ° and spending, the 2nd fan-shaped pylone 4-9-1 and the 4th fan-shaped pylone 4-8-1 is completely coincident,
During this, the 1st fan-shaped pylone 4-5-1 and the 3rd fan-shaped pylone 4-6-1 are in non-closed state, and only cold water enters mixed water cavity
9；When being rotated clockwise to 180 ° and spending, the 2nd fan-shaped pylone 4-9-1 and the 4th fan-shaped pylone 4-8-1 overlapping area are half, the 1st
Fan-shaped pylone 4-5-1 and the 3rd fan-shaped pylone 4-6-1 overlapping area are also half, in the process, into the cold water of mixed water cavity 9
It gradually decreases, the hot water into mixed water cavity 9 gradually increases；When being rotated clockwise to 240 ° and spending, the 1st fan-shaped pylone 4-5-1 with
3rd fan-shaped pylone 4-6-1 is completely coincident, and the 2nd fan-shaped pylone 4-9-1 and the 4th fan-shaped pylone 4-8-1 are in non-closed state, only
There is hot water to enter mixed water cavity 9；When being rotated clockwise to 360 ° and spending, initial state is returned back to, hot and cold water flow contract fully, herein
In the process, the 1st fan-shaped pylone 4-5-1 is gradually decreased with the degree that is overlapped of the 3rd fan-shaped pylone 4-6-1, the 2nd fan-shaped pylone 4-9-1
Non- closed state is in the 4th fan-shaped pylone 4-8-1.All water for entering mixed water cavity 9 are flowed through flow spoiler 7 and temperature sensor 10
Mixed water exports 11 out.Temperature sensor 10 is connect with 1 signal of data processor, and water temperature state returns be fed to data processor in real time
1.Temperature adjustment process is occurred mainly in rotate clockwise the 120 of calculating ° of degree to 240 ° of degree sections.
Claims (7)
1. a kind of intelligent constant-temperature water mixing valve, including valve body（8）, motor（2）, power converter（3）And data processor（1）, institute
State valve body（8）The hot-water cavity arranged equipped with level（5）, cold water cavity（12）Be located at hot-water cavity（5）With cold water cavity（12）Between
Mixed water cavity（9）, the hot-water cavity（5）Top is equipped with the hot water inlet being mutually communicated（6）, the mixed water cavity（9）Lower section is equipped with mixed
Heshui outlet（11）, the mixed water cavity（9）With mixed water exports（11）Between be equipped with flow spoiler（7）And temperature sensor（10）,
The cold water cavity（12）Right side perforation is connected with cold water inlet（13）, the hot-water cavity（5）Left side is connected in turn from left to right
Data processor（1）, motor（2）And power converter（3）, it is characterised in that：Also in the hot-water cavity（5）And cold water cavity（12）
Interior be horizontally disposed with has core assembly（4）, the core assembly（4）Including valve rod（4-1）And it is successively mounted in valve rod from left to right
（4-1）On the 1st arresting lever（4-2）, the 1st spring（4-3）, the 1st stir device（4-4）, hot water adjustment sheet（4-5）, hot water fixes
Piece（4-6）, cold water fixinig plate（4-8）, cold water adjustment sheet（4-9）, the 2nd stir device（4-10）, the 2nd spring（4-11）Stop with the 2nd
Lever（4-12）, the hot water fixinig plate（4-6）With cold water fixinig plate（4-8）Sealing is fixed on valve body（8）Inner wall is simultaneously formed mixed
Water cavity（9）, the valve rod（4-1）Left part and the power converter（3）Output end is connected, the hot water adjustment sheet（4-
5）Device is stirred by the 1st（4-4）With valve rod（4-1）It is fixedly connected, the cold water adjustment sheet（4-9）Device is stirred by the 2nd（4-
10）With valve rod（4-1）It is fixedly connected, the hot water fixinig plate（4-6）With cold water cold water fixinig plate（4-8）With valve rod（4-1）Turn
Dynamic connection, the hot water adjustment sheet（4-5）With hot water fixinig plate（4-6）Pressure face contact, the cold water adjustment sheet（4-9）With it is cold
Hydropexis piece（4-8）Pressure face contact, in the hot water adjustment sheet（4-5）, cold water adjustment sheet（4-9）, hot water fixinig plate（4-6）
With cold water fixinig plate（4-8）On have concentric, outer arc side radius is identical, hole area is identical, radian be 120 ° degree the 1st
Fan-shaped pylone（4-5-1）, the 2nd fan-shaped pylone（4-9-1）, the 3rd fan-shaped pylone（4-6-1）With the 4th fan-shaped pylone（4-8-1）, institute
State the 1st fan-shaped pylone（4-5-1）With the 2nd fan-shaped pylone（4-9-1）Along valve rod（4-1）Central axial direction is in space coincidence, institute
State the 3rd fan-shaped pylone（4-6-1）With the 4th fan-shaped pylone（4-8-1）It is located at the 1st fan-shaped pylone（4-5-1）The back lower place or
Front lower place and along valve rod（4-1）Central axial direction is in Spatial Adjacency.
2. intelligent constant-temperature water mixing valve according to claim 1, it is characterised in that：1st fan-shaped pylone（4-5-1）It is located at
Hot water adjustment sheet（4-5）30 °~150 ° angular intervals of the 1st, 2 quadrant of rectangular co-ordinate, outer arc side radius R be 8.5~9.5mm
Range, the high H in hole are 3~4mm range.
3. intelligent constant-temperature water mixing valve according to claim 1, it is characterised in that：2nd fan-shaped pylone（4-9-1）It is located at
Cold water adjustment sheet（4-9）30 °~150 ° angular intervals of the 1st, 2 quadrant of rectangular co-ordinate, outer arc side radius R be 8.5~9.5mm
Range, the high H in hole are 3~4mm range.
4. intelligent constant-temperature water mixing valve according to claim 1, it is characterised in that：3rd fan-shaped pylone（4-6-1）It is located at
Hot water fixinig plate（4-6）150 °~270 ° angular intervals of the 2nd, 3 quadrant of rectangular co-ordinate, outer arc side radius R be 8.5~
9.5mm range, the high H in hole are 3~4mm range.
5. intelligent constant-temperature water mixing valve according to claim 1, it is characterised in that：4th fan-shaped pylone（4-8-1）It is located at
Cold water fixinig plate（4-8）270 °~30 ° angular intervals of the 4th, 1 quadrant of rectangular co-ordinate, outer arc side radius R be 8.5~9.5mm
Range, the high H in hole are 3~4mm range.
6. intelligent constant-temperature water mixing valve according to claim 1, it is characterised in that：The temperature sensor（10）At data
Manage device（1）And motor（2）Make electric signal connection.
7. intelligent constant-temperature water mixing valve according to claim 1, it is characterised in that：The hot water fixinig plate（4-6）With cold water
Fixinig plate（4-8）Between be equipped with bracket（4-7）, the bracket（4-7）Section in I-shaped, sealing is fixed on valve body（8）Inner wall
And form mixed water cavity（9）, hot water fixinig plate（4-6）Abutting is fixed on bracket（4-7）Left side, cold water fixinig plate（4-8）It is close to solid
It is scheduled on bracket（4-7）Right side, bracket（4-7）Left side is provided with and the 3rd fan-shaped pylone（4-6-1）Size and shape is identical and mutual
5th fan-shaped pylone of perforation（4-7-1）, bracket（4-7）Right side is provided with and the 4th fan-shaped pylone（4-8-1）Size and shape phase
The 6th fan-shaped pylone that is same and interpenetrating（4-7-2）, the bracket（4-7）It covers in the valve rod（4-1）It goes up and the company of rotating
It connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820595426.XU CN208153821U (en) | 2018-04-25 | 2018-04-25 | A kind of intelligent constant-temperature water mixing valve |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820595426.XU CN208153821U (en) | 2018-04-25 | 2018-04-25 | A kind of intelligent constant-temperature water mixing valve |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208153821U true CN208153821U (en) | 2018-11-27 |
Family
ID=64376577
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820595426.XU Withdrawn - After Issue CN208153821U (en) | 2018-04-25 | 2018-04-25 | A kind of intelligent constant-temperature water mixing valve |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208153821U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108302240A (en) * | 2018-04-25 | 2018-07-20 | 何文标 | A kind of intelligent constant-temperature water mixing valve |
-
2018
- 2018-04-25 CN CN201820595426.XU patent/CN208153821U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108302240A (en) * | 2018-04-25 | 2018-07-20 | 何文标 | A kind of intelligent constant-temperature water mixing valve |
| CN108302240B (en) * | 2018-04-25 | 2023-08-08 | 何文标 | Intelligent constant-temperature water mixing valve |
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