CN107091357B - The application method of Intelligent water mixing valve - Google Patents
The application method of Intelligent water mixing valve Download PDFInfo
- Publication number
- CN107091357B CN107091357B CN201710364199.XA CN201710364199A CN107091357B CN 107091357 B CN107091357 B CN 107091357B CN 201710364199 A CN201710364199 A CN 201710364199A CN 107091357 B CN107091357 B CN 107091357B
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- Prior art keywords
- spool
- water
- mixed
- shower
- controller
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16K—VALVES; TAPS; COCKS; ACTUATING-FLOATS; DEVICES FOR VENTING OR AERATING
- F16K31/00—Actuating devices; Operating means; Releasing devices
- F16K31/02—Actuating devices; Operating means; Releasing devices electric; magnetic
- F16K31/06—Actuating devices; Operating means; Releasing devices electric; magnetic using a magnet, e.g. diaphragm valves, cutting off by means of a liquid
- F16K31/0675—Electromagnet aspects, e.g. electric supply therefor
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16K—VALVES; TAPS; COCKS; ACTUATING-FLOATS; DEVICES FOR VENTING OR AERATING
- F16K11/00—Multiple-way valves, e.g. mixing valves; Pipe fittings incorporating such valves
- F16K11/02—Multiple-way valves, e.g. mixing valves; Pipe fittings incorporating such valves with all movable sealing faces moving as one unit
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16K—VALVES; TAPS; COCKS; ACTUATING-FLOATS; DEVICES FOR VENTING OR AERATING
- F16K31/00—Actuating devices; Operating means; Releasing devices
- F16K31/02—Actuating devices; Operating means; Releasing devices electric; magnetic
- F16K31/04—Actuating devices; Operating means; Releasing devices electric; magnetic using a motor
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16K—VALVES; TAPS; COCKS; ACTUATING-FLOATS; DEVICES FOR VENTING OR AERATING
- F16K37/00—Special means in or on valves or other cut-off apparatus for indicating or recording operation thereof, or for enabling an alarm to be given
- F16K37/0025—Electrical or magnetic means
- F16K37/005—Electrical or magnetic means for measuring fluid parameters
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Physics & Mathematics (AREA)
- Electromagnetism (AREA)
- Multiple-Way Valves (AREA)
- Temperature-Responsive Valves (AREA)
Abstract
The application method of Intelligent water mixing valve, Intelligent water mixing valve include valve body, spool and controller, and controller includes drive electromagnet, rotation motor and temperature sensor；When automatically controlling shower, starts controller using automatic change-over and enter automatic control flow chart, controller control drive electromagnet band movable valve plug is mobile, passes through the mobile opening of spool and closing shower water；Using controller and temperature sensor control rotation motor band movable valve plug rotation, control hot water connector enters the hot water amount of mixed aquaporin, and control cold water connector enters the cool water quantity of mixed aquaporin, controls the temperature of shower water；After Intelligent water mixing valve is closed, drainage gallery and antidrip water hole of the remaining shower water of shower by the mixed water out splice going splice of valve body through spool flow out automatically, solve the problem of to drip for a long time after shower uses stopping.
Description
Technical field
The present invention relates to a kind of application method of water mixing valve, especially a kind of application method of Intelligent water mixing valve.
Background technique
Currently, the showerhead that people use, after shower finishes and closes water mixing valve, shower to the flower between water mixing valve
It spills to remain in type chamber and pipeline and has shower water, since the type chamber sealing of shower and the aperture of water sprayering hole are smaller, outside air
The type for being not easily accessed shower is intracavitary, and it is net that the water for causing shower type intracavitary takes a long time ability drip-dry；People enter leaching
The shower water of shower is also dripped on head or on clothes between bath and when non-required shower is perhaps washed hair, and is caused to people's lives
Puzzlement；A kind of application method of Intelligent water mixing valve has become needs for people's lives.
Summary of the invention
The purpose of the present invention is overcoming the deficiencies of the prior art and provide a kind of application method of Intelligent water mixing valve, for solving
The problem of certainly common shower drips.
The technical scheme adopted by the invention is that: Intelligent water mixing valve includes valve body, spool and controller；Valve body is equipped with
Spool chamber, hot water connector, cold water connector, mixed water out splice going splice, drive hole and antidrip water hole, hot water connector, mix cold water connector
Water out splice going splice, drive hole and antidrip water hole are connected to spool chamber；Spool is equipped with mixed aquaporin and drainage gallery；Controller
Include drive electromagnet and rotation motor, drive electromagnet includes driving iron core and spring, drive electromagnet and
The shell of rotation motor is fixedly connected with the valve body, and the drive hole that the driving iron core of drive electromagnet passes through valve body is fixed with spool
The spool chamber of connection, spool and valve body is dynamic to be cooperatively connected, and the spool chamber of spool and valve body is tightly connected；Iron core is driven to be equipped with rotation
The swinging axle insertion in hole, rotation motor drives in the rotation hole of iron core, the dynamic mating connection of swinging axle and rotation hole, the shape of swinging axle
Shape is identical as the shape in rotation hole；Controller, which is equipped with, to be started switch, is automatic change-over, Temperature set switch, hot-water switch, cold
Taps, display and temperature sensor, the type that temperature sensor is set to mixed water out splice going splice is intracavitary, for implementing shower water
Manually control and automatically control, controller is connected by control line and drive electromagnet, rotation motor and temperature sensor
It connects, controller is using the safety power supply of volt, and 220 volts of alternating current is after Transformer Rectifier, ability access controller.
The application method of Intelligent water mixing valve is: when manually controlling shower, clicking starting switch for controller, starts switch
Its signal is transferred to controller, controller controls drive electromagnet and is powered, and the driving iron core of drive electromagnet overcomes spring
Elastic traction spool is mobile, makes the mixed aquaporin and hot water connector and cold water fittings of spool, the hot water of hot water connector with
And the cold water of cold water connector enters mixed aquaporin；Meanwhile it is connected to mixed aquaporin with the mixed water out splice going splice of valve body, shower water warp
The mixed water out splice going splice of valve body is output to shower, and is sprayed by the water sprayering hole of shower；When needing to adjust the temperature of shower water, press
Its signal is transferred to controller by hot-water switch, hot-water switch, and controller controls the swinging axle rotation of rotation motor, and swinging axle is logical
It overdrives the rotation pore area movable valve plug rotation of iron core, increases hot water connector and enter mixed aquaporin hot water；It is opened alternatively, pressing cold water
It closes, its signal is transferred to controller by cold water switch, and controller controls the swinging axle rotation of rotation motor, and swinging axle passes through driving
The rotation pore area movable valve plug rotation of iron core increases cold water connector and enters mixed aquaporin cold water；After shower, clicked again with hand
It starts switch, starts switch and its signal is transferred to controller, controller controls drive electromagnet power-off, drives iron core in spring
The lower band movable valve plug of elastic force effect it is mobile reset, be connected to the drainage gallery of spool not with hot water connector and cold water connector, it is hot
Water swivel and cold water connector stop supplying water to shower, and shower stops；Meanwhile the drainage gallery of spool and the mixed water of valve body export
Connector and the connection of antidrip water hole, drainage gallery of the remaining shower water of shower by the mixed water out splice going splice of valve body through spool and
Antidrip water hole is flowed out automatically, solves the problem of to drip for a long time after shower uses stopping.
The application method of Intelligent water mixing valve is: when automatically controlling shower, leaching is arranged using the Temperature set switch of controller
Then the temperature of bath water presses automatic change-over, its signal is transferred to controller by automatic change-over, and controller enters certainly
Dynamic control flow, controller control drive electromagnet and are powered, and the driving iron core of drive electromagnet overcomes the elastic traction valve of spring
Core is mobile, makes the mixed aquaporin and hot water connector and cold water fittings of spool, the hot water and cold water connector of hot water connector
Cold water enter mixed aquaporin；Meanwhile it is connected to mixed aquaporin with the mixed water out splice going splice of valve body, mixed water of the shower water through valve body
Out splice going splice is output to shower, and is sprayed by the water sprayering hole of shower；When temperature of the temperature of shower water lower than setting, it is defeated to mix water
Its signal is transferred to controller by the intracavitary temperature sensor of the type of connector out, and controller controls the swinging axle pendulum of rotation motor
Turn, swinging axle increases the interface surface that hot water connector is connected to mixed aquaporin by the rotation pore area movable valve plug rotation of driving iron core
Product increases hot water connector and enters mixed aquaporin hot water；And the interface area that cold water connector is connected to mixed aquaporin is reduced simultaneously,
It reduces cold water connector and enters mixed aquaporin cold water；When the temperature of shower water is higher than the temperature of setting, the type of water out splice going splice is mixed
Its signal is transferred to controller by intracavitary temperature sensor, and controller controls the swinging axle rotation of rotation motor, and swinging axle is logical
It overdrives the rotation pore area movable valve plug rotation of iron core, increases the interface area that cold water connector is connected to mixed aquaporin, increase cold water
Connector enters mixed aquaporin cold water；And the interface area that hot water connector is connected to mixed aquaporin is reduced simultaneously, it reduces hot water and connects
Head enters mixed aquaporin hot water；It after shower, is clicked and is started switch again with hand, started switch and its signal is transferred to control
Device, controller control drive electromagnet and power off, and the mobile reset of band movable valve plug under the elastic force effect of spring of driving iron core makes spool
Drainage gallery be not connected to hot water connector and cold water connector, hot water connector and cold water connector stop supplying water to shower, leaching
Bath stops；Meanwhile the drainage gallery of spool is connected to the mixed water out splice going splice of valve body and antidrip water hole, more than shower and pipeline
Drainage gallery and antidrip water hole of the shower water stayed by the mixed water out splice going splice of valve body through spool flow out automatically, and solving shower makes
After stopping, the problem of dripping for a long time.
The beneficial effects of the present invention are: Intelligent water mixing valve includes valve body, spool and controller, controller includes to drive
Dynamic electromagnet, rotation motor and temperature sensor；When manually controlling shower, driven using control drive electromagnet is started switch
Spool is mobile, opens and close shower water by the way that spool is mobile；Rotation motor is controlled using hot-water switch and cold water switch
Band movable valve plug rotation, control hot water connector enter the hot water amount of mixed aquaporin, and control cold water connector enters mixed aquaporin
Cool water quantity controls the temperature of shower water；After Intelligent water mixing valve is closed, the remaining shower water of shower by valve body mixed water out splice going splice
Drainage gallery and antidrip water hole through spool flow out automatically, solve the problem of to drip for a long time after shower uses stopping.
When automatically controlling shower, enter automatic control flow chart, controller control using automatic change-over starting controller
Drive electromagnet band movable valve plug is mobile, opens and close shower water by the way that spool is mobile；Utilize controller and temperature sensing
Device controls the band movable valve plug rotation of rotation motor, and control hot water connector enters the hot water amount of mixed aquaporin, and control cold water connector
Into the cool water quantity of mixed aquaporin, the temperature of shower water is controlled；After Intelligent water mixing valve is closed, the remaining shower water of shower is by valve body
Drainage gallery and antidrip water hole of the mixed water out splice going splice through spool flow out automatically, solve shower using stop after, for a long time
The problem of dripping.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of Intelligent water mixing valve；
Fig. 2 is the left view of Fig. 1；
Fig. 3 is the top view of Fig. 1.
Specific embodiment
The present invention is further detailed with reference to the accompanying drawing:
Fig. 1's shown in the left view and Fig. 3 of Fig. 1 shown in the structural schematic diagram of Intelligent water mixing valve as shown in Figure 1, Fig. 2
Top view；Intelligent water mixing valve includes valve body 1, spool 2 and controller 3；Valve body 1 is equipped with spool chamber 4, hot water connector 5, cold water
Connector 6, mixed water out splice going splice 7, drive hole 8 and antidrip water hole 9, hot water connector 5, mixed water out splice going splice 7, drive cold water connector 6
Dynamic hole 8 and antidrip water hole 9 are connected to spool chamber 4；Spool 2 is equipped with mixed aquaporin 10 and drainage gallery 11；Controller 3 includes
There are drive electromagnet 12 and rotation motor 13, drive electromagnet 12 includes driving iron core 14 and spring 26, drives electromagnetism
The shell of iron 12 and rotation motor 13 is fixedly connected with valve body 1, and the driving iron core 14 of drive electromagnet 12 passes through valve body 1
Drive hole 8 is fixedly connected with spool 2, and the spool chamber 4 of spool 2 and valve body 1 is dynamic to be cooperatively connected, the spool chamber 4 of spool 2 and valve body 1
It is tightly connected；Iron core 14 is driven to be equipped with rotation hole 15, the rotation hole 15 of the insertion driving iron core 14 of swinging axle 16 of rotation motor 13
Interior, swinging axle 16 and rotation hole 15 are moved and are cooperatively connected, and the shape of swinging axle 16 is identical as the shape in rotation hole 15；Controller 3 is set
Start switch 17, automatic change-over 18, Temperature set switch 19, hot-water switch 20, cold water switch 21, display 22 and
Temperature sensor 23, the type that temperature sensor 23 is set to mixed water out splice going splice 7 is intracavitary, for implement shower water manually control with
And automatically control, controller 3 is connect by control line with drive electromagnet 12, rotation motor 13 and temperature sensor 23, is controlled
Device 3 processed uses 12 volts of safety power supply.
In order to implement to drive spool 2 mobile using drive electromagnet 12, Intelligent water mixing valve is turned on or off；And it utilizes
Rotation motor 13 drives 2 rotation of spool, controls the temperature of shower water；The axis of the driving iron core 14 of drive electromagnet 12 and rotation
The axis of the swinging axle 16 of motor 13 is identical, and the axis of swinging axle 16 is identical as the axis of spool 2, the axis and pendulum of swinging axle 16
The axis of turn hole 15 is identical, and the axis of spool 2 is identical as the axis of spool chamber 4；The rotation hole 15 for driving iron core 14 is polygon
Hole, polygonal hole include quadrilateral hole or hexagonal hole, and the rotation hole 15 of driving iron core 14 can make axial direction along swinging axle 16
It is mobile；The distance that the front end face 24 of the swinging axle 16 of rotation motor 13 arrives the bottom hole 25 in rotation hole 15 is more than or equal to driving iron
The stroke of core 14, the depth in rotation hole 15 are greater than the stroke of driving iron core 14, avoid swinging axle 16 that driving iron core 14 is hindered to drive
Spool 2 is mobile；Meanwhile also spool 2 can be driven to rotate using the swinging axle 16 of rotation motor 13, control the temperature of shower water.
In order to implement the Anti-drip function of Intelligent water mixing valve, while its mixed water function is also kept, when Intelligent water mixing valve is closed,
2 original state of spool is: the mixed aquaporin 10 of spool 2 is not connected to hot water connector 5 and cold water connector 6, and the mixed water of spool 2 is logical
Road 10 is not connected to the mixed water out splice going splice 7 of valve body 1, and the cold water of the hot water or cold water connector 6 that avoid hot water connector 5 enters mixed
Aquaporin 10 and mixed water out splice going splice 7.
In order to implement to vent the shower water in shower and pipeline, when Intelligent water mixing valve is closed, 2 original state of spool
Be: the drainage gallery 11 of spool 2 is connected to the mixed water out splice going splice 7 of valve body 1 and antidrip water hole 9, the drive of drive electromagnet 12
Dynamic iron core 14 is in stretching state under the action of its 26 elastic force of spring, the shower for will remain in shower and connecting pipe
Water is drained.
Controller 3 is equipped with and manually controls and automatic control flow chart, presses an automatic change-over 18, the entrance of controller 3
Automatic control flow chart, then an automatic change-over 18 is pressed, controller 3 exits automatic control flow chart, and controller 3 exits automatic control
It is transferred to automatically after process processed and manually controls process, so constantly recycled；When by one-shot switch 17, Intelligent water mixing valve is opened,
When pressing one-shot switch 17 again, Intelligent water mixing valve either on or off is so constantly recycled.
The application method of Intelligent water mixing valve is: when manually controlling shower, click controller 3 starts switch 17, starting
Its signal is transferred to controller 3 by switch 17, and controller 3 controls drive electromagnet 12 and is powered, the driving iron of drive electromagnet 12
Core 14 overcomes the elastic traction spool 2 of spring 26 mobile, makes the mixed aquaporin 10 and hot water connector 5 and cold water connector 6 of spool 2
Connection, the hot water of hot water connector 5 and the cold water of cold water connector 6 enter mixed aquaporin 10；Meanwhile making mixed aquaporin 10 and valve body
1 mixed water out splice going splice 7 connection, shower water are output to shower through the mixed water out splice going splice 7 of valve body 1, and by the water sprayering hole of shower
It sprays；When needing to adjust the temperature of shower water, hot-water switch 20 is pressed, its signal is transferred to controller 3 by hot-water switch 20, control
Device 3 processed controls 16 rotation of swinging axle of rotation motor 13, and swinging axle 16 is put by the rotation hole 15 of driving iron core 14 with movable valve plug 2
Turn, increases hot water connector 5 and enter mixed 10 hot water of aquaporin；Alternatively, pressing cold water switch 21, cold water switch 21 transmits its signal
To controller 3, controller 3 controls 16 rotation of swinging axle of rotation motor 13, the rotation hole that swinging axle 16 passes through driving iron core 14
15 band 2 rotations of movable valve plug increase cold water connector 6 and enter mixed 10 cold water of aquaporin；After shower, clicks starting again with hand and open
17 are closed, 17 is started switch and its signal is transferred to controller 3, controller 3 controls drive electromagnet 12 and powers off, and driving iron core 14 exists
The lower band movable valve plug 2 of the elastic force effect of spring 26 is mobile to be resetted, and connects the drainage gallery 11 of spool 2 with hot water connector 5 and cold water
First 6 are not connected to, and hot water connector 5 and cold water connector 6 stop supplying water to shower, and shower stops；Meanwhile the drainage gallery of spool 2
11 are connected to the mixed water out splice going splice 7 of valve body 1 and antidrip water hole 9, and the remaining shower water of shower is connect by the mixed water output of valve body 1
First 7 drainage galleries 11 and antidrip water hole 9 through spool 2 flow out automatically, and after solving shower using stopping, that drips for a long time is asked
Topic.
The application method of Intelligent water mixing valve is: when automatically controlling shower, being arranged using the Temperature set switch 19 of controller 3
Then the temperature of shower water presses automatic change-over 18, its signal is transferred to controller 3 by automatic change-over 18, control
Device 3 enters automatic control flow chart, and controller 3 controls drive electromagnet 12 and is powered, and the driving iron core 14 of drive electromagnet 12 overcomes
The elastic traction spool 2 of spring 26 is mobile, is connected to the mixed aquaporin 10 of spool 2 with hot water connector 5 and cold water connector 6, heat
The hot water of water swivel 5 and the cold water of cold water connector 6 enter mixed aquaporin 10；Meanwhile making the mixed water of mixed aquaporin 10 and valve body 1
Out splice going splice 7 is connected to, and shower water is output to shower through the mixed water out splice going splice 7 of valve body 1, and is sprayed by the water sprayering hole of shower；When
When the temperature of shower water is lower than the temperature being arranged, the temperature sensor 23 that the type of mixed water out splice going splice 7 is intracavitary transmits its signal
To controller 3, controller 3 controls 16 rotation of swinging axle of rotation motor 13, the rotation hole that swinging axle 16 passes through driving iron core 14
15 band 2 rotations of movable valve plug, increase the interface area that hot water connector 5 is connected to mixed aquaporin 10, increase hot water connector 5 and enter mixed water
10 hot water of channel；And the interface area that cold water connector 6 is connected to mixed aquaporin 10 is reduced simultaneously, it reduces cold water connector 6 and enters
Mixed 10 cold water of aquaporin；When the temperature of shower water is higher than the temperature of setting, the intracavitary temperature sensing of the type of water out splice going splice 7 is mixed
Its signal is transferred to controller 3 by device 23, and controller 3 controls 16 rotation of swinging axle of rotation motor 13, and swinging axle 16 passes through drive
The rotation hole 15 of dynamic iron core 14 increases the interface area that cold water connector 6 is connected to mixed aquaporin 10 with 2 rotation of movable valve plug, increases
Cold water connector 6 enters mixed 10 cold water of aquaporin；And the interface area that hot water connector 5 is connected to mixed aquaporin 10 is reduced simultaneously,
It reduces hot water connector 5 and enters mixed 10 hot water of aquaporin；It after shower, is clicked again with hand and starts switch 17, start switch 17
Its signal is transferred to controller 3, controller 3 controls drive electromagnet 12 and powers off, and driving iron core 14 is made in the elastic force of spring 26
It is resetted with lower band movable valve plug 2 is mobile, is connected to the drainage gallery 11 of spool 2 not with hot water connector 5 and cold water connector 6, hot water
Connector 5 and cold water connector 6 stop supplying water to shower, and shower stops；Meanwhile the mixed water of the drainage gallery 11 of spool 2 and valve body 1
Out splice going splice 7 and antidrip water hole 9 are connected to, and the shower water that shower and pipeline remain is by the mixed water out splice going splice 7 of valve body 1 through valve
The drainage gallery 11 of core 2 and antidrip water hole 9 are flowed out automatically, solve the problem of to drip for a long time after shower uses stopping.
For the stroke of control valve core 2, spool chamber 4 is equipped with front limit plate 27 and rear position margining plate 28,2 original state of spool
When, aquaporin 10 is mixed between hot water connector 5 and cold water connector 6 and front limit plate 27, and the rear end face 29 of spool 2 limits after
The distance of position plate 28 is equal with the driving stroke of iron core 14 of drive electromagnet 12, mixes the first vertical center line 30 of aquaporin 10
With it is equal with the driving stroke of iron core 14 of drive electromagnet 12 at a distance from the second vertical center line 31 of mixed water out splice going splice 7；
The spring 26 of drive electromagnet 12 is compressed spring, and spring 26 is located in drive electromagnet 12, and spring 26 is located at rotation motor 13
Between the driving iron core 14 of drive electromagnet 12, the compression travel of spring 26 is more than or equal to the stroke of spool 2；Driving electricity
The shell of magnet 12 is fixedly connected with valve body 1, the shell of rotation motor 13 and the cage connection of drive electromagnet 12.
When Intelligent water mixing valve is opened, the driving iron core 14 that controller 3 controls drive electromagnet 12 overcomes the elastic force of spring 26
Spool 2 is drawn to move backward, the mixed aquaporin 10 of spool 2 follows spool 2 to move backward, rear end face 29 and the spool chamber 4 of spool 2
When rear position margining plate 28 contacts, spool 2 stops movement；When spool 2 stops mobile, the first vertical center line 30 for mixing aquaporin 10 is moved
The position for moving the second vertical center line 31 of mixed water out splice going splice 7 is connected to mixed aquaporin 10 with mixed water out splice going splice 7；Together
When, the drainage gallery 11 of spool 2 also follows spool 2 to move backward, and so that drainage gallery 11 is left the position of mixed water out splice going splice 7,
It is connected to drainage gallery 11 not with mixed water out splice going splice 7.
In order to avoid the hot water of hot water connector 5 and the cold water of cold water connector 6 are leaked through drainage gallery 11, and utilize mixed
Aquaporin 10 vents the shower water in shower and pipeline, and the rear end face 29 of spool 2 is contacted with the rear position margining plate 28 of spool chamber 4
When, drainage gallery 11 is not connected to hot water connector 5 and cold water connector 6；The front end face 32 of spool 2 and the front limit of spool chamber 4
When plate 27 contacts, drainage gallery 11 is not connected to hot water connector 5 and cold water connector 6.
After the completion of Intelligent water mixing valve opens shower, then one-shot switch 17 is pressed, starts switch 17 and be transferred to its signal
Controller 3, controller 3 cut off the power supply of drive electromagnet 12, driving iron core 14 band movable valve plug 2 under the elastic force effect of spring 26
It moves forward, when the front end face 32 of spool 2 moves forward and the front limit plate 27 of spool chamber 4 contacts, spool 2 stops to Forward
Dynamic, when spool 2 stops moving forward, the first vertical center line 30 of the drainage gallery 11 of spool 2 moves back to mixed water output and connects
The position of first 7 the second vertical center line 31, is connected to the drainage gallery 11 of spool 2 with mixed water out splice going splice 7, Intelligent water mixing valve
Reset to closed state.
In order to implement hot water and cold water introducing Intelligent water mixing valve, hot water connector 5 is equipped with interface of hot water 33 and hot water
Channel 34, interface of hot water 33 are connected to hot water channel 34；Cold water connector 6 is equipped with cold water interface 35 and cold water channel 36, cold water
Interface 35 is connected to cold water channel 36；The first level center line 37 of hot water channel 34 and the second horizontal centre of cold water channel 36
Line 38 is identical；When Intelligent water mixing valve is closed, the first level center line 37 of hot water channel 34 and the second water of cold water channel 36
Flat center line 38 arrives the distance of the third horizontal center line 39 of the mixed aquaporin 10 of spool 2 and the driving iron core of drive electromagnet 12
14 stroke is equal, drives the stroke of iron core 14 equal with the stroke of spool 2.
When Intelligent water mixing valve is opened, the driving iron core 14 of drive electromagnet 12 is with movable valve plug 2 to the rear position margining plate of spool chamber 4
28 is mobile, and the mixed aquaporin 10 of spool 2 follows spool 2 mobile to the rear position margining plate 28 of spool chamber 4, the rear end face 29 of spool 2 with
When the rear position margining plate 28 of spool chamber 4 contacts, the mixed aquaporin 10 of spool 2 be moved to the hot water channel 34 of hot water connector 5 and
The position that the cold water channel 36 of cold water connector 6 is connected to；Spool 2 is during mobile to the rear position margining plate 28 of spool chamber 4, spool
2 drainage gallery 11 remains at and hot water channel 34 and the disconnected position of cold water channel 36.
When Intelligent water mixing valve is closed, the driving iron core 14 of drive electromagnet 12 is mobile to the front limit plate 27 of spool chamber 4, valve
The mixed aquaporin 10 of core 2 follows spool 2 to move forward, when the front end face 32 of spool 2 and the front limit plate 27 of spool chamber 4 contact,
Spool 2 stops movement；When spool 2 stops mobile, the mixed aquaporin 10 of spool 2 resets and moves to logical with the hot water of hot water connector 5
The disconnected position of cold water channel 36 in road 34 and cold water connector 6；Spool 2 is mobile to the front limit plate 27 of spool chamber 4
In the process, the drainage gallery 11 of spool 2 remains at and hot water channel 34 and the disconnected position of cold water channel 36.
When Intelligent water mixing valve is opened, when the traction spool 2 of driving iron core 14 of drive electromagnet 12 moves backward, iron core is driven
14 rotation hole 15 follows driving iron core 14 to move backward；With constantly moving backward for rotation hole 15, the pendulum of rotation motor 13
The depth that moving axis 16 is inserted into rotation hole 15 is continuously increased, and the distance and spool 2 in the constantly insertion rotation hole 15 of swing shaft 16 are backward
Mobile stroke is equal；During spool 2 moves backward, swing shaft 16 is always positioned in rotation hole 15, and swing shaft 16 does not have
Rotation hole 15 is left, to guarantee that rotation motor 13 can drive spool 2 to swing.
When Intelligent water mixing valve is closed, when the driving iron core 14 of drive electromagnet 12 pushes away the forward movement of spool 2, iron core 14 is driven
Rotation hole 15 follow driving iron core 14 move forward；With the continuous forward movement in rotation hole 15, the swing of rotation motor 13
The depth that axis 16 is inserted into rotation hole 15 is constantly reduced, and swing shaft 16 constantly leaves distance in rotation hole 15 and spool 2 to Forward
Dynamic stroke is equal；During spool 2 moves forward, swing shaft 16 is always positioned in rotation hole 15, and swing shaft 16 does not have
Rotation hole 15 is left, to guarantee that rotation motor 13 can drive spool 2 to swing.
In order to avoid the hot water of hot water channel 34 and the cold water of cold water channel 36 enter drainage gallery 11, drive electromagnet
When 12 driving iron core 14 is in original state, drainage gallery 11 and the hot water channel 34 and cold water channel 36 of spool 2 do not connect
It is logical；The swinging axle 16 of rotation motor 13 drives spool 2 to rotate clockwise or counterclockwise by the rotation hole 15 of driving iron core 14
When, the drainage gallery 11 of spool 2 is maintained at and hot water channel 34 and the disconnected state of cold water channel 36.
When Intelligent water mixing valve is opened, the driving iron core 14 of drive electromagnet 12 draws the movement of spool 2 and connects with rear position margining plate 28
Touching, the mixed aquaporin 10 of spool 2 are connected to hot water channel 34 and cold water channel 36；The swinging axle 16 of rotation motor 13 passes through drive
When the rotation hole 15 of dynamic iron core 14 drives spool 2 to rotate clockwise or counterclockwise, the mixed aquaporin 10 of spool 2 is maintained at and heat
The state that aquaporin 34 and cold water channel 36 are connected to；Alternatively, the mixed aquaporin 10 of spool 2 is maintained at and is connected to hot water channel 34
State；Alternatively, the mixed aquaporin 10 of spool 2 is maintained at the state being connected to cold water channel 36.
In order to avoid the driving iron core 14 of drive electromagnet 12 hinders the swinging axle 16 of rotation motor 13 to rotate, implement shower
The function of the temperature adjustment of water, when rotation motor 13 drives spool 2 to rotate clockwise or counterclockwise, the driving iron of drive electromagnet 12
Core 14 follows swinging axle 16 to rotate, and during spool 2 rotates, the swinging axle 16 of rotation motor 13 is always positioned at driving iron core
In 14 rotation hole 15, driving iron core 14 follows swinging axle 16 to rotate；The rear end face 29 of spool 2 and the rear position margining plate of spool chamber 4
When 28 contact and when the center line of the drainage gallery 11 of spool 2 is vertical line, aquaporin 10 and hot water channel 34 and cold are mixed
Aquaporin 36 is connected to；When the front end face 32 of spool 2 and the front limit plate 27 of spool chamber 4 contact, in the drainage gallery 11 of spool 2
Heart line is vertical line, and the center line of drainage gallery 11 is overlapped with the second vertical center line 31 of mixed water out splice going splice 7, mixes aquaporin
10 with the area of 34 interface of hot water channel and the area equation of mixed aquaporin 10 and 36 interface of cold water channel.
In order to implement the intelligent control of shower water temperature, after Intelligent water mixing valve is opened, the driving iron core of drive electromagnet 12
14 band movable valve plugs 2 move backward, and mix aquaporin 10 and the hot water channel 34 of hot water connector 5 and the cold water channel of cold water connector 6
36 connections；When rotation motor 13 rotates counterclockwise with movable valve plug 2, spool 2 mixes connecing for aquaporin 10 and cold water channel 36
Open area rotates in an anti-clockwise direction and increases with spool 2, enters the cold water of mixed aquaporin 10 with valve by cold water channel 36
Core 2 rotates in an anti-clockwise direction and increases；Meanwhile the interface area of mixed aquaporin 10 and hot water channel 34 are inverse with spool 2
Clockwise rotate and reduces, by hot water channel 34 enter mix 10 hot water of aquaporin with rotating in an anti-clockwise direction for spool 2 and
It reduces.
When Intelligent water mixing valve manually controls, after Intelligent water mixing valve is opened, when needing to reduce the temperature of shower water, click cold
Its signal is transferred to controller 3 by taps 21, cold water switch 21, and controller 3 controls rotation motor 13 and presses the inverse time with movable valve plug 2
The rotation of needle direction, is increased by the cold water that cold water channel 36 enters mixed aquaporin 10, the leaching for being output to shower by mixing water out splice going splice 7
Bath water temperature reduces；Rotation motor 13 is directly proportional by 21 numbers of cold water switch to hand with the angle that movable valve plug 2 rotates, often by primary
Cold water switch 21, rotation motor 13 rotate 2 ° of angles with movable valve plug 2 counterclockwise.
After Intelligent water mixing valve is opened, the driving iron core 14 of drive electromagnet 12 is moved backward with movable valve plug 2, mixes aquaporin 10
It is connected to the cold water channel 36 of the hot water channel 34 of hot water connector 5 and cold water connector 6；Rotation motor 13 is with movable valve plug 2 by suitable
When clockwise rotates, spool 2 mixes the interface area of aquaporin 10 and hot water channel 34 with spool 2 rotationally clockwise
And increase, hot water the increasing rotationally clockwise with spool 2 of mixed aquaporin 10 is entered by hot water channel 34；Meanwhile
Interface area the reducing rotationally clockwise with spool 2 of mixed aquaporin 10 and cold water channel 36, by cold water channel 36
Into mixed 10 hot and cold water of aquaporin reducing rotationally clockwise with spool 2.
When Intelligent water mixing valve manually controls, after Intelligent water mixing valve is opened, when needing to improve the temperature of shower water, heat is clicked
Its signal is transferred to controller 3 by taps 20, hot-water switch 20, and controller 3 controls rotation motor 13 and presses up time with movable valve plug 2
The rotation of needle direction, is increased by the hot water that hot water channel 34 enters mixed aquaporin 10, the leaching for being output to shower by mixing water out splice going splice 7
Bath water temperature rises；Rotation motor 13 is directly proportional by 20 numbers of hot-water switch to hand with the angle that movable valve plug 2 rotates, often by primary
Hot-water switch 20, rotation motor 13 rotate in a clockwise direction 2 ° of angles with movable valve plug 2.
In order to limit the angle of the rotation of spool 2, rotation motor 13 is equipped with Angular displacement control device, and Angular displacement control device is logical
Control line is crossed to connect with controller 3；When rotation motor 13 rotates counterclockwise 35 ° of angles by initial position with movable valve plug 2, controller
3 control rotation motors 13 stop operating；When the angle that rotates clockwise limitation of the rotation motor 13 with movable valve plug 2 is 35 ° of angles, control
Device 3 processed controls rotation motor 13 and stops operating.
Claims (10)
1. the application method of Intelligent water mixing valve, it is characterised in that: the Intelligent water mixing valve include valve body (1), spool (2) with
And controller (3)；Valve body (1) is equipped with spool chamber (4), hot water connector (5), cold water connector (6), mixed water out splice going splice (7), driving
Hole (8) and antidrip water hole (9)；Spool (2) is equipped with mixed aquaporin (10) and drainage gallery (11)；Controller (3) includes
Drive electromagnet (12) and rotation motor (13), drive electromagnet (12) include to drive iron core (14) and spring (26),
The driving iron core (14) of drive electromagnet (12) is connect with spool (2), spool (2) and valve body (1) dynamic mating connection；Drive iron core
(14) rotation hole (15) are equipped with, swinging axle (16) is connect with rotation hole (15)；Controller (3), which is equipped with, starts switch (17), automatic
Change-over switch (18), Temperature set switch (19), hot-water switch (20), cold water switch (21), display (22) and temperature pass
Sensor (23)；It is characterized by: the application method of the Intelligent water mixing valve is: when automatically controlling shower, utilizing controller (3)
Temperature set switch (19) setting shower water temperature, then press automatic change-over (18), automatic change-over (18)
Its signal is transferred to controller (3), controller (3) enters automatic control flow chart, and controller (3) controls drive electromagnet (12)
It is powered, the driving iron core (14) of drive electromagnet (12) overcomes the elastic traction spool (2) of spring (26) mobile, makes spool (2)
Mixed aquaporin (10) be connected to hot water connector (5) and cold water connector (6), the hot water and cold water connector of hot water connector (5)
(6) cold water enters mixed aquaporin (10)；Meanwhile it is connected to mixed aquaporin (10) with the mixed water out splice going splice (7) of valve body (1),
Shower water is output to shower through the mixed water out splice going splice (7) of valve body (1), and is sprayed by the water sprayering hole of shower；When the temperature of shower water
When degree is lower than the temperature being arranged, its signal is transferred to control by the temperature sensor (23) that the type of mixed water out splice going splice (7) is intracavitary
Device (3), controller (3) control swinging axle (16) rotation of rotation motor (13), and swinging axle (16) passes through driving iron core (14)
Rotation hole (15) band movable valve plug (2) rotation, increases the interface area that hot water connector (5) are connected to mixed aquaporin (10), increases heat
Water swivel (5) enters mixed aquaporin (10) hot water；And the interface that cold water connector (6) is connected to mixed aquaporin (10) is reduced simultaneously
Area reduces cold water connector (6) and enters mixed aquaporin (10) cold water；When the temperature of shower water is higher than the temperature of setting, water is mixed
Its signal is transferred to controller (3) by the intracavitary temperature sensor (23) of the type of out splice going splice (7), and controller (3) controls rotation
Swinging axle (16) rotation of motor (13), swinging axle (16) are put by rotation hole (15) band movable valve plug (2) of driving iron core (14)
Turn, increase the interface area that cold water connector (6) are connected to mixed aquaporin (10), increases cold water connector (6) and enter mixed aquaporin
(10) cold water；And the interface area that hot water connector (5) is connected to mixed aquaporin (10) is reduced simultaneously, it reduces hot water connector (5)
Into mixed aquaporin (10) hot water；It after shower, is clicked again with hand and starts switch (17), start switch (17) for its signal
It is transferred to controller (3), controller (3) controls drive electromagnet (12) power-off, elastic force of driving iron core (14) in spring (26)
Lower band movable valve plug (2) of effect is mobile to be resetted, and the drainage gallery (11) and hot water connector (5) and cold water connector (6) of spool (2) are made
It is not connected to, hot water connector (5) and cold water connector (6) stop supplying water to shower, and shower stops；Meanwhile the sluicing of spool (2) is logical
Road (11) is connected to the mixed water out splice going splice (7) of valve body (1) and antidrip water hole (9), the shower water that shower and pipeline remain
Drainage gallery (11) and antidrip water hole (9) by the mixed water out splice going splice (7) of valve body (1) through spool (2) flow out automatically, solve
After shower is using stopping, the problem of dripping for a long time.
2. the application method of Intelligent water mixing valve according to claim 1, it is characterised in that: the controller (3) is equipped with
It manually controls and automatic control flow chart, by an automatic change-over (18), controller (3) enters automatic control flow chart, then
By an automatic change-over (18), controller (3) exits automatic control flow chart, after controller (3) exits automatic control flow chart
Automatically it is transferred to and manually controls process, so constantly recycle；When switching (17) by one-shot, Intelligent water mixing valve is opened, then presses one
It is secondary when starting switch (17), Intelligent water mixing valve either on or off, so continuous circulation.
3. the application method of Intelligent water mixing valve according to claim 1, it is characterised in that: the Intelligent water mixing valve is opened
When, the driving iron core (14) of drive electromagnet (12) is moved with movable valve plug (2) to the rear position margining plate (28) of spool chamber (4), spool
(2) mixed aquaporin (10) follows spool (2) mobile to the rear position margining plate (28) of spool chamber (4), the rear end face (29) of spool (2)
When contacting with the rear position margining plate (28) of spool chamber (4), the mixed aquaporin (10) of spool (2) is moved to the heat with hot water connector (5)
The position of the cold water channel (36) of aquaporin (34) and cold water connector (6) connection.
4. the application method of Intelligent water mixing valve according to claim 3, it is characterised in that: the spool (2) is to valve
During the rear position margining plate (28) of core cavity (4) is mobile, the drainage gallery (11) of spool (2) remains at and hot water channel
(34) and cold water channel (36) disconnected position.
5. the application method of Intelligent water mixing valve according to claim 1, it is characterised in that: the Intelligent water mixing valve is closed
When, the driving iron core (14) of drive electromagnet (12) is mobile to the front limit plate (27) of spool chamber (4), and the mixed water of spool (2) is logical
Road (10) follows spool (2) to move forward, when the front end face (32) of spool (2) and the front limit plate (27) of spool chamber (4) contact,
Spool (2) stops movement；When spool (2) stops mobile, the mixed aquaporin (10) of spool (2) is reset and moved to and hot water connector
(5) cold water channel (36) disconnected position of hot water channel (34) and cold water connector (6).
6. the application method of Intelligent water mixing valve according to claim 5, it is characterised in that: the spool (2) is to valve
During the front limit plate (27) of core cavity (4) is mobile, the drainage gallery (11) of spool (2) remains at and hot water channel
(34) and cold water channel (36) disconnected position.
7. the application method of Intelligent water mixing valve according to claim 1, it is characterised in that: the Intelligent water mixing valve is opened
When, when driving iron core (14) traction spool (2) of drive electromagnet (12) moves backward, drive the rotation hole (15) of iron core (14)
Driving iron core (14) is followed to move backward；With constantly moving backward for rotation hole (15), the swinging axle of rotation motor (13)
(16) depth for being inserted into rotation hole (15) is continuously increased, distance and spool in swinging axle (16) constantly insertion rotation hole (15)
(2) stroke moved backward is equal；During spool (2) moves backward, swinging axle (16) is always positioned at rotation hole (15)
Interior, swinging axle (16) does not leave rotation hole (15), to guarantee that rotation motor (13) can drive spool (2) to swing.
8. the application method of Intelligent water mixing valve according to claim 1, it is characterised in that: the Intelligent water mixing valve is closed
When, the driving iron core (14) of drive electromagnet (12) push away spool (2) move forward when, drive iron core (14) rotation hole (15) with
It is moved forward with driving iron core (14)；With the continuous forward movement of rotation hole (15), the swinging axle (16) of rotation motor (13)
Bottom hole (25) distance for leaving rotation hole (15) is continuously increased, swinging axle (16) constantly leave rotation hole (15) bottom hole (25) away from
It is equal from the stroke moved forward with spool (2)；During spool (2) move forward, swinging axle (16) is always positioned at pendulum
In turn hole (15), swinging axle (16) does not leave rotation hole (15), to guarantee that rotation motor (13) can drive spool (2) to swing.
9. the application method of Intelligent water mixing valve according to claim 1, it is characterised in that: the Intelligent water mixing valve is opened
Afterwards, driving iron core (14) band movable valve plug (2) of drive electromagnet (12) moves backward, and mixes aquaporin (10) and hot water connector (5)
Hot water channel (34) and cold water connector (6) cold water channel (36) connection；Rotation motor (13) band movable valve plug (2) presses the inverse time
When needle direction rotates, spool (2) mixes the interface area of aquaporin (10) and cold water channel (36) with the side counterclockwise of spool (2)
Increase to rotation, cold water the rotating in an anti-clockwise direction with spool (2) of mixed aquaporin (10) is entered by cold water channel (36)
And increase；When rotation motor (13) band movable valve plug (2) rotates in a clockwise direction, spool (2) mixes aquaporin (10) and hot water is logical
The interface area in road (34) increases rotationally clockwise with spool (2), enters mixed aquaporin by hot water channel (34)
(10) hot water increases rotationally clockwise with spool (2).
10. the application method of Intelligent water mixing valve according to claim 9, it is characterised in that: the rotation motor (13)
When band movable valve plug (2) rotates counterclockwise, the interface area of aquaporin (10) and hot water channel (34) is mixed with spool (2)
Rotate in an anti-clockwise direction and reduce, it is counterclockwise with spool (2) to enter mixed aquaporin (10) hot water by hot water channel (34)
Direction rotates and reduces；Rotation motor (13) band movable valve plug (2) is when rotating in a clockwise direction, meanwhile, mix aquaporin (10) with
The interface area of cold water channel (36) is reduced rotationally clockwise with spool (2), is entered by cold water channel (36) mixed
Aquaporin (10) hot and cold water is reduced rotationally clockwise with spool (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710364199.XA CN107091357B (en) | 2017-05-22 | 2017-05-22 | The application method of Intelligent water mixing valve |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710364199.XA CN107091357B (en) | 2017-05-22 | 2017-05-22 | The application method of Intelligent water mixing valve |
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| Publication Number | Publication Date |
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| CN107091357A CN107091357A (en) | 2017-08-25 |
| CN107091357B true CN107091357B (en) | 2018-12-21 |
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| CN201710364199.XA Expired - Fee Related CN107091357B (en) | 2017-05-22 | 2017-05-22 | The application method of Intelligent water mixing valve |
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| CN113531193B (en) * | 2021-07-30 | 2022-08-19 | 宁波昊盈卫浴科技有限公司 | Instant heating water pipe joint |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS562256Y2 (en) * | 1973-06-01 | 1981-01-19 | ||
| CN2854254Y (en) * | 2005-07-28 | 2007-01-03 | 史书兵 | Combined valve of water-saving and temp-regulating |
| CN202469067U (en) * | 2012-01-06 | 2012-10-03 | 陈诗泉 | Intelligent electric-proof mixing valve |
| CN105508653B (en) * | 2015-05-28 | 2018-07-24 | 金枫林电器（无锡）有限公司 | Digital control constant temperature water outlet device |
| CN204729673U (en) * | 2015-06-11 | 2015-10-28 | 芜湖美的厨卫电器制造有限公司 | Electronic mixed water valve |
| CN205715921U (en) * | 2016-06-24 | 2016-11-23 | 吴科 | Water mixing valve |
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