CN107218411A - Intelligent water mixing valve - Google Patents
Intelligent water mixing valve Download PDFInfo
- Publication number
- CN107218411A CN107218411A CN201710364178.8A CN201710364178A CN107218411A CN 107218411 A CN107218411 A CN 107218411A CN 201710364178 A CN201710364178 A CN 201710364178A CN 107218411 A CN107218411 A CN 107218411A
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- Prior art keywords
- water
- valve
- valve element
- hole
- iron core
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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
- 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
- F16K11/06—Multiple-way valves, e.g. mixing valves; Pipe fittings incorporating such valves with all movable sealing faces moving as one unit comprising only sliding valves, i.e. sliding closure elements
- F16K11/078—Multiple-way valves, e.g. mixing valves; Pipe fittings incorporating such valves with all movable sealing faces moving as one unit comprising only sliding valves, i.e. sliding closure elements with pivoted and linearly movable closure members
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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
- F16K31/00—Actuating devices; Operating means; Releasing devices
- F16K31/44—Mechanical actuating means
- F16K31/48—Mechanical actuating means actuated by mechanical timing-device, e.g. with dash-pot
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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
- F16K37/0075—For recording or indicating the functioning of a valve in combination with test equipment
- F16K37/0091—For recording or indicating the functioning of a valve in combination with test equipment by 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
Intelligent water mixing valve, includes valve body, valve element and controller, and controller includes DM, rotation motor and temperature sensor；When automatically controlling shower, start controller using automatic change-over and enter automatic control flow chart, controller control DM band movable valve plug moves, moved by valve element and open and close shower water；Using controller and temperature sensor control rotation motor belt motor movable valve plug rotation, control hot water joint enters the hot water amount of mixed aquaporin, and control cold water joint enters the cool water quantity of mixed aquaporin, controls the temperature of shower water；After Intelligent water mixing valve is closed, the remaining shower water of gondola water faucet is flowed out automatically by drainage gallery and antidrip water hole of the mixed water out splice going splice of valve body through valve element, after solving gondola water faucet using stopping, the problem of dripping for a long time.
Description
Technical field
The present invention relates to a kind of water mixing valve, particularly a kind of Intelligent water mixing valve.
Background technology
At present, the showerhead that people use, shower is finished and closed after water mixing valve, gondola water faucet to the flower between water mixing valve
Spill it is remaining in die cavity and pipeline have shower water, due to gondola water faucet die cavity sealing and water sprayering hole aperture it is smaller, extraneous air
It is not easily accessed in the die cavity of gondola water faucet, causes the water in gondola water faucet die cavity to need longer time ability drip-dry net；People, which enter, to be drenched
Between bath and non-required shower or hair washing when, the shower water of gondola water faucet is also dropped on head or on clothes, and the life given people is caused
Puzzlement；The need for a kind of Intelligent water mixing valve has turned into people's life.
The content of the invention
The purpose of the present invention is to overcome the deficiencies in the prior art there is provided a kind of Intelligent water mixing valve, for solving common gondola water faucet
The problem of dripping.
The technical solution adopted in the present invention is：Intelligent water mixing valve includes valve body, valve element and controller；Valve body is provided with
Spool chamber, hot water joint, cold water joint, mixed water out splice going splice, drive hole and antidrip water hole, it is hot water joint, cold water joint, mixed
Water out splice going splice, drive hole and antidrip water hole are connected with spool chamber；Valve element is provided with mixed aquaporin and drainage gallery；Controller
Include DM and rotation motor, DM includes driving iron core and spring, DM and
The shell of rotation motor is fixedly connected with the valve body, and the drive hole of driving iron core through the valve body of DM is fixed with valve element
The spool chamber of connection, valve element and valve body is dynamic to be connected, and the spool chamber of valve element and valve body is tightly connected；Iron core is driven to be provided with rotation
In hole, the rotation hole of the swinging axle insertion driving iron core of rotation motor, swinging axle and the dynamic mating connection in rotation hole, the shape of swinging axle
Shape is identical with the shape in rotation hole；Controller is provided with starting switch, automatic change-over, Temperature set switch, hot-water switch, cold
Taps, display and temperature sensor, temperature sensor are located in the die cavity of mixed water out splice going splice, for implementing shower water
Manual control and automatically control, controller passes through control line and DM, rotation motor and temperature sensor and connected
Connect, controller is using the safety power supply of volt, and 220 volts of civil power is after Transformer Rectifier, ability access controller.
The application method of Intelligent water mixing valve is：Manually during control shower, the starting switch of controller, starting switch are clicked
Its signal is transferred to controller, controller control DM is powered, and the driving iron core of DM overcomes spring
Elastic traction valve element is moved, and makes the mixed aquaporin of valve element and hot water joint and cold water fittings, the hot water of hot water joint with
And the cold water of cold water joint enters mixed aquaporin；Meanwhile, mixed aquaporin is connected 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 gondola water faucet, and is sprayed by the water sprayering hole of gondola water faucet；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 leads to
Overdrive the rotation pore area movable valve plug rotation of iron core, increase hot water joint enters mixed aquaporin hot water；Or, press cold water and open
Close, its signal is transferred to controller by cold water switch, 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, increase cold water joint enters mixed aquaporin cold water；After shower is finished, clicked again with hand
Its signal is transferred to controller by starting switch, starting switch, and controller control DM power-off drives iron core in spring
Elastic force effect lower band movable valve plug movement reset, the drainage gallery of valve element is not connected with hot water joint and cold water joint, it is hot
Water swivel and cold water joint stop supplying water to gondola water faucet, and shower stops；Meanwhile, the drainage gallery of valve element and the mixed water of valve body are exported
Joint and the connection of antidrip water hole, the remaining shower water of gondola water faucet by drainage gallery of the mixed water out splice going splice of valve body through valve element and
Antidrip water hole is flowed out automatically, after solving gondola water faucet using stopping, the problem of dripping for a long time.
The application method of Intelligent water mixing valve is：When automatically controlling shower, set and drenched using the Temperature set switch of controller
The temperature of bath water, then presses automatic change-over, and its signal is transferred to controller by automatic change-over, and controller enters certainly
Dynamic control flow, controller control DM is powered, and the driving iron core of DM overcomes the elastic traction valve of spring
Core is moved, and makes the mixed aquaporin and hot water joint and cold water fittings, the hot water and cold water joint of hot water joint of valve element
Cold water enter mixed aquaporin；Meanwhile, mixed aquaporin is connected 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 gondola water faucet, and is sprayed by the water sprayering hole of gondola water faucet；When the temperature of shower water is less than the temperature set, water is mixed defeated
Its signal is transferred to controller, the swinging axle pendulum of controller control rotation motor by the temperature sensor gone out in the die cavity of joint
Turn, swinging axle is by driving the rotation pore area movable valve plug rotation of iron core, the interface surface that increase hot water joint is connected with mixed aquaporin
Product, increase hot water joint enters mixed aquaporin hot water；And the interface area that reduction cold water joint is connected with mixed aquaporin simultaneously,
Reduce cold water joint and enter mixed aquaporin cold water；When the temperature of shower water is higher than the temperature set, the type of water out splice going splice is mixed
Its signal is transferred to controller by the temperature sensor of intracavitary, and controller controls the swinging axle rotation of rotation motor, and swinging axle leads to
Overdrive the rotation pore area movable valve plug rotation of iron core, the interface area that increase cold water joint is connected with mixed aquaporin, increase cold water
Joint enters mixed aquaporin cold water；And the interface area that hot water joint is connected with mixed aquaporin is reduced simultaneously, reduce hot water and connect
Head enters mixed aquaporin hot water；After shower is finished, starting switch is clicked again with hand, its signal is transferred to control by starting switch
Device, controller control DM power-off, driving iron core resets in the elastic force effect lower band movable valve plug movement of spring, makes valve element
Drainage gallery do not connected with hot water joint and cold water joint, hot water joint and cold water joint stop supplying water to gondola water faucet, drench
Bath stops；Meanwhile, the drainage gallery of valve element is connected with the mixed water out splice going splice of valve body and antidrip water hole, more than gondola water faucet and pipeline
The shower water stayed is flowed out automatically by drainage gallery and antidrip water hole of the mixed water out splice going splice of valve body through valve element, and solving gondola water faucet makes
After stopping, the problem of dripping for a long time.
The beneficial effects of the invention are as follows：Intelligent water mixing valve, includes valve body, valve element and controller, and controller includes
DM, rotation motor and temperature sensor；Manually during control shower, DM band is controlled using starting switch
Movable valve plug is moved, and is moved by valve element and is opened and close shower water；Utilize hot-water switch and cold water switch control rotation electricity
Machine band movable valve plug rotation, control hot water joint enters the hot water amount of mixed aquaporin, and control cold water joint enters mixed aquaporin
Cool water quantity, control shower water temperature；After Intelligent water mixing valve is closed, the remaining shower water of gondola water faucet is connect by the mixed water output of valve body
Drainage gallery and antidrip water hole of the head through valve element flow out automatically, after solving gondola water faucet using stopping, the problem of dripping for a long time.
When automatically controlling shower, start controller using automatic change-over and enter automatic control flow chart, controller control
DM band movable valve plug is moved, and is moved by valve element and is opened and close shower water；Utilize controller and TEMP
Device controls rotation motor belt motor movable valve plug rotation, and control hot water joint enters the hot water amount of mixed aquaporin, and control cold water joint
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 gondola water faucet is by valve body
Drainage gallery and antidrip water hole of the mixed water out splice going splice through valve element flow out automatically, solve gondola water faucet using stop after, for a long time
The problem of dripping.
Brief description of the drawings
Fig. 1 is the structural representation of Intelligent water mixing valve；
Fig. 2 is Fig. 1 left view；
Fig. 3 is Fig. 1 top view.
Embodiment
The present invention is further detailed below in conjunction with the accompanying drawings：
Fig. 1 vertical view shown in the left view and Fig. 3 of Fig. 1 shown in the structural representation of Intelligent water mixing valve as shown in Figure 1, Fig. 2
Figure；Intelligent water mixing valve includes valve body 1, valve element 2 and controller 3；Valve body 1 is provided with spool chamber 4, hot water joint 5, cold water joint
6th, water out splice going splice 7, drive hole 8 and antidrip water hole 9, hot water joint 5, cold water joint 6, mixed water out splice going splice 7, drive hole are mixed
8 and antidrip water hole 9 connected with spool chamber 4；Valve element 2 is provided with mixed aquaporin 10 and drainage gallery 11；Controller 3 includes drive
Motor magnet 12 and rotation motor 13, DM 12 include driving iron core 14 and spring 26, DM 12
And the shell of rotation motor 13 is fixedly connected with valve body 1, the driving iron core 14 of DM 12 passes through the driving of valve body 1
Hole 8 is fixedly connected with valve element 2, and the dynamic mating connection of spool chamber 4 of valve element 2 and valve body 1, the spool chamber 4 of valve element 2 and valve body 1 is sealed
Connection；Iron core 14 is driven to be provided with rotation hole 15, the rotation hole 15 of the insertion driving iron core 14 of swinging axle 16 of rotation motor 13, pendulum
Moving axis 16 and the dynamic mating connection in rotation hole 15, the shape of swinging axle 16 are identical with the shape in rotation hole 15；Controller 3 is provided with startup
Switch 17, automatic change-over 18, Temperature set switch 19, hot-water switch 20, cold water switch 21, display 22 and temperature are passed
Sensor 23, temperature sensor 23 is located in the die cavity of mixed water out splice going splice 7, for implementing the manual control of shower water and automatic
Control, controller 3 is connected by control line with DM 12, rotation motor 13 and temperature sensor 23, and controller 3 makes
With 12 volts of safety power supply.
In order to implement to move using the driving valve element 2 of DM 12, Intelligent water mixing valve is opened or closed；And utilize
Rotation motor 13 drives the rotation of valve element 2, controls the temperature of shower water；The axis of the driving iron core 14 of DM 12 and rotation
The axis of the swinging axle 16 of motor 13 is identical, and the axis of swinging axle 16 is identical with the axis of valve element 2, the axis and pendulum of swinging axle 16
The axis of turn hole 15 is identical, and the axis of valve element 2 is identical with the axis of spool chamber 4；The rotation hole 15 for driving iron core 14 is polygon
Hole, polygonal hole includes quadrilateral hole or hexagonal hole, and the rotation hole 15 of driving iron core 14 can make axial direction along swinging axle 15
It is mobile；The front end face 24 of the swinging axle 15 of rotation motor 13 is more than or equal to driving iron to the distance of the bottom hole 25 in rotation hole 15
The stroke of core 14, the depth in rotation hole 15 is more than the stroke of driving iron core 14, it is to avoid swinging axle 15 hinders driving iron core 14 to drive
Valve element 2 is moved；Meanwhile, it can also be rotated using the driving valve element 2 of swinging axle 15 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,
The original state of valve element 2 is：The mixed aquaporin 10 of valve element 2 is not connected with hot water joint 5 and cold water joint 6, and the mixed water of valve element 2 leads to
Road 10 is not connected with the mixed water out splice going splice 7 of valve body 1, it is to avoid the hot water of hot water joint 5 or the cold water of cold water joint 6 enter mixed
Aquaporin 10 and mixed water out splice going splice 7.
In order to implement to vent the shower water in gondola water faucet and pipeline, when Intelligent water mixing valve is closed, the original state of valve element 2
It is：The drainage gallery 11 of valve element 2 is connected with the mixed water out splice going splice 7 of valve body 1 and antidrip water hole 9, the drive of DM 12
Dynamic iron core 14 is in stretching state in the presence of its elastic force of spring 26, for by shower remaining in gondola water faucet and connecting pipe
Water is drained.
Controller 3 is provided with control and automatic control flow chart manually, and by an automatic change-over 17, controller 3 enters
Automatic control flow chart, then by an automatic change-over 17, controller 3 exits automatic control flow chart, controller 3 exits automatic control
Automatically manual control flow is transferred to after flow processed, so constantly circulation；During by one-shot switch 17, Intelligent water mixing valve is opened,
When again by one-shot switch 17, Intelligent water mixing valve either on or off, so constantly circulation.
The application method of Intelligent water mixing valve is：Manually during control shower, the starting switch 16 of controller 3 is clicked, is started
Its signal is transferred to controller 3 by switch 16, and the control DM 12 of controller 3 is powered, the driving iron of DM 12
Core 14 overcomes the elastic traction valve element 2 of spring 26 to move, and makes the mixed aquaporin 10 and hot water joint 5 and cold water joint 6 of valve element 2
Connection, the hot water of hot water joint 5 and the cold water of cold water joint 6 enter mixed aquaporin 10；Meanwhile, make mixed aquaporin 10 and valve body
1 mixed water out splice going splice 7 is connected, and mixed water out splice going splice 7 of the shower water through valve body 1 is output to gondola water faucet, and by the water sprayering hole of gondola water faucet
Spray；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, controlled
The rotation of swinging axle 15 of the control rotation of device 3 motor 13 processed, swinging axle 15 is by driving the rotation hole 15 of iron core 14 to be put with movable valve plug 2
Turn, increase hot water joint 5 enters the mixed hot water of aquaporin 10；Or, cold water switch 21 is pressed, cold water switch 21 transmits its signal
To controller 3, the rotation of swinging axle 15 of the control rotation of controller 3 motor 13, swinging axle 15 is by driving the rotation hole of iron core 14
The 15 band rotations of movable valve plug 2, increase cold water joint 6 enters the mixed cold water of aquaporin 10；After shower is finished, click startup again with hand and open
16 are closed, its signal is transferred to controller 3 by starting switch 16, the control DM 12 of controller 3 is powered off, and driving iron core 14 exists
The elastic force effect lower band movable valve plug 2 of spring 26, which is moved, to be resetted, and the drainage gallery 11 and hot water joint 5 and cold water for making valve element 2 connect
First 6 do not connect, and hot water joint 5 and cold water joint 6 stop supplying water to gondola water faucet, and shower stops；Meanwhile, the drainage gallery of valve element 2
11 are connected with the mixed water out splice going splice 7 of valve body 1 and antidrip water hole 9, and the remaining shower water of gondola water faucet is connect by the mixed water output of valve body 1
First 7 drainage galleries 11 and antidrip water hole 9 through valve element 2 flow out automatically, and after solving gondola water faucet using stopping, that drips for a long time asks
Topic.
The application method of Intelligent water mixing valve is：When automatically controlling shower, set using the Temperature set switch 19 of controller 3
The temperature of shower water, then presses automatic change-over 18, and its signal is transferred to controller 3 by automatic change-over 18, control
Device 3 enters automatic control flow chart, and the control DM 12 of controller 3 is powered, and the driving iron core 14 of DM 12 overcomes
The elastic traction valve element 2 of spring 26 is moved, and the mixed aquaporin 10 of valve element 2 is connected with hot water joint 5 and cold water joint 6, heat
The hot water of water swivel 5 and the cold water of cold water joint 6 enter mixed aquaporin 10；Meanwhile, make the mixed water of mixed aquaporin 10 and valve body 1
Out splice going splice 7 is connected, and mixed water out splice going splice 7 of the shower water through valve body 1 is output to gondola water faucet, and is sprayed by the water sprayering hole of gondola water faucet；When
When the temperature of shower water is less than the temperature set, the temperature sensor 23 in the die cavity of mixed water out splice going splice 7 transmits its signal
To controller 3, the rotation of swinging axle 15 of the control rotation of controller 3 motor 13, swinging axle 15 is by driving the rotation hole of iron core 14
The 15 band rotations of movable valve plug 2, the interface area that increase hot water joint 5 is connected with mixed aquaporin 10, increase hot water joint 5 enters mixed water
The hot water of passage 10；And the interface area that cold water joint 6 is connected with mixed aquaporin 10 is reduced simultaneously, reduce cold water joint 6 and enter
The mixed cold water of aquaporin 10；When the temperature of shower water is higher than the temperature set, the TEMP in the die cavity of water out splice going splice 7 is mixed
Its signal is transferred to controller 3 by device 23, and the rotation of swinging axle 15 of the control rotation of controller 3 motor 13, swinging axle 15 passes through drive
The interface area that the rotation hole 15 of dynamic iron core 14 is connected with the rotation of movable valve plug 2, increase cold water joint 6 with mixed aquaporin 10, increase
Cold water joint 6 enters the mixed cold water of aquaporin 10；And the interface area that reduction hot water joint 5 is connected with mixed aquaporin 10 simultaneously,
Reduce hot water joint 5 and enter the mixed hot water of aquaporin 10；After shower is finished, starting switch 16, starting switch 16 are clicked again with hand
Its signal is transferred to controller 3, the control DM 12 of controller 3 is powered off, and driving iron core 14 is made in the elastic force of spring 26
Moved and resetted with lower band movable valve plug 2, the drainage gallery 11 of valve element 2 is not connected with hot water joint 5 and cold water joint 6, hot water
Joint 5 and cold water joint 6 stop supplying water to gondola water faucet, and shower stops；Meanwhile, the drainage gallery 11 of valve element 2 and the mixed water of valve body 1
Out splice going splice 7 and antidrip water hole 9 are connected, and gondola water faucet and the remaining shower water of pipeline are 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, after solving gondola water faucet using stopping, the problem of dripping for a long time.
In order to control the stroke of valve element 2, spool chamber 4 is provided with front limit plate 27 and rear position margining plate 28, the original state of valve element 2
When, mix aquaporin 10 and be located between hot water joint 5 and cold water joint 6 and front limit plate 27, the rear end face 29 of valve element 2 is limited after arriving
The distance of position plate 28 is equal with the stroke of the driving iron core 14 of DM 12, mixes the first vertical center line 30 of aquaporin 10
It is equal with the stroke of the driving iron core 14 of DM 12 with the distance of the second vertical center line 31 of mixed water out splice going splice 7；
The spring 26 of DM 12 is compression spring, and spring 26 is located in DM 12, and spring 26 is located at rotation motor 13
Between the driving iron core 14 of DM 12, the compression travel of spring 26 is more than or equal to the stroke of valve element 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 DM 12.
When Intelligent water mixing valve is opened, the driving iron core 14 of the control DM 12 of controller 3 overcomes the elastic force of spring 26
Valve element 2 is drawn to be moved rearwards by, the mixed aquaporin 10 of valve element 2 follows valve element 2 to be moved rearwards by, rear end face 29 and the spool chamber 4 of valve element 2
When rear position margining plate 28 is contacted, valve element 2 stops movement；When valve element 2 stops mobile, the first vertical center line 30 of mixed aquaporin 10 is moved
The position of the second vertical center line 31 of mixed water out splice going splice 7 is moved, mixed aquaporin 10 is connected with mixed water out splice going splice 7；Together
When, the drainage gallery 11 of valve element 2 also follows valve element 2 to be moved rearwards by, and drainage gallery 11 is left the position of mixed water out splice going splice 7,
Drainage gallery 11 is set not connected with mixed water out splice going splice 7.
In order to avoid the hot water of hot water joint 5 and the cold water of cold water joint 6 are leaked through drainage gallery 11, and utilize mixed
Aquaporin 10 vents the shower water in gondola water faucet and pipeline, and the rear end face 29 of valve element 2 is contacted with the rear position margining plate 28 of spool chamber 4
When, drainage gallery 11 is not connected with hot water joint 5 and cold water joint 6；The front end face 32 of valve element 2 and the front limit of spool chamber 4
When plate 27 is contacted, drainage gallery 11 is not connected with hot water joint 5 and cold water joint 6.
Intelligent water mixing valve is opened after the completion of shower, then by one-shot switch 16, its signal is transferred to by starting switch 16
Controller 3, controller 3 cuts off the power supply of DM 12, elastic force effect lower band movable valve plug 2 of the driving iron core 14 in spring 26
Move forward, when the forward movement of front end face 32 of valve element 2 is contacted with the front limit plate 27 of spool chamber 4, valve element 2 stops to reach
Dynamic, when valve element 2 stops moving forward, the first vertical center line 30 of the drainage gallery 11 of valve element 2 moves back to mixed water output and connect
The position of first 7 the second vertical center line 31, makes the drainage gallery 11 of valve element 2 be connected with mixed water out splice going splice 7, Intelligent water mixing valve
Reset to closed mode.
In order to implement hot water and cold water introducing Intelligent water mixing valve, hot water joint 5 is provided with interface of hot water 33 and hot water
Passage 34, interface of hot water 33 is connected with hot water channel 34；Cold water joint 6 is provided with cold water interface 35 and cold water channel 36, cold water
Interface 35 is connected with 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 3rd horizontal center line 39 of the mixed aquaporin 10 of valve element 2 and the driving iron core of DM 12
14 stroke is equal, drives the stroke of iron core 14 equal with the stroke of valve element 2.
Intelligent water mixing valve open when, DM 12 driving iron core 14 with rear position margining plate from movable valve plug 2 to spool chamber 4
28 movements, the mixed aquaporin 10 of valve element 2 follows valve element 2 to be moved to the rear position margining plate 28 of spool chamber 4, the rear end face 29 of valve element 2 with
When the rear position margining plate 28 of spool chamber 4 is contacted, the mixed aquaporin 10 of valve element 2 be moved to the hot water channel 34 of hot water joint 5 and
The position that the cold water channel 36 of cold water joint 6 is connected；Valve element 2 to the rear position margining plate 28 of spool chamber 4 during moving, valve element
2 drainage gallery 11 is remained 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 DM 12 is moved to the front limit plate 27 of spool chamber 4, valve
The mixed aquaporin 10 of core 2 follows valve element 2 to move forward, when the front end face 32 of valve element 2 is contacted with the front limit plate 27 of spool chamber 4,
Valve element 2 stops movement；When valve element 2 stops mobile, the mixed aquaporin 10 of valve element 2 resets and moves to be led to the hot water of hot water joint 5
The disconnected position of cold water channel 36 of road 34 and cold water joint 6；Valve element 2 is in the movement of front limit plate 27 to spool chamber 4
During, the drainage gallery 11 of valve element 2 is remained 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 valve element 2 of driving iron core 14 of DM 12 is moved rearwards by, iron core is driven
14 rotation hole 15 follows driving iron core 14 to be moved rearwards by；With being constantly moved rearwards by for rotation hole 15, the pendulum of rotation motor 13
The depth in the insertion rotation of moving axis 16 hole 15 is continuously increased, and the distance and valve element 2 in the constantly insertion rotation hole 15 of swing shaft 16 are backward
Mobile stroke is equal；During valve element 2 is moved rearwards by, swing shaft 16 is always positioned in rotation hole 15, and swing shaft 16 does not have
Rotation hole 15 is left, to ensure that rotation motor 13 can drive valve element 2 to swing.
When Intelligent water mixing valve is closed, when the driving iron core 14 of DM 12 pushes away the forward movement of valve element 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 in the insertion of axle 16 rotation hole 15 is constantly reduced, and swing shaft 16 constantly leaves distance in rotation hole 15 and valve element 2 to reach
Dynamic stroke is equal；During valve element 2 is moved forward, swing shaft 16 is always positioned in rotation hole 15, and swing shaft 16 does not have
Rotation hole 15 is left, to ensure that rotation motor 13 can drive valve element 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, DM
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 valve element 2 do not connect
It is logical；The swinging axle 16 of rotation motor 13 is by driving the rotation hole 15 of iron core 14 to drive valve element 2 to rotate clockwise or counterclockwise
When, the drainage gallery 11 of valve element 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 traction movement of valve element 2 of driving iron core 14 of DM 12 connects with rear position margining plate 28
Touch, the mixed aquaporin 10 of valve element 2 is connected with hot water channel 34 and cold water channel 36；The swinging axle 16 of rotation motor 13 is by driving
When the driving valve element 2 of rotation hole 15 of dynamic iron core 14 is rotated clockwise or counterclockwise, the mixed aquaporin 10 of valve element 2 is maintained at and heat
The state that aquaporin 34 and cold water channel 36 are connected；Or, the mixed aquaporin 10 of valve element 2 is maintained to be connected with hot water channel 34
State；Or, the mixed aquaporin 10 of valve element 2 is maintained at the state connected with cold water channel 36.
Hinder the swinging axle 16 of rotation motor 13 to rotate in order to avoid the driving iron core 14 of DM 12, implement shower
The function of the temperature adjustment of water, when the driving valve element 2 of rotation motor 13 is rotated clockwise or counterclockwise, the driving iron of DM 12
Core 14 follows swinging axle 16 to rotate, during valve element 2 is rotated, and 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 valve element 2 and the rear position margining plate of spool chamber 4
During 28 contact, and the center line of the drainage gallery 11 of valve element 2 is when being vertical line, mixes aquaporin 10 and hot water channel 34 and cold
Aquaporin 36 is connected；When the front end face 32 of valve element 2 is contacted with the front limit plate 27 of spool chamber 4, in the drainage gallery 11 of valve element 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 the interface of hot water channel 34 and the area equation of mixed aquaporin 10 and the interface of cold water channel 36.
In order to implement the intelligent control of shower water temperature, after Intelligent water mixing valve is opened, the driving iron core of DM 12
14 band movable valve plugs 2 are moved rearwards by, and mix hot water channel 34 and the cold water channel of cold water joint 6 of the aquaporin 10 with hot water joint 5
36 connections；When rotation motor 13 is rotated counterclockwise with movable valve plug 2, valve element 2 mixes connecing for aquaporin 10 and cold water channel 36
Open area is rotated in an anti-clockwise direction and increased with valve element 2, enters the cold water of mixed aquaporin 10 with valve by cold water channel 36
Core 2 is rotated in an anti-clockwise direction and increased；Meanwhile, mix the interface area of aquaporin 10 and hot water channel 34 inverse with valve element 2
Clockwise is rotated and reduced, and enters the mixed hot water of aquaporin 10 with rotating in an anti-clockwise direction for valve element 2 by hot water channel 34
Reduce.
When Intelligent water mixing valve is controlled manually, it is necessary to when reducing the temperature of shower water, click cold after Intelligent water mixing valve opening
Its signal is transferred to controller 3 by taps 21, cold water switch 21, and the control rotation of controller 3 motor 13 presses the inverse time with movable valve plug 2
Pin direction is rotated, and the cold water increase of mixed aquaporin 10 is entered by cold water channel 36, the pouring of gondola water faucet is output to by mixing water out splice going splice 7
Bath water temperature is reduced；Rotation motor 13 is directly proportional with the angle that movable valve plug 2 is rotated to hand by 21 numbers of cold water switch, often by once
Cold water switch 21, rotation motor 13 rotates 2 ° of angles counterclockwise with movable valve plug 2.
After Intelligent water mixing valve is opened, the driving iron core 14 of DM 12 is moved rearwards by with movable valve plug 2, mixes aquaporin 10
Connected with the hot water channel 34 of hot water joint 5 and the cold water channel 36 of cold water joint 6；Rotation motor 13 is with movable valve plug 2 by suitable
When clockwise is rotated, valve element 2 mixes the interface area of aquaporin 10 and hot water channel 34 with valve element 2 rotationally clockwise
And increase, hot water the increasing rotationally clockwise with valve element 2 of mixed aquaporin 10 is entered by hot water channel 34；Meanwhile,
Interface area the reducing rotationally clockwise with valve element 2 of mixed aquaporin 10 and cold water channel 36, by cold water channel 36
Into the mixed hot and cold water of aquaporin 10 reducing rotationally clockwise with valve element 2.
When Intelligent water mixing valve is controlled manually, it is necessary to when improving the temperature of shower water, click heat after Intelligent water mixing valve opening
Its signal is transferred to controller 3 by taps 20, hot-water switch 20, and the control rotation of controller 3 motor 13 presses up time with movable valve plug 2
Pin direction is rotated, and the hot water increase of mixed aquaporin 10 is entered by hot water channel 34, the pouring of gondola water faucet is output to by mixing water out splice going splice 7
Bath water temperature rises；Rotation motor 13 is directly proportional with the angle that movable valve plug 2 is rotated to hand by 20 numbers of hot-water switch, often by once
Hot-water switch 20, rotation motor 13 moves in the direction of the clock 2 ° of angles with movable valve plug 2.
In order to limit the angle of the rotation of valve element 2, rotation motor 13 is provided with Angular displacement control device, and Angular displacement control device leads to
Control line is crossed to be connected with controller 3；When rotation motor 13 rotates counterclockwise 35 ° of angles with movable valve plug 2 by initial position, 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
The control rotation of device 3 motor 13 processed stops operating.
Claims (9)
1. Intelligent water mixing valve, it is characterised in that：Described Intelligent water mixing valve includes valve body（1）, valve element（2）And controller
（3）；Valve body（1）Provided with spool chamber（4）, hot water joint（5）, cold water joint（6）, mixed water out splice going splice（7）, drive hole（8）With
And antidrip water hole（9）, hot water joint（5）, cold water joint（6）, mixed water out splice going splice（7）, drive hole（8）And antidrip water hole
（9）With spool chamber（4）Connection；Valve element（2）Provided with mixed aquaporin（10）And drainage gallery（11）；Controller（3）Include drive
Motor magnet（12）And rotation motor（13）, DM（12）Include driving iron core（14）And spring（26）, drive
Motor magnet（12）And rotation motor（13）Shell and valve body（1）It is fixedly connected, DM（12）Driving iron core
（14）Through valve body（1）Drive hole（8）With valve element（2）It is fixedly connected, valve element（2）With valve body（1）Spool chamber（4）It is dynamic to coordinate
Connection, valve element（2）With valve body（1）Spool chamber（4）It is tightly connected；Drive iron core（14）Provided with rotation hole（15）, rotation motor
（13）Swinging axle（16）Insertion driving iron core（14）Rotation hole（15）It is interior, swinging axle（16）With rotation hole（15）It is dynamic to coordinate company
Connect, swinging axle（16）Shape and rotation hole（15）Shape it is identical；Controller（3）Provided with starting switch（17）, automatic conversion
Switch（18）, Temperature set switch（19）, hot-water switch（20）, cold water switch（21）, display（22）And temperature sensor
（23）, temperature sensor（23）Located at mixed water out splice going splice（7）Die cavity in, controller（3）Pass through control line and driving electromagnetism
Iron（12）, rotation motor（13）And temperature sensor（23）Connection.
2. Intelligent water mixing valve according to claim 1, it is characterised in that：Described driving iron core（14）Rotation hole（15）
For polygonal hole, polygonal hole includes quadrilateral hole or hexagonal hole, drives iron core（14）Rotation hole（15）Can be along pendulum
Moving axis（15）Move axially；Rotation motor（13）Swinging axle（15）Front end face（24）To rotation hole（15）Bottom hole（25）
Distance be more than or equal to driving iron core（14）Stroke, rotation hole（15）Depth be more than driving iron core（14）Stroke,
Avoid swinging axle（15）Hinder driving iron core（14）Drive valve element（2）It is mobile；Meanwhile, it can also utilize rotation motor（13）Swing
Axle（15）Drive valve element（2）Rotate, control the temperature of shower water.
3. Intelligent water mixing valve according to claim 1, when Intelligent water mixing valve is closed, it is characterised in that：Described intelligence is mixed
When water valve is closed, valve element（2）Original state is：Valve element（2）Drainage gallery（11）With valve body（1）Mixed water out splice going splice（7）
And antidrip water hole（9）Connection, DM（12）Driving iron core（14）In its spring（26）It is in the presence of elastic force
Stretching state, for shower water remaining in gondola water faucet and connecting pipe to be drained.
4. Intelligent water mixing valve according to claim 1, it is characterised in that：Described valve element（2）Rear end face（29）With valve
Core cavity（4）Rear position margining plate（28）During contact, drainage gallery（11）With hot water joint（5）And cold water joint（6）Do not connect；Valve
Core（2）Front end face（32）With spool chamber（4）Front limit plate（27）During contact, drainage gallery（11）With hot water joint（5）With
And cold water joint（6）Do not connect.
5. Intelligent water mixing valve according to claim 1, it is characterised in that：Described hot water joint（5）Hot water channel
（34）Horizontal center line and cold water joint（6）Cold water channel（36）Horizontal center line it is identical；When Intelligent water mixing valve is closed,
Hot water channel（34）First level center line（37）And cold water channel（36）The second horizontal center line（38）To valve element（2）
Mixed aquaporin（10）The 3rd horizontal center line（39）Distance and DM（12）Driving iron core（14）Stroke
It is equal, drive iron core（14）Stroke and valve element（2）Stroke it is equal.
6. Intelligent water mixing valve according to claim 1, it is characterised in that：Described rotation motor（13）Drive valve element（2）
When rotating clockwise or counterclockwise, DM（12）Driving iron core（14）Follow swinging axle（16）Rotate, in valve element
（2）During rotation, rotation motor（13）Swinging axle（16）It is always positioned at driving iron core（14）Rotation hole（15）It is interior, drive
Dynamic iron core（14）Follow swinging axle（16）Rotate.
7. Intelligent water mixing valve according to claim 1, it is characterised in that：Described valve element（2）Front end face（32）With valve
Core cavity（4）Front limit plate（27）During contact, valve element（2）Drainage gallery（11）Center line be vertical line, drainage gallery
（11）Center line and mixed water out splice going splice（7）The second vertical center line（31）Overlap, mix aquaporin（10）With hot water channel
（34）The area of interface and mixed aquaporin（10）With cold water channel（36）The area equation of interface.
8. Intelligent water mixing valve according to claim 1, it is characterised in that：Described rotation motor（13）Provided with angular displacement control
Device processed, Angular displacement control device passes through control line and controller（3）Connection.
9. Intelligent water mixing valve according to claim 8, it is characterised in that：Described rotation motor（13）Band movable valve plug（2）
When rotating counterclockwise 35 ° of angles by initial position, controller（3）Control rotation motor（13）Stop operating；Rotation motor（13）
Band movable valve plug（2）The angle for rotating clockwise limitation when being 35 ° of angles, controller（3）Control rotation motor（13）Stop operating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710364178.8A CN107218411A (en) | 2017-05-22 | 2017-05-22 | Intelligent water mixing valve |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710364178.8A CN107218411A (en) | 2017-05-22 | 2017-05-22 | Intelligent water mixing valve |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107218411A true CN107218411A (en) | 2017-09-29 |
Family
ID=59945015
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710364178.8A Withdrawn CN107218411A (en) | 2017-05-22 | 2017-05-22 | Intelligent water mixing valve |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107218411A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109798377A (en) * | 2019-03-18 | 2019-05-24 | 重庆华捷地热能开发有限公司 | A kind of hot spring water management intelligent constant-temperature three-way water mixing valve |
| CN111596703A (en) * | 2020-05-22 | 2020-08-28 | 余姚市菲龙金属制品有限公司 | Automatic temperature-adjusting bathing control device and method |
| CN112815114A (en) * | 2021-02-10 | 2021-05-18 | 芜湖美的厨卫电器制造有限公司 | Thermostatic valve, water heater and water using equipment |
-
2017
- 2017-05-22 CN CN201710364178.8A patent/CN107218411A/en not_active Withdrawn
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109798377A (en) * | 2019-03-18 | 2019-05-24 | 重庆华捷地热能开发有限公司 | A kind of hot spring water management intelligent constant-temperature three-way water mixing valve |
| CN111596703A (en) * | 2020-05-22 | 2020-08-28 | 余姚市菲龙金属制品有限公司 | Automatic temperature-adjusting bathing control device and method |
| CN111596703B (en) * | 2020-05-22 | 2022-10-04 | 余姚市菲龙金属制品有限公司 | Automatic temperature-adjusting bathing control device and method |
| CN112815114A (en) * | 2021-02-10 | 2021-05-18 | 芜湖美的厨卫电器制造有限公司 | Thermostatic valve, water heater and water using equipment |
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Application publication date: 20170929 |