CN209339260U - Intellectual water closet water module system - Google Patents
Intellectual water closet water module system Download PDFInfo
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- CN209339260U CN209339260U CN201821839066.XU CN201821839066U CN209339260U CN 209339260 U CN209339260 U CN 209339260U CN 201821839066 U CN201821839066 U CN 201821839066U CN 209339260 U CN209339260 U CN 209339260U
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Abstract
The utility model provides intellectual water closet water module system, including water route component, water module system master control borad, water route component includes water inlet vacuum solenoid valve, water heater, waterway distributor, vacuum brake, water inlet vacuum solenoid valve water inlet is connect with tap water, and waterway distributor water outlet is connect with washer；Water module system master control borad is equipped with power interface, communication interface, and power interface is electrically connected with city, communication interface and host computer communication connection；Water module system master control borad receives the control instruction that host computer is sent by communication interface；Water inlet vacuum solenoid valve, water heater, vacuum brake, waterway distributor, washer are sequentially connected；Water module system master control borad is connect with the control line of washer, waterway distributor, water inlet vacuum solenoid valve, water heater.The utility model solves the problems, such as to be fluctuated by water supply pressure and causes flowed fluctuation in water route with water route switching in water route and cause water temperature fluctuation.
Description
Technical field
The utility model relates to intellectual water closet technical field more particularly to intellectual water closet water module systems.
Background technique
With the specification of intelligent closestool industry, enterprise goes out qualified intelligent closestool from market purchase different manufacturers assembling fittings
Difficulty is increasing, especially in the case where water temperature stability of the human body to use feeling proposes requirements at the higher level.Water temperature control
System is the key point and industry difficult point of intelligent closestool, and water temperature control is a systematic engineering, the performance of heater, pipe
The connection on road, the switching in function water route and heater control and the cooperation of host computer all have direct influence to water temperature.Wherein,
It is most important the reason is that in water route flow fluctuation, and flowed fluctuation mainly by water supply pressure fluctuation and water route in water route switching make
At, therefore, needs a kind of be able to solve and flowed fluctuation in water route is caused by water route switching in water supply pressure fluctuation and water route
Intellectual water closet water module system.
Utility model content
For overcome the deficiencies in the prior art, one of the purpose of this utility model is to provide intellectual water closet water mould system
System solves and causes flowed fluctuation in water route by water route switching in water supply pressure fluctuation and water route and cause asking for water temperature fluctuation
Topic.
The utility model provides intellectual water closet water module system, including water route component, water module system master control borad, described
Water route component includes water inlet vacuum solenoid valve, water heater, waterway distributor, vacuum brake；The water inlet vacuum solenoid valve
Water inlet is connect with running water outlet, and the waterway distributor water outlet is connect with washer；The water module system master control borad
Equipped with power interface, communication interface, the power interface is electrically connected with city, the communication interface and host computer communication connection；Institute
It states water module system master control borad and the control instruction that the host computer is sent is received by the communication interface；The water inlet decompression electricity
Magnet valve, the water heater, the vacuum brake, the waterway distributor, the washer are sequentially connected；The water mould group
Systematic master control board and the washer, the waterway distributor, the water inlet vacuum solenoid valve, the water heater control line
Connection.
Further, the water route component further includes water inflow filter, the water inflow filter and water inlet decompression electricity
The connection of magnet valve water inlet.
Further, the water route component further includes that water filter, the water heater pass through the water filter out out
It is connect with the vacuum brake.
Further, the control instruction includes washer shift position and rate control instruction, waterway distributor switching
Position and rate control instruction, water inlet vacuum solenoid valve switching control instruction, the instruction of water heater water temperature heating；The water mould group
Systematic master control board controls the washer according to the washer shift position and rate control instruction, is distributed according to the water route
Device switching position and rate control instruction control the waterway distributor, according to water inlet vacuum solenoid valve switching control instruction control
The water inlet vacuum solenoid valve controls the water heater according to water heater water temperature heating instruction.
It further, further include sterilization module, the water module system master control borad is connect with the sterilization module.
Further, further include water demineralization module, the water inlet vacuum solenoid valve by the water demineralization module with
The water heater connection, the water module system master control borad are connect with the water demineralization module.
It further, further include air pump, the vacuum brake is connect by the air pump with the waterway distributor, institute
Water module system master control borad is stated to connect with the air pump.
It further, further include water pump, the vacuum brake is connect by the water pump with the waterway distributor, institute
Water module system master control borad is stated to connect with the water pump.
Further, the water module system master control borad includes flow anticipation module and heating power adjusts module, described
Flow prejudges module and connect with heating power adjustment module, and the flow anticipation module anticipation water flow fluctuates up and down, institute
State the heating power that heating power adjustment module adjusts the water heater according to the anticipation result that the flow prejudges module.
Further, the power interface is mains supply interface.
Compared with prior art, the utility model has the beneficial effects that:
The utility model provides intellectual water closet water module system, including water route component, water module system master control borad, water route
Component includes water inlet vacuum solenoid valve, water heater, waterway distributor, vacuum brake；The water inlet vacuum solenoid valve water inlet
Mouth is connect with running water outlet, and the waterway distributor water outlet is connect with washer；Water module system master control borad is equipped with power supply
Interface, communication interface, power interface are electrically connected with city, communication interface and host computer communication connection；Water module system master control borad is logical
It crosses communication interface and receives the control instruction that host computer is sent；Water inlet, water inlet vacuum solenoid valve, water heater, vacuum brake,
Waterway distributor, washer are sequentially connected；Water module system master control borad and washer, waterway distributor, water inlet vacuum solenoid valve,
The control line of water heater connects.Silica gel hose is avoided between each water route component of the utility model directly to dock, and reduces pipeline
Water volume retains cold water water to reduce, it is ensured that in system starting, can drain in the shortest possible time cold in pipeline
Water, washer can hot water reaches 35 DEG C within the stretching latter second with the shorter time, and 40 ± 2 DEG C of professional standard is reached in 3 seconds
It is required that；The hydraulic pressure slight change for making water supply water route by vacuum solenoid valve of intaking, will not cause obviously flow in water system
Influence, when water route switches, master control borad fluctuates flow system flow up and down makes anticipation, and to the heating power of water heater again into
The corresponding adjustment of row, is matched on time and flow, it is ensured that cleaning water temperature stability is solved by water supply pressure fluctuation and water route
The problem of interior water route switching causes flowed fluctuation in water route.
The above description is merely an outline of the technical solution of the present invention, in order to better understand the skill of the utility model
Art means, and can be implemented in accordance with the contents of the specification, below on the preferred embodiment of the present invention and the accompanying drawings in detail
It describes in detail bright as after.Specific embodiment of the present utility model is shown in detail by following embodiment and its attached drawing.
Detailed description of the invention
Attached drawing described herein is used to provide a further understanding of the present invention, and is constituted part of this application,
The exemplary embodiment of the utility model and the description thereof are used to explain the utility model, does not constitute to the improper of the utility model
It limits.In the accompanying drawings:
Fig. 1 is the intellectual water closet water module system overall structure diagram of the utility model；
Fig. 2 is the intellectual water closet water module system schematic diagram of internal structure of the utility model；
Fig. 3 is the water route work flow diagram of the utility model embodiment；
Fig. 4 is the control method flow chart of the intellectual water closet water module system of the utility model embodiment.
In figure: 1, upper cover；2, bottom plate；3, water inlet vacuum solenoid valve；4, water heater；5, waterway distributor；6, vacuum is broken
Bad device；7, water inflow filter；8, go out water filter；9, it pumps.
Specific embodiment
In the following, being described further in conjunction with attached drawing and specific embodiment to the utility model, it should be noted that
Under the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new
Embodiment.
Intellectual water closet water module system, as Figure 1-Figure 2, including water route component, water module system master control borad, water route
Component include but is not limited to intake vacuum solenoid valve 3, water heater 4, waterway distributor 5, vacuum brake 6 (or anti-siphon dress
It sets)；In the module case that above-mentioned each water route component is mounted on upper cover 1 and bottom plate 2 forms, water module system master control borad connects equipped with power supply
Mouth, communication interface, it is preferred that power interface is mains supply interface, and power interface is electrically connected with city, communication interface and host computer
Communication connection；Water module system master control borad receives the control instruction that host computer is sent by communication interface；Water inlet vacuum solenoid valve
Water inlet is connect with running water outlet, and waterway distributor water outlet is connect with washer；Water inlet vacuum solenoid valve 3, water heater
4, vacuum brake 6, waterway distributor 5, washer are sequentially connected；Water module system master control borad and washer, waterway distributor
5, the control line connection of water inlet vacuum solenoid valve 3, water heater 4.
In one embodiment, each water route component and water module system master control borad, host computer matched, it is preferred that control
Instruction includes that washer shift position and rate control instruction, 5 switching position of waterway distributor and rate control instruction, water inlet subtract
3 switching control instruction of pressure electromagnetic valve, the instruction of 4 water temperature heating of water heater；Water module system master control borad is according to the mobile position of washer
It sets and rate control instruction controls washer, according to 5 switching position of waterway distributor and rate control instruction control water route distribution
Device 5, according to water inlet 3 switching control instruction of vacuum solenoid valve control water inlet vacuum solenoid valve 3, according to 4 water temperature heating of water heater
Instruction control water heater 4.
In one embodiment, in order to carry out first of coarse filtration with water to toilet seat, as filtered silt, iron in tap water
The large particulate matters such as rust, it is preferred that water route component further includes water inflow filter 7, water inflow filter 7 and water inlet vacuum solenoid valve 3
Water inlet connection.In order to carry out second filtering with water to toilet seat, such as the substance after filter-washer cleaning in water, preferably
, water route component further includes that water filter 8, water heater 4 are connect by going out water filter 8 with vacuum brake 6 out.To understand
The certainly sterilization, disinfection of toilet seat, prevents germina infection, protects the physical and mental health of people, it is preferred that further include sterilization module, water
Module system master control borad is connect with sterilization module.It preferably, further include water demineralization module, water demineralization module is sodium ion
Exchanger, sodium form resin cement out the calcium in water, magnesium ion, reduce the content of calcium and magnesium ion, make to be not easy to be formed in water
Carbonate scale and sulfate scale reduce hardness for water demineralization.Water inlet vacuum solenoid valve 3 is added by water demineralization module with water
Hot device 4 connects, and water module system master control borad is connect with water demineralization module, and host computer passes through process control water demineralization module,
Realize the automation of ion exchange and resin regeneration process.Preferably, water module system master control borad include flow anticipation module and
Heating power adjusts module, and flow prejudges module and connect with heating power adjustment module, and flow prejudges in module anticipation water flow
Lower fluctuation, heating power adjust the heating power that module prejudges the anticipation result adjustment water heater 4 of module according to flow.It is preferred that
, it further include pump 9, pump 9 includes air pump, and vacuum brake 6 is connect by air pump with waterway distributor 5, water module system master control
Plate is connect with air pump；Pump 9 further includes water pump, and vacuum brake 6 is connect by water pump with waterway distributor 5, water module system master
Control plate is connect with water pump.
As shown in figure 3, the working principle of intellectual water closet water module system are as follows: water module system master control borad receives upper
After the order of machine, start or close corresponding function, when host computer sends cleaning command to water module system master control borad, water mould
Group systematic master control board publication instruction unpack water inlet vacuum solenoid valve 3, tap water enter water inlet vacuum solenoid valve through water inflow filter 7
3, the water after decompression flows into water heater 4, and water module system master control borad controls water heater 4 according to the temperature requirement of host computer
Water inlet is heated to assigned temperature, the water after heating is after going out water filter 8 and vacuum brake 6, water module system master control
Plate controls pump 9 and is forced into specified pressure, flow into waterway distributor 5,5 basis of waterway distributor according to the hydraulic demand of host computer
The order request of water module system master control borad switches to specified function water route, eventually enters into washer, carries out cleaning action.
In the present embodiment, row's speed of cooling of intellectual water closet water module system is fast, specifically, in water module system between each water route component
Silica gel hose is avoided, is directly docked, pipeline water volume is reduced, retains cold water water to reduce, it is ensured that in system starting,
It can drain the cold water in pipeline in the shortest possible time, washer can be stretched out hot water in the latter second with the shorter time and reach 35 DEG C, and 3
Reach 40 ± 2 DEG C of Industry code requirements in second；The cleaning water temperature stability of intellectual water closet water module system, specifically, human body
Caused by cleaning the fluctuation of the main flow middle by water of fluctuation of water temperature, flowed fluctuation is mainly by water supply pressure fluctuation and water route
Caused by interior water route switching, because having in water system into water vacuum solenoid valve 3, the hydraulic pressure slight change in water supply water route will not be to water
Flow causes to significantly affect in system, so mainly switching generation flowed fluctuation causes ejected wash water temperature stability by water, in water
When road switches, water module system master control borad fluctuates flow system flow up and down makes anticipation, according to prediction result to water heater 4
Heating power adjusts accordingly again, is matched on time and flow, it is ensured that cleaning water temperature stability.
According to the control method of above-mentioned intellectual water closet water module system, as shown in Figure 4, comprising the following steps:
S1: water module system master control borad receives the cleaning command that host computer is sent；
S2: 3 switching control instruction of water inlet vacuum solenoid valve that water module system master control borad is sent according to host computer control into
Water vacuum solenoid valve 3 is opened, and tap water enters water inlet vacuum solenoid valve 3 by water inflow filter 7, and the water after decompression flows into water and adds
Hot device 4；It is big that water inflow filter 7 carries out silt, iron rust in first of coarse filtration, such as filtering tap water to human body water for cleaning
Particulate matter.
In one embodiment, it is preferred that further include S7 step, water module system master control borad between S2 step and S3 step
The water demineralization instruction control water demineralization module unlatching that reception host computer is sent, realization ion exchange and resin regeneration process
Automation.Water demineralization module is Na-ion exchanger, and the calcium in water, magnesium ion are cemented out, reduced by sodium form resin
The content of calcium and magnesium ion makes to be not easy to form carbonate scale and sulfate scale in water, reduces hardness for water demineralization.
S3: 4 water temperature heating of the water heater instruction control water heater 4 that water module system master control borad is sent according to host computer
Water inlet is heated to assigned temperature；Preferably, in S3 step, assigned temperature is no more than 45 DEG C.In the present embodiment, the row of S3 step
Speed of cooling is fast, specifically, due to avoiding silica gel hose between water route component each in water module system, directly docks, reduces pipeline
Water volume retains cold water water to reduce, it is ensured that in system starting, can drain in the shortest possible time cold in pipeline
Water, washer can be stretched out hot water in the latter second with the shorter time and reach 35 DEG C, 40 ± 2 DEG C of professional standard is reached in 3 seconds and is wanted
It asks.
S4: water module system master control borad controls water heater 4 for the water after heating by going out water filter 8 and vacuum breaking
Device 6 (or anti-siphon means) flows into waterway distributor 5；Water filter 8 carries out second filtering, such as mistake to human body water for cleaning out
Filter the scale in heater.
S5: the washer shift position and rate control instruction, water route that water module system master control borad is sent according to host computer
Distributor switching position and rate control instruction control washer respectively and are moved to designated position, and control waterway distributor switches to
Specified function water route, ejected wash water enter washer by function water route, carry out cleaning action.Preferably, in S5 step, in water
When road switches, water module system master control borad fluctuates water flow up and down and prejudges, and according to anticipation result to water heater 4
Heating power is adjusted.In the present embodiment, the cleaning water temperature stability of S5 step, specifically, human body clean the fluctuation master of water temperature
Will by water in flow fluctuation caused by, flowed fluctuation mainly by water supply pressure fluctuation and water route in water route switching causes
, because having in water system into water vacuum solenoid valve 3, the hydraulic pressure slight change in water supply water route will not cause flow in water system
It significantly affects, so mainly switching generation flowed fluctuation causes ejected wash water temperature stability by water, when water route switches, water mould group
Systematic master control board fluctuates flow system flow up and down makes anticipation, is carried out again according to heating power of the prediction result to water heater 4
Corresponding adjustment, is matched on time and flow, it is ensured that cleaning water temperature stability.
In one embodiment, in order to solve the sterilization of toilet seat, sterilize, germina infection is prevented, protects the body and mind of people strong
Health, it is preferred that further include S6 step after S5 step, water module system master control borad receives the sterilization that host computer is sent and instructs control
Sterilization module processed is opened.It preferably, further include S8 step between S3 step and S4 step, on water module system master control borad receives
The revolving speed for the cleaning hydraulic pressure adjustment instruction control air pump that position machine is sent.It preferably, further include S9 between S3 step and S4 step
Step, water module system master control borad receive the revolving speed for the cleaning hydraulic pressure adjustment instruction control water pump that host computer is sent.
The utility model provides intellectual water closet water module system, including water route component, water module system master control borad, water route
Component includes water inlet vacuum solenoid valve 3, water heater 4, waterway distributor 5, vacuum brake 6；Vacuum solenoid valve 3 of intaking is intake
Mouth is connect with running water outlet, and 6 water outlet of waterway distributor is connect with washer；Water module system master control borad connects equipped with power supply
Mouth, communication interface, power interface are electrically connected with city, communication interface and host computer communication connection；Water module system master control borad passes through
Communication interface receives the control instruction that host computer is sent；Intake vacuum solenoid valve 3, water heater 4, vacuum brake 6, water route point
Orchestration 5, washer are sequentially connected；Water module system master control borad and washer, waterway distributor 5, water inlet vacuum solenoid valve 3, water
Heater 4 connects.Silica gel hose is avoided between each water route component of the utility model directly to dock, and reduces pipeline water volume,
Cold water water is retained to reduce, it is ensured that in system starting, can drain the cold water in pipeline, washer energy in the shortest possible time
With the shorter time, hot water reaches 35 DEG C within the stretching latter second, and 40 ± 2 DEG C of Industry code requirements are reached in 3 seconds；By into
Water vacuum solenoid valve 3 makes the hydraulic pressure slight change in water supply water route, will not cause to significantly affect to flow in water system, in water route
When switching, master control borad fluctuates flow system flow up and down makes anticipation, and is accordingly adjusted again to the heating power of water heater 4
It is whole, it is matched on time and flow, it is ensured that cleaning water temperature stability is solved and cut by water route in water supply pressure fluctuation and water route
Change the problem of causing flowed fluctuation in water route.
More than, the only preferred embodiment of the utility model not makees limit in any form to the utility model
System；The those of ordinary skill of all industry can be shown in by specification attached drawing and above and swimmingly implement the utility model；But
It is that all those skilled in the art are not departing within the scope of technical solutions of the utility model, utilizes disclosed above skill
Art content and the equivalent variations of a little variation, modification and evolution made, are the equivalent embodiment of the utility model；Meanwhile
The variation, modification and evolution etc. of all substantial technological any equivalent variationss to the above embodiments according to the utility model,
Within the protection scope for still falling within the technical solution of the utility model.
Claims (10)
1. intellectual water closet water module system, it is characterised in that: including water route component, water module system master control borad, the water route
Component includes water inlet vacuum solenoid valve, water heater, waterway distributor, vacuum brake；The water inlet vacuum solenoid valve water inlet
Mouth is connect with running water outlet, and the waterway distributor water outlet is connect with washer；The water module system master control borad is equipped with
Power interface, communication interface, the power interface are electrically connected with city, the communication interface and host computer communication connection；The water
Module system master control borad receives the control instruction that the host computer is sent by the communication interface；Electromagnetism is depressurized in the water inlet
Valve, the water heater, the vacuum brake, the waterway distributor, the washer are sequentially connected；The water mould system
The control line company of system master control borad and the washer, the waterway distributor, the water inlet vacuum solenoid valve, the water heater
It connects.
2. intellectual water closet water module system as described in claim 1, it is characterised in that: the water route component further includes into water
Filter, the water inflow filter are connect with the water inlet vacuum solenoid valve water inlet.
3. intellectual water closet water module system as claimed in claim 2, it is characterised in that: the water route component further includes water outlet
Filter, the water heater are connect by the water filter out with the vacuum brake.
4. intellectual water closet water module system as described in claim 1, it is characterised in that: the control instruction includes washer
Shift position and rate control instruction, waterway distributor switching position and rate control instruction, water inlet vacuum solenoid valve switch control
System instruction, the instruction of water heater water temperature heating；The water module system master control borad is according to the washer shift position and speed
Control instruction controls the washer, controls the water route point according to the waterway distributor switching position and rate control instruction
Orchestration controls the water inlet vacuum solenoid valve according to water inlet vacuum solenoid valve switching control instruction, according to the water heater water
Warm heating instructions control the water heater.
5. intellectual water closet water module system as described in claim 1, it is characterised in that: it further include sterilization module, the water
Module system master control borad is connect with the sterilization module.
6. intellectual water closet water module system as described in claim 1, it is characterised in that: further include water demineralization module, institute
State into water vacuum solenoid valve and connect by the water demineralization module with the water heater, the water module system master control borad with
The water demineralization module connection.
7. intellectual water closet water module system as described in claim 1, it is characterised in that: further include air pump, the vacuum is broken
Bad device is connect by the air pump with the waterway distributor, and the water module system master control borad is connect with the air pump.
8. intellectual water closet water module system as described in claim 1, it is characterised in that: further include water pump, the vacuum is broken
Bad device is connect by the water pump with the waterway distributor, and the water module system master control borad is connect with the water pump.
9. intellectual water closet water module system as described in claim 1, it is characterised in that: the water module system master control borad packet
Flow anticipation module and heating power adjustment module are included, the flow anticipation module is connect with heating power adjustment module,
The flow anticipation module anticipation water flow fluctuates up and down, and the heating power adjustment module prejudges module according to the flow
Anticipation result adjusts the heating power of the water heater.
10. intellectual water closet water module system as described in claim 1, it is characterised in that: the power interface is alternating current electricity
Source interface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821839066.XU CN209339260U (en) | 2018-11-08 | 2018-11-08 | Intellectual water closet water module system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821839066.XU CN209339260U (en) | 2018-11-08 | 2018-11-08 | Intellectual water closet water module system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209339260U true CN209339260U (en) | 2019-09-03 |
Family
ID=67747421
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821839066.XU Active CN209339260U (en) | 2018-11-08 | 2018-11-08 | Intellectual water closet water module system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209339260U (en) |
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2018
- 2018-11-08 CN CN201821839066.XU patent/CN209339260U/en active Active
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