CN110411034A - Intelligent hot water method for yielding water and its system based on Internet of Things - Google Patents
Intelligent hot water method for yielding water and its system based on Internet of Things Download PDFInfo
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- CN110411034A CN110411034A CN201910656967.8A CN201910656967A CN110411034A CN 110411034 A CN110411034 A CN 110411034A CN 201910656967 A CN201910656967 A CN 201910656967A CN 110411034 A CN110411034 A CN 110411034A
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Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24H—FLUID HEATERS, e.g. WATER OR AIR HEATERS, HAVING HEAT-GENERATING MEANS, e.g. HEAT PUMPS, IN GENERAL
- F24H9/00—Details
- F24H9/12—Arrangements for connecting heaters to circulation pipes
- F24H9/13—Arrangements for connecting heaters to circulation pipes for water heaters
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24H—FLUID HEATERS, e.g. WATER OR AIR HEATERS, HAVING HEAT-GENERATING MEANS, e.g. HEAT PUMPS, IN GENERAL
- F24H9/00—Details
- F24H9/20—Arrangement or mounting of control or safety devices
- F24H9/2007—Arrangement or mounting of control or safety devices for water heaters
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- Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Thermal Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Heat-Pump Type And Storage Water Heaters (AREA)
Abstract
A kind of intelligent hot water method for yielding water and its system based on Internet of Things is provided in the present invention, the real-time water demand of user is obtained by discharging device, mobile terminal, in the status assessment model established in conjunction with the real-time status data input one of water circulating pump assembly, main body heater assembly based on historical data, and export operating status assessment result；Compare condition evaluation results and state range, and directly establishes small range synchronized cooperative work network based on comparative result；Or discharging device and/or mobile terminal sending task requests, and corresponding sending work order request are received by the cloud data platform.Method and its system provided by the present invention can realize the fast linked cooperation between multiple and different devices, based on to the real-time water demand of user and in real time obtain status data analyze, in such a way that the different signal of accurate match mutually passes and work order issues mode, time and the operand of data processing are reduced, to meet the use demand of zero-waiting hot water.
Description
[technical field]
The present invention relates to intelligent outlet system field, in particular to one intelligent hot water method for yielding water based on Internet of Things and
Its system.
[background technique]
Raising with people to quality of the life has higher requirement to the water temperature of daily water consumption.Water is used in existing solution
Water temperature the problem of, water heater can be generally set to solve the problems, such as cold and hot water supply, but need one by water heater heat hot water
It fixes time, therefore, in southern cold winter, user makes there is still a need for enduring a period of time cold water or bleeding off cold water
At the waste of water resource, how to meet the needs of consumer zero-waiting hot-water supply system, becomes a skill urgently to be resolved
Art problem.
[summary of the invention]
To overcome current zero-waiting hot-water supply system, the present invention provides a kind of based on Internet of Things
Intelligent hot water method for yielding water and its system.
In order to solve the above-mentioned technical problem the present invention, it is as follows to provide a technical solution: a kind of Intelligent hot based on Internet of Things
Water method for yielding water comprising following steps: step S1, the movement based on an at least discharging device and with discharging device signal interconnection
End obtains user's history water demand, is uploaded to one in conjunction with the historical state data of water circulating pump assembly, main body heater assembly
Cloud data platform simultaneously carries out calculation process to obtain status assessment model；Step S2, by the discharging device and/or the movement
End obtains the real-time water demand of user, inputs in conjunction with the real-time status data of water circulating pump assembly and/or main body heater assembly
In the status assessment model, and export operating status assessment result；And step S3, a state range is set, and based on operation
Condition evaluation results and the comparison result of state range determine: directly establishing the discharging device and/or the mobile terminal, and follow
Synchronized cooperative work network between ring water pump complement and/or main body heater assembly；Or institute is received by the cloud data platform
It states discharging device and/or the mobile terminal and issues task requests, and to the water circulating pump assembly and/or main body heater assembly
Issue work order request.
Preferably, the discharging device and/or the mobile terminal are directly established in above-mentioned steps S3, it is total with water circulating pump
At the synchronized cooperative work network between, main body heater assembly, specifically includes the following steps: step S301, the water outlet dress
It sets and/or the mobile terminal directly issues task requests to water circulating pump assembly and/or main body heater assembly；And step
After S302, the water circulating pump assembly and/or the main body heater assembly receive task requests, issues corresponding work order and ask
It asks, and return information is to the discharging device and/or the mobile terminal, to form the discharging device and/or the mobile terminal
With the synchronized cooperative work network between water circulating pump assembly and/or main body heater assembly.
Preferably, after above-mentioned steps S3, further includes: step S4 needs the user obtained in step S3 with water in real time
It asks and the real-time status data of water circulating pump assembly, main body heater assembly is used as more new data to be input to the status assessment mould
Type obtains updated status assessment model with training；And step S5, repeat the above steps S1- step S4, to realize that intelligence is adjusted
Save hot water effluent.
Preferably, in above-mentioned steps S3, the cloud data platform, which receives task requests and issues work order, is requested to institute
Water circulating pump assembly, the main body heater assembly, the discharging device are stated to realize synchronized cooperative work；And/or the master
The capable of emitting work order in the case where receiving task requests of body heater assembly is requested to the water circulating pump assembly, the discharging device
To realize synchronized cooperative work；And/or after the water circulating pump assembly receives task requests, it is corresponding issue work order request to
The main body heater assembly, the discharging device are to realize synchronized cooperative work.
Preferably, when the discharging device, the mobile terminal receive user simultaneously and instructed with water, then described in preferential analysis
After the user of discharging device is instructed with water and is exported corresponding first task instruction, then to the received user's water in the mobile terminal
Instruction is analyzed, and issues the second assignment instructions.
The present invention also provides a kind of intelligent hot water outlet system based on Internet of Things comprising an at least discharging device is used
In the water for providing a user variable temperature；Water circulating pump assembly can go out for connecting with multiple discharging devices for described in
Water installations provide circulating water flow；Main body heater assembly, for providing heat energy for the water circulating pump assembly；Cloud data are flat
Platform, for acquiring the discharging device, the data information of the water circulating pump assembly and the main body heater assembly and progress
Operational analysis；And mobile terminal, for obtain user's water information and based on the cloud data platform data to the discharging device,
The water circulating pump assembly is remotely operated with the main body heater assembly；Wherein, based on an at least discharging device and with
The mobile terminal of discharging device signal interconnection obtains user's history water demand, in conjunction with water circulating pump assembly, main body heater assembly
Historical state data be uploaded to a cloud data platform and carry out calculation process to obtain status assessment model；It is filled by the water outlet
It sets and/or the mobile terminal obtains the real-time water demand of user, in conjunction with water circulating pump assembly, the real-time shape of main body heater assembly
State data input in the status assessment model, and export operating status assessment result；And one state range of setting, and based on fortune
Row condition evaluation results and the comparison result of state range determine: the discharging device and/or the mobile terminal are directly established, with
Synchronized cooperative work network between water circulating pump assembly, main body heater assembly；Or as described in cloud data platform reception
Discharging device and/or the mobile terminal issue task requests, and issue work to the water circulating pump assembly, main body heater assembly
Make instruction request.
Preferably, the discharging device includes water outlet main body and water outlet control module；The water outlet control module is further
Including drive module and the first communication module being electrically connected with the drive module, the first memory module, the first voice control
Module, the first operational module and the first induction module；Wherein, first memory module can store the predetermined hot water period, described
First speech control module can be used to identify acquisition user voice command；First operational module is used to obtain the manipulation of user
Signal；First induction module is used to obtain the human body of user close to wake-up signal.
Preferably, the water outlet main body includes outlet pipe, basin faucet, showerhead, kitchen basin faucet, bathtub dragon
The combination of any one or more of head, outdoor irrigation point or flushing faucet.
Preferably, the water circulating pump assembly includes the second communication module and the second memory module, the main body heater
Assembly includes third communication module and third memory module；First communication module, second communication module and described the
Signal can be achieved between three communication modules mutually to pass, and signal correspondence is stored in first memory module, the second memory module
And third memory module.
Preferably, the cloud data platform further comprises: cloud storage module, for obtaining and storing the water outlet dress
It sets, the data information of water circulating pump assembly and main body heater assembly；Computing module, for being stored in the cloud storage module
Data information carry out calculation process, with obtain optimization status assessment model；And the port API, for the discharging device,
Water circulating pump assembly and main body heater assembly provide data sharing channel.
Compared with prior art, the intelligent hot water method for yielding water and its system provided by the present invention based on Internet of Things has
It is following the utility model has the advantages that
Intelligent hot water method for yielding water provided in the present invention based on Internet of Things, it can be achieved that by discharging device, mobile terminal,
Appoint the linkage and collaborative work between several in water circulating pump assembly, main body heater assembly and cloud data platform.It is filled by water outlet
It sets, the mobile terminal acquisition real-time water demand of user, the real-time status data in conjunction with water circulating pump assembly, main body heater assembly is defeated
Enter in the status assessment model that one is established based on historical data, and exports operating status assessment result；Compare operating status assessment
As a result with state range directly to establish local synchronized cooperative work network；Or discharging device is received by the cloud data platform
And/or mobile terminal issues task requests, and issues work order request to corresponding other devices.It, can based on above-mentioned method
The state estimations mould for being suitable for multiple devices in corresponding Internet of Things is established using user's history water demand and historical state data
Type, and then it can be based on state estimations model, the operating status of devices multiple in Internet of Things is estimated.It is provided by the present invention
Method and its system can realize the fast linked cooperation between multiple and different devices, based on to the real-time water demand of user and in real time
It obtains status data to be analyzed, in such a way that the different signal of accurate match mutually passes and work order issues mode, reduces data
The time of processing and operand, to meet the use demand of zero-waiting hot water.
If predicted state is good, discharging device and mobile terminal, water circulating pump assembly, main body heater assembly can be established
In any two or three local synchronized cooperative work network；And if predicted state is bad, needing will be each in Internet of Things
The data of device are uploaded to the cloud data platform, are uniformly controlled and are adjusted by the cloud data platform, to realize zero etc.
To the stable supplying of hot water, further, different processing modes is matched based on different states, can also reduce data processing
Time, to meet the use demand of zero-waiting hot water.
In the present invention, it establishes the synchronized cooperative work network and refers to the water circulating pump assembly, main body heating
After device assembly receives task requests, corresponding work order request is issued, and return information is to the discharging device and/or the shifting
Moved end, it is and any in water circulating pump assembly, main body heater assembly to form the discharging device and/or the mobile terminal
Or the synchronized cooperative work network between two kinds.Based on this, small-scale synchronous synergetic work can be quickly established based on state estimations
Make network.
Further, in the present invention, the state estimations model can water demand based on user's different moments with follow
Ring water pump complement, main body heater assembly real-time status data and adjust, so as to providing more accurate state estimations as a result,
Therefore, the state estimations accuracy of the state estimations model can be improved, so as to intelligent zero-waiting hot water effluent.
In the present invention, the cloud data platform receive task requests issue work order request it is total to the water circulating pump
At, the main body heater assembly, the discharging device synchronize and cooperate；The main body heater assembly receive appoint
Capable of emitting work order requests to the water circulating pump assembly, the discharging device to synchronize and cooperate under business request；And
After the water circulating pump assembly receives task requests, then correspondence issues work order and requests to the main body heater assembly, institute
It states discharging device and synchronizes and cooperate.Based on above-mentioned signal transmission mode, the different types of work of sending can be corresponded to and referred to
Request is enabled, to can guarantee the water circulating pump assembly, the main body heater assembly, the synchronous association between the discharging device
With work, so that sensitivity of the discharging device to user demand can be improved, to meet the use need of user's zero-waiting hot water
It asks.
In the present invention, based on above-mentioned control mode, the response that corresponding assignment instructions are assigned in the mobile terminal can be improved
Speed, to make the cloud data platform, the discharging device, the water circulating pump assembly and the main body heater assembly can
Corresponding informance is obtained in time, and correspondence responds.
The present invention also provides a kind of intelligent hot water outlet system based on Internet of Things has and is based on Internet of Things as described above
The identical beneficial effect of intelligent hot water method for yielding water.
Specifically, in the present invention, the discharging device includes water outlet main body and water outlet control module；The water management out
Module further comprises drive module and the first communication module being electrically connected with the drive module, the first memory module, the
One speech control module, the first operational module, the first induction module；Wherein, first memory module can store predetermined hot water
Period, first speech control module can be used to identify acquisition user voice command；First operational module is for obtaining
The control signal of user；First induction module is used to obtain the human body of user close to wake-up signal.The discharging device is set
It is set to a self-contained unit, so that the stability in use of the intelligent hot water outlet system based on Internet of Things can be improved.
In the present invention, the water outlet main body includes outlet pipe, basin faucet, showerhead, kitchen basin faucet, bath
The combination of any one or more of cylinder faucet, outdoor irrigation point or flushing faucet.As it can be seen that the discharging device may include more
Seed type is applicable in a variety of different scenes.
In the present invention, the water circulating pump assembly includes the second communication module and the second memory module, and the main body adds
Hot device assembly includes third communication module and third memory module；First communication module, second communication module and institute
It states achievable signal between third communication module mutually to pass, and signal is corresponded to and is stored in first memory module, the second storage
Module and third memory module.Based on above content, wherein in the water circulating pump assembly and the main body heater assembly
Equipped with independent communication module and memory module, so that the water circulating pump assembly, the main body heater assembly, institute can be realized
The information stated between cloud data platform and the discharging device quickly transmits, and can guarantee the water circulating pump assembly and the master
The corresponding inductive signal of body heater assembly and operation signal are recorded in real time in corresponding memory module.
In the present invention, the cloud data platform further comprises: cloud storage module, for obtaining and storing the water outlet
The data information of device, water circulating pump assembly and main body heater assembly；Computing module, for being deposited in the cloud storage module
The data information of storage carries out calculation processing；And the port API, for the discharging device, the water circulating pump assembly and described
Main body heater assembly provides data sharing channel and the cloud data can be improved based on the specific restriction of the cloud data platform
Platform stores data, calculation process and shared efficiency, whole to improve the intelligent hot water outlet system based on Internet of Things
The timeliness and stability of running body.In the present invention, the computing module is using the number being stored in the cloud storage module
According to operation is carried out, to be optimized to hot water operational version.The cloud data platform can be based on corresponding data as training number
The corresponding model of hot water operational version is obtained accordingly.So as to obtain more optimized hot water operational version based on operation result.
[Detailed description of the invention]
Fig. 1 is the modular diagram for the intelligent hot water outlet system that first embodiment of the invention is based on Internet of Things.
Fig. 2 is the specific functional modules schematic diagram of water installations shown in Fig. 1.
Fig. 3 is the specific functional modules schematic diagram of water circulating pump assembly shown in Fig. 1.
Fig. 4 is the specific functional modules schematic diagram of the assembly of main body heater shown in Fig. 1.
Fig. 5 is the specific functional modules schematic diagram of cloud data platform shown in Fig. 1.
Fig. 6 is the schematic diagram of the connection relationship of heretofore described water outlet main body and hot water or cold water's water supplying pipe.
Fig. 7 is hot water inlet, hot water outlet shown in Fig. 6 and forms showing for "Ji" type hot water stream between hot water feeding pipe
It is intended to.
Fig. 8 is hot water inlet, hot water outlet shown in Fig. 6 and forms the signal of cycling hot water flow between hot water feeding pipe
Figure.
Fig. 9 is flow path and the schematic diagram of valve setting position in water installations shown in Fig. 6.
Figure 10 is one of the schematic diagram of the control streamflow regime of valve shown in Fig. 9.
Figure 11 is the two of the schematic diagram of the control streamflow regime of valve shown in Fig. 9.
Figure 12 is the schematic diagram of heretofore described water outlet main body and middle flow path and valve setting position.
Figure 13 is the signal of the connection relationship of discharging device provided by sixth embodiment of the invention and hot water or cold water's water supplying pipe
Figure.
Figure 14 is flow path and the schematic diagram of valve setting position in water installations shown in Figure 13.
Figure 15 is the structural schematic diagram that water installations shown in Figure 13 are tap.
Figure 16 is the specific steps process signal of intelligent hot water method for yielding water of the second embodiment of the invention based on Internet of Things
Figure.
Figure 17 is the specific steps process in step S3 shown in Figure 16 when state estimations result is within state range
Schematic diagram.
Figure 18 is the step flow diagram in method shown in Figure 16 after step s 3.
Figure 19 is the idiographic flow schematic diagram that speech recognition is carried out in the intelligent hot water method for yielding water based on Internet of Things.
Description of drawing identification:
10, the intelligent hot water outlet system based on Internet of Things；11, discharging device；12, water circulating pump assembly；13, main body adds
Hot device assembly；14, cloud data platform；15, mobile terminal；111, it is discharged main body；112, it is discharged control module；101, the first driving mould
Block；102, the first communication module；103, the first memory module；104, the first speech control module；105, the first operational module；
106, the first induction module；107, the first display module；108, power module；109, heater；121, the second drive module；
122, the second communication module；123, the second memory module；124, the second speech control module；125, the second operational module；126,
Second induction module；127, the second display module；128, power supply module；129, water pump complement；131, third drive module；132,
Third communication module；133, third memory module；134, third speech control module；135, third operational module；136, third
Induction module；137, third display module；138, third power supply module；139, heater assembly；
21, water intake end；22, water outlet；211, hot water inlet；212, hot water outlet；213, cold water inlet；221, it is discharged
Mouthful；23, hot water feeding pipe；24, cold water supplying pipe；25, hot water stream；26, valve；29, connecting tube；
319, discharging device；311, hot water inlet；3111, the first hot water inlet；3112, the second hot water inlet；312, hot
Water out；313, cold water inlet；321, water outlet；33, hot water feeding pipe；35, hot water stream；36, valve；37, first passage；
381, second channel；382, third channel；
419, discharging device；41, water intake end；411, hot water inlet；4111, the first hot water inlet；4112, the second hot water enters
Mouthful；412, hot water outlet；413, cold water inlet；421, water outlet；43, hot water feeding pipe；44, cold water supplying pipe；45, hot water
Stream；46, valve；49, connecting tube；491, Y type section；47, fourth lane；48, Five-channel；481/482, subchannel；401,
One tube body；402, the second tube body；403, barrier structure；4021, heat insulation structural；404, through-hole.
[specific embodiment]
In order to make the purpose of the present invention, technical solution and advantage are more clearly understood, below in conjunction with attached drawing and embodiment,
The present invention will be described in further detail.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention,
It is not intended to limit the present invention.
Referring to Fig. 1, the first embodiment of the present invention provides a kind of intelligent hot water outlet system 10 based on Internet of Things,
Include the following:
An at least discharging device 11, for providing a user the water of variable temperature；
Water circulating pump assembly 12 can provide circulation for connecting with multiple discharging devices for the discharging device
Water flow.
Main body heater assembly 13, for providing heat energy for the water circulating pump assembly 12；
Cloud data platform 14, for acquiring the discharging device 11, water circulating pump assembly 12 and main body heater assembly 13
Data information and carry out operation；And
Mobile terminal 15, for obtaining corresponding data information from the cloud data platform 14, and can Xiang Suoshu cloud data it is flat
Platform 14 provides control signal, to the discharging device 11, the water circulating pump assembly 12 and the main body heater assembly 13
It is remotely operated.
It is the discharging device 11, the water circulating pump assembly 12, described it is appreciated that in some specific embodiments
Main body heater assembly 13 can be device separately positioned in a circulation；And in other some specific embodiments,
The discharging device 11, the water circulating pump assembly 12 and the main body heater assembly 13 can be integrated into an integral device, with
It is easily installed and uses.
User's history water demand is obtained based on discharging device 11 and/or mobile terminal 15, in conjunction with water circulating pump assembly 12, master
The historical state data of body heater assembly 13 is uploaded to a cloud data platform 14 and carries out calculation process to obtain status assessment
Model；The real-time water demand of user is obtained by the discharging device 11 and/or the mobile terminal 15, in conjunction with water circulating pump assembly
12, the real-time status data of main body heater assembly 13 inputs in the status assessment model, and exports operating status assessment knot
Fruit；And one state range of setting, and determined based on the comparison result of operating status assessment result and state range: directly establish institute
Discharging device 11 and/or the mobile terminal 15 are stated, it is synchronous synergetic between water circulating pump assembly 12, main body heater assembly 13
Job network；Or the discharging device 11 and/or the sending of the mobile terminal 15 task requests are received by the cloud data platform 14,
And work order request is issued to the water circulating pump assembly 12, main body heater assembly 13.
In conjunction with shown in Fig. 1 and Fig. 2, in a concrete example of the present embodiment, based on the above-mentioned intelligence based on Internet of Things
Hot water effluent's system 10 can use under following application scenarios, wherein the discharging device 11 includes the first communication module
102, wherein the discharging device, the main body heater assembly, is appointed in the cloud data platform at the water circulating pump assembly
Meaning two or more, which can synchronize, to cooperate, and specifically includes:
When predetermined hot water period, human body need hot water close to wake-ups, user voice command, control signal etc., it is described out
Water installations 11 can send task requests to the cloud data platform 14 by first communication module 102.
When predetermined hot water period, human body need hot water close to wake-ups, user voice command, control signal etc., it is described out
Water installations 11 can send task requests to the main body heater assembly 13 by first communication module 102.
When predetermined hot water period, human body need hot water close to wake-ups, user voice command, control signal etc., it is described out
Water installations 11 can send task requests to the water circulating pump assembly 12 by first communication module 102.
It receives task requests in the cloud data platform 14 and issues work order and request to the water circulating pump assembly 12, institute
State main body heater assembly 13, the discharging device 11 is synchronized and cooperated, the display of discharging device 11 leaving water temperature
Or overtemperature alarm is executed to the cloud data platform 14 so that cloud data platform 14 can carry out temperature control based on the data of acquisition
Change directive.
Corresponding, the capable of emitting work order in the case where receiving task requests of main body heater assembly 13 requests to described to follow
Ring water pump complement 12, the discharging device 11 are synchronized and are cooperated, and the discharging device 11 shows leaving water temperature or overtemperature
Alarm carries out temperature control and executes change assignment instructions, for example, the main body heater is total to the main body heater assembly 13
The power that heating can be reduced at 13, to reduce the output water temperature of the discharging device 11.
After the water circulating pump assembly 12 receives task requests, then correspondence issues work order and requests to the main body to heat
Device assembly 13, the discharging device 11 are synchronized and are cooperated, and the discharging device 11 shows leaving water temperature or overtemperature alarm
It to the water circulating pump assembly 12, carries out temperature control and executes change directive, for example, the water pumping amount of hot water is reduced, to reduce
The output water temperature of the discharging device 11.
Corresponding user can send out assignment instructions to the cloud data platform 14 based on the mobile terminal 15 and in the remote mode
Or it is transmitted directly to the discharging device 11, the water circulating pump assembly 12, the main body heater assembly 13, so that described
Discharging device 11, the water circulating pump assembly 12, the main body heater assembly 13 can be synchronized and be cooperated.
As it can be seen that task is asked in the corresponding intelligent hot water outlet system based on Internet of Things provided by the present embodiment
Asking can be issued by the discharging device 11 or the mobile terminal 15, and the corresponding water circulating pump assembly 12, the main body add
Hot device assembly 13 and the cloud data platform 14 can will then issue work after receiving task requests in a manner of multi-point communication
Instruction with other modules to cooperate.
Wherein, the discharging device 11 can further display leaving water temperature or overtemperature alarm to the cloud data platform 14,
The main body heater assembly 13 and the water circulating pump assembly 12.
Because the discharging device 11 can provide the water of required temperature directly for user, and user in use may be used
Directly task requests are sent out by controlling the discharging device 11.In the present invention, the movement also can be used in user
End remotely independently issues work order request, and such setting can be based on needing convenient for user in advance to the discharging device 11
In water temperature, preheating time etc. controlled.
The discharging device 11, the water circulating pump assembly 12, the main body heater assembly 13 use water, electricity consumption, use
The high low various data of gas, operating time, temperature and usage record can be stored in the cloud data platform 14, the cloud data
Platform 14 is handled by big data.Specific calculation method includes providing a convolution neural network model, and be based on the convolution
Log on model carries out alignment processing, to export the wisdom hot water operational version optimized.
The intelligent hot water outlet system 10 that the present invention is based on Internet of Things is applicable to home intelligent water system, hotel's intelligence
Energy water system, hospital or the intelligent water supply system of other public arenas, have wider applicability.
Continuing with Fig. 2 is combined, in particular embodiments of the invention, the discharging device 11 further comprises water outlet
Main body 111 and water outlet control module 112, wherein the water outlet control module 112 within the water outlet main body 111 or
The water outlet control module 112 is separately positioned with the water outlet main body 111 but is electrically connected.
Referring to Fig. 3, the water outlet control module 112 further comprises the first drive module 101 and drives with described first
First communication module 102 of the electric connection of dynamic model block 101, the first memory module 103, the first speech control module 104, first behaviour
Control module 105, the first induction module 106, the first display module 107 and power module 108.First drive module 101 is
MCU (Micro Controller Unit) drive assembly.The power module 108 can directly be first drive module 101
Electric energy is provided, first drive module 101 is providing corresponding electric signal to multiple functional modules connected to it.
Wherein, it can be stored in first memory module 103 and be set by user by what the mobile terminal 15 setting obtained
Section of fixing time and temperature information.
First speech control module 104 can recognize the voice messaging for obtaining user, and after being analyzed, discriminance analysis
The concrete meaning of the voice messaging of user, and the result based on analysis is sent in first drive module 101, to described
Opening or closing for main body 111 of water outlet is controlled.
First operational module 105 can be used for controlling being turned on or off for main body 11 of water outlet, corresponding
The first operational module 105 specifically include and controlled by modes such as touch screen, electronic key, physical knob, physical buttons.
First induction module 106 may include but be not only restricted to human body sensing class sensor: infrared sensor of the human body connects
Nearly sensor etc., further, first induction module 106 further includes temperature sensor: water temperature sensor, room temperature sensing
Device etc..First induction module 106 after obtaining corresponding inductive signal, can be sent to first drive module 101 into
Row analysis processing, and be uploaded on the cloud data platform 14 by the communication module 102, meanwhile, the first driving mould
Block 101 also can simultaneously store corresponding analysis data to the memory module 103.
First display module 107 can be used for realizing that information pushes, that is, first display module 107 includes aobvious
Display screen.The cloud data platform 14 can be received to 102 pushed information of the first communication module, first communication module 102
To after corresponding signal, it is sent to first drive module 101, first drive module 101 again converts signal
And it is sent to first display module 107, in the process, based on the primary information push duration either certain time phase
Total push duration is in limit to obtain the information content of user's concern, so that accurately information push can be realized.It is appreciated that this
Signified information includes but is not limited to advertisement, streaming video or other media that message is transmitted to user in invention.
The power module 108 further comprises battery, dry cell, the alternating current energy or solar energy etc..It is described
Power module 108 can provide continual and steady electric energy for first drive module 101.
In particular embodiments of the invention, the water outlet main body 111 includes outlet pipe, basin faucet, shower flower
It spills, kitchen basin faucet, Tap for bathtub, outdoor irrigation point or the combination for any one or more of rinsing faucet.
In some variant embodiments, in order to make the discharging device 11 can have more preferably using effect, continuing with
Referring to Fig.2, the discharging device 11 further comprises a heater 109 in the present invention, the heater 109 and the water outlet
Main body 111 connects, and provides heat source for the hot water in the water outlet main body 111.The heater 109 includes electric heating, combustion gas
The modes such as heating.The heater 109 can be arranged independently of the main body heater assembly 13, to realize discharging device 11 itself
Temperature adjust.
Specifically, the setting period can specifically be set based on the mobile terminal 15.
The close signal of the human body can specifically be obtained based on first induction module 106 induction, when people come into it is described
Within the induction region of first induction module 106, then first induction module 106, which can incude, obtains corresponding signal, and to
First drive module 101 issues, and first drive module 101 is issued further combined with first communication module 102
Corresponding assignment instructions.
After the signal of institute's speech commands can specifically be obtained by first speech control module 104, analysis conversion is carried out
For command signal and it is sent to first drive module 101, first drive module 101 is logical further combined with described first
News module 102 issues corresponding assignment instructions.
Further, the electronic key signal can specifically be provided by first operational module 105, and user passes through manipulation
First operational module 105 simultaneously provides corresponding electronic key signal, so as to be issued by first communication module 102
It issues corresponding task to the cloud data platform 14, the main body heater assembly 13 and the water circulating pump assembly 12 and refers to
It enables.
Please continue to refer to Fig. 3, in other specific embodiments of the invention, the water circulating pump assembly 12 further comprises
Second drive module 121 and the second communication module 122 being electrically connected with second drive module 121, the second memory module
123, the second speech control module 124, the second operational module 125, the second induction module 126, the second display module 127, power supply
Module 128 and water pump complement 129.Second drive module 121 is MCU drive assembly.The power supply module 128 can directly be
Second drive module 121 provides electric energy, and second drive module 121 is mentioned to multiple functional modules connected to it again
For corresponding electric signal.
Wherein, it can be stored in second memory module 123 and be set by user by what the mobile terminal 15 setting obtained
Section of fixing time and temperature information.
Second speech control module 124 can recognize the voice messaging for obtaining user, and after being analyzed, discriminance analysis
The concrete meaning of the voice messaging of user, and the result based on analysis is sent in second drive module 121, to described
The unlatching of water pump complement 129 and closure are controlled.
Second operational module 125 can be used for controlling the unlatching of the water pump complement 129 and closure, corresponding
Second operational module 125 is specifically included to be controlled by modes such as touch screen, electronic key, physical knob, physical buttons.
Second induction module 126 may include but be not only restricted to human body sensing class sensor: infrared sensor of the human body connects
Nearly sensor etc., further, second induction module 126 further includes temperature sensor: water temperature sensor, room temperature sensing
Device etc..Second induction module 126 after obtaining corresponding inductive signal, can be sent to second drive module 121 into
Row analysis processing, and be uploaded on the cloud data platform 14 by second communication module 122, meanwhile, described second drives
Dynamic model block 121 also can simultaneously store corresponding analysis data to the memory module 123.
Second display module 127 can be used for showing the virtual condition of the water pump complement 129, so as to convenient for management
Personnel regulate and control and manage to the water pump complement 129.
The power supply module 128 further comprises battery, dry cell, the alternating current energy or solar energy etc..It is described
Power supply module 128 can provide continual and steady electric energy for second drive module 121.
In the present embodiment, the water pump complement 129 may include but be not only restricted to: centrifugal pump, axial-flow pump, mixed-flow pump etc..
The water pump complement 129 further includes the circulating water line for connecting with the discharging device 11.Pass through the water pump complement 129
The controllable water and its speed for entering the discharging device 11.
In other some embodiments of the invention, as shown in Figure 4, the main body heater assembly 13 may include third
Drive module 131 and with the third drive module 131 be electrically connected third communication module 132, third memory module 133,
Third speech control module 134, third operational module 135, third induction module 136, third display module 137, third power supply
Module 138 and heater assembly 139.The third drive module 131 is MCU drive assembly.The electric energy source module 138 can be straight
It is connected in the third drive module 131 and electric energy is provided, the third drive module 131 is to multiple function moulds connected to it
Block provides corresponding electric signal.
Wherein, it can be stored in the third memory module 133 and be set by user by what the mobile terminal 15 setting obtained
Section of fixing time and temperature information.
The third speech control module 134 can recognize the voice messaging for obtaining user, and after being analyzed, discriminance analysis
The concrete meaning of the voice messaging of user, and the result based on analysis is sent in the third drive module 131, to described
The unlatching of heater assembly 139 and closure are controlled.
The third operational module 135 can be used for controlling the unlatching of the heater assembly 139 and closure, corresponding
Third operational module 135 specifically include and controlled by modes such as touch screen, electronic key, physical knob, physical buttons.
The third induction module 136 may include but be not only restricted to human body sensing class sensor: infrared sensor of the human body connects
Nearly sensor etc., further, the third induction module 136 further includes temperature sensor: water temperature sensor, room temperature sensing
Device etc..The third induction module 136 after obtaining corresponding inductive signal, can be sent to the third drive module 131 into
Row analysis processing, and be uploaded on the cloud data platform 14 by the third communication module 132, meanwhile, the third is driven
Dynamic model block 131 also can simultaneously store corresponding analysis data to the memory module 133.
The third display module 137 can be used for showing the virtual condition of the heater assembly 139, so as to convenient for pipe
Reason personnel regulate and control and manage to the heater assembly 139.
The electric energy source module 138 further comprises battery, dry cell, the alternating current energy or solar energy etc..Institute
Continual and steady electric energy can be provided for the third drive module 131 by stating electric energy source module 138.
Wherein, the heater assembly 139 can be to provide thermal energy or solar energy with electric energy, combustion gas, air energy, traditional coal
Lamp is the positive displacement boiler of heating source.Or the heater assembly 139 can also be the water heater with heat insulation effect.Or it is described plus
Hot device assembly 139 can also be quickly to be heated and obtained with a heating device (not shown).
In some specific embodiments of the present invention, first communication module, second communication module, the third
It can be multi-signal connection type between communication module, specifically may include but be not only restricted to: 5G signal connects, 4G signal connects,
The connection of wifi signal, the connection of 2.4G signal, Bluetooth signal connection, the connection of Zigbee signal etc..
In other some embodiments of the invention, as shown in Figure 5, the cloud data platform 14 further comprises:
Cloud storage module 141, for obtaining and storing the discharging device 11, water circulating pump assembly 12 and main body heater
The data information of assembly 13.Wherein, the data information includes different user water, electricity consumption, with gas, high with water time, temperature
Various data and the usage records such as low variation are stored in the cloud data platform 14, the cloud data platform 14 by big data,
Cloud computing provides the hot water operational version of optimization.
Computing module 142, for carrying out calculation process to the data information stored in the cloud storage module 141, to obtain
The status assessment model that must optimize.
The port API (Application Programming Interface, application programming interface) 143, for giving
The discharging device 11, water circulating pump assembly 12 and main body heater assembly 13 provide data sharing channel.
The mobile terminal 15 can be regarded as including that can carry out corresponding remote control using APP, the application APP, be used for
Predetermined hot water period, key control mode, voice wake-up mode etc. can be controlled based on needs.
In order to go out the intelligent hot water outlet system 10 based on Internet of Things with more preferably zero-waiting intelligent hot water
Water effect further comprises the definitions relevant content to the water outlet main body 111 in the present invention.
Further, in first speech control module 114, second speech control module 124 and third voice
Preset voice can be stored in control module 134 and wakes up word and user's vocal print, and the voice acquisition module can be provided
Phonetic order signal and preset voice wake up word and user's vocal print matches.The speech control module can store pre-
If voice wake up word and user's vocal print.
Wherein, it includes such as " boiled water ", " Guan Shui ", " water purification " that the voice, which wakes up word, also includes carrying out to the water temperature of water outlet
Control as " hot water ", " warm water " or actual temp water, such as " 40 DEG C of water " etc..
For example, when user is by the demand of voice mode proposition water, then corresponding Lee can wake up in family based on
When the intelligent hot water outlet system of Internet of Things, by voice " warm water water outlet ", after receiving voice messaging, described can produce
Business instruction, assignment instructions may include " adjusting to 40 DEG C of warm water ", and corresponding assignment instructions are broadcast to the cloud data platform
14, the main body heater assembly 13 and the water circulating pump assembly 12, after the cloud data platform 14 receives assignment instructions,
Assignment instructions can be stored first, and send work to the main body heater assembly 13 and the water circulating pump assembly 14
Instruction request, wherein the work order request that the main body heater assembly 13 receives is " being heated to 40 DEG C ", the circulation
The work order request that water pump complement 12 receives is " starting ", and so on, corresponding signal is sent to corresponding function
In energy module.It, also can be to for example, after the main body heater assembly 13 receives the assignment instructions that the discharging device 11 issues
The water circulating pump assembly 12 and the discharging device 11 issue work order request, at this point, the water circulating pump assembly 12 connects
The work order request received is " increasing pump power ", and the work order request that the discharging device 11 receives is " docking
The coolant-temperature gage of receipts is detected ".
From above-mentioned example, it can be seen that when the status assessment knot of the intelligent hot water outlet system based on Internet of Things
When fruit is within preset state range, then the discharging device 11, the water circulating pump assembly 12 and main body heating
The device that device assembly 13 can have independent communication mode, SAM Stand Alone Memory, feeling of independence that should wait functions simultaneously, to can realize multiple
Synchronized cooperative work between device, to reduce time and operand required for intensive data is handled.
Wherein, based in above-mentioned example, the voice control mode also can be replaced by first operational module 105,
Control signal provided by second operational module 125 and third operational module 135.Specifically, the task requests of user demand can
Specifically provided by modes such as touch screen, electronic key, physical knob, physical buttons.In addition, in further embodiments,
Can be based on human body close to waking up, namely answered based on distance perception or infrared inductor, when people enters the induction of corresponding inductor
It in range, then can be considered as sending water demand, and issue corresponding assignment instructions in advance, so that corresponding device can pre-cooling.
In the present invention, the acquisition of specific user demand signal is herein only as an example, not as the limitation of the invention.
Fig. 6-8 and Fig. 9 please be examine, the water outlet main body 111 is connect with the hot water feeding pipe 23 for providing hot water, the water outlet master
Body 111 includes opposite water intake end 21 and water outlet 22, and the water intake end 21 is equipped at least a hot water inlet 211, a hot water
Outlet 212 and a cold water inlet 213, the hot water inlet 211, the hot water outlet 212 and the cold water inlet 213 lead to respectively
Connecting tube 29 is crossed to connect with the hot water feeding pipe 22.
Specifically, as shown in Figure 7, the hot water inlet 211 can supply water with the hot water outlet 212 along the hot water
The water (flow) direction P of pipe 23 is set gradually, at this point, the water in the hot water feeding pipe 23 is via the connecting tube 29, the hot water
After entrance 211 enters, it can be flow back into the hot water feeding pipe 23 by the hot water outlet 212, another connecting tube 29 again,
That is, forming "Ji" type hot water between the hot water inlet 211, the hot water outlet 212 and the hot water feeding pipe 23
Stream 25.
Again as shown in Figure 8, the hot water inlet 211 and the hot water outlet 212 can along with the hot water feeding pipe
The opposite direction of 23 water (flow) direction P is set gradually, at this point, the hot water inlet 211 is with the hot water outlet 212 along described
The water (flow) direction of hot water feeding pipe 23 is set gradually, at this point, the water in the hot water feeding pipe 13 is via the connecting tube 29, institute
After stating the entrance of hot water inlet 211, the hot water can be flow back by the hot water outlet 212, another connecting tube 29 again and supplied water
In pipe 23, and also there is part hot water that can come back in the hot water inlet 211 in the hot water feeding pipe 23, that is, In
The hot water stream 25 of circulation is formed between the hot water inlet 211, the hot water outlet 212 and the hot water feeding pipe 23.In this way
Setting can further improve the cyclic utilization rate of hot water.
Again as shown in Figure 6, the hot water inlet 211 is connected to same hot water feeding pipe 23 with the hot water outlet 212
Different location.Specifically, the hot water inlet 211 passes through mutually independent connecting tube 29 with the hot water outlet 212 respectively
Access the different location of the hot water feeding pipe 23.In some specific embodiments, the hot water inlet 211 and the hot water
Outlet 212 is sequentially connected on the same hot water feeding pipe 23 along water (flow) direction, such setting, and the hot water can be made to supply
Hot water in water pipe 23 can form good hot water circuit.
Continue as shown in Figure 6, the water outlet main body 111 further includes providing the cold water supplying pipe 24 of cold water, the water outlet
End 22 is equipped with a water outlet 221, the hot water entered by the hot water inlet 211 and the cold water entered by the cold water inlet 213
The mixing water being mixed to form flows out the water outlet main body 111 by water outlet 221.
As shown in Figure 8, the water outlet main body 111 further includes valve 26, and in the present embodiment, the setting of valve 26 exists
The water intake end 21；The valve 26 controls the hot water inlet 211 and the hot water outlet 212 connects or the valve 26
The hot water inlet 211 is controlled to connect with the cold water inlet 213.In the present invention, the valve 26 is Mixed water valve.Such as
Shown in Fig. 9, it is connected between the valve 26 and the water outlet 221 by a pipeline.
Specifically, by the switch state of control valve 26 can control hot water inlet 211 respectively with the hot water outlet
212 or the water outlet 221 be connected.
Continuing with shown in Fig. 6 and Figure 10, when the water outlet main body 111 is in static condition, then the valve is controlled
Door 26, makes the hot water inlet 211 connect with the hot water outlet 212, the water in the hot water feeding pipe 23 is by the warm
Water inlet 211 enters, and is flow back into the hot water feeding pipe 23 by the hot water outlet 212, at this time the hot water inlet 211
It will not be connected to the water outlet 221；Hot water will not be flowed out from the water outlet 221 at this time.
In conjunction with shown in Fig. 9 and Figure 11, when the water outlet main body 111 is in running order, then the valve 26 is controlled,
The hot water inlet 211 is set to connect with the cold water inlet 213, at this time the hot water Yu the cold water of the hot water inlet 211
The cold water mix of entrance 213 simultaneously flows out the water outlet main body 111 by the water outlet 221.At this point, the valve 26 control it is described
It is arranged before hot water inlet 211 and the hot water outlet 212 to disconnect, therefore, the water of the hot water inlet 211 can fully enter
In valve 26 after mixing, it is flow to the water outlet 221, without flowing to the hot water outlet 212.
The present invention is herein and " static condition " as described below refers to the water outlet 221 for being discharged main body 111 and the heat
It is off-state before water water supplying pipe 23, " working condition " refers to that the water outlet 221 is in effluent state.
In the present embodiment, the hot water inlet 211 accesses same hot water feeding pipe 23 not with the hot water outlet 212
Same position can be flowed back to after the water in the hot water feeding pipe 23 is entered by the hot water inlet 211 by the hot water outlet 212
To in the hot water feeding pipe 23.When user needs using the water outlet main body 111, user can opening by control valve 26
Off status is in circulating hot water state or use state to control the water outlet main body 111.Such setting can make the heat
The position of flowable to the close valve 26 of hot water in water water supplying pipe 23, when the water outlet main body 111 is needed by valve 26
When control is in working condition by the switching of standing device, hot water can be sent by the hot water inlet 211 in time, and be entered with the cold water
After the cold water mix that mouth 213 enters, the water outlet main body 111 is flowed out by the water outlet 221.
It is appreciated that when needing that cold water is used alone, it can also be by control valve, to make valve and the cold water
Entrance connection, so that cold water individually be made to flow out from water outlet 221.
In the present invention, hot water is uninterrupted circulation in the hot water stream 25；That is, such as existing hotel, hotel, hospital
In, hot water can be used at any time for the ease of user, and 24 hours offer hot water is be provided, but due to existing circulating hot water
Still there is a distance between pipeline and water outlet, therefore, user is when in use, it is also necessary to which bleeding off script, there are water pipe or taps
In " stagnant water ", be likely to obtain hot water.The water outlet main body 111 provided by the present invention can be directly in existing hot water feeding pipe
It is installed on 23, without re-laying pipeline, cost and the time of transformation can be greatly reduced, convenient for promoting the use of.
Figure 12 is please referred to, another embodiment of the present invention provides another water outlet main body 319, with the water outlet main body
111 difference is:
The valve 36 is arranged in the water outlet；The valve 36 is four way valve.The water outlet main body 319 further includes
First passage 37, second channel 381 and third channel 382, the first passage 37, the second channel 381 and the third
Channel 382 includes opposite both ends.Specifically, one end of the first passage 37 is corresponding is connected to the hot water inlet 311, separately
One end is corresponding to be connected to the valve 36；Described 381 one end of second channel is connect with the cold water inlet 313, the other end with it is described
Valve 36 is connected to；One end of the third channel 382 is connected to the valve 36, and the other end and the hot water outlet 312 connect
It connects.
The valve 36 can control the first passage 37 be connected to the third channel 382 or the valve 36 control institute
First passage 37 is stated to be connected to the second channel 381.
Specifically, when the water outlet main body 319 is in running order, then the valve 36 controls the first passage 37
It is connected between the second channel 381, at this point, being sent into the hot water in the first passage 37 and the second channel 381
Cold water in the mixing water for being mixed into proper temperature after the valve 36, and further via the water outlet 321 flow out
The water outlet main body 319.
And when the water outlet main body 319 is in static condition, then the valve 36 controls the first passage 37 and institute
It states and is connected between third channel 382, at this point, the setting of the first passage 37 and the third channel 382 can make the hot water
Water in water supplying pipe (not shown) is entered by the hot water inlet 311, and flows through the first passage 37, the third channel
After 382, flow back into the hot water feeding pipe by the hot water outlet 312.
Hot water in the hot water feeding pipe 33 is entered in the first passage 37 by the hot water inlet 311, is successively passed through
After crossing the valve 36, the second channel 381, the hot water outlet 312, come back in the hot water feeding pipe 33.
Also provided incorporated by reference to Figure 13 and Figure 14, in particular embodiments of the invention another water outlet main body 419 with it is above-mentioned
The difference of water outlet main body 111 in fourth embodiment and the water outlet main body 319 in above-mentioned 5th embodiment is: the valve 46
It is arranged in the water intake end 41；The hot water inlet 411 includes the first hot water inlet 4111 and the second hot water inlet 4112.It is described
Valve 46 is four way valve 46, and the valve 46 will connect with second hot water inlet 4112 with the cold water inlet 413.Its
In, first hot water inlet 4111 shares with second hot water inlet 4112 is connected to same connecting tube 49, the connection
Pipe 49 includes a Y type section 491, the Y type section 491 respectively with first hot water inlet 4111 and second hot water inlet
The other end of 4112 connections, the connecting tube 49 accesses in the hot water feeding pipe 43.
The water outlet main body 419 includes fourth lane 47 and Five-channel 48, wherein the fourth lane 47 and described the
Five-channel 48 all has opposite end.As shown in Figure 14, one end of the fourth lane 47 is connect with the valve 46, another
End is connect with the water outlet 421.
One end of the Five-channel 48 is connect with first hot water inlet 4111, the other end and the hot water outlet
412 connections；Specifically, the Five-channel 48 can be a U-typed pipe, and both ends are separately connected first hot water inlet 4111
And the hot water outlet 412, described the can be entered by the connecting tube 49 by flowing hot water in the hot water feeding pipe 43
One hot water inlet 4111 comes back to the hot water feeding pipe 43 after the Five-channel 48, the hot water outlet 412
In.
In some specific embodiments of the present invention, the fourth lane 47 and the Five-channel 48 can include metal
Any one of pipe, plastic tube or multiple tube, specifically, the metal tube may include galvanized pipe, copper pipe, cast iron pipe etc., described
Plastic tube may include UPVC pipe, PPR pipe, PB pipe, PE-RT pipe, PPH pipe, PEX pipe etc., and the multiple tube may include plastic-aluminum combined
Pipe, steel-plastics composite pipe, stainless steel composite pipe etc..
In the present embodiment, what is flowed in the fourth lane 47 is the mixing water of hot water and cold water, and the described 5th is logical
It is then to circulate hot water in road 48, wherein the temperature difference between hot water and mixing water is 5 ° -20 ° or more, can be specifically based on
The region and temperature condition that difference uses, by adjusting the fourth lane 47 and 48 flowing hot water rate of the Five-channel
Etc. conditions, to be quickly obtained the mixing water of proper temperature.
As shown in Figure 14, the fourth lane 47 is in contact with the side wall of the Five-channel 48, the Five-channel
48 coolant-temperature gage is higher than the water in the fourth lane 47, and the water in the Five-channel 48 can be into the fourth lane 47
Water transport heat, so that the coolant-temperature gage in the fourth lane 47 increases.
Setting in this way, when the water outlet main body 419 is in static condition, due in the Five-channel 48
Water circulates, and flowing water temperature is maintained at 45 ° or more in the Five-channel 48, when in the fourth lane 47
When the water of standing is lower than the coolant-temperature gage in Five-channel 48, then the water in the Five-channel 48 can be into the fourth lane 47
Water transport heat, increase the coolant-temperature gage in the fourth lane 47, thus can guarantee when the water outlet main body 419 need beat
It opens in use, by the proper temperature of the mixing water flowed out in the fourth lane 47.
In some specific embodiments of the present embodiment, in conjunction with shown in Figure 14 and Figure 15, when the water outlet main body 419
Specially tap when, the tap includes one first tube body 401 and one second tube body 402, and first tube body 401 is set to
Within second tube body 402, form the fourth lane 47 in first tube body 401,402 inner wall of the second tube body with
The Five-channel 48 is formed between the outer wall of first tube body 401.In order to make the Five-channel 48 respectively with described
One hot water inlet 4111 and the hot water outlet 412 are connected to, then a barrier structure 403 can be arranged in second tube body 402,
Two subchannels being separated from each other will be separated between 402 inner wall of the second tube body and the outer wall of first tube body 401
481 go out with first hot water inlet 4111 and the hot water with subchannel 482, the subchannel 481 with subchannel 482 respectively
Mouth 412 is connected.And it is equipped with an at least through-hole 404 close to one end of the water outlet 421 in the barrier structure 403, so that institute
Subchannel 481 and subchannel 482 is stated to be interconnected in one end close to the water outlet 421.Such setting can make from described
The hot water of first hot water inlet 4111 successively via subchannel 481 connected to it, through-hole 404 after, enter another described point
In channel 482, and flowed out by the hot water outlet 412.As it can be seen that when the valve 46 control first hot water inlet 4111 with
When the hot water outlet 412 is connected to, hot water can full of it is described can be the outer of 402 inner wall of the second tube body and first tube body 401
Space between wall, and can be the Water transport heat of stop in first tube body 401.
The barrier structure 403 can be specially a baffler.
Further, in the present embodiment, described in order to make the water outlet main body 419 that there is more preferably using effect
First tube body 401 is selected any in the thermal conductive metallic materials such as brass, cast iron, stainless steel.The material of second tube body 402
Polyethylene, polybutene, heat-proof polythene, pipeline made of atactic copolymerized polypropene material can be selected.
In order to obtain the using effect of preferably water outlet main body 419, it is additionally provided on the tube wall of second tube body 402 heat-insulated
Structure 4021, the heat insulation structural 4021 include polystyrene foam plastics, polyurethane foam plastics, ceramic thermal insulation plate, glass
The combination of the one or more of cotton roll felt, aluminum silicate insulation material, phenolic foam material etc..
Finishing initial stage meeting in order to realize hot and cold water supply, in the place of concentration water such as market, hotel, hospitals and other places
It is laid with hot-water line, circulating pump etc. in advance to realize whole hot water circuit.Intelligent water supply provided by the present invention and information push
System does not need to do existing hot water cyclesystem excessive change, it is only necessary to access on existing hot-water line one more
Hot water mouth makes hot water in the discharging device realize hot water stream, without re-laying entire hot and cold water pipeline.
It is understood that have material defined by the specific structure turned off the tap, structure mentioned by above-mentioned, it can also be same
Sample is discharged main body 311 suitable for the provided water outlet main body 111 of above-mentioned fourth embodiment and provided by the 5th embodiment
In other embodiments.
It is appreciated that in other examples, the water outlet main body 419 can also be other structures, above tool
Body embodiment is only as an example, not as the limitation of the invention.
Figure 16 is please referred to, the second embodiment of the present invention provides an intelligent hot water method for yielding water S10 based on Internet of Things, on
The base can also be continued to use between each device by stating in the intelligent hot water outlet system based on Internet of Things provided by first embodiment
It is run in the intelligent hot water method for yielding water S10 of Internet of Things, the intelligent hot water method for yielding water S10 based on Internet of Things is specifically included
Following step:
Step S1 obtains user's history water based on an at least discharging device and with the mobile terminal of discharging device signal interconnection
Demand is uploaded to a cloud data platform and goes forward side by side in conjunction with the historical state data of water circulating pump assembly and/or main body heater assembly
Row calculation process is to obtain status assessment model；
Step S2 obtains the real-time water demand of user by the discharging device and/or the mobile terminal, in conjunction with water circulating pump
The real-time status data of assembly and/or main body heater assembly inputs in the status assessment model, and exports operating status and comment
Estimate result；And
Step S3 is set a state range, and is determined based on the comparison result of operating status assessment result and state range:
The discharging device and/or the mobile terminal are directly established, it is same between water circulating pump assembly and/or main body heater assembly
Walk collaborative work network；Or
The discharging device and/or the mobile terminal are received by the cloud data platform and issue task requests, and to described
Water circulating pump assembly and/or main body heater assembly issue work order request.
It is appreciated that above-mentioned steps S1- step S3 can be stored in a computer storage medium or electronic equipment, and it can
With the processor for executing above-mentioned steps.
Specifically, in above-mentioned steps S1, when the user's history water demand that the discharging device receives includes a certain section
Use hot water period predetermined in the time, human body group any one or several close in wake-up, user voice command, control signal
It closes.The historical state data of the water circulating pump assembly and/or main body heater assembly refers to that can record a certain section uses the time
The delta data of internal circulation water pump assembly and/or main body heater assembly state, for example, when user using discharging device or
When without using discharging device, power required for temperature heats up in the water circulating pump assembly and/or main body heater assembly, stream
The state changes parameters such as speed, temperature change speed.
Based on the above-mentioned user's history water demand for being uploaded to a cloud data platform, in conjunction with water circulating pump assembly and/or master
The historical state data of body heater assembly, can further progress calculation process to obtain status assessment mould corresponding with data
Type.
The status assessment model may include convolutional neural networks model (CNN, Convolutional Neural
Network), as in other examples, it is also possible to other algorithm models, based on the training of big data to obtain its rule
Feature, so that the integrality evaluation of the intelligent hot water outlet system to described based on Internet of Things can be realized.
Wherein, in the present invention, above-mentioned steps S2 is further appreciated that are as follows:
Water is used in real time when predetermined hot water period, human body issue user close to wake-up, user voice command or control signal etc.
When demand, the discharging device can be first sent in the cloud data platform calculate by first communication module and be commented
Estimate.
Or the command information that corresponding user inputs can also be sent to by the cloud data by the mobile terminal and put down
Calculating assessment is carried out in platform.
Specifically, it to obtain the real-time water demand of user by the discharging device and/or the mobile terminal for corresponding, ties
The real-time status data for closing water circulating pump assembly and/or main body heater assembly inputs in the status assessment model, and corresponding
Export real-time state estimations result.
Wherein, the state estimations result can be regarded as the difference value of the real time data obtained based on historical data analysis,
So as to obtain the difference value between the real-time water demand of user and real-time status data based on analysis, if difference value is excessive,
Then need the cloud data platform unified to carrying out rapid coordination between multiple devices, and if difference value is in preset state model
Within enclosing, then the adjusting directly by voluntarily carrying out corresponding parameter between different device may be selected.It is described based on object so as to reduce
In the intelligent hot water outlet system of networking, dependence to the cloud data platform, while can accelerate between different device again
Data processing and shortening processing time, so that zero-waiting hot water effluent can be realized.
In above-mentioned steps S3, a state range is set, if the state estimations result is recognized within state range
To be in good condition, then the discharging device and/or the mobile terminal will be directly established at this time, with water circulating pump assembly and/or master
Synchronized cooperative work network between body heater assembly, so as to make the discharging device and/or the mobile terminal, with circulation
Small-scale synchronized cooperative work network is formed between water pump complement and/or main body heater assembly.Pass through the state estimations
As a result formation signal interconnection relationship between multiple devices can be established.
Specifically, corresponding, the main body heater assembly capable of emitting work order in the case where receiving task requests request to
The water circulating pump assembly, the discharging device are synchronized and are cooperated；Similarly, the water circulating pump assembly receives task
After request, then correspondence issues work order and requests to the main body heater assembly, the discharging device to synchronize and carry out collaboration work
Make.
Specifically, as shown in Figure 17, the discharging device and/or the mobile terminal are directly established in above-mentioned steps S3,
With the synchronized cooperative work network between water circulating pump assembly, main body heater assembly, specifically includes the following steps:
Step S301, the discharging device and/or the mobile terminal directly issue task requests to water circulating pump assembly and/
Or main body heater assembly；And
After step S302, the water circulating pump assembly and/or the main body heater assembly receive task requests, sending pair
Answer work order to request, and return information is to the discharging device and/or the mobile terminal, with formed the discharging device and/
Or the synchronized cooperative work network in the mobile terminal, with water circulating pump assembly and/or main body heater assembly.Specifically, institute
It states cloud data platform and receives the discharging device and/or the mobile terminal and issue task requests, and to the water circulating pump assembly
And/or main body heater assembly issues work order and it is requested specifically to may also include that
The cloud data platform, which receives task requests and issues work order, requests to the water circulating pump assembly, the main body
It is one or more in heater assembly or the discharging device；As it can be seen that in above-mentioned step S2- step S3, by straight with user
Acquisition end of the discharging device, the mobile terminal of contact as corresponding task requests, can meet user at the first time
The demand that intelligence uses, and after obtaining corresponding user demand signal is translated into task requests and to multiple mesh
Mark platform is broadcasted, and is added to set up the discharging device, the mobile terminal and the water circulating pump assembly, the main body
Connection relationship between hot device assembly and the cloud data platform, and can realize the quick mutual biography of corresponding data so that it is described go out
It is constituted between water installations, the mobile terminal, the water circulating pump assembly, the main body heater assembly and the cloud data platform
Internet of things connection relationship, compared with existing needs will be sent to a data processing terminal to induction signal, the present invention is based on object
The intelligent hot water method for yielding water S10 of networking can be further reduced signal and propagate and the time of processing, and can be to avoid occurring
Connection between the cloud data platform occur network delay or network connection it is bad in the case where, can still guarantee described
Local operation networks can be formed between discharging device, the water circulating pump assembly and the main body heater assembly, to realize
The timely transmission and processing of signal, and the overall data process amount of cloud data platform can be reduced.
In some specific embodiments, for example, state estimations result is within state range, when the discharging device obtains
After obtaining the real-time water demand of user, the assignment instructions that user needs " 40 DEG C of water " are analyzed, at this point, the water circulating pump assembly is surveyed
Water in circulating water loop meets " 40 DEG C of water " water outlet demand and therefore converts work order for received assignment instructions,
The main body heater assembly is notified to increase pumping water simultaneously without increasing or reducing heating power, the water circulating pump assembly
Power, to guarantee that the discharging device can supply lasting " 40 DEG C of water " for user.
For another example, state estimations result is within state range, after discharging device acquisition user real-time water demand,
The assignment instructions that user needs " 40 DEG C of water " are analyzed, the main body heater assembly knows that coolant-temperature gage is insufficient in circulation waterway,
Then received assignment instructions are converted work order by it, is sent to the water circulating pump assembly, and it is promoted to increase pumping water
Power, while the main body heater assembly also increases heating power, so that the hot water of heating is pumped to rapidly the water outlet
Device end, to guarantee that the discharging device can supply lasting " 40 DEG C of water " for user.
For another example, it within the scope of state estimations result is not at state, is then needed when the discharging device obtains user in real time with water
After asking, analyzes user and needs the assignment instructions of " 40 DEG C of water ", and corresponding assignment instructions are sent to the cloud data platform,
After cloud data platform analysis, control signal directly is sent to the main body heater assembly, the water circulating pump assembly,
So that the main body heater assembly, the water circulating pump assembly can quick response, to guarantee that the discharging device can be user
Supply lasting " 40 DEG C of water ".
In some particular embodiments, state estimations result, then can also be by the discharging device within state range
The heater of itself realizes the control to output water temperature, it is seen then that scheme provided by the present invention is applicable to a variety of applied fields
Jing Zhong.For example, state estimations result can be divided into multiple grades, and multiple grades, difference etc. are also classified into corresponding states range
Grade can correspond to different counte-rplan, so as to make the intelligent hot water method for yielding water based on Internet of Things that there is wider array of applicability,
And better user experience can be brought.
Further, in order to guarantee the knowledge in the intelligent hot water method for yielding water based on Internet of Things to intelligent hot water water outlet
Other timeliness further includes in the present embodiment following steps further after above-mentioned steps S3 as shown in Figure 18:
Step S4, the real-time water demand of user and water circulating pump assembly and/or main body heater that will be obtained in step S3
The real-time status data of assembly is input to the status assessment model as more new data and is commented with the updated state of training acquisition
Estimate model；And
Step S5, repeat the above steps S1- step S4, to realize that intelligence adjusts hot water effluent.
Specifically, the step S4 can be based on the real-time water demand of user and real-time status data obtained in real time as number
According to inputting in the most described status assessment model, new status assessment model is obtained to update.
S4- step S5 through the above steps can get and realize the variation based on real time data in actual use,
Constantly update and obtain new status assessment model, so as to provided with the real-time water demand of book more rapidly, more save water and
The hot water water supply scheme of heat energy.
The intelligent hot water method for yielding water S10 that the present invention is based on Internet of Things is applicable to home intelligent water system, hotel
Intelligent water supply system, hospital or the intelligent water supply system of other public arenas have wider applicability.
In some particular embodiments, the discharging device shows that leaving water temperature or overtemperature alarm are flat to the cloud data
Platform, the main body heater assembly and the water circulating pump assembly, thus the cloud data platform, the main body heater assembly
And the water circulating pump assembly can be carried out temperature control based on the data of acquisition and execute change directive.
The mobile terminal independently issues assignment instructions to the cloud data platform, the discharging device, the water circulating pump
Assembly and the main body heater assembly, so that the device for receiving assignment instructions can be synchronized and be cooperated.That is, corresponding
User can based on the mobile terminal and in the remote mode send out assignment instructions to the cloud data platform or be transmitted directly to institute
Discharging device, the water circulating pump assembly, the main body heater assembly are stated, so that the discharging device, the water circulating pump
Assembly, the main body heater assembly can be synchronized and be cooperated.
Wherein, the related discharging device, the cloud data platform, the main body heater assembly, the water circulating pump
The specific restriction of assembly and the mobile terminal and in the intelligent hot water outlet system based on Internet of Things in above-mentioned first embodiment one
It causes, details are not described herein.
Figure 19 is please referred to, in step of the present invention, the discharging device, the water circulating pump assembly and the master
It include speech control module in body heater assembly, wherein the course of work of the speech control module includes:
Step S01 acquires the voice of user and is converted to phonetic order signal；And
Step S02 obtains preset voice and wakes up word and user's vocal print, and by the phonetic order signal with it is preset
Voice wakes up word and user's vocal print matches.
Wherein, it includes such as " boiled water ", " Guan Shui ", " water purification " that voice, which wakes up word, also includes controlling the water temperature of water outlet
As " hot water ", " warm water " or actual temp water, such as " 40 DEG C of water " etc..
Compared with prior art, the present invention is based on the intelligent hot water method for yielding water of Internet of Things and its system and has as follows
The utility model has the advantages that
Intelligent hot water method for yielding water provided in the present invention based on Internet of Things, it can be achieved that by discharging device, mobile terminal,
Appoint the linkage and collaborative work between several in water circulating pump assembly, main body heater assembly and cloud data platform.It is filled by water outlet
It sets, the mobile terminal acquisition real-time water demand of user, the real-time status data in conjunction with water circulating pump assembly, main body heater assembly is defeated
Enter in the status assessment model that one is established based on historical data, and exports operating status assessment result；Compare operating status assessment
As a result with state range directly to establish small range synchronized cooperative work network；Or discharging device is received by the cloud data platform
And/or mobile terminal issues task requests, and issues work order request to corresponding other devices.It, can based on above-mentioned method
The state estimations mould for being suitable for multiple devices in corresponding Internet of Things is established using user's history water demand and historical state data
Type, and then it can be based on state estimations model, the operating status of devices multiple in Internet of Things is estimated.It is provided by the present invention
Method and its system can realize the fast linked cooperation between multiple and different devices, based on to the real-time water demand of user and in real time
It obtains status data to be analyzed, in such a way that the different signal of accurate match mutually passes and work order issues mode, reduces data
The time of processing and operand, to meet the use demand of zero-waiting hot water.
If predicted state is good, discharging device and mobile terminal, water circulating pump assembly, main body heater assembly can be established
In any two or three local synchronized cooperative work network；And if predicted state is bad, needing will be each in Internet of Things
The data of device are uploaded to the cloud data platform, are uniformly controlled and are adjusted by the cloud data platform, to realize zero etc.
To the stable supplying of hot water, further, different processing modes is matched based on different states, can also reduce data processing
Time, to meet the use demand of zero-waiting hot water.
The present invention also provides a kind of intelligent hot water outlet system based on Internet of Things has and is based on Internet of Things as described above
The identical beneficial effect of intelligent hot water method for yielding water.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in original of the invention
Made any modification within then, equivalent replacement and improvement etc. should all be comprising within protection scope of the present invention.
Claims (10)
1. a kind of intelligent hot water method for yielding water based on Internet of Things, it is characterised in that: the intelligent hot water based on Internet of Things goes out
Water method the following steps are included:
Step S1, based on an at least discharging device and obtaining user's history water with the mobile terminal of discharging device signal interconnection needs
It asks, the historical state data in conjunction with water circulating pump assembly and/or main body heater assembly is uploaded to a cloud data platform and carries out
Calculation process is to obtain status assessment model；
Step S2 obtains the real-time water demand of user by discharging device and/or mobile terminal, in conjunction with water circulating pump assembly and/or master
The real-time status data of body heater assembly inputs in the status assessment model, and exports operating status assessment result；And
Step S3 is set a state range, and is determined based on the comparison result of operating status assessment result and state range: directly
The discharging device and/or the mobile terminal are established, the synchronous association between water circulating pump assembly and/or main body heater assembly
Same job network；Or
The discharging device and/or the mobile terminal are received by the cloud data platform and issue task requests, and to the circulation
Water pump complement and/or main body heater assembly issue work order request.
2. the intelligent hot water method for yielding water based on Internet of Things as described in the appended claim 1, it is characterised in that: straight in above-mentioned steps S3
It connects and establishes the discharging device and/or the mobile terminal, synchronous between water circulating pump assembly and/or main body heater assembly
Collaborative work network, specifically includes the following steps:
Step S301, the discharging device and/or the mobile terminal directly issue task requests to water circulating pump assembly and/or master
Body heater assembly；And
After step S302, the water circulating pump assembly and/or the main body heater assembly receive task requests, corresponding work is issued
Make instruction request, and return information is to the discharging device and/or the mobile terminal, to form the discharging device and/or institute
State the synchronized cooperative work network between mobile terminal and water circulating pump assembly and/or main body heater assembly.
3. the intelligent hot water method for yielding water based on Internet of Things as described in the appended claim 1, it is characterised in that: above-mentioned steps S3 it
Afterwards, further includes:
Step S4, by the real-time water demand of user and water circulating pump assembly that are obtained in step S3 and/or main body heater assembly
Real-time status data be input to the status assessment model as more new data updated status assessment mould obtained with training
Type；And
Step S5, repeat the above steps S1- step S4, to realize that intelligence adjusts hot water effluent.
4. the intelligent hot water method for yielding water based on Internet of Things as described in the appended claim 1, it is characterised in that: in above-mentioned steps S3
In, the cloud data platform receive task requests issue work order request to the water circulating pump assembly, the main body heat
Device assembly, the discharging device are to realize synchronized cooperative work；And/or the main body heater assembly is in the case where receiving task requests
Capable of emitting work order is requested to the water circulating pump assembly, the discharging device to realize synchronized cooperative work；And/or it is described
After water circulating pump assembly receives task requests, correspondence, which issues work order, is requested to the main body heater assembly, the water outlet
Device is to realize synchronized cooperative work.
5. such as the intelligent hot water method for yielding water based on Internet of Things in claim 1, it is characterised in that: when the discharging device, institute
It states mobile terminal while receiving user and instructed with water, then the user for preferentially analyzing the discharging device is instructed with water and exports correspondence
First task instruction after, then to the received user in the mobile terminal with water instruct analyze, and issue the second assignment instructions.
6. a kind of intelligent hot water outlet system based on Internet of Things, it is characterised in that: the intelligent hot water based on Internet of Things goes out water system
System includes:
An at least discharging device, for providing a user the water of variable temperature；
Water circulating pump assembly can provide circulating water flow for connecting with multiple discharging devices for the discharging device；
Main body heater assembly, for providing heat energy for the water circulating pump assembly；
Cloud data platform, for acquiring the number of the discharging device, the water circulating pump assembly and the main body heater assembly
It is believed that ceasing and carrying out operational analysis；And
Mobile terminal, for obtain user's water information and based on the cloud data platform data to the discharging device, described follow
Ring water pump complement is remotely operated with the main body heater assembly；
Wherein, user's history water demand is obtained based on discharging device and/or mobile terminal, added in conjunction with water circulating pump assembly, main body
The historical state data of hot device assembly is uploaded to a cloud data platform and carries out calculation process to obtain status assessment model；By institute
It states discharging device and/or the mobile terminal obtains the real-time water demand of user, in conjunction with water circulating pump assembly, main body heater assembly
Real-time status data input in the status assessment model, and export operating status assessment result；And one state range of setting,
And determined based on the comparison result of operating status assessment result and state range: directly establishing the discharging device and/or described
Synchronized cooperative work network between mobile terminal, with water circulating pump assembly, main body heater assembly；Or by the cloud data platform
It receives the discharging device and/or the mobile terminal issues task requests, and is total to the water circulating pump assembly, main body heater
It is requested at work order is issued.
7. such as the intelligent hot water outlet system based on Internet of Things in claim 6, it is characterised in that: the discharging device includes
Water main body and water outlet control module；The water outlet control module further comprises drive module and electrically connects with the drive module
The first communication module, the first memory module, the first speech control module, the first operational module and the first induction module connect；Its
In, first memory module can store the predetermined hot water period, and first speech control module, which can be used to identify, obtains user
Voice command；First operational module is used to obtain the control signal of user；First induction module is for obtaining user
Human body close to wake-up signal.
8. such as the intelligent hot water outlet system based on Internet of Things in claim 7, it is characterised in that: the water outlet main body includes
Any in water pipe, basin faucet, showerhead, kitchen basin faucet, Tap for bathtub, outdoor irrigation point or flushing faucet
Kind or several combinations.
9. such as the intelligent hot water outlet system based on Internet of Things in claim 7, it is characterised in that: the water circulating pump assembly packet
The second communication module and the second memory module are included, the main body heater assembly includes third communication module and third storage mould
Block；Signal can be achieved between first communication module, second communication module and the third communication module mutually to pass, and will
Signal correspondence is stored in first memory module, the second memory module and third memory module.
10. such as the intelligent hot water outlet system based on Internet of Things in claim 7, it is characterised in that: the cloud data platform into
One step includes:
Cloud storage module, for obtaining and storing the data of the discharging device, water circulating pump assembly and main body heater assembly
Information；
Computing module, for carrying out calculation process to the data information stored in the cloud storage module, to obtain the shape of optimization
State assessment models；And
The port API, for providing data sharing channel to the discharging device, water circulating pump assembly and main body heater assembly.
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| CN116631399A (en) * | 2023-07-06 | 2023-08-22 | 广州金燃智能系统有限公司 | Artificial intelligence control system and method based on Internet of things |
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| CN116631399A (en) * | 2023-07-06 | 2023-08-22 | 广州金燃智能系统有限公司 | Artificial intelligence control system and method based on Internet of things |
| CN116631399B (en) * | 2023-07-06 | 2023-10-13 | 广州金燃智能系统有限公司 | Artificial intelligence control system and method based on Internet of things |
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