CN109339156A

CN109339156A - Discharging device, intelligent water supply system and intelligent water supply method

Info

Publication number: CN109339156A
Application number: CN201811133769.5A
Authority: CN
Inventors: 汤家宏; 梁高铭
Original assignee: Shenzhen Panshi Science And Technology Engineering Technology Co Ltd
Current assignee: Shenzhen Panshi Science And Technology Engineering Technology Co Ltd
Priority date: 2018-09-27
Filing date: 2018-09-27
Publication date: 2019-02-15
Anticipated expiration: 2038-09-27
Also published as: CN109339156B; WO2020062975A1

Abstract

The present invention relates to hydrotechny fields, more particularly to a kind of discharging device provided by the present invention, intelligent water supply system and intelligent water supply method, wherein, the inside of the discharging device can form the hot water stream independently of whole hot water feeding pipe, and cloud platform described in the intelligent water supply system and its method can control the thermal water source and the cold water source to supply water into the discharging device.It is based on the first command signal and the second command signal in intelligent water supply method, obtains corresponding temporal information and identity information；Temporal information and identity information based on acquisition, the control preheating water source before corresponding to the time next time.Can effectively avoid it is existing there are problems that " stagnant water " between circulating water supply system and tap, to can reach close or zero distance hot water effluent's mode；It can be also based on intelligent control, realize the effect for reducing energy consumption, it is extensive to be applicable in scene.

Description

Discharging device, intelligent water supply system and intelligent water supply method

[technical field]

The present invention relates to hydrotechny field more particularly to a kind of discharging devices, intelligent water supply system and intelligent water supply side Method.

[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, it is as shown in fig. 1, existing to use water end (W.E.) 100 It generally all include a hot water access port 101 and a cold water access port 102.But due to water heater or other heating combined equipments one As all apart from user's water end (W.E.) certain distance, therefore, it is necessary to which waiting for a period of time bleeds off that a part of there are " dead in water pipe originally Water " could use hot water, in this way, not only bring great inconvenience to the use of hot water to people, also create water money The waste in source.

In addition, how outlet system is efficiently used with the development of technology of Internet of things, it is more convenient simple being provided to people Energy consumption is reduced while life, becomes a kind of new life requirement.

[summary of the invention]

For above-mentioned hot water problem inconvenient for use, the present invention provides a kind of discharging device, intelligent water supply system and intelligence Method of supplying water.

The scheme of the present invention to solve above-mentioned technical problem provides the following technical solutions: a kind of discharging device, with offer One hot water feeding pipe of hot water connects, and the discharging device includes opposite water intake end and water outlet, and the water intake end is equipped with An at least hot water inlet, a hot water outlet and a cold water inlet, the hot water inlet and the hot water outlet access same hot water The different location of water supplying pipe can be by the hot water outlet stream after the water in the hot water feeding pipe is entered by the hot water inlet It is back to the hot water feeding pipe.

Preferably, the discharging device is connect with the cold water supplying pipe for providing cold water, the water outlet of the discharging device Equipped with a water outlet, the hot water entered by the hot water inlet and the mixing formed by the cold water mix that the cold water inlet enters Water flows out the discharging device by water outlet.

Preferably, the discharging device further includes valve, and the valve is arranged in the water intake end；The valve controls institute Hot water inlet is stated to connect with the hot water outlet or the cold water inlet；When the hot water inlet and the hot water outlet are mutually passed through When logical, then the water in the hot water feeding pipe is entered by the hot water inlet, and flows back into the hot water by the hot water outlet Water supplying pipe；When the hot water inlet and the cold water inlet connect, then the hot water of the hot water inlet enters with the cold water The cold water mix of mouth simultaneously flows out the discharging device by the water outlet.

Preferably, the discharging device further includes the valve connecting with the water outlet, valve setting it is described go out Water end (W.E.)；The discharging device further includes first passage, second channel and third channel, the first passage, the second channel And the third channel includes opposite both ends；Wherein, one end of the first passage is corresponding is connected to the hot water inlet, separately One end is corresponding to be connected to the valve；Described second channel one end is connect with the cold water inlet, and the other end is connected to the valve； One end of the third channel is connected to the valve, and the other end is connect with the hot water outlet.

Preferably, the valve controls the first passage and is connected to the second channel, at this point, in the first passage Hot water and the second channel in the cold water be sent into the mixing water for being mixed into proper temperature after the valve, go forward side by side one Step flows out the discharging device via the water outlet；Or the valve controls the first passage and the third channel connects Logical, at this point, the water in the hot water feeding pipe is entered by the hot water inlet, and it is logical to flow through the first passage, the third Behind road, flow back into the hot water feeding pipe by the hot water outlet.

Preferably, the discharging device further includes valve, and the valve is arranged in the water intake end；The discharging device packet Fourth lane and Five-channel are included, the fourth lane and the Five-channel all have opposite end；The fourth lane One end is connect with the valve, and the other end is connect with the water outlet；The hot water inlet includes the first hot water inlet and second Hot water inlet, the valve control second hot water inlet and communicate with the cold water inlet；The Five-channel is a U-typed Pipe, both ends are separately connected first hot water inlet and the hot water outlet, and the water in the hot water feeding pipe is by described the One hot water inlet enters, and flows back into the hot water feeding pipe by the hot water outlet.

Preferably, the discharging device includes the first tube body and the second tube body, and first tube body is set to second pipe Within body, form the fourth lane in first tube body, the outer wall of second inboard wall of tube body and first tube body it Between form the Five-channel；First tube body includes any, institute of brass in thermal conductive metallic material, cast iron, stainless steel Water transport heat of the hot water in Five-channel into the fourth lane is stated, so that the coolant-temperature gage liter in the fourth lane It is high.

Preferably, the discharging device includes outlet pipe, basin faucet, shower faucet, kitchen basin faucet, bathtub dragon Any one of head, outdoor faucet or flushing faucet.

The present invention provides the following technical solutions to solve above-mentioned technical problem: a kind of intelligent water supply system, and the intelligence supplies Water system further include: at least one discharging device as described above can directly provide a user the water of variable temperature；Cloud platform, packet One or more programs are included, for the signal interaction and storage between multiple discharging devices；Induction module is instructed, is referred to for obtaining Signal is enabled, and is uploaded to the cloud platform；And valve control device, discharging device can be separately connected to thermal water source and cold water Source, and supplied water based on the described instruction signal control thermal water source and the cold water source into the discharging device.

Preferably, the intelligent water supply system includes at least two discharging devices, and different discharging devices can connect On same or different hot water feeding pipe and cold water supplying pipe.

Preferably, described instruction induction module includes voice induction module and/or gesture induction module.

Preferably, the voice induction module further comprises: voice acquisition module, for acquiring the voice of user simultaneously It is converted to phonetic order signal；Local voice database, the local voice database can store preset voice wake up word and User's vocal print, and word and user can be waken up to the phonetic order signal and preset voice that the voice acquisition module provides Vocal print is matched, as matching result be it is consistent, then phonetic order signal is uploaded to the cloud platform.

Preferably, the intelligent water supply system may also include that temperature detector, be set within the discharging device, use Flowing water temperature in the detection discharging device, and temperature signal is sent to the cloud platform；Wherein, the cloud platform receives Valve control device can be fed back to after temperature signal, supplied with controlling the thermal water source and the cold water source into the discharging device Water；Heating device, the heating device, which can receive the control signal that the cloud platform provides, makes the heating device to the heat Water source provides heat energy；Core board is mentioned for signal based on instruction to the valve control device and the information display module For corresponding control signal.The control signal can control the valve control device to run or close；Or the control signal The information display module is set to show corresponding information frame；Communication module, for the control signal of core board to be uploaded to institute Cloud platform is stated, related data can also be transmitted in the core board by the cloud platform by the communication module.

Preferably, the intelligent water supply system further includes time monitor；User is voluntarily set by the time monitor It fixes time or period, the time monitor is based on input information and provides instruction to the core board；Or the time supervision Device can record user using the temporal information of different discharging devices and be uploaded to the cloud platform, when the cloud platform is formed Between information database, wherein the temporal information includes time point and the lasting duration of water outlet of discharging device water outlet.

Preferably, the intelligent water supply system may also include that information display module, be set on the discharging device, For showing cloud platform signal and the pushed information that issues based on instruction；Wherein, the information display module includes being equipped with water outlet Display screen on device；Loudspeaker can receive the pushed information of the cloud platform and provide and puts outside sound.

The present invention provides the following technical solutions to solve above-mentioned technical problem: a kind of intelligence based on above-mentioned intelligent water supply system Energy method of supplying water comprising following step: step S1: valve control device and cloud platform obtain the first command signal；Step S2: cloud platform according to the first command signal start to carry out to information display module information push and/or valve control device according to First command signal provides the signal for opening valve to discharging device；Step S3: valve control device and cloud platform obtain second Command signal, cloud platform is replaced according to the second command signal or closing information push；And/or valve control device refers to according to second Signal is enabled to adjust valve state；Step S4: the corresponding temporal information of command signal and identity information are obtained；And step S5: it is based on The temporal information and identity information of acquisition, the control preheating water source before next service life corresponds to the time.

Preferably, the cloud platform includes information database, and information to be pushed is stored in the information database, In above-mentioned steps S2, the information that will be pushed is selected from information database and is transmitted to an information display module, by described Information display module shows selected information.

Preferably, in above-mentioned steps S3, the second command signal includes shutdown signal or replacement mode signal；Wherein, institute Stating replacement mode signal includes the water temperature information replaced information or adjust discharging device water outlet.

Preferably, first command signal and second command signal are phonetic order signal, in above-mentioned steps S1 The first command signal of middle acquisition and/or the second command signal is obtained in above-mentioned steps S2 include the following steps: step S01, adopt Collect the voice of user and is converted to phonetic order signal；Step S02 obtains preset voice and wakes up word and user's vocal print, And the phonetic order signal and preset voice are waken up into word and user's vocal print matches, as matching result be it is consistent, Phonetic order signal is then uploaded to the cloud platform.

Compared with prior art, discharging device provided by the present invention, intelligent water supply system and intelligent water supply method, have It is following the utility model has the advantages that

Discharging device provided by the present invention is connect with hot water feeding pipe, wherein at least one heat is equipped in its water intake end Water inlet, a hot water outlet and a cold water inlet, the hot water inlet and the hot water outlet access same hot water feeding pipe's Different location after the water in the hot water feeding pipe is entered by the hot water inlet, can be flow back into described by the hot water outlet Hot water feeding pipe.Using the flow dynamic on the hot water feeding pipe, it can make and be connect on the same hot water feeding pipe simultaneously The hot water inlet and the hot water outlet between the hot water stream that is formed, that is, the inside of the discharging device can be formed solely The hot water stream of whole hot water cyclesystem is stood on, to can effectively avoid existing between circulating water supply pipe and the tap of shunting There are problems that " stagnant water ", so as to make constantly supplement flowing hot water in discharging device, reduce user when hot water is used, The water for the cold water for needing to bleed off, to obtain hot water more quickly, to can get more preferably usage experience.

Intelligent water supply system provided by the present invention comprising thermal water source and cold water source, the intelligent water supply system also wrap Water installations are included, the water of variable temperature can be provided a user；Cloud platform, between multiple discharging devices signal interaction and Storage；Induction module is instructed, is used for acquisition instruction signal, and be uploaded to the cloud platform；Valve control device can will be discharged Device is separately connected thermal water source and cold water source, and controls the thermal water source and the cold water source to described based on described instruction signal It supplies water in discharging device；Wherein, the cloud platform can feed back to valve control device after receiving command signal, to control the heat Water source and the cold water source supply water into the discharging device.It is inputted as it can be seen that the intelligent water supply system can be realized based on user Command signal, provide preference temperature water and accurately information push.

Intelligent water supply method provided by the present invention further includes step S1: valve control device and cloud platform obtain the One command signal；Step S2: cloud platform starts according to the first command signal to the push of information display module information and/or valve control The opening valve signal that device processed is provided according to the first command signal to discharging device；Step S3: valve control device and cloud are flat Platform obtains the second command signal, and cloud platform is replaced according to the second command signal or closing information push；And/or valve control device Valve state is adjusted according to the second command signal；Step S4: the corresponding temporal information of command signal and identity information are obtained；And step Rapid S5: temporal information and identity information based on acquisition, the control preheating water source before next service life corresponds to the time.It is based on For the intelligent water supply method, it can be achieved that inputting based on instruction, realization automation control preheats water source, so as to guarantee information essence Under the premise of quasi- push, realization system preheats the intelligence of thermal water source in advance, so as to effectively save needed for providing instant hot water Energy consumption.

It is for existing cold and hot water supply system, can be in concentration water without re-laying additional hot-water line Place such as market, hotel, hospitals and other places, the cost of transformation is low and can effectively save water source.

[Detailed description of the invention]

Fig. 1 is the schematic diagram of the connection relationship of existing hot and cold water tap and hot water or cold water's water supplying pipe.

Fig. 2A is one of the circuit theory schematic diagram of intelligent water supply system provided by first embodiment of the invention.

Fig. 2 B is the two of the circuit theory schematic diagram of intelligent water supply system provided by first embodiment of the invention.

Fig. 2 C is specific functional modules schematic diagram when instruction induction module is voice induction module in Fig. 2 B.

Fig. 3 is the circuit theory schematic diagram of intelligent water supply system provided by second embodiment of the invention.

Fig. 4 A is the structural schematic diagram of intelligent water supply system provided by third embodiment of the invention.

Fig. 4 B is the module diagram of two kinds of operating modes of time monitor in Fig. 4 A.

Fig. 5 A is the signal of the connection relationship of discharging device provided by fourth embodiment of the invention and hot water or cold water's water supplying pipe Figure.

Fig. 5 B is formation "Ji" type hot water stream between hot water inlet shown in Fig. 5 A, hot water outlet and hot water feeding pipe Schematic diagram.

Fig. 5 C is the signal that cycling hot water flow is formed between hot water inlet shown in Fig. 5 A, hot water outlet and hot water feeding pipe Figure.

Fig. 6 A is flow path and the schematic diagram of valve setting position in water installations shown in Fig. 5 A.

Fig. 6 B is one of the schematic diagram of the control streamflow regime of valve shown in Fig. 6 A.

Fig. 6 C is the two of the schematic diagram of the control streamflow regime of valve shown in Fig. 6 A.

Fig. 7 is the signal of flow path and valve setting position in discharging device provided by fifth embodiment of the invention Figure.

Fig. 8 A 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.

Fig. 8 B is flow path and the schematic diagram of valve setting position in water installations shown in Fig. 8 A.

Fig. 8 C is the structural schematic diagram that water installations shown in Fig. 8 A are tap.

Fig. 9 A is the step flow diagram of intelligent hot water and information-pushing method provided by seventh embodiment of the invention.

Fig. 9 B is in Fig. 9 A when command signal is that phonetic order signal carries out matched steps flow chart schematic diagram.

Figure 10 is the specific steps flow diagram of step S2 shown in Fig. 9 A.

Figure 11 is the specific steps flow diagram of step S5 shown in Fig. 9 A.

Description of drawing identification:

90, intelligent water supply system；70, cloud platform；10, discharging device；46, temperature detector；91, valve control device； 92, induction module is instructed；921, voice acquisition module；922, local voice database；93, information display module；94, mould is communicated Block；41, thermal water source；42, cold water source；80, core board；117, communication module；

90 ', intelligent water supply system；70 ', cloud platform；71 ', information database；72 ', identification data library；73 ', standby Use information database；10 ', discharging device；46 ', temperature detector；91 ', valve control device；92 ', induction module is instructed； 93 ', information display module；94 ', communication module；95 ', identification module；96 ', loudspeaker；41 ', thermal water source；42 ', cold water Source；45 ', circulating pump；49 ', heating device；80 ', core board；

40a, intelligent water supply system；41a, thermal water source；411a, hot water feeding pipe；412a, outlet；413a, refluxing opening； 42a, cold water source；421a, cold water supplying pipe；43a, check-valves；44a, control device；45a, circulating pump；46a, temperature detector； 47a, time monitor；49a, discharging device.

10a, discharging device；11, water intake end；12, water outlet；111, hot water inlet；112, hot water outlet；113, cold water enters Mouthful；121, water outlet；13, hot water feeding pipe；14, cold water supplying pipe；15, hot water stream；16, valve；19, connecting tube；

H, hot water；H1, hot water enter the water flow of water；H1-1, the first hot water enter the water flow of water；H1-2, the second hot water enter The water flow of water；The water flow of H2, hot water effluent；C, chilled water flow；P, the water (flow) direction in hot water feeding pipe；

20, discharging device；211, hot water inlet；2111, the first hot water inlet；2112, the second hot water inlet；212, hot water Outlet；213, cold water inlet；221, water outlet；23, hot water feeding pipe；25, hot water stream；26, valve；27, first passage；281, Second channel；282, third channel；

30, discharging device；31, water intake end；311, hot water inlet；3111, the first hot water inlet；3112, the second hot water enters Mouthful；312, hot water outlet；313, cold water inlet；321, water outlet；33, hot water feeding pipe；34, cold water supplying pipe；35, hot water Stream；36, valve；39, connecting tube；391, Y type section；37, fourth lane；38, Five-channel；381/382, subchannel；301, One tube body；302, the second tube body；303, barrier structure；3021, heat insulation structural；304, 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 described herein, specific examples are only used to explain the present invention, and It is not used in the restriction present invention.

Fig. 2A is please referred to, the first embodiment of the present invention also provides a kind of intelligent water supply system 90, the intelligent water supply system System 90 includes thermal water source 41 and cold water source 42, and the intelligent water supply system 90 may also include that

Discharging device 10 can directly provide a user the water of variable temperature；

Cloud platform 70, for the signal interaction and storage between multiple discharging devices 10；

Induction module 92 is instructed, is used for acquisition instruction signal, and be uploaded to the cloud platform 70；

Discharging device 10 can be separately connected thermal water source 41 and cold water source 42 by valve control device 91, and based on described Command signal controls the thermal water source 41 and the cold water source 42 supplies water into the discharging device 10.

Thermal water source 41 and cold water source 42 can control to enter in the discharging device 10 by the valve control device 91 Water controls so as to the output water temperature to the discharging device 10.

In particular embodiments of the invention, the intelligent water supply system 90 further include:

Information display module 93 is set on the discharging device 10, for showing the signal based on instruction of cloud platform 70 And the pushed information issued.

In the present embodiment, the intelligent water supply system 90 may also include temperature detector 46, is set to the water outlet and fills It sets within 10, send for detecting the flowing water temperature in the discharging device 10, and by temperature signal to the cloud platform 70；

Wherein, the cloud platform 70 can feed back to valve control device 91 after receiving temperature signal, to control the hot water Source 41 and the cold water source 42 supply water into the discharging device 10.

Please continue to refer to Fig. 2 B, in the other embodiment of the first embodiment of the present invention, the intelligent water supply System 90 may also include that

Discharging device 10 can directly provide a user the water of predetermined temperature；

Discharging device 10 can be separately connected thermal water source 41 and cold water source 42 by valve control device 91, and described in control Thermal water source 41 and the cold water source 42 supply water into the discharging device 10；

Induction module 92 is instructed, acquisition instruction signal is used for；

Information display module 93 is set on the discharging device 10, for showing pushed information according to command signal；

Core board 80, for signal based on instruction to the valve control device 91, the information display module 93 and institute It states communication module 94 and corresponding control signal is provided.The control signal can control the valve control device 91 to run or close It closes；Or the control signal makes the information display module 93 show corresponding information frame；Or the control signal passes through institute It states communication module 94 and related data is uploaded to a cloud platform 70；

Temperature detector 46 is set within the discharging device 10, for detecting the flowing water in the discharging device 10 Temperature, and temperature signal is sent into the core board 80；

Communication module 117, for the control signal of core board 80 to be uploaded to a cloud platform 70, the cloud platform 70 can also Related data is transmitted in the core board 80 by the communication module 117；

Cloud platform 70, and one or more programs, wherein one or more programs are stored in the cloud platform 70, It is communicated between the cloud platform 70 and the core board 80.

Specifically, the communication module 117 may include any one of wifi module, bluetooth module, 4G module etc..

In other some embodiments, the valve control device 91 can also be to be triggered by mechanical switch.

In the present embodiment, instruct the operating mode of induction module 92 as follows described in above-mentioned intelligent water supply system 90:

The first electric signal can be generated after described instruction induction module 92 obtains the first command signal and is transmitted to core board 80, core board 80 provides opening control signal to the information display module 93, the valve control device 91 immediately；

The second electric signal is generated after described instruction induction module 92 obtains the second command signal again and is transmitted to described Core board 80, the core board 80 provide to the information display module 93, the valve control device 91 immediately and close control Signal；

In the present invention, the data of the core board 80 are transferred into and the signal that is exported by the core board 80 can be by The communication module is uploaded in the cloud platform 70, is stored.

It specifically, may include voice induction module (not shown) and/or gesture induction mould in above-metioned instruction induction module 92 Block (not shown), first command signal, second command signal can be voice recognition instruction, gesture identification instruction etc.. It is appreciated that in other examples, described instruction induction module 92 may also include other instruction presentation modes, such as light-operated System etc..

As shown in FIG. 2 C, when first command signal and the second command signal are phonetic order signal, institute's predicate Sound induction module further comprises:

Voice acquisition module 921, for acquiring the voice of user and being converted to phonetic order signal；The voice collecting The concretely microphone array module of module 921.

Local voice database 922, the local voice database 922 can store preset voice and wake up word and user Vocal print, and word and user's sound can be waken up to the phonetic order signal and preset voice that the voice acquisition module 921 provides Line is matched, as matching result be it is consistent, then phonetic order signal is uploaded to the cloud platform.

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..

For example, Lee makes at home when first command signal and/or the second command signal are voice recognition instruction When used time discharging device of the invention, by voice " warm water water outlet ", described instruction induction module 92 is receiving voice messaging Afterwards, it can produce first command signal, and be sent in the core board 80 by described instruction induction module 92, the core Plate 80 provides opening control signal to the information display module 93 and/or the valve control device 91, at this point, the information Display module 93 starts, and such as advertising information, Weather information can be presented, and the correspondence of the valve control device 91 can provide temperature Water.After use, then described instruction induction module 92, can after receiving voice messaging for Lee's voice control " closing water outlet " It is corresponding to generate second command signal, and be sent in the core board 80 by described instruction induction module 92, the core Plate 80 provides closing control signal to the information display module 93 and/or the valve control device 91, at this point, the information Display module 93 is closed, and the corresponding also stopping of the valve control device 91 provides hot water.

It should be noted that in the present invention, phonetic order can be according to the reality of client in described instruction induction module 92 Demand carries out customized selection or modification.

In another example when first command signal and/or the second command signal are that gesture identification instructs, as Lee is in When middle use when discharging device of the invention, by the first gesture, then the corresponding information display module 93 is opened, and institute State 91 water supply start of valve control device.And by second of gesture, then corresponding 93 Stop message of information display module It pushes and closes, and the valve control device 91 stops supplying water.

Specifically, when described instruction induction module 92 is gesture identification, described instruction induction module 92 may include infrared Sensor, ultrasonic wave sensor or sound transducer etc..At this point, corresponding sensor may be provided on discharging device 10, After both hands are protruded into the sensing region for sensing it by user, then described instruction induction module 92 can correspond to acquisition triggering letter Number, or when user comes into the discharging device, described instruction induction module 92 senses mobile and corresponds to and set out Signal, so that the information display module 93 is opened and 91 water supply start of the valve control device.

In some specific embodiments of the present embodiment, the cloud platform 70 can be by the communication module 94, described Core board 80 provides advertising information, merchandise news etc. to the information display module 93.

For example, the intelligent water supply system 90 can realize the accurate push of information, information can be stored in advance in the core Within core 80 or by the cloud platform 70, the information is sent to through the communication module 94, the core board 80 and shows mould Block 93.It is appreciated that information signified in the present invention includes but is not limited to advertisement, streaming video or other to user's transmission The medium of message.

It is all to be pushed away by the way that a display screen is arranged on discharging device 10 to carry out information in all embodiments of the invention It send, that is, the information display module 93 includes display screen.

And the cloud platform 70 can be and be pushed away based on total in primary information push duration either time limit certain time Duration is sent to obtain the information content of consumer's concern, to can realize that accurate information pushes.

Referring to Fig. 3, the second embodiment of the present invention provides another intelligent water supply system 90 ', the intelligent water supply system 90 ' are with the difference of intelligent water supply system 90 provided by above-mentioned first embodiment: the intelligent water supply system 90 ' is further Including the identification module 95 ' and heating device 49 ' being connected with the core board 80 '.

As shown in Figure 3, the intelligent water supply system 90 ' further includes loudspeaker 96 ', can receive the cloud platform Pushed information and providing is put outside sound.

Wherein, the identification module 95 ' can be used to identify the identity information of user, and recognition mode can be face One or more of combination in recognition mode, fingerprint recognition mode, mobile phone MAC recognition mode etc..

In some embodiments, when the cloud platform includes information database 71 ', storage in the information database 71 ' Need the information pushed, described program also executes following steps instruction:

The identity information for obtaining user selectes the information that will be pushed from information database 71 ' and is transmitted to a letter Display module 93 ' is ceased, the information display module is passed through ' show selected information.

In further embodiments, the cloud platform 70 ' further includes an identity identification database 72 ', is stored with identity Information；The identity information is associated with one or more information in information database 71 ', and the step S2 can be wrapped further It includes:

Step S21 obtains the identity information of currently used person；

Step S22 carries out the identity information stored in the identity information of currently used person and identification data library 72 ' Matching executes step if a certain identity information in the identity information of currently used person and identification data library 72 ' matches Rapid S23；Step is executed if a certain identity information in the identity information of currently used person and identification data library 72 ' mismatches Rapid S24；

Step S23 is transmitted to the information exhibition from selection information associated with the identity information in information database 71 ' Show module；And

Step S24 is transmitted to information displaying mould at random or according to priority selection information from information database 71 ' Block；

Wherein, the mode for obtaining identity information is to be obtained by recognition of face acquisition or personal mobile phone mac mark identification.

In further embodiments, when the cloud platform 70 ' further includes standby message database 73 ', described program is also Execute following steps instruction:

Step S51: the time point in the temporal information of a discharging device 10 ' is analyzed, judges the time Whether the number that point occurred is greater than preset times, if so, return step S52, if it is not, then entering step S54；

Step S52, whether long numerical value is greater than preset threshold at that time for judgement, if more than preset threshold, then enters step S53, If duration numerical value is less than preset threshold, S54 is entered step；

Step S53, temporal information is associated with identity information, and issued in advance before corresponding time point next time The instruction of control preheating water source (not shown)；

Step S54, it is temporal information is associated with identity information and be stored in the standby message database 73 ' of cloud platform Afterwards, S55 is entered step；

Step S55 chooses next time point in the temporal information；

Step S56 judges whether that all time points have been analyzed and finishes, if so, S57 is then entered step, if it is not, then repeating Above-mentioned steps S51- step S55；And

Step S57 terminates the processing to temporal information.

By when above- mentioned information database 71 ', identification data library 72 ' and standby message database 73 ', it can be achieved that institute State the convenient control and operation that cloud platform 70 ' supplies instant hot water and information push, realization article are bought.So as to give user More convenient and fast usage mode is provided.

Above identity information and temporal information is based on the same discharging device, when the intelligent water supply system includes When multiple discharging devices, each discharging device can have independent database, and can be divided based on these independent databases Analysis and processing.

As shown in Figure 3, the identification module 95 ' can be matched with the identification data library 71 ', can be real Now the identity of user is identified.

It is appreciated that in the present invention, the identification module 95 ' is settable can be on the discharging device.When When user is washed one's hands using discharging device of the invention for the first time, the identification module 95 ' first obtains user's Face feature is simultaneously sent to cloud platform 70 ', cloud platform 70 ' using the face feature of user as the identity information of the user with The information association currently pushed is stored in information database.

In tap upper surface and be obliquely installed it is appreciated that face identification device is arranged, because people when washing one's hands body Habit leans forward, and the face identification device being obliquely installed is in substantially parastate with face, so as to capture the face of people well Portion's feature, so that the result of identification is more accurate.As a kind of deformation, face identification device also can integrate setting and show On screen.

Or MAC identification recognition device is provided on tap, many people are accustomed to carrying mobile phone, as long as user The wifi of mobile phone be open, MAC identification recognition device can identify the MAC mark of user's mobile phone to be used The relevent information of person, cloud platform 70 ' are pushed the relevent information of user as the identity information of the user and currently Information association is stored in information database.It is further appreciated that cloud platform 70 ' gets the face feature or correlation of user It can be gone to compare to obtain the identity information of the user with existing identity information database after message.As one Kind deformation can also be stored the identity information of user with the information association that currently pushed by tap.

As another kind deform, after cloud platform 70 ' gets the face feature or relevent information of user by its with Existing identity information database goes after comparing to obtain the identity information of the user, usual existing identity information number It is all associated with shopping information, net page browse information, personal concern information etc. according to the identity information stored in library, cloud platform 70 ' can With by shopping information associated with the identity information of the user, net page browse information, personal concern information and user Identity information associated storage, and shopping information content, the net page browse information content often paid close attention to usually according to user together Or personal concern information content etc. selectes similar information from information database and is pushed to the user.

For example, information associated with the identity information of currently used person can be selected by the cloud platform 70 ' is middle, and should The article acquisition information of associated information is transmitted to tap and is pushed；Or when the identity information of user is no and body When the identity information stored in part identification database matches, select to believe at random or according to priority from information database Breath, and the article of information acquisition information is transmitted to tap and is pushed；

User can provide the modes such as corresponding voice, gesture and input instruction, is transmitted to by described instruction induction module 92 ' The cloud platform 70 ', so as to correspond to article acquisition information into the information display module and initiate purchase request, the cloud Platform 70 ' can respond the purchase and request and trade with user, to realize that intelligent network is done shopping.It is described please continue to refer to Fig. 3 Heating device 49 ' and the core board 80 ' are electrically connected, and the core board 80 ' is based on the control letter that the cloud platform 70 ' provides The heating device 49 ' number is set to provide heat energy to the thermal water source 41, so that the temperature of the water in the thermal water source 41 ' is rapid It is increased to assigned temperature.

A circulating pump 45 ', the circulating pump are additionally provided between the valve control device 91 ' and the thermal water source 41 ' 45 ' setting can be improved the thermal water source 41 ' and provide the efficiency of hot water, thus can guarantee it is that the discharging device 10 ' is discharged and Shi Xing.

Further, in the present invention, the provided intelligent water supply system 90 of above-mentioned first embodiment and second embodiment Provided intelligent water supply system 90 ', it can be achieved that intelligent water supply process specifically please refers to Fig. 4 A, implemented by third of the invention It is the intelligent water supply provided by above-mentioned first embodiment that example, which provides intelligent water supply system a 40a, the intelligent water supply system 40a, On the basis of intelligent water supply system 90 ' provided by system 90 and second embodiment, for thermal water source 41a, cold water source 42a, go out Specific connected relation between water installations 49a and circulating pump 44 is further illustrated, specific as follows:

The intelligent water supply system 40a may include at least one discharging device 49a.As shown in Figure 4 A, in the intelligence It include three discharging device 49a in water system 40a, in the discharging device 49a and thermal water source 41a, described cold Hot water feeding pipe 411a, cold water supplying pipe 421a are respectively set between water source 42a.It is that parallel connection is set between multiple discharging device 49a It sets.Wherein, the circulating pump 45a is arranged between thermal water source 41a and discharging device 49a, the core board 44a and the circulation It is electrically connected between pump 45a, the core board 44a can control the closure or openness of the circulating pump 45a.The circulating pump 45a The water of the thermal water source 41a can be sent in multiple discharging device 49a.

In the present invention, the thermal water source 41a can be to provide thermal energy or the sun with electric energy, combustion gas, air energy, traditional coal Energy lamp is the positive displacement boiler of heating source.Or the thermal water source 41a can also be the water heater with heat insulation effect.Or the hot water Source 41a can also be quickly to be heated and obtained with a heating device (not shown).The cold water source 42a can be directly accessed originally Water pipe.

Specifically, in order to realize the lasting water supply in the hot water feeding pipe 411a, the thermal water source 41a includes outlet 412a and refluxing opening 413a, wherein the outlet 412a is connect with one end of the hot water feeding pipe 411a, hot water from it is described go out Mouth 412a outflow, after hot water feeding pipe 411a, is sequentially delivered to the discharging device 49a；The hot water feeding pipe 411a's The other end is connect with the refluxing opening 413a, and hot water can be back in the thermal water source 41a through refluxing opening 413a.Simultaneously such as Fig. 4 A Shown in, in order to keep the water in the thermal water source 41a sufficient, the cold water source 42a can access the thermal water source by pipeline In 41a.

It as shown in Figure 4 A, further include check-valves between the junction of the discharging device 49a and the refluxing opening 413a 43a, the core board 44a can connect the control check-valves 43a, and the check-valves 43a can control the hot water feeding pipe Hot water in 411a is to stand or flow, so as to meet different water demands.

In other some embodiments of the invention, in the intelligent water supply system 40a, the hot water feeding pipe 411a Or the quantity of the cold water supplying pipe 421a can be one or more, the hot water feeding pipe 411a or the cold water supplying pipe 421a can access one or more discharging device 49a simultaneously.

The intelligent water supply system 40a can further comprise the temperature detector being arranged in the discharging device 49a 46a, the temperature detector 46a can also be electrically connected between the core board 44a.The temperature detector 46a is detectable Real time temperature in the channel of the discharging device 49a is simultaneously uploaded to the core board 44a, and the core board 44a can monitor institute The temperature of water in discharging device 49a is stated, and is transmitted according to the difference of temperature to the circulating pump 45a or thermal water source 41a Signal is controlled out, specifically:

When at a temperature below set temperature, then it can increase the circulating pump 45a to the discharging device 49a and hot water is provided Speed, or improve the temperature that the thermal water source 41a supplies water；

And when its temperature is higher than set temperature, then the core board 44a can control the circulating pump 45a, to reduce It states circulating pump 45a and provides the speed of hot water to the discharging device 49a, or reduce the temperature that the thermal water source 41a supplies water.

And in other embodiments of the invention, for water-saving and energy saving angle, the core board 44a can also Based on the temperature level of temperature detector 46a detection, to control opening or closing for the check-valves 43a:

Such as when the temperature that real-time detection obtains is lower than set temperature, then the check-valves 43a is open state, at this point, Water in the hot water feeding pipe 411a constantly enters from the outlet 412a of the thermal water source 41a, and can be by the thermal water source The refluxing opening 413a of 41a is flow back into the thermal water source 41a.

And when largely the temperature is higher than set temperature, then the check-valves 43a is in off state, at this point, circulating pump 45a can also be synchronized in static condition, to the coolant-temperature gage in the hot water feeding pipe 411a one lower than set temperature or wherein When a discharging device 49a is in running order, the core board 44a can just control the check-valves 43a and be adjusted to open state.

As it can be seen that the intelligent control, it can be achieved that the intelligent water supply system 40a is arranged by the core board 44a, from And energy consumption required for hot water is provided can be also further reduced under the premise for guaranteeing to reduce initial cool water quantity.

In the present invention, the branch such as heat-proof polythene, trackless copolymer polypropylene material can be used in the hot water feeding pipe 411a Support, the hot water feeding pipe 411a can also have certain insulation effect.

In other embodiments of the present embodiment, as shown in Figure 4 A, the core board 44a may be based on the time with Control the circulating pump 45a or check-valves 43a.

The core board 44a can be electrically connected with a time monitor 47a, as shown in Figure 4 B, the time monitor 47a has following A1 mode and A2 mode, specifically:

In A1 mode, user can be by the customized user of time monitor 47a with water time point, that is, it can Based on user's setting time content to export corresponding control signal to the core board 44a

For example, the real use state based on the intelligent water supply system 40a, the core board 44a is based on environment temperature Variation, estimate in the hot water feeding pipe 411a hot water cooling rate, thus settable hot water temperature drop to it is a certain The interval time of temperature is based on this time, can control that the circulating pump 45a or the check-valves 43a open or close when Between.

For another example, user can set the time or period needed daily with water by the time monitor 47a, described Time monitor 47a is based on input information and provides instruction to the core board 44a.

Such as in some specific embodiments, by the time monitor 47a user can sets itself, when described Between monitor 47a can open in advance the circulating pump 45a and the check-valves in the 5-10 minute after the time set by user 43a, or increase the circulating pump 45a and provide the flow rate of hot water to the discharging device 49a, so as to guarantee that user can Fast using hot water and under the premise of reducing the discarded rate of initial cold water, energy consumption needed for hot water is provided can be also further saved.

In other some embodiments of the invention, under A2 mode, user is that Intelligent statistical obtains with water time point, It can be specifically as follows:

The recordable lower user of the time monitor 47a is using the time point of different discharging device 49a, duration and uses frequency The data such as rate, and it is uploaded to the cloud platform (not shown), to form time information data library in the cloud platform (not shown) (not shown).

For example, when discharging device 49a is showerhead, state that user uses in the first week are as follows: in 19:00, make With primary, then the corresponding time monitor 47a can detect acquisition with water time point and its access times, and will be corresponding when Between electricity with the relevant informations of access times be uploaded to core board 44a.The core board 44a can store the time point and access times Information to form temporal information, and analyzed, so as to which the 5- before 19:00 can be corresponded to thermal water source 41a offer Start to heat water within 10 minutes, and provides hot water to the discharging device 49a.And user in the second week in use, Its time used is 21:00, and using primary, the core board 44a will record down the time used twice and number.? , can be based on the service condition of user a few days ago when three weeks, starting in 5-10 minutes is heated before the present 19:00 of meeting, and if User uses in 19:00, then will not restart in 21:00, and if user does not use in 19:00, corresponding meeting Start heating in 21:00.And so on, the intelligent water supply system can be based on the time and frequency used before user, choosing Take the wherein higher time point pre-cooling heating of frequency of use.

For another example when the discharging device 49a be tap for kitchen use, what the time monitor 47a can wash one's hands user Time, frequency of use, single use duration are uploaded to the cloud platform, and the cloud platform can form time information data library, with Temporal information and subscriber identity information are matched, and form the database that user uses, is analyzed, can be obtained based on database Obtain the result of user behavior analysis.Adding as a result, issuing in advance to the thermal water source 41a for user behavior analysis can be based further on Thermal signal, and can be by display screen to the accurate advertisement information of user.

Fig. 5 A-5C and Fig. 6 A is please referred to, the fourth embodiment of the present invention provides a kind of discharging device 10a, hot with providing The hot water feeding pipe 13 of water connects, and the discharging device 10a includes opposite water intake end 11 and water outlet 12, the water intake end 11 It is equipped with an at least hot water inlet 111, a hot water outlet 112 and a cold water inlet 113, the hot water inlet 111, the hot water Outlet 112 and the cold water inlet 113 are connect by connecting tube 19 with the hot water feeding pipe 13 respectively.

Specifically, as shown in Figure 5 B, the hot water inlet 111 can supply with the hot water outlet 112 along the hot water The water (flow) direction P of water pipe 13 is set gradually, at this point, the water in the hot water feeding pipe 13 is via the connecting tube 19, the heat After water inlet 111 enters, the hot water feeding pipe 13 can be flow back by the hot water outlet 112, another connecting tube 19 again In, that is, forming "Ji" type heat between the hot water inlet 111, the hot water outlet 112 and the hot water feeding pipe 13 Water flow 15.

Again as shown in Figure 5 C, the hot water inlet 111 can be along the hot water feeding pipe 13 with the hot water outlet 112 The opposite direction of water (flow) direction P set gradually, at this point, the hot water inlet 111 and the hot water outlet 112 are along the warm The water (flow) direction of water water supplying pipe 13 is set gradually, at this point, the water in the hot water feeding pipe 13 is via the connecting tube 19, described After hot water inlet 111 enters, the hot water feeding pipe can be flow back by the hot water outlet 112, another connecting tube 19 again In 13, and also there is part hot water that can come back in the hot water inlet 111 in the hot water feeding pipe 13, that is, in institute State the hot water stream 15 that circulation is formed between hot water inlet 111, the hot water outlet 112 and the hot water feeding pipe 13.It is such The cyclic utilization rate that can further improve hot water is set.

The discharging device 10a include outlet pipe, basin faucet, shower faucet, kitchen basin faucet, Tap for bathtub, Any one of outdoor faucet or flushing faucet.

Again as shown in Figure 5 A, the hot water inlet 111 is connected to same hot water feeding pipe 13 with the hot water outlet 112 Different location.Specifically, the hot water inlet 111 passes through mutually independent connecting tube 19 with the hot water outlet 112 respectively Access the different location of the hot water feeding pipe 13.In some specific embodiments, the hot water inlet 111 and the hot water Outlet 112 is sequentially connected on the same hot water feeding pipe 13 along water (flow) direction, such setting, and the hot water can be made to supply Hot water in water pipe 13 can form good hot water circuit.

Continue as shown in Figure 5 A, the discharging device 10a further includes providing the cold water of cold water for the discharging device 10a Water supplying pipe 14, the water outlet 12 be equipped with a water outlet 121, the hot water entered by the hot water inlet 111 with by the cold water The mixing water that the cold water mix that entrance 113 enters is formed flows out the discharging device 10a by water outlet 121.

As shown in FIG, the discharging device 10a further includes valve 16, and in the present embodiment, the valve 16 is arranged In the water intake end 11；The valve 16 controls the hot water inlet 111 and the hot water outlet 112 connects or the valve The 16 control hot water inlets 111 connect with the cold water inlet 113.In the present invention, the valve 16 is Mixed water valve. As shown in FIG, it is connected between the valve 16 and the water outlet 121 by a pipeline.

Specifically, by the switch state of control valve 16 can control hot water inlet 111 respectively with the hot water outlet 112 or the water outlet 121 be connected.

As depicted in figure 6b, when the discharging device is in static condition, then the valve 16 is controlled, the hot water is made Entrance 111 connects with the hot water outlet 112, and the water in the hot water feeding pipe 13 is entered by the hot water inlet 111, and It is flow back into the hot water feeding pipe 13 by the hot water outlet 112, the hot water inlet 111 will not be with the water outlet at this time 121 connections；Hot water will not be flowed out from the water outlet 121 at this time.

As shown in figure 6c, when the discharging device is in running order, then the valve 16 is controlled, the hot water is made Entrance 111 connects with the cold water inlet 113, and the hot water of the hot water inlet 111 and the cold water inlet 113 is cold at this time Water mixes and flows out the discharging device 10a by the water outlet 121.At this point, the valve 16 controls the hot water inlet 111 It is arranged with before the hot water outlet 112 to disconnect, therefore, the water of the hot water inlet 111 can be fully entered in valve 16 and be mixed After conjunction, it is flow to the water outlet 121, without flowing to the hot water outlet 112.

The present invention herein and " static condition " as described below refer to the discharging device 10a water outlet 121 and the heat It is off-state before water water supplying pipe 13, " working condition " refers to that the water outlet 121 is in effluent state.

In the present embodiment, the hot water inlet 111 accesses same hot water feeding pipe 13 not with the hot water outlet 112 Same position can be flowed back to after the water in the hot water feeding pipe 13 is entered by the hot water inlet 111 by the hot water outlet 112 To in the hot water feeding pipe 13.When user needs using discharging device 10a, user can pass through the switch shape of control valve 16 State is in circulating hot water state or use state to control the discharging device 10a.Such setting can be such that the hot water supplies The position of flowable to the close valve 16 of hot water in water pipe 13, when the discharging device 10a needs to be controlled by valve 16 By standing device switching be in working condition when, hot water can be sent by the hot water inlet 111 in time, and with the cold water inlet After 113 cold water mix entered, the discharging device 10a is flowed out by the water outlet 121.

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 121.

In the present invention, hot water is uninterrupted circulation in the hot water stream 15；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.Discharging device 10a provided by the present invention can be directly in existing hot water feeding pipe 13 Upper installation can greatly reduce cost and the time of transformation without re-laying pipeline, convenient for promoting the use of.

Fig. 5 A and Fig. 7 are please referred to, the fifth embodiment of the present invention provides another discharging device 20, real with the above-mentioned 4th The difference for applying discharging device 20 described in example is:

The valve 26 is arranged in the water outlet；The valve 26 is four way valve 26.The discharging device 20 also wraps Include first passage 27, second channel 281 and third channel 282, the first passage 27, the second channel 281 and described Triple channel 282 includes opposite both ends.Specifically, one end of the first passage 27 is corresponding is connected to the hot water inlet 211, The other end is corresponding to be connected to the valve 26；Described 281 one end of second channel is connect with the cold water inlet 213, the other end and institute State the connection of valve 26；One end of the third channel 282 is connected to the valve 26, the other end and the hot water outlet 212 Connection.

The valve 26 can control the first passage 27 be connected to the third channel 282 or the valve 26 control institute First passage 27 is stated to be connected to the second channel 281.

Specifically, when the discharging device 20 is in running order, then the valve 26 controls the first passage 27 It is connected between the second channel 281, at this point, being sent into the hot water in the first passage 27 and the second channel 281 Cold water in the mixing water for being mixed into proper temperature after the valve 26, and further via the water outlet 221 flow out The discharging device 20.

And when the discharging device 20 is in static condition, then the valve 26 control the first passage 27 with it is described It is connected between third channel 282, at this point, the setting of the first passage 27 and the third channel 282 can be such that the hot water supplies Water in water pipe (not shown) is entered by the hot water inlet 211, and flows through the first passage 27, the third channel 282 Afterwards, it is flow back into the hot water feeding pipe by the hot water outlet 212.

Hot water in the hot water feeding pipe 23 is entered in the first passage 27 by the hot water inlet 211, is successively passed through After crossing the valve 26, the second channel 281, the hot water outlet 212, come back in the hot water feeding pipe 23.

Incorporated by reference to Fig. 8 A and Fig. 8 B, the sixth embodiment of the present invention provides another discharging device 30, the discharging device 30 are with the difference of the discharging device 10 in above-mentioned fourth embodiment and the discharging device 20 in above-mentioned 5th embodiment: described Valve 36 is arranged in the water intake end 31；The hot water inlet 311 includes the first hot water inlet 3111 and the second hot water inlet 3112.The valve 36 is four way valve 36, and the valve 36 will be with second hot water inlet 3112 and the cold water inlet 313 connect.Wherein, first hot water inlet 3111 shares with second hot water inlet 3112 is connected to same connecting tube 39, the connecting tube 39 includes a Y type section 391, the Y type section 391 respectively with first hot water inlet 3111 and described the The other end of two hot water inlets 3112 connection, the connecting tube 39 accesses in the hot water feeding pipe 33.

The discharging device 30 includes fourth lane 37 and Five-channel 38, wherein the fourth lane 37 and described the Five-channel 38 all has opposite end.As shown in figure 8B, one end of the fourth lane 37 is connect with the valve 36, another End is connect with the water outlet 321.

One end of the Five-channel 38 is connect with first hot water inlet 3111, the other end and the hot water outlet 312 connections；Specifically, the Five-channel 38 can be a U-typed pipe, and both ends are separately connected first hot water inlet 3111 And the hot water outlet 312, described the can be entered by the connecting tube 39 by flowing hot water in the hot water feeding pipe 33 One hot water inlet 3111 comes back to the hot water feeding pipe 33 after the Five-channel 38, the hot water outlet 312 In.

In some specific embodiments of the present invention, the fourth lane 37 and the Five-channel 38 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 37 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 38, 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 37 and 38 flowing hot water rate of the Five-channel Etc. conditions, to be quickly obtained the mixing water of proper temperature.

As shown in figure 8B, the fourth lane 37 is in contact with the side wall of the Five-channel 38, the Five-channel 38 coolant-temperature gage is higher than the water in the fourth lane 37, and the water in the Five-channel 38 can be into the fourth lane 37 Water transport heat, so that the coolant-temperature gage in the fourth lane 37 increases.

Setting in this way, when the discharging device 30 is in static condition, due in the Five-channel 38 Water circulates, and flowing water temperature is maintained at 45 ° or more in the Five-channel 38, when in the fourth lane 37 When the water of standing is lower than the coolant-temperature gage in Five-channel 38, then the water in the Five-channel 38 can be into the fourth lane 37 Water transport heat, increase the coolant-temperature gage in the fourth lane 37, thus can guarantee when the discharging device 30 needs beat It opens in use, by the proper temperature of the mixing water flowed out in the fourth lane 37.

In some specific embodiments of the present embodiment, in conjunction with shown in Fig. 8 B and Fig. 8 C, when the discharging device 30 Specially tap when, the tap includes one first tube body 301 and one second tube body 302, and first tube body 301 is set to Within second tube body 302, form the fourth lane 37 in first tube body 301,302 inner wall of the second tube body with The Five-channel 38 is formed between the outer wall of first tube body 301.In order to make the Five-channel 38 respectively with described One hot water inlet 3111 and the hot water outlet 312 are connected to, then a barrier structure 303 can be arranged in second tube body 302, Two subchannels being separated from each other will be separated between 302 inner wall of the second tube body and the outer wall of first tube body 301 381 go out with first hot water inlet 3111 and the hot water with subchannel 382, the subchannel 381 with subchannel 382 respectively Mouth 312 is connected.And it is equipped with an at least through-hole 304 close to one end of the water outlet 321 in the barrier structure 303, so that institute Subchannel 381 and subchannel 382 is stated to be interconnected in one end close to the water outlet 321.Such setting can make from described The hot water of first hot water inlet 3111 successively via subchannel 381 connected to it, through-hole 304 after, enter another described point In channel 382, and flowed out by the hot water outlet 312.As it can be seen that when the valve 36 control first hot water inlet 3111 with When the hot water outlet 312 is connected to, hot water can full of it is described can be the outer of 302 inner wall of the second tube body and first tube body 301 Space between wall, and can be the Water transport heat of stop in first tube body 301.

The barrier structure 303 can be specially a baffler.

Further, in the present embodiment, in order to make the discharging device 30 that there is more preferably using effect, described the One tube body 301 is selected any in the thermal conductive metallic materials such as brass, cast iron, stainless steel.The material of second tube body 302 can Select polyethylene, polybutene, heat-proof polythene, pipeline made of atactic copolymerized polypropene material.

In order to obtain the using effect of better discharging device 30, it is additionally provided on the tube wall of second tube body 302 heat-insulated Structure 3021, the heat insulation structural 3021 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 system provided by the present invention is simultaneously not required to Excessive change is done to existing hot water cyclesystem, it is only necessary to access more hot water mouths on existing hot-water line, make Hot water realizes hot water stream in the discharging device, 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 the discharging device 10a provided by the above-mentioned fourth embodiment and discharging device 20 provided by the 5th embodiment its In his embodiment.

In order to further increase the effect that intelligent hot water uses and accurate information pushes, Fig. 9 A is please referred to, of the invention 7th embodiment further provides for a kind of intelligence of intelligent water supply system provided based on above-mentioned first embodiment to 3rd embodiment Energy method of supplying water, specifically includes following step:

Step S1: valve control device and cloud platform obtain the first command signal；

Step S2: cloud platform starts to carry out information push and/or valve to information display module according to the first command signal Control device provides the signal for opening valve according to the first command signal to discharging device；

Step S3: valve control device and cloud platform obtain the second command signal, cloud platform according to the second command signal more It changes or Stop message pushes；And/or valve control device adjusts valve state according to the second command signal；

Step S4: the corresponding temporal information of command signal and identity information are obtained；And

Step S5: temporal information and identity information based on acquisition control pre- before next service life corresponds to the time Thermal water source.

The first command signal described in above-mentioned steps S1 is further trigger signal.

In some embodiments, cloud platform starts to believe to information display module according to the first command signal in above-mentioned steps S2 Breath push；And/or the opening valve signal that valve control device is provided according to the first command signal to discharging device；To realize letter Breath push and the water for releasing preference temperature, to bring more preferably usage experience to user.

The cloud platform includes information database, and information to be pushed is stored in the information database, in above-mentioned step In rapid S2, further, the cloud platform selectes the information that will be pushed from information database and is transmitted to information displaying Module shows selected information by the information display module.

As shown in fig. 9b, when first command signal and second command signal are phonetic order signal, upper It states to obtain the first command signal in step S1 and/or obtain the second command signal in above-mentioned steps S2 and include the following steps:

Step S01 acquires the voice of user and is converted to phonetic order signal；

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 and matches, as matching result be it is consistent, then phonetic order signal is uploaded to the cloud Platform.

Wherein, preset voice wakes up word and user's vocal print can be customized by users input and setting, can specifically pass through Core board input.

In the other some embodiments of the present embodiment, the cloud platform further includes an identity identification database, is deposited Contain identity information.The identity information is associated with one or more information in information database, as shown in Figure 10, institute Stating step S2 can further comprise:

Step S21 obtains the identity information of currently used person；

Step S22, the identity information progress that will be stored in the identity information of currently used person and identification data library Match, if a certain identity information in the identity information of currently used person and identification data library, which matches, thens follow the steps S23； If a certain identity information mismatch in the identity information of currently used person and identification data library thens follow the steps S24；

Step S23 selects information associated with the identity information to be transmitted to the information from information database and shows Module；And

Step S24 is transmitted to information display module at random or according to priority selection information from information database.

Further, the information of above-mentioned transmission can obtain information for article, and above-mentioned further includes following steps:

Step S25: information display module shows that article obtains information interface, and user enters the article and obtains information bound Simultaneously initiate purchase request in face；

Step S26, cloud platform obtain the purchase and request and complete to trade.

In above-mentioned steps S3, the second command signal can be off signal or replacement mode signal.Specifically, shutdown signal The as valve of Stop message push and/or control discharging device is closed, and water is sent in stopping.And replace mode signal, then it is replacement The content and/or control valve of information push are to adjust the water temperature information of discharging device.

In some specific embodiments of the present embodiment:

By voice " next information " or " handover information ", phonetic order can be commanded induction module and obtain simultaneously user Phonetic order is sent in the core board, core board can further carry out voice messaging being processed into switching signal, and pass through Cloud platform is sent to by the communication module, after cloud platform receives the switching signal, by corresponding pushed information via described Communication module, the core board are shown in the information display module.

Other specific embodiments in the present embodiment:

User can also be by voice " providing 40 DEG C of warm water ", and corresponding phonetic order can be commanded induction module and obtain simultaneously Phonetic order is sent in the core board, core board can further carry out voice messaging being processed into the letter for adjusting water temperature Number, and it is sent to cloud platform via the communication module, after cloud platform receives the signal for adjusting water temperature, by corresponding push Information is sent in the valve control device via the communication module, the core board, and the valve control device is into one Step controls the valve in discharging device provided in above-mentioned fourth embodiment to the 5th embodiment, to enter by adjusting cold water Water and hot water enter water, to adjust water temperature, when temperature detector detects that its temperature is 40 DEG C ± 0.5 DEG C, then and the valve Controlling device for doors controls the warm water of discharging device output preference temperature.

In other specific embodiment, above-mentioned voice command input can be replaced the control modes such as gesture control, Its specific control rule can in user for the first time using the discharging device when use habit carry out from main modulation or setting.

Temporal information corresponding with command signal and identity information, are storable in core board in above-mentioned steps S4, It can be transmitted to and be stored with cloud platform.

In some specific embodiments of the present invention, temporal information and identity information based on storage are right next time Control preheating water source before between seasonable, specifically includes:

When user uses water storage device, the time monitor can record time point, the list that the lower user uses The temporal informations such as the secondary duration used, interval time, and by these temporal informations and it is stored in the identification data library Identity information matches.And accordingly, based on these matched temporal informations and identity information, it can be achieved that using water outlet to user The behavior of device carries out big data analysis, so that obtaining some user uses time point and duration of a certain discharging device etc., from And the intelligent water supply system can at the time point before 5-10 minutes in advance to the hot water of the circulation in the intelligent water supply system It is heated.

As shown in Figure 11, it specifically comprises the following steps that

Step S51: analyzing the time point in the temporal information in a service life, judges that the time point occurs Whether the number crossed is greater than preset times, if so, return step S52, if it is not, then entering step S54；

Step S53, temporal information is associated with identity information, and issued in advance before corresponding time point next time The instruction at control preheating water source；

Step S54, it is temporal information is associated with identity information and after being stored in the standby message database of cloud platform, Enter step S55；

Step S55 judges whether the time point acquired in the service life has been analyzed and finishes, if so, then entering step S57, if it is not, then entering step S56；

Step S56 chooses next time point in the temporal information, and return step S51；And

Step S57 terminates the processing to temporal information in the service life.

Further, above-mentioned preset threshold includes duration threshold value, if duration threshold value can be any of 5s-30s numerical value.Such as Duration threshold value is 10s, then the lasting duration that only discharging device is intended for single use in user is greater than 10s, and the information used is Can be associated with identity information, so as to control preheating water source.The duration threshold value can based on user's sets itself or Behavioural habits based on user, the intelligent water supply system automatically generate.

Wherein, duration is after discharging device receives the first command signal, until discharging device closes stopping water supply.

In above-mentioned steps S54, the standby message database can store the temporal information and the identity information, only Have when the number that its time point occurs is greater than preset times, just can call the corresponding time from the standby message database Information and matched identity information.

" service life " of the above-mentioned meaning of aforementioned present invention refers to: such as small with 24 with certain time period for a service life Shi Weiyi service life is 19:00, the time of next service life first time point in service life 24 hours Point corresponds to the 19:00 in 24 hours next time.

Preferably, above-mentioned steps S5 can in real time analyze the time point of the acquisition of certain a period of time in service life, Time point all in service life can also be analyzed.

Further, in above-mentioned steps S52, the instruction at the control preheating water source of sending be can be transmitted to the thermal water source Or the heating device being connect with the thermal water source.The thermal water source can self-heating or based on the heating device of peripheral hardware in it Flowing water is heated, and further across circulating pump, is recycled within the intelligent water supply system.

Such as: the intelligent water supply system is installed, Lee concentrates on 18 using the time of kitchen faucet in Lee family: 30-19:30, the duration for opening kitchen faucet every time is 30s-3min, and average access times during this period of time are 3-6 It is secondary, then the intelligent water supply system can 5 minutes before 18:30, in advance to the thermal water source recycled in the intelligent water supply system into Row preheating.

Another example is: and Lee's some day using kitchen faucet time be 22:00, open kitchen faucet continue when Between be only 4s, this duration used be lower than preset threshold, therefore, this time use be judged as accidentally using, temporal information Can't be associated with identity information, that is, this time using in the usage behavior record that not will record Lee in cloud platform. And in next 5 days, Lee has used kitchen faucet in 22:00, and the number of continuous use is more than default time Number 3 times, then Lee can be recorded in 22:00 using the behavior of kitchen faucet, and the intelligent water supply system can be before 22:00 5 minutes, the thermal water source recycled in the intelligent water supply system is preheated in advance.

When there is multiple users using same discharging device, the intelligent water supply system can integrate making for multiple users With behavior, it is based on its temporal information, using water temperature and its identity information, optimal water supply scheme is provided.

Such as: Lee concentrates on 18:30-19:00 using the time of shower faucets, opens holding for kitchen faucet every time The continuous time is 3min, and generally using water temperature is 35 DEG C；And Huang concentrates on 21:30-22 using the time of kitchen faucet: 00, the duration for opening kitchen faucet every time is 5min, and the water temperature generally used is 40 DEG C；The then intelligent water supply system System the thermal water source recycled in intelligent water supply system can be preheated in 5 minutes before 18:30 so that its target water temperature be 35 DEG C, The thermal water source recycled in intelligent water supply system can also be preheated in 5 minutes before 21:30 so that its target water temperature be 40 DEG C, And in the period of 19:00-21:30, then the intelligent water supply system can reduce the heat to cycling hot water source, so as to save Save the loss of the energy.In the above-described embodiment, based on identification data, temporal information number in the intelligent water supply system According to and standby message data be continuously increased, it can be achieved that update of the intelligent water supply system based on user behavior, so as to obtain More intelligent water system is obtained, can also be while information push, offer hot water immediately be precisely provided, it can be automatic by intelligence Change control, realizes that automation preheating and temperature are adjusted, to save energy consumption, and improve the convenient degree that user uses.

Compared with prior art, discharging device provided by the present invention, intelligent water supply system and intelligent water supply method, tool Have it is following the utility model has the advantages that

Intelligent water supply system provided by the present invention, the intelligent water supply system may also include that discharging device, can directly to The water of user's offer predetermined temperature；Cloud platform, including one or more programs, the signal being used between multiple discharging devices are handed over Mutually and store；Induction module is instructed, is used for acquisition instruction signal, and be uploaded to the cloud platform；Valve control device can incite somebody to action Discharging device is separately connected thermal water source and cold water source, and based on described instruction signal control the thermal water source and the cold water source to It supplies water in the discharging device；Temperature detector is set within the discharging device, for detecting in the discharging device Flowing water temperature, and temperature signal is sent to the cloud platform；Wherein, the cloud platform can feed back to valve after receiving temperature signal Control device is supplied water with controlling the thermal water source and the cold water source into the discharging device.Based on the intelligent water supply system Instant hot water supply can be achieved for system and accurately information pushes.

Further, in intelligent water supply system provided by the present invention, the intelligent water supply system can also be based on making The usage behavior habit of user, automatic collection and storage user use the temporal information and identity information of discharging device, and needle After handling temporal information, analysis is obtained in next service life, can be shifted to an earlier date before user is using hot water apparatus, Preheating water source is carried out, in advance so as to realize instant hot water at once, energy loss can be reduced to the greatest extent.

Intelligent water supply system provided by the present invention, may also include at least two described in discharging device, different is described Discharging device is attached on same or different hot water feeding pipe and cold water supplying pipe.The intelligent water supply system can foundation Actual demand is adjusted, or can also replace discharging device directly in existing water circulation system, can be obtained a kind of novel Cyclic water outlet system.

In addition, the intelligent water supply system further include core board and with the core board be electrically connected temperature detector and Time monitor, the temperature detector are set within the discharging device, for described out to core board offer in real time The temperature of water in water installations；User passes through the time monitor sets itself time or period, the time monitor base Instruction is provided to the core board in input information.Setting based on temperature detector and time monitor is, it can be achieved that the intelligence The intelligentized control method of energy water system while can provide hot water to obtain, can save discarded water, saves energy consumption.Into one Step ground, the time monitor can record user and using the time point of different discharging devices, duration and frequency of use and be uploaded to The cloud platform, to form time information data library in the cloud platform.By the way that the time monitor is arranged, it can be achieved that clock synchronization Between information it is effective acquisition and storage, and for subsequent intelligent automation control data basis is provided.

Discharging device provided by the present invention is connect with hot water feeding pipe, wherein at least one heat is equipped in its water intake end Water inlet, a hot water outlet and a cold water inlet, the hot water inlet and the hot water outlet access same hot water feeding pipe's Different location after the water in the hot water feeding pipe is entered by the hot water inlet, can be flow back into described by the hot water outlet Hot water feeding pipe.Using the flow dynamic on the hot water feeding pipe, it can make and be connect on the same hot water feeding pipe simultaneously The hot water inlet and the hot water outlet between the inside of hot water stream namely the discharging device that is formed can form independence In the hot water stream of whole hot water cyclesystem, existing deposited between circulating water supply pipe and the tap of shunting to can effectively avoid " stagnant water " the problem of, so as to make constantly supplement flowing hot water in discharging device, reduces user when hot water is used, need The water for the cold water to be bled off, to obtain hot water more quickly, to can get more preferably usage experience.

Discharging device provided by the present invention further includes valve, and the valve is arranged in the water intake end；The valve control The hot water inlet is made to connect with the hot water outlet or the cold water inlet；As the hot water inlet and the hot water outlet When connecting, then the water in the hot water feeding pipe is entered by the hot water inlet, and is flow back by the hot water outlet described Hot water feeding pipe；When the hot water inlet and the cold water inlet connect, then the hot water of the hot water inlet with it is described cold The cold water mix of water inlet simultaneously flows out the discharging device by the water outlet.The discharging device is in by valve control The state of hot water return or the state of water outlet, it is ensured that " stagnant water " amount that temperature is low in the water flowed out by the water outlet is few, heat Water water outlet is fast.

Discharging device provided by the present invention may also include the valve connecting with the water outlet, and the valve is arranged in institute State water outlet；The discharging device further includes first passage, second channel and third channel, the first passage, described second Channel and the third channel include opposite both ends；The valve controls the first passage and the second channel connects Lead to, at this point, the cold water being sent into the hot water and the second channel in the first passage is mixed into after the valve The mixing water of proper temperature, and further the discharging device is flowed out via the water outlet；Or valve control described the One channel is connected to the third channel, at this point, the water in the hot water feeding pipe is entered by the hot water inlet, and flows through institute After stating first passage, the third channel, flow back into the hot water feeding pipe by the hot water outlet.By control valve, The switching of hot water stream or water outlet water outlet in the discharging device can be achieved, so that the hot water out of the discharging device can be improved Quick degree, is further reduced the amount of appearance " stagnant water ", has realized close or zero distance hot water effluent's mode.

Discharging device provided by the present invention may also include the valve that the water intake end is arranged in；The discharging device includes Fourth lane and Five-channel, the valve control first hot water inlet and communicate with the cold water inlet；Described 5th is logical Road is a U-typed pipe, and both ends are separately connected first hot water inlet and the hot water outlet, in the hot water feeding pipe Water is entered by first hot water inlet, and flows back into the hot water feeding pipe by the hot water outlet.As it can be seen that the water outlet dress In setting, the channel that the channel with hot water stream is mixed with formation hot and cold water is autonomous channel, can further improve hot water effluent Efficiency.

Further, the discharging device includes the first tube body and the second tube body, and first tube body is set to described second Within tube body, the fourth lane, the outer wall of second inboard wall of tube body and first tube body are formed in first tube body Between form the Five-channel；First tube body uses Heat Conduction Material, can be conducive to the hot water in Five-channel to the four-way The lower water of temperature provides thermal energy in road, thus make the temperature of the water in the fourth lane as far as possible with the water in Five-channel Temperature it is consistent, in the way of heat transfer, the discharging device is made to basically reach the state of " zero stagnant water ", so that institute can be improved It states the water outlet efficiency of discharging device and obtains hot water immediately.It is described that such structure setting can be such that first tube body is completely disposed at Within second tube body, so that the efficiency of heat transfer and thermal transition can be improved.

The discharging device provided by the present invention includes outlet pipe, basin faucet, shower faucets, kitchen basin dragon Head, Tap for bathtub, outdoor faucet any one of rinse faucet, it is seen then that the discharging device it is applied widely, can apply In a variety of usage scenarios.

Intelligent water supply method provided by the present invention has the beneficial effect as above-mentioned intelligent water supply system, can also Based on the command signal of user's input, realizes and choosing is pushed to the switch control of discharging device and the information of information display module It selects, further, the intelligent water supply method can also be achieved the acquisition and analysis to user's usage behavior habit, and under Water source was preheated before the correspondence time point of one service life, to realize the intelligentized control method of instant hot water, reduces and supplies water immediately Required energy consumption.

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

1. a kind of discharging device, it is connect with the hot water feeding pipe for providing hot water, it is characterised in that: the discharging device includes Opposite water intake end and water outlet, the water intake end are equipped with an at least hot water inlet, a hot water outlet and a cold water inlet, institute It states hot water inlet and the hot water outlet accesses the different location of same hot water feeding pipe, the water in the hot water feeding pipe is by institute After stating hot water inlet's entrance, the hot water feeding pipe can be flow back by the hot water outlet.

2. discharging device as described in the appended claim 1, it is characterised in that: the discharging device and the cold water for providing cold water supply water Pipe connection, the water outlet of the discharging device are equipped with a water outlet, the hot water entered by the hot water inlet with by the cold water The mixing water that the cold water mix that entrance enters is formed flows out the discharging device by water outlet.

3. discharging device as stated in claim 2, it is characterised in that: the discharging device further includes valve, and the valve is set It sets in the water intake end；The valve controls the hot water inlet and connects with the hot water outlet or the cold water inlet；When When the hot water inlet and the hot water outlet connect, then the water in the hot water feeding pipe is entered by the hot water inlet, And the hot water feeding pipe is flow back by the hot water outlet；When the hot water inlet and the cold water inlet connect, then The cold water mix of the hot water of the hot water inlet and the cold water inlet simultaneously flows out the discharging device by the water outlet.

4. discharging device as stated in claim 2, it is characterised in that: the discharging device further includes connecting with the water outlet Valve, the valve is arranged in the water outlet；The discharging device further includes that first passage, second channel and third are logical Road, the first passage, the second channel and the third channel include opposite both ends；Wherein, the first passage One end it is corresponding be connected to the hot water inlet, the other end is corresponding to be connected to the valve；Described second channel one end and the cold water Entrance connection, the other end are connected to the valve；One end of the third channel is connected to the valve, the other end with it is described Hot water outlet connection.

5. discharging device as claimed in claim 4, it is characterised in that: the valve controls the first passage and described second Channel is connected to, at this point, the cold water being sent into the hot water and the second channel in the first passage is after the valve It is mixed into the mixing water of proper temperature, and further flows out the discharging device via the water outlet；Or the valve control The first passage is connected to the third channel, at this point, the water in the hot water feeding pipe is entered by the hot water inlet, and After flowing through the first passage, the third channel, flow back into the hot water feeding pipe by the hot water outlet.

6. discharging device as stated in claim 2, it is characterised in that: the discharging device further includes valve, and the valve is set It sets in the water intake end；The discharging device includes fourth lane and Five-channel, the fourth lane and the Five-channel All have opposite end；One end of the fourth lane is connect with the valve, and the other end is connect with the water outlet；The heat Water inlet includes the first hot water inlet and the second hot water inlet, and the valve controls second hot water inlet and enters with the cold water Mouth communicates；The Five-channel is a U-typed pipe, and both ends are separately connected first hot water inlet and the hot water outlet, Water in the hot water feeding pipe is entered by first hot water inlet, and is flow back into the hot water by the hot water outlet and supplied water Pipe.

7. discharging device as recited in claim 6, it is characterised in that: the discharging device includes the first tube body and the second pipe Body, first tube body are set within second tube body, and the fourth lane, second pipe are formed in first tube body The Five-channel is formed between internal wall and the outer wall of first tube body；First tube body includes in thermal conductive metallic material Brass, cast iron, stainless steel any, Water transport heat of the hot water into the fourth lane in the Five-channel, with Increase the coolant-temperature gage in the fourth lane.

8. the discharging device as described in any one of claim 1-7, it is characterised in that: the discharging device includes outlet pipe, face Any one of basin tap, shower faucet, kitchen basin faucet, Tap for bathtub, outdoor faucet or flushing faucet.

9. a kind of intelligent water supply system, it is characterised in that: the intelligent water supply system further include:

At least just like discharging device described in any one of claim 1-7, the water of variable temperature can be directly provided a user；

Cloud platform, including one or more programs, for the signal interaction and storage between multiple discharging devices；

Induction module is instructed, is used for acquisition instruction signal, and be uploaded to the cloud platform；And

Discharging device can be separately connected thermal water source and cold water source, and be controlled based on described instruction signal by valve control device The thermal water source and the cold water source supply water into the discharging device.

10. intelligent water supply system as claimed in claim 9, it is characterised in that: the intelligent water supply system includes at least two The discharging device, different discharging devices are attached on same or different hot water feeding pipe and cold water supplying pipe.

11. intelligent water supply system as claimed in claim 9, it is characterised in that: described instruction induction module includes voice induction Module and/or gesture induction module.

12. intelligent water supply system as claimed in claim 11, it is characterised in that: the voice induction module further comprises:

Voice acquisition module, for acquiring the voice of user and being converted to phonetic order signal；

Local voice database, the local voice database can store preset voice and wake up word and user's vocal print, and can Word is waken up with preset voice to the phonetic order signal that the voice acquisition module provides and user's vocal print matches, such as Matching result be it is consistent, then phonetic order signal is uploaded to the cloud platform.

13. intelligent water supply system as claimed in claim 9, it is characterised in that: the intelligent water supply system may also include that

Temperature detector is set within the discharging device, for detecting the flowing water temperature in the discharging device, and will be warm Degree signal is sent to the cloud platform；Wherein, the cloud platform can feed back to valve control device after receiving temperature signal, with control The thermal water source and the cold water source supply water into the discharging device；

Heating device, the heating device, which can receive the control signal that the cloud platform provides, makes the heating device to the heat Water source provides heat energy；

Core board provides corresponding control to the valve control device and the information display module for signal based on instruction Signal.The control signal can control the valve control device to run or close；Or the control signal makes the information exhibition Show the corresponding information frame of modules exhibit；

Communication module, for the control signal of core board to be uploaded to the cloud platform, the cloud platform can also be by described logical Related data is transmitted in the core board by letter module.

14. intelligent water supply system as claimed in claim 13, it is characterised in that: the intelligent water supply system further includes time prison Survey device；User by the time monitor sets itself time or period, the time monitor be based on input information to The core board provides instruction；Or the time monitor can record temporal information and upload of the user using different discharging devices To the cloud platform, to form time information data library in the cloud platform, wherein the temporal information includes that discharging device goes out Time point of water and the lasting duration of water outlet.

15. intelligent water supply system as claimed in claim 9, it is characterised in that: the intelligent water supply system may also include that

Information display module is set on the discharging device, for showing cloud platform signal and pushing away for issuing based on instruction It delivers letters breath；Wherein, the information display module includes equipped with the display screen on discharging device；

Loudspeaker can receive the pushed information of the cloud platform and provide and puts outside sound.

16. a kind of intelligent water supply method based on intelligent water supply system described in claim 15, it is characterised in that: it includes such as Under step:

Step S2: cloud platform starts to carry out information push to information display module according to the first command signal and/or valve controls Device provides the signal for opening valve according to the first command signal to discharging device；

Step S3: valve control device and cloud platform obtain the second command signal, cloud platform replaced according to the second command signal or Closing information push；And/or valve control device adjusts valve state according to the second command signal；

Step S5: temporal information and identity information based on acquisition control preheating water before next service life corresponds to the time Source.

17. intelligent water supply method as claimed in claim 16, it is characterised in that: the cloud platform includes information database, described It is stored with information to be pushed in information database, in above-mentioned steps S2, the letter that will be pushed is selected from information database An information display module is ceased and be transmitted to, selected information is shown by the information display module.

18. intelligent water supply method as claimed in claim 16, it is characterised in that: in above-mentioned steps S3, the second command signal packet Include shutdown signal or replacement mode signal；Wherein, the replacement mode signal includes replacement information or adjustment discharging device water outlet Water temperature information.

19. intelligent water supply method as claimed in claim 16, it is characterised in that: first command signal and second instruction Signal is phonetic order signal, and the first command signal is obtained in above-mentioned steps S1 and/or obtains second in above-mentioned steps S2 Command signal includes the following steps:

Step S02 obtains preset voice and wakes up word and user's vocal print, and by the phonetic order signal and preset voice Word and user's vocal print is waken up to match, as matching result be it is consistent, then phonetic order signal is uploaded to the cloud platform.