CN211956471U - Execution system and wisdom tap that wisdom tap was used - Google Patents
Execution system and wisdom tap that wisdom tap was used Download PDFInfo
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- CN211956471U CN211956471U CN201921379800.3U CN201921379800U CN211956471U CN 211956471 U CN211956471 U CN 211956471U CN 201921379800 U CN201921379800 U CN 201921379800U CN 211956471 U CN211956471 U CN 211956471U
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Abstract
The utility model discloses an actuating system and wisdom tap that wisdom tap used, an actuating system that wisdom tap used, it is including the tap that is used for providing different quality of water, tap starts and closes according to the executive instruction, tap for providing different quality of water includes two kinds at least of ordinary running water tap, clean drinking water tap, health care tap, disinfection tap and retrieval and utilization tap. Adopt the utility model discloses an execution system's that wisdom tap used wisdom tap application thing networking remote management system establishes user and the water use preference of concrete application scene, daily water use habit and the database of healthy data, no matter whether the user is in the scene of using the scene, all can be to the solution of the best water quality of water of user propelling movement suitability, has promoted domestic water's value and availability factor.
Description
Technical Field
The utility model relates to a thing networking intelligence hardware technical field especially relates to an actuating system and wisdom tap that wisdom tap used.
Background
The existing water faucet is as follows: the intelligent faucet comprises an intelligent faucet, a water purification faucet, a drinking faucet, an induction faucet, a touch faucet, an ozone water faucet, a temperature sensing faucet and an SPA shower faucet. The technology of infrared or human body contact induction real-time detection, thermistor temperature control, ozone water solution flushing and the like is an advanced technology at present, and has good technical effects on the aspects of helping consumers to save water scientifically, healthily and reasonably.
The above prior art has the following drawbacks:
one is that the prior art is limited to a single customer site and does not have standard universal modules. And secondly, the Internet of things data management is not available, networking and remote data management cannot be realized, interconnection and intercommunication with the Internet of things of smart families and smart cities cannot be realized, and remote meter reading and charging cannot be realized. Thirdly, the water quality is single, only the switch flushing function to the water is provided, and the humanized and personalized management is not provided. The value of water resources to human health is not effectively utilized.
SUMMERY OF THE UTILITY MODEL
The embodiment of the application aims to provide an execution system for an intelligent faucet and the intelligent faucet.
In order to solve the above technical problem, an embodiment of the present application provides an execution system for a smart faucet and a smart faucet, which specifically adopts the following technical solutions:
an execution system for an intelligent faucet comprises faucets for providing different water qualities, wherein the faucets are started and closed according to execution instructions, and the faucets for providing different water qualities comprise at least two of a common tap water faucet, a clean drinking faucet, a health-care faucet, a disinfection and sterilization faucet and a reuse faucet; the water purification tap includes with controller communication connection's clean drinking water matter processing apparatus and with the clean drinking water play water unit that clean drinking water matter processing apparatus connects, health care tap include with controller communication connection's health care drinking water quality treatment device and with health care drinking water play water unit that health care drinking water quality treatment device connects, disinfection tap include with controller communication connection's disinfection and sterilization water quality treatment device and with the disinfection and sterilization water play water unit that disinfection and sterilization water quality treatment device connects, reuse tap include with controller communication connection's retrieval and utilization water quality treatment device and with the reuse water play water unit that retrieval and utilization water quality treatment device connects.
An intelligent water faucet comprises a control system and the execution system which are mutually communicated and connected; wherein the content of the first and second substances,
the control system comprises a front end, a background, an intelligent terminal and a cloud server;
the front end is used for reading field information and identification information, and is in communication connection with the background so as to transmit the field information and the identification information to the background;
the background is used for judging and processing the received field information and the identification information and uploading the information to the cloud server;
the cloud server is used for receiving the data information after the background judgment processing, matching a corresponding water use scheme according to the data information or the daily water use record of the user or the health water use record of the user, and pushing the data information to the intelligent terminal through the background;
the intelligent terminal is used for establishing an interactive interface with a user and feeding back selection information of the user to the background according to the water consumption scheme;
and the background outputs an execution instruction according to the selection information to control the starting and closing of the execution system.
As an improvement of the intelligent faucet provided by the present invention, the front end includes a sensor, an identifier, a memory and a controller; the sensor is at least used for collecting the field information of the user, the recognizer is at least used for collecting the identification information of the user identity, and the memory is used for storing the collected field information and the identification information; the controller is respectively in communication connection with the background and the execution system and is used for receiving the execution instruction of the background and controlling the execution system to be turned on or turned off according to the execution instruction.
As the utility model provides an improvement of wisdom tap, the backstage includes host computer and wireless communication module, wireless communication module is used for difference communication connection host computer and intelligent terminal and cloud ware.
As the utility model provides an improvement of wisdom tap, site information is the application scene in wash platform scene, lavatory scene, washing scene, shower scene, bar scene, kitchen sink scene, bathroom scene.
As the utility model provides an improvement of wisdom tap, identifying information includes at least one of user identification information, user action identifying information.
Compared with the prior art, the embodiment of the application mainly has the following beneficial effects:
the utility model discloses wisdom tap application thing networking remote management system establishes user and the water use preference of concrete application scene, daily water use habit and the database of health data, no matter whether the user is at the scene of using the scene, all can (can both in time) to the best water quality of water solution that is suitable for of user propelling movement, supplies the user to select and use, has promoted domestic water's value and availability factor.
Through intelligent human-computer interaction between the cloud server and the intelligent terminal for a plurality of times, appropriate water use schemes are continuously matched, and personalized and customized water use requirements are realized through an optimal scheme which is closest to the current requirements of users. For the situation that the user is in a certain application scene, the cloud server receives corresponding data information sent by the host, and the cloud server can directly match the best water consumption scheme of the current application scene according to the data information and pushes the best water consumption scheme to the intelligent terminal for the user to select; when the user is not on the spot in any application scene, the cloud server actively pushes the currently optimal water use scheme to the intelligent terminal at the corresponding moment according to the individual physique and the health condition of the user and by combining the daily water use habit of the user, or the cloud server matches the healthy water use scheme according to the health data of the user to the intelligent terminal for the user to select, and the requirements of the user are met through multiple pushing modes and continuous human-computer interaction (as much as possible).
Meanwhile, by using the remote management technology of the Internet of things, the execution system is used in a small-range occasion as a standard module stand-alone machine, and stand-alone machines in different places can be networked locally; and can realize the water use according to the needs by different qualities by the cooperative linkage of the standard module single machine and the smart city, the smart community and the smart home system equipment facilities.
Drawings
In order to more clearly illustrate the solution of the present application, the drawings needed for describing the embodiments of the present application will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present application, and that other drawings can be obtained by those skilled in the art without inventive effort.
Fig. 1 is a schematic block diagram of the system of the intelligent faucet of the present invention.
Fig. 2 is a schematic view of the application of the smart faucet in a toilet integrating a wash basin and a bathroom according to a first embodiment of the present invention.
Fig. 3 is a cross-sectional view of the first embodiment of fig. 2.
Fig. 4 is a schematic diagram of the smart faucet according to a second embodiment of the present invention, integrated with a bar counter and a kitchen sink.
In the figure: the device comprises a storage 1, a controller 2, a host 3, a wireless router 4, a host control end 5, a disinfection and sterilization water quality treatment device 6, a disinfection and sterilization water electric valve 7, a disinfection and sterilization water outlet unit 8, a reuse water quality treatment device 9, a reuse water electric valve 10, a reuse water outlet unit 11, a wash basin 12, a toilet 13, a toilet flushing valve 14, a common tap water quality faucet 15, a shower rack 16, a purified drinking water quality treatment device 17, a purified drinking water electric valve 18, a purified drinking water outlet unit 19, a health drinking water quality treatment device 20, a health drinking water electric valve 21, a health drinking water outlet unit 22, a wash basin 23, a cleaning basin 24 and a disinfection and sterilization basin 25.
Detailed Description
Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this application belongs; the terminology used in the description of the application herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the application; the terms "including" and "having," and any variations thereof, in the description and claims of this application and the description of the above figures are intended to cover non-exclusive inclusions. The terms "first," "second," and the like in the description and claims of this application or in the above-described drawings are used for distinguishing between different objects and not for describing a particular order.
Reference herein to "an embodiment" means that a particular feature, structure, or characteristic described in connection with the embodiment can be included in at least one embodiment of the application. The appearances of the phrase in various places in the specification are not necessarily all referring to the same embodiment, nor are separate or alternative embodiments mutually exclusive of other embodiments. It is explicitly and implicitly understood by one skilled in the art that the embodiments described herein can be combined with other embodiments.
As shown in fig. 1, the intelligent faucet comprises a control system and an execution system which are mutually connected in a communication mode through a local area network and the internet. The control system comprises a front end, a background, an intelligent terminal and a cloud server; the execution system comprises a plurality of water taps for providing different water qualities.
The front end is used for reading field information and identification information, and is in communication connection with the background so as to transmit the field information and the identification information to the background. Specifically, the front end includes a sensor, an identifier, a memory 1, and a controller 2.
The sensor comprises a plurality of different functional sensors, and the field information of the user and the characteristic information of the user in the water using process are acquired through the functional sensors, wherein the field information refers to one application scene of a wash basin 12 field, a toilet field, a flushing field, a shower field, a bar counter field, a kitchen sink field and a toilet field. The characteristic information refers to characteristic information such as material components, state information, environmental information, operation information and the like related to the water using process of the user. The material components generally comprise water quality information and the like, and the water quality information generally comprises purity TDS, pH value, hardness, residual chlorine, dissolved oxygen and the like. The status information typically includes operating conditions such as water usage temperature, water usage time, water usage, flow rate, etc. The environmental information generally includes ambient temperature, ambient humidity, atmospheric pressure, illuminance, and the like. The operation information generally includes operation actions of the background host 3, such as reservation, timing, setting, remote control, execution instruction, and the like.
The recognizer comprises a plurality of recognizers with different functions, identity recognition information of a user is collected through each recognizer, the best water application scheme is matched according to the identity of the user, motion recognition information made by the user is collected, if the water outlet units sense motion recognition that the hands of the user are positioned below the water outlet of the user, and if the water outlet units are held by hands, motion recognition of specific gestures made by the user is carried out, and the like, so that the motion condition of the user is fed back in time.
The memory 1 is used for storing the collected field information, the characteristic information and the identification information, and also storing preset execution programs corresponding to the water use schemes, so that the controller 2 can call the corresponding execution programs according to the execution instructions; the controller 2 is respectively in communication connection with the background and the execution system, and is used for receiving the execution instruction of the background and calling an execution program to control the execution system to be turned on and off according to the execution instruction.
The background is used for judging and processing the received field information and the identification information and uploading the information to the cloud server, and is also used for uploading characteristic information and feeding back an execution condition; and the background is also used for outputting an execution instruction according to the confirmed selection information so as to control the starting and closing of the execution system.
The background comprises a host 3 and a wireless communication module, and the wireless communication module is used for respectively connecting the host 3 with the intelligent terminal and the cloud server in a communication manner. The wireless communication module is preferably but not limited to a wireless router 4, so as to facilitate local area networking of the hosts 3, realize wireless network coverage, and connect with the internet.
The judgment processing of the received field information and identification information specifically means that the host 3 receives the field information acquired by the sensor and the identification information (identification information and/or action identification information) acquired by the identifier, and judges and processes the field information and the identification information, if only the identification information exists in the identification information, the host 3 judges that the user is only on site and generates the field information, the identification information and the data information of the pushing request based on the host 3 equipment series, if only the action identification information exists in the identification information, the host 3 judges that the user is on site and has made a water-using action and generates the data information based on the field information and the action identification information of the host 3 equipment series, if the identification information and the action identification information exist in the identification information, the host 3 judges that the user is on site and has made a water-using action and generates the field information based on the host 3 equipment series, Data information of identification information and action identification information.
The cloud server is used for receiving the data information after the background judgment processing, matching a corresponding water use scheme according to the data information or the daily water use record of the user or the health water use record of the user, and pushing the data information to the intelligent terminal through the background. The cloud server is also used for organizing and managing the identity authentication of the user, and acquiring and arranging the personal information filled in/updated by the user from the intelligent terminal.
Specifically, the cloud server comprises a cloud communication module, a data processing module and an information pushing module, wherein,
the cloud communication module is used for realizing wireless data transmission between the cloud server and the background host 3;
the data processing module is used for matching a corresponding water use scheme according to the data information or the user daily water use record or the user health water use record;
and the information pushing module is used for pushing the matched water utilization scheme to the corresponding intelligent terminal.
Furthermore, the cloud server also comprises a scene water usage preference record generating module, a user daily water usage record generating module, a user health water usage record generating module, a data acquisition module and a data storage module; the data acquisition module receives field information and identification information uploaded by the background, receives characteristic information from the operation of the execution system, selection information from the intelligent terminal and daily water use information and health data input by a user, and stores the information and health data in the data storage module after calculation and classification; the scene water usage preference record generating module reads field information, identification information and characteristic information from the data storage module, forms a scene water usage preference record of a user based on field information classification and analysis, and then stores the scene water usage preference record in the data storage module; the user daily water consumption record generating module reads daily water consumption information from the data storage module to form a user daily water consumption record, and then the user daily water consumption record is stored in the data storage module; the user health water record generating module reads user health data from the data storage module, forms a user health water record according to health water characteristics corresponding to the health data, and then stores the user health water record in the data storage module.
The above-mentioned scene water usage preference record based on field information classification and analysis is formed for the user, and can be understood as: reading the field information, the identification information and the characteristic information from the data storage module, classifying the identification information and the characteristic information corresponding to the same field information together, and then carrying out priority ranking on the water use schemes adopting different water qualities according to the use frequency, the sequence or the normal water use sequence rule of the user to form a scene water use preference record of the user. And when the subsequent data processing module performs matching according to the data information, performing successive matching water utilization schemes on the basis of field information and priority ranking in the scene water utilization preference record, and providing the optimal water utilization scheme as far as possible. If the water is used in a flushing site or a toilet site, the reuse water scheme is high priority, and the disinfection and sterilization water scheme is suboptimal; on the site of a kitchen sink, the scheme of reuse water is high priority, the scheme of common tap water is suboptimal priority, and the scheme of disinfection and sterilization water is low priority.
The above-mentioned forming the user health water record according to the health water characteristics corresponding to the health data can be understood as: if the user health data is hypertension, the corresponding health water characteristics are as follows: (1) drinking honey health water or pure drinking water at 9 o 'clock to half-10 o' clock at night (namely drinking water half hour before sleeping, so as to supplement water in the body in time and prevent blood from becoming sticky); and (2) drinking water or honey health water from 7 to 7 o' clock in the morning (drinking water after morning can clear up rubbish and toxin in intestines and stomach, and can activate organs of the body to avoid other diseases). Then, when the data processing module is matched according to the health data, the water usage scheme is matched from the health water records of the users based on time and health data, and the optimal water usage scheme is provided as far as possible.
The above-mentioned scheme for matching the corresponding water usage plan according to the data information or the user daily water usage record or the user health water usage record can be understood as follows: the host 3 uploads data information which comprises a pushing request, and the data processing module matches a high-priority water usage scheme from the user scene water usage preference record according to field information and identity identification information in the data information and sends the high-priority water usage scheme to the information pushing module; when the host 3 does not upload the data information, the data processing module actively matches the water consumption scheme corresponding to the time based on the time according to the daily water consumption record of the user or the health water consumption record of the user, and sends the water consumption scheme to the information pushing module.
The intelligent terminal is used for establishing an interactive interface with a user and feeding back selection information of the user to the background according to the water usage scheme.
The intelligent terminal is an intelligent mobile terminal, a host control terminal 5 arranged at the front end, a PC terminal and the like, is used as a human-computer interaction interface and continuously displays a pushed water use scheme for a user to select. The intelligent terminal is connected with the wireless router 4 through a 4G network, WIFI or a network cable, and sends a data request to the host 3, and also can send an instruction (an execution instruction or a standby instruction and the like) to the host 3 to realize remote control.
Specifically, the user can log in to the control system interface through the mobile terminal, the host control terminal 5, and the PC terminal with the account numbers of different rights respectively by the identities of the general user, the maintainer, and the manager, and view the running state of the field execution device and perform operations of corresponding rights, such as filling/updating personal basic information, issuing and pushing meter reading and charging information, and the like.
The user fills in/updates the personal basic information, which at least comprises: name, age, residential area, occupation, daily water use information, health data; wherein, the daily water consumption information at least comprises: drinking water information having characteristics of time, water intake, water quality, water temperature, and the like, shower water information having characteristics of time, water consumption, water quality, water temperature, and the like; the health data at least comprises: health, cardiovascular disease, hyperlipidemia, hyperglycemia, heart disease, stroke, osteoporosis, joint inflammation, diabetes, insomnia, depression, etc.
If the selection information of the user is yes, it can be understood that the user clicks a confirmation key or performs voice confirmation or performs corresponding action confirmation on the intelligent terminal, where the corresponding action confirmation is as follows: if the user selects the sterilized water use scheme, the user confirms the water use scheme by placing the user's hand under the sterilized water discharge unit 8. If the selection information of the user is negative, the user can understand that the user clicks a negative key or performs voice negation or does not perform corresponding actions within preset time at the intelligent terminal, and the corresponding actions are as follows: the user selects the water using scheme for disinfection and sterilization, and the user puts hands under the water outlet unit of the common tap water faucet indicates that the user rejects the water using scheme.
The execution system comprises water taps for providing different water qualities, and the water taps are started and closed according to the execution instruction.
The water tap comprises at least two of a common tap water tap, a purified water tap, a health-care tap, a disinfection and sterilization tap and a reuse tap. In different application scenes, the types of the water taps are different, and in the application scene of the wash basin, the multiple water taps comprise a common tap water tap and a disinfection and sterilization water tap; in the scenes of toilet and flushing application, the various water taps comprise a disinfection and sterilization water tap and a reuse water tap; in the application scene of the shower room, the various water taps comprise a disinfection and sterilization water tap and a common tap water tap; in a bar counter application scene, the various water taps comprise a clean water tap and a health-care water tap; in the kitchen sink application scenario, the multiple faucets include a common tap water faucet, a disinfection faucet and a reuse faucet, which are only examples, and different functional faucets can be configured according to actual situations in a specific application scenario.
Further, as shown in fig. 2 to 4, the purified drinking water faucet includes a purified drinking water quality processing device 17 (see fig. 4) in communication connection with the controller 2 and a purified drinking water outlet unit 19 connected to the purified drinking water quality processing device 17, so as to mainly filter heavy metals, residual chlorine and impurities, and the water quality meets the requirement of human drinking standards, and preferably, the purified drinking water faucet further includes a purified drinking water electric valve 18 in control connection with the controller 2, which is disposed between the purified drinking water quality processing device 17 and the purified drinking water outlet unit 19, so as to control the outlet flow rate of the purified drinking water. The health-care water tap comprises a health-care drinking water quality treatment device 20 (refer to fig. 4) in communication connection with the controller 2 and a health-care drinking water outlet unit 22 connected with the health-care drinking water quality treatment device 20, wherein the health-care drinking water outlet unit is mainly used for meeting the health-care function of a human body and is customized for a user according to the personalized requirement of the user, and preferably, the health-care water tap further comprises a health-care drinking water electric valve 21 in control connection with the controller 2, and the health-care drinking water electric valve is arranged between the health-care drinking water quality treatment device 20 and the health-care drinking water outlet unit 22 so as to be convenient for. The sterilizing tap include with 2 communication connection's of controller sterilizing water quality processing apparatus 6 and with the sterilizing water that sterilizing water quality processing apparatus 6 connects goes out water unit 8, adopts ozone aqueous solution to take place the technique, lets quality of water have strong disappearance, detoxify, disinfect, deodorization purification performance, preferably, sterilizing tap still include with 2 control connection's of controller sterilizing water electric valve 7, its setting is in between water quality processing apparatus 17 and the sterilizing water play water unit 8, the water outlet flow of the sterilizing water of being convenient for control. The reuse water faucet comprises a reuse water quality treatment device 9 in communication connection with the controller 2 and a reuse water outlet unit 11 connected with the reuse water quality treatment device 9, and preferably, the reuse water faucet further comprises a reuse water electric valve 10 in control connection with the controller 2, wherein the reuse water electric valve is arranged between the reuse water quality treatment device 9 and the reuse water outlet unit 11, and the outlet flow of reuse water is convenient to control.
Further, the equipment for realizing the ozone water solution generation technology can be composed of an ozone generator and a high-efficiency mixer, wherein the ozone generator takes air as a raw material, oxygen in the air is separated and purified and is converted into high-purity ozone gas through high-pressure ionization, and the high-efficiency mixer is used for pressurizing and fully mixing the ozone gas and purified tap water into high-purity ozone water solution; the ozone water solution generator can also be an ozone water solution generator, the preparation of the ozone water solution is directly carried out by a method of decomposing tap water by an electrode, namely the ozone water solution generator receives the tap water or the purified tap water, then the tap water is decomposed by the electrode, under the conditions of certain water pressure, flow, electric field intensity, current density and catalyst participation, pure ozone water solution with controllable concentration is directly generated, preferably, the water pressure is controlled to be 0.05 MPa-0.5 MPa, the water flow is controlled to be 2-6L/min, the voltage is set to be 3-24V, the current density is set to be 0.1-1.5A, the best effect can be generated by taking titanium as an anode, a platinum catalyst and ferrite-based iron-nickel-chromium ternary alloy as a cathode, and therefore, the problems that the former equipment (composed of an ozone generator and a high-efficiency mixer) firstly generates oxygen and then ionizes the oxygen under high pressure to generate ozone, the generating device has the defects of complexity, high cost, noise and low mixing efficiency, and solves the problem that the former equipment has ozone supersaturation and can not be mixed, so that the overflow causes great influence on personal safety, health and environment.
It should be noted that, the water quality treatment apparatuses described above may be implemented by using an intelligent control device for water quality treatment in the related art, and may be implemented by an execution instruction of the controller 2. One water quality treatment device can be a single water quality treatment device or an integration of a plurality of water quality treatment devices.
The utility model discloses wisdom tap's operating method, as follows:
when a user is in a certain application scene, field information is acquired through a sensor at the front end, and identification information (identity identification information and/or action identification information) is acquired through an identifier; at the background, the host 3 receives the field information and the identification information, and performs judgment processing, specifically: if the identification information only contains identification information, the host 3 judges that the user is only on site, generates the site information, the identification information and the data information of the pushing request based on the host 3 equipment series, and uploads the site information, the identification information and the data information of the pushing request to the cloud server, if the identification information only contains action identification information, the host 3 judges that the user is on site and has made a water using action, generates the site information and the data information of the action identification information based on the host 3 equipment series, and uploads the site information and the data information to the cloud server, and if the identification information contains the identification information and the action identification information, the host 3 judges that the user is on site and has made a water using action, generates the site information, the identification information and the data information of the action identification information based on the host 3 equipment series, and uploads the data information to the cloud server. On the cloud side, for the uploaded data information with the pushing request, a data processing module of the cloud server matches a high-priority water utilization scheme from a user scene water utilization preference record according to field information and identity recognition information in the data information, sends the scheme to an information pushing module, and then pushes the scheme to an intelligent terminal for a user to select; in an intelligent terminal, such as a control end of a host 3, a user makes selection information, if the selection information is yes, the host 3 outputs an execution instruction corresponding to the confirmed water use scheme to a controller 2, the controller 2 calls an execution program according to the execution instruction to start a corresponding water quality treatment device of a faucet, and water quality is provided for the user through a water outlet unit; if the selection information is negative, the cloud server pushes the water utilization scheme with the second priority to the intelligent terminal for the user to select.
At the cloud end, for the uploaded data information with action identification information, a data processing module of the cloud server matches a water consumption scheme from a user scene water consumption preference record according to field information and the action identification information in the data information, sends the water consumption scheme to an information pushing module, and then pushes the water consumption scheme to an intelligent terminal for a user to select; at this time, if the user has made the corresponding action information, that is, if the selection information is yes, the host 3 outputs an execution instruction corresponding to the confirmed water use scheme to the controller 2, and the controller 2 calls an execution program according to the execution instruction to start the corresponding water quality treatment device of the faucet, so as to provide the water quality for the user through the water outlet unit.
When the user is not in any application scene, at the cloud end, the data processing module actively matches a water consumption scheme corresponding to time based on the time according to the daily water consumption record or the healthy water consumption record of the user, sends the water consumption scheme to the information pushing module, and then pushes the water consumption scheme to the intelligent terminal for the user to select; in an intelligent terminal such as a mobile terminal, a user makes selection information, if the selection information is yes, the user comes to a corresponding application scene, a control end of a host 3 instantly establishes an interactive interface with the user, meanwhile, the host 3 outputs an execution instruction corresponding to a confirmed water use scheme to a controller 2, the controller 2 calls an execution program according to the execution instruction to start a corresponding water quality treatment device of a faucet, and water quality is provided for the user through a water outlet unit.
It should be noted that, in a multi-application scenario, that is, a plurality of different sites are integrated together, such as an integrated toilet including at least two of a wash basin site 12, a toilet site, a flushing site and a shower site, and such as a multifunctional kitchen sink including a kitchen sink site and a bar site, the host 3, the wireless router 4, the controller 2 and various water quality processing devices in different sites may be configured separately, or may be shared according to functions, such as being controlled by one host 3 in the same space (such as a toilet or a set of houses).
Furthermore, the cloud server further comprises a water meter statistical analysis module, which is used for reading water consumption data (water consumption) of corresponding characteristic information in the data storage module periodically based on one or more host equipment sequences bound by the same household, analyzing and counting to form meter reading and charging information of a preset time period, and then pushing the meter reading and charging information to the bound user mobile terminal through the information pushing module to remind a user, and the user confirms to receive and completes the payment operation.
In order to make the technical solutions better understood by those skilled in the art, the technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the accompanying drawings.
As shown in fig. 2 and 3, in the application scenario of wash stand 12, the sensor and the identifier transmit the identification information and the field information of the user to host 3 in real time, host 3 determines and processes the identification information and the field information, wireless router 4 uploads the data information determined and processed by host 3 to the cloud server, and the cloud server matches a high-priority water usage plan from the user scenario water usage preference record according to the field information and the identification information in the data information, and sends the water usage plan to host control terminal 5. When the user selects and confirms the water using scheme, the host 3 outputs an execution instruction to the controller 2, and the controller 2 starts the disinfection and sterilization water quality treatment device 6 in the execution system according to the execution instruction so as to provide disinfection and sterilization water quality for the user by the disinfection and sterilization water outlet unit 8. When the disinfection and sterilization faucet is not the target of the user, the user does not need to go below the disinfection and sterilization water outlet unit 8, namely no action is generated within the preset time, the cloud server confirms that the scheme is not selected by the user, and pushes the water using scheme with the second priority again for the user to select.
If the user wants to wash hands by using the ordinary tap water quality faucet 15, the user's hand is placed below the water outlet unit of the ordinary tap water quality faucet 15, namely, the corresponding action is not performed, but the identifier acquires the action identification information, the action identification information is judged and processed by the host 3 and then is uploaded to the cloud server, the cloud server performs matching according to the field information and the action identification information to obtain the water usage scheme of the ordinary tap water and sends the water usage scheme to the control end of the host 3, at the moment, the user's hand is already issued to the water outlet unit of the ordinary tap water quality faucet 15, namely, the corresponding action is performed, namely, the selection information made by the user is yes, the host 3 outputs an execution instruction to the controller 2, the controller 2 sends an instruction for starting the water outlet unit of the ordinary tap water quality faucet 15, and the user completes.
As shown in fig. 2 and 3, in a flushing site, that is, when a user wants to flush a site facility, the user only needs to hold a water outlet unit of the reuse water faucet by hand, an identifier acquires user action identification information and sensor acquires site information of the flushing site, the site information is uploaded to a cloud server through a host 3, the cloud server matches a water utilization scheme of reuse water quality according to the action identification information and the flushing site and sends the scheme to a host control end 5, the user holds the reuse water outlet unit by hand to make a corresponding action, that is, the selection information of the user is yes, the host 3 outputs an execution instruction to a controller 2, the controller 2 sends an instruction for starting a reuse water quality treatment device 9, the reuse water outlet unit provides reuse water for the user to flush the site facility, and the flushing operation is completed. After the washing operation is completed, the cloud server pushes a water using scheme of the quality of the disinfection and sterilization water to the host control end 5 according to the water using habit of the washing site for the user to confirm, at the moment, if the user continues to select cleaning, disinfection and sterilization of the site facilities, the host 3 outputs an execution instruction to the controller 2, the controller 2 sends a starting instruction to the disinfection and sterilization water quality treatment device 6, and the disinfection and sterilization water outlet unit 8 provides the disinfection and sterilization water quality for the user to complete the disinfection and sterilization operation of the site facilities.
As shown in fig. 2 and 3, in the toilet room, when the user uses the toilet pan and the toilet bowl 13 which are finished to flush the toilet, the cloud server actively matches the scheme of flushing with the recycled water, and the controller 2 sends out an instruction for starting the recycled water quality processing device 9 to flush the waste with the recycled water provided by the recycled water outlet unit; and matching with the scheme of sterilizing and water flushing, after the user confirms that the controller 2 starts the sterilizing and water quality processing device 6 to supply water to the toilet and the toilet flushing valve 14 (namely the sterilizing and water outlet unit 8) so as to sterilize and disinfect the toilet and the toilet 13.
As shown in fig. 4, in a kitchen sink site, when a user needs to clean food materials such as fresh food, fruits and vegetables, the food materials such as fresh food, fruits and vegetables to be cleaned are placed in a cleaning pool 24 of a cleaning table 23, at this time, a sensor and an identifier send user identification information, action identification information and site information to a background host 3 in real time, the host 3 judges and processes the food materials and transmits the information to a cloud server through a wireless router 4, the cloud server matches a water usage scheme according to the user identification information, the action identification information and the site information, namely, a scheme of cleaning recycled water and then cleaning common tap water is firstly adopted, after the user confirms the scheme, the host 3 outputs an execution instruction for starting the recycled faucet to a controller 2, the controller 2 sends a starting instruction to a recycled water quality processing device 9 of the recycled faucet, the water quality processing device 9 starts the recycled water outlet unit 11 to be injected into the cleaning pool 24 for cleaning and decontaminating the surfaces of the food materials, after the completion, host 3 outputs the execution instruction of starting ordinary running water tap to controller 2, and controller 2 starts ordinary running water quality of water tap 15, accomplishes the secondary and washs the operation to washing 24 water injection, and this secondary abluent sewage is discharged by washing 24, need not retrieve. The food material after cleaning is moved into the disinfection and sterilization pool 25 by the user, the system confirms that the disinfection and sterilization water scheme is selected by the user, then the controller 2 sends a starting instruction to the disinfection and sterilization water quality treatment device 6 of the disinfection and sterilization faucet, the water quality treatment device of the disinfection and sterilization faucet conveys disinfection and sterilization water to the disinfection and sterilization faucet, the disinfection and sterilization water is injected into the disinfection and sterilization pool 25 by the disinfection and sterilization water outlet unit 8, and the disinfection and sterilization purification of the fresh food material, the melons and fruits and vegetables is completed. The waste water after the operation is high-quality miscellaneous drainage, and the disinfection and sterilization tank 25 conveys the high-quality miscellaneous drainage waste water to a water quality treatment device of a reuse water faucet for recovery and purification treatment of water quality.
At some point, the user is not applying the scene in the shower room, and a shower water use scheme exists in the daily water use record of the user of the cloud server, the data processing module generates a water consumption scheme according to the daily water consumption record of the user and pushes the water consumption scheme to the user mobile terminal through the information pushing module, the user approves and confirms to receive the water scheme, the user arrives at the bathroom site at the moment, as shown in fig. 2, the matched water scheme is the disinfection and sterilization water quality, the controller 2 sends a starting instruction to the disinfection and sterilization water quality treatment device 6 to supply water to the disinfection and sterilization faucet on the shower rack 16, the disinfection and sterilization water outlet unit 8 on the shower rack 16 outputs the SPA water quality with the disinfection and sterilization hydrotherapy function suitable for the human body of the user to finish bathing, and besides the water quality, parameters such as the water temperature, the water flow speed, the flow rate and the water consumption are matched with the optimal state of the user.
At a certain moment, the user is not in the bar counter field, and a water consumption scheme of drinking water exists in the user daily water consumption record of the cloud server, the data processing module generates the water consumption scheme according to the user daily water consumption record and pushes the water consumption scheme to the user mobile end through the information pushing module, the user approves and confirms to accept the water consumption scheme, at the moment, the user comes in front of a water tank of the household kitchen field or in front of the bar counter, as shown in fig. 4, an interactive interface is instantly established between the host control end 5 and the user, the matched water consumption scheme is the quality of the purified drinking water, the controller 2 sends a starting instruction to the purified drinking water quality processing device 17, the water quality processing device supplies water, the purified drinking water outlet unit 19 outputs the water suitable for the user to drink for the user, and besides the quality, parameters such as the water temperature and the water consumption amount are matched.
If the user selects to drink the beverage at this time, although the option of drinking the beverage is not the optimal option recommended by the cloud server, the user still accepts the selection of the user, and further recommends the optimal water usage plan of the nutritional and health-care drinking water, such as one of coffee, tea, fruit juice and vitamin microelement functional beverages, to the user under the option for further selection confirmation of the user, when the user selects one of the options, the controller 2 sends a start instruction to the health-care drinking water quality processing device 20 of the health-care faucet, the health-care drinking water quality processing device 20 delivers the functional water, such as one of coffee, tea, fruit juice beverage, vitamin microelement functional beverage and the like, selected by the user to the health-care drinking water outlet unit 22, and the health-care faucet provides the beverage to the user, thereby completing the application.
When a sensor at a certain site detects that a certain device in an execution system at the site needs maintenance, maintenance information is pushed to a user nearest to the site through a cloud server. The user may or may not confirm receipt of the maintenance request. And the user confirms that the request needing maintenance is received, and carries out maintenance operation on a certain device needing maintenance in the field execution system, and the sensor and the identifier synchronously record and upload maintenance operation information to the cloud server. When the user does not confirm the maintenance request, the cloud server can regularly push maintenance information to the intelligent terminal of the user.
It is to be understood that the above-described embodiments are merely illustrative of some, but not restrictive, of the broad invention, and that the appended drawings illustrate preferred embodiments of the invention and do not limit the scope of the invention. This application is capable of embodiments in many different forms and is provided for the purpose of enabling a thorough understanding of the disclosure of the application. Although the present application has been described in detail with reference to the foregoing embodiments, it will be apparent to one skilled in the art that the present application may be practiced without modification or with equivalents of some of the features described in the foregoing embodiments. All equivalent structures made by using the contents of the specification and the drawings of the present application are directly or indirectly applied to other related technical fields and are within the protection scope of the present application.
Claims (6)
1. An execution system for an intelligent faucet is characterized by comprising faucets for providing different water qualities, wherein the faucets are started and closed according to execution instructions, and the faucets for providing different water qualities comprise at least two of a common tap water faucet, a clean drinking water faucet, a health-care faucet, a disinfection and sterilization faucet and a reuse faucet; the water purification tap includes with controller communication connection's clean drinking water matter processing apparatus and with the clean drinking water play water unit that clean drinking water matter processing apparatus connects, health care tap include with controller communication connection's health care drinking water quality treatment device and with health care drinking water play water unit that health care drinking water quality treatment device connects, disinfection tap include with controller communication connection's disinfection and sterilization water quality treatment device and with the disinfection and sterilization water play water unit that disinfection and sterilization water quality treatment device connects, reuse tap include with controller communication connection's retrieval and utilization water quality treatment device and with the reuse water play water unit that retrieval and utilization water quality treatment device connects.
2. An intelligent faucet, comprising a control system and an actuating system as recited in claim 1, communicatively connected to each other; wherein the content of the first and second substances,
the control system comprises a front end, a background, an intelligent terminal and a cloud server;
the front end is used for reading field information and identification information, and is in communication connection with the background so as to transmit the field information and the identification information to the background;
the background is used for judging and processing the received field information and the identification information and uploading the judgment and processing to the cloud server;
the cloud server is used for receiving the data information after the background judgment processing, matching a corresponding water use scheme according to the data information or the daily water use record of the user or the health water use record of the user, and pushing the data information to the intelligent terminal through the background;
the intelligent terminal is used for establishing an interactive interface with a user and receiving feedback information of the user on a water use scheme to the background;
and the background outputs an execution instruction according to the feedback information to control the on and off of the execution system.
3. The smart faucet of claim 2, wherein the front end includes a sensor, an identifier, a memory, and a controller; the sensor is at least used for collecting the field information of the user, the recognizer is at least used for collecting the identification information of the user identity, and the memory is used for storing the collected field information and the identification information; the controller is respectively in communication connection with the background and the execution system and is used for receiving the execution instruction of the background and controlling the execution system to be turned on or turned off according to the execution instruction.
4. The intelligent faucet of claim 2, wherein the background comprises a host and a wireless communication module, and the wireless communication module is used for communicatively connecting the host and the intelligent terminal.
5. The intelligent faucet of claim 3, wherein the site information is an application scenario of a hand washing site, a toilet site, a flushing site, a showering site, a bar site, a kitchen sink site, and a toilet site.
6. The intelligent faucet of claim 3, wherein the identification information includes at least one of identification information of a user and identification information of a user's action.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112417262A (en) * | 2019-08-23 | 2021-02-26 | 深圳荣钜源科技有限公司 | Wisdom tap |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112417262A (en) * | 2019-08-23 | 2021-02-26 | 深圳荣钜源科技有限公司 | Wisdom tap |
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