CN105716291A - Hot water system based on technology of Internet of Things - Google Patents
Hot water system based on technology of Internet of Things Download PDFInfo
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- CN105716291A CN105716291A CN201610172876.3A CN201610172876A CN105716291A CN 105716291 A CN105716291 A CN 105716291A CN 201610172876 A CN201610172876 A CN 201610172876A CN 105716291 A CN105716291 A CN 105716291A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24H—FLUID HEATERS, e.g. WATER OR AIR HEATERS, HAVING HEAT-GENERATING MEANS, e.g. HEAT PUMPS, IN GENERAL
- F24H9/00—Details
- F24H9/20—Arrangement or mounting of control or safety devices
- F24H9/2007—Arrangement or mounting of control or safety devices for water heaters
- F24H9/2014—Arrangement or mounting of control or safety devices for water heaters using electrical energy supply
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D23/00—Control of temperature
- G05D23/19—Control of temperature characterised by the use of electric means
- G05D23/20—Control of temperature characterised by the use of electric means with sensing elements having variation of electric or magnetic properties with change of temperature
Abstract
The invention discloses a hot water system based on the technology of Internet of Things. The hot water system comprises a hot water system body, strong algorithm software and a wireless temperature detector. The hot water system body serves as a thin client side for a weak algorithm to run. A strong algorithm controlling the hot water system body is set on the strong algorithm software, and the strong algorithm software can be downloaded to a center control system. Temperature information collected by the wireless temperature detector can replace temperature information collected by a water temperature sensor or a ground temperature sensor in the hot water system body on the software operation. Through external arrangement of the strong algorithm, a user can check data of sensors in the hot water system body on the center control system or a terminal device, and therefore the user can change the algorithm strategy according to own requirements. By means of the wireless temperature detector, the water temperature of a water utilization terminal of the user and the temperature of the position of the user can be fed back in real time, the user can better carry out accurate control according to own actual situations and using requirements, and the user can use the hot water system body in a more flexible and personalized manner.
Description
Technical field
The present invention relates to field of household appliances, particularly relate to a kind of hot-water heating system based on technology of Internet of things.
Background technology
Floor heating is the abbreviation of floor panel heating, it is with whole ground for radiator, by the heating agent in flooring radiation layer, uniformly heat whole ground, utilize the rule that the accumulation of heat on ground self and heat upwards radiate to conduct from the bottom to top, reach the purpose of heating, warm up with being broadly divided into water according to the difference of heat-supplying mode electricity floor heating, wherein water floor heating refers to and water is heated to uniform temperature, is transported to underfloor water pipe pipe radiating network, is generated heat by floor and realizes a kind of heating mode of heating purpose.
Electric heater is adopted to carry out the hot-water heating system of hot water supply, by the controller that IC electronic component forms, and the control algolithm that storage is in the controller, coordinate the use of each sensor, thus realizing various hommization function and being more accurately controlled.Hot-water heating system main control part is hot-water heating system controller, controls heating element heater in real time by the temperature of water inside temperature sensor perception water tank and water is heated, thus ensureing that the water inside water tank remains in the temperature of setting；Gather the temperature information of floor surface by temperature sensor and control the conveying of water valve control hot water thereby through ground；Experience hydraulic pressure by hydraulic pressure sensor and control opening or cutting off of water heater power supply, accomplish have water energising, anhydrous power-off, it is therefore prevented that the generation of anhydrous dry combustion method phenomenon.
Raising along with people's quality of life, the functional requirement that people to realize for hot-water heating system is more and more higher, the control algolithm stored in the controller is become increasingly complex, and current control algolithm is arranged on hot-water heating system controller, producer just arranges rational algorithm policy according to experimental data when producing, user can only control input parameter, but cannot Variation control strategy, illustrate with hot water temperature, hot-water heating system temperature is gathered after data software algorithm in hot-water heating system by the temperature sensor being arranged in hot-water heating system everywhere and is calculated drawing, software algorithm includes some correction values, it is set when dispatching from the factory for manufacturer, lengthen however as the time of use, people can feel that the hot water temperature that the temperature oneself arranged and hot-water heating system go out disagrees, this is that the data gathered due to aging sensor and initial sensor exist deviation, its correction value is the data gathered according to initial sensor is benchmark, and user cannot change correction value, namely the error that aging sensor causes cannot be made up；If there is an operation interface, it is possible to use family amendment correction value, thus making up the error that aging sensor causes so that it is more meet current actual state, user is conducive to obtain better experience sense when using hot-water heating system.
The outlet by water terminal Yu electric heater of people has the distance of a section simultaneously, in the process of intermediate conduit circulation, the energy of hot water can by lasting consumption, by the hot water water temperature of water terminal significantly lower than the water temperature of display in hot-water heating system, and user can accurately not know with the water temperature of water terminal, if at user terminal place, the pipeline having hot water stream to pass through increases wireless temperature detector, it is thus possible to the water temperature of Real-time Feedback user's use water terminal, and also there is certain difference in height the position of ground distance people, if carrying with wireless temperature detector, it is thus possible to the temperature of Real-time Feedback user position, intelligent domestic system can be accurately controlled more.
And on current computer, just have similar application, an i.e. terminal substantially without application program in client-sever network system, it is called thin-client, it passes through some agreements and server communication, and then access to LAN, in simple terms, thin-client is only equipped with basic application program, its strong algorithms is placed on server network, if being applied in hot-water heating system, then hot-water heating system includes hardware and weak algorithm, strong algorithms includes on the strong algorithms software that producer provides, by by the central control system in strong algorithms software download to intelligent domestic system, make user pass through central control system and can check the data of each sensor, user is by central control system or uses terminal to change the correction value of setting sensor, thus making up the error that aging sensor causes, on this basis, central control system also can receive the temperature information that wireless temperature detector is sent, thus replacing cooling-water temperature sensor in water tank or the temperature information of ground temperature sensor on floor in software computing, thus reacting the actual water temperature of user's use water terminal.
Therefore, it is necessary to design a kind of based on thin client technology, technology of Internet of things the external hot-water heating system having wireless temperature detector.
Summary of the invention
The present invention solves that the problems referred to above provide a kind of hot-water heating system based on technology of Internet of things, by strong algorithms is external, user can on central control system or terminal unit, check the data of each sensor in hot-water heating system, thus changing algorithm policy according to oneself demand, pass through wireless temperature detector, thus the temperature of the water temperature of Real-time Feedback user's use water terminal and position, user is conducive to be accurately controlled according to oneself practical situation and user demand so that it is the use for hot-water heating system is more flexible and personalized.
For achieving the above object, reaching the effect above, the present invention is achieved through the following technical solutions:
A kind of hot-water heating system based on technology of Internet of things, including hot-water heating system, strong algorithms software and wireless temperature detector, described hot-water heating system is as the thin-client running weak algorithm, the strong algorithms controlling hot-water heating system is arranged on strong algorithms software, described strong algorithms software can download on the central control system in intelligent domestic system, described central control system and hot-water heating system are attached by communication or wire communication mode, described wireless temperature detector and central control system are attached by communication, the temperature information that described wireless temperature detector gathers can replace the temperature information that the cooling-water temperature sensor in hot-water heating system or ground temperature sensor gather in software computing.
Further, described wireless temperature detector includes temperature measurement controller, and described temperature measurement controller includes the second microprocessor, the second wireless communication module, battery and outer sensor, and described outer sensor is temperature sensor.
Further, described wireless temperature detector includes thermal detector shell, temperature measurement controller and attaching plug, described temperature measurement controller includes the second wireless communication module, outer sensor, the second microprocessor and voltage transformation module, described attaching plug is match with two spring hole scokets two slotting plugs, described thermal detector shell is provided with plug recesses on bonnet, described attaching plug is collapsible in plug recesses by the rotating mechanism of bottom, and described outer sensor is temperature sensor.
Further, described strong algorithms can be customized into algorithm bag according to the demand of user, and for user's down loading updating, user can change algorithm policy voluntarily on described strong algorithms software.
Further, described central control system is with display or without the smart machine shown, described central control system, by sharing or communication, is connected with the terminal unit of user, and user can pass through terminal unit control hot-water heating system indirectly.
Further, described communication is WIFI or Bluetooth or ZigBee or NRF, and described wire communication mode is cablemodem or ADSL or ISDN or optical fiber or power line carrier.
Further, described hot-water heating system includes electric heater and zone of heating, described electric heater includes hot-water heating system controller, hydraulic pressure sensor and cooling-water temperature sensor, described hot-water heating system controller includes first microprocessor, sensor acquisition circuit and the first wireless communication module, described zone of heating is arranged with heat-insulation layer, being placed with ground temperature sensor on the floor at described zone of heating place, described cooling-water temperature sensor, ground temperature sensor are temperature sensor.
Further, described central control system relies on coded address to mate with hot-water heating system, described central control system stores in the driver corresponding to coded address the specific data of hot-water heating system, attribute, communication means, operational approach and strong algorithms, the data that each sensor is gathered by described hot-water heating system are sent on the central control system being mounted with strong algorithms software in real time, carried out computing by the strong algorithms in central control system and produce the operational order of correspondence, hot-water heating system receives the operational order that central control system sends over, and the director data sended over by central control system carries out running control.
Further, two kinds of sending modes it are provided with in the second described microprocessor, described sending mode includes interval pattern and temperature pattern, described temperature pattern be the difference between Current Temperatures and initial temperature more than or equal to setting value time, sent the temperature sampling data of this time period by the second wireless communication module.
Further, described temperature sensor is NTC or PTC or Thermocouple module, and described Thermocouple module includes thermocouple and thermocouple signal processes circuit.
The invention has the beneficial effects as follows:
A kind of hot-water heating system based on technology of Internet of things, has following five advantages:
One: user can pass through on central control system or terminal unit, check the data of each sensor in hot-water heating system, thus changing algorithm policy according to oneself demand, user is conducive to be accurately controlled according to practical situations such as the geographical position of oneself, water habits so that it is more flexible and personalized；
Its two: the hardware of hot-water heating system is longer for service life, substantial portion of hot-water heating system fault is had to be caused by house software algorithm is not normal, the maintenance being set to maintainer outside strong algorithms provides a great convenience, user passes through to update software or download new algorithm bag and can settle a dispute by the parties concerned themselves even, reduce the incidence rate of hot-water heating system fault, improve maintenance speed and the maintenance yield of hot-water heating system, thus improve the service life of hot-water heating system；
Its three: hot-water heating system hardware device and part control algolithm are relatively unified, user even can download the algorithm bag of other hot-water heating system producers, and upload the algorithm bag revised according to oneself practical situation, exchange with other online friends, bring user experience more preferably, and exchange the development being conducive to whole hot-water heating system industry；
Its four: for hot-water heating system producer, hot-water heating system hardware device and weak algorithm compatible better, be the different algorithm bag of each area customization according to the factor such as southern or northern, dry and cold or raw, it is simple to unified produce and personalized customization；User by collecting the parameter of each user change strategy voluntarily at remote server simultaneously, form big data, for producer's research, and the algorithm bag of self is revised according to big data, to meet the demand of more users, big data also can bring certain profit to producer simultaneously, thus indirectly reducing the production cost of hot-water heating system；
5th, wireless temperature detector is by optimizing module and arranging different sending modes and reduce energy consumption so that it is battery can be adopted to power, reduce own vol simultaneously；It is installed in the position by water end or user place of user, thus reflecting the actual water temperature of user's use water terminal or the actual temperature of user current location, it is provided that carry out more precise control to central control system.
To sum up, by external for strong algorithms and external radio thermal detector a kind of hot-water heating system based on technology of Internet of things, for user, maintainer, hot-water heating system producer and whole hot-water heating system industry, all there is great beneficial effect.
Described above is only the general introduction of technical solution of the present invention, in order to better understand the technological means of the present invention, and can be practiced according to the content of description, below with presently preferred embodiments of the present invention and coordinate accompanying drawing describe in detail as after, the specific embodiment of the present invention is shown in detail in by following example and accompanying drawing thereof.
Accompanying drawing explanation
Accompanying drawing described herein is used for providing a further understanding of the present invention, constitutes the part of the application, and the schematic description and description of the present invention is used for explaining the present invention, is not intended that inappropriate limitation of the present invention.In the accompanying drawings:
Fig. 1 is the structural representation of a kind of hot-water heating system based on technology of Internet of things that the present invention relates to；
Fig. 2 is the structural representation of the electric heater that the present invention relates to；
Fig. 3 is the structural representation of the electric water heater controller that the present invention relates to；
Fig. 4 is the first embodiment of the wireless temperature detector that the present invention relates to；
Fig. 5 is the second embodiment of the wireless temperature detector that the present invention relates to；
Fig. 6 is the communication scheme of a kind of hot-water heating system based on technology of Internet of things that the present invention relates to；
Fig. 7 be the present invention relates to about the schematic diagram carrying out communication for information between user；
Fig. 8 is the 3rd embodiment of the wireless temperature detector that the present invention relates to；
Fig. 9 is the schematic diagram of third embodiment of the invention different visual angles.
Wherein, hot-water heating system 100, electric heater 1, central control system 2, terminal unit 3, wireless temperature detector 4, ground controls water valve 5, heat-insulation layer 6, zone of heating 7, floor 8, hot-water heating system controller 11, outlet 12, hydraulic pressure sensor 13, water inlet 14, cooling-water temperature sensor 15, ground temperature sensor 16, display device 111, first microprocessor 112, key device 113, sensor acquisition circuit 114, first wireless communication module 115, thermal detector shell 41, passage 42, second wireless communication module 43, temperature measurement controller 44, outer sensor 45, adsorbent equipment 46, second microprocessor 47, battery deck 48, battery 49, center 410, bonnet 411, attaching plug 412, voltage transformation module 413, plug recesses 414.
Detailed description of the invention
Below with reference to the accompanying drawings and in conjunction with the embodiments, the present invention is described in detail:
As shown in figs 1-9, a kind of hot-water heating system based on technology of Internet of things, including hot-water heating system 100, strong algorithms software and wireless temperature detector 4, described hot-water heating system 100 is as the thin-client running weak algorithm, the strong algorithms controlling hot-water heating system 100 is arranged on strong algorithms software, described strong algorithms software can download on the central control system 2 in intelligent domestic system, described central control system 2 is attached by communication or wire communication mode with hot-water heating system 100, described wireless temperature detector 4 is attached by communication with central control system 2, the temperature information that described wireless temperature detector 4 gathers can replace the temperature information that the cooling-water temperature sensor 15 in hot-water heating system 100 or ground temperature sensor 16 gather in software computing.
Further, described wireless temperature detector 4 includes temperature measurement controller 44, and described temperature measurement controller 44 includes second microprocessor the 47, second wireless communication module 43, battery 49 and outer sensor 45, and described outer sensor 45 is temperature sensor.
Further, described wireless temperature detector 4 includes thermal detector shell 41, temperature measurement controller 44 and attaching plug 412, described temperature measurement controller 44 includes the second wireless communication module 43, outer sensor the 45, second microprocessor 47 and voltage transformation module 413, described attaching plug 412 is match with two spring hole scokets two slotting plugs, described thermal detector shell 41 is provided with plug recesses 414 on bonnet 411, described attaching plug 412 is collapsible in plug recesses 414 by the rotating mechanism of bottom, and described outer sensor 45 is temperature sensor.
Further, described strong algorithms can be customized into algorithm bag according to the demand of user, and for user's down loading updating, user can change algorithm policy voluntarily on described strong algorithms software.
Further, described central control system 2 is for display or without the smart machine of display, described central control system 2, by sharing or communication, is connected with the terminal unit 3 of user, and user can pass through terminal unit 3 control hot-water heating system 100 indirectly.
Further, described communication is WIFI or Bluetooth or ZigBee or NRF, and described wire communication mode is cablemodem or ADSL or ISDN or optical fiber or power line carrier.
Further, described hot-water heating system 100 includes electric heater 1 and zone of heating 7, described electric heater 1 includes hot-water heating system controller 11, hydraulic pressure sensor 13 and cooling-water temperature sensor 15, described hot-water heating system controller 11 includes first microprocessor 112, sensor acquisition circuit 114 and the first wireless communication module 115, described zone of heating 7 is arranged with heat-insulation layer 6, being placed with ground temperature sensor 16 on the floor 8 at described zone of heating 7 place, described cooling-water temperature sensor 15, ground temperature sensor 16 are temperature sensor.
Further, described central control system 2 relies on coded address to mate with hot-water heating system 100, described central control system 2 stores in the driver corresponding to coded address the specific data of hot-water heating system 100, attribute, communication means, operational approach and strong algorithms, the data that each sensor is gathered by described hot-water heating system 100 are sent on the central control system 2 being mounted with strong algorithms software in real time, carried out computing by the strong algorithms in central control system 2 and produce the operational order of correspondence, hot-water heating system 100 receives the operational order that central control system 2 sends over, and the director data sended over by central control system 2 carries out running control.
Further, it is provided with two kinds of sending modes in the second described microprocessor 47, described sending mode includes interval pattern and temperature pattern, described temperature pattern be the difference between Current Temperatures and initial temperature more than or equal to setting value time, sent the temperature sampling data of this time period by the second wireless communication module 43.
Further, described temperature sensor is NTC or PTC or Thermocouple module, and described Thermocouple module includes thermocouple and thermocouple signal processes circuit.
Specific embodiment
As shown in Fig. 1-Fig. 9, a kind of hot-water heating system based on technology of Internet of things, including hot-water heating system 100, strong algorithms software and wireless temperature detector 4, the weak algorithm of comparison basis is built on the hot-water heating system controller 11 in hot-water heating system 100 by producer, strong algorithms software includes the strong algorithms controlling hot-water heating system 100, strong algorithms software download is to central control system 2, between hot-water heating system 100 and central control system 2, between central control system 2 and terminal unit 3, communicate each through Internet of Things between wireless temperature detector 4 and central control system 2, producer receives on its remote server and stores data, the central control system 2 of this embodiment is the smart machine with display function, WIFI is adopted to carry out radio communication, when being used for fixing when user position measurement ambient temperature, wireless temperature detector 4 adopts the second embodiment shown in Fig. 5, battery 49 is adopted to be powered, battery 49 is fixed on battery deck 48, by dismantling shell 41 replaceable battery 49, its shell 41 is provided with adsorbent equipment 46, wireless temperature detector 4 is fixed by adsorbent equipment 46, enclosure is provided with passage 42；When measuring water temperature in user's use water terminal, wireless temperature detector 4 adopts the second embodiment shown in Fig. 4, adopts battery 49 to be powered, and battery 49 is fixed on battery deck 48, and wherein end sensor 45 is connected with temperature measurement controller 44 by wire.
Owing to the liftoff plate in user position 8 is more remote, the temperature difference that its user position is measured with ground temperature sensor 16 in hot-water heating system 100 is just more big, now, user wishes that the temperature at oneself place can reach the temperature value that oneself sets, by carrying wireless temperature detector 4, the current location of user it is fixed on by adsorbent equipment 46, electric energy is provided by battery 49, outer sensor 45 gathers the temperature information of user current location by passage 42, digital signal is drawn via the software algorithm in the second microprocessor 47, by the second wireless communication module 43, data are sent, by its temperature information of strong algorithms software receipt in central control system 2, and the setting according to user, the temperature information that the ground temperature sensor 16 of hot-water heating system 100 sends over is replaced in algorithm runs, assume that user is in bed in bed, user arranges temperature before sleeping be 25 °, when wireless temperature detector 4, when the temperature information that ground temperature sensor 16 gathers reaches 25 °, hot-water heating system 100 receives temperature and reaches the information that user sets, quit work, but now user actual temperature in bed lower than 25 °, requirement not up to user；When user sets after the obtained temperature information of wireless temperature detector 4 to be placed in the head of a bed is as the criterion, central control system 2 with user actual temperature in bed reach 25 ° for the whether out-of-work benchmark of geothermal system 1, thus ensureing that the temperature of user position keeps consistent with the temperature that user sets.
Due to user's use water terminal outlet from electric heater 1 more away from, the water temperature that its user's use water terminal is measured with cooling-water temperature sensor 15 in electric heater 1 differs just more big, now, user wishes that the water temperature of use water terminal can reach the temperature value that oneself sets, by wireless temperature detector 4 being arranged on in water terminal, make the hot water contacts of outer sensor 45 and waterpipe, electric energy is provided by battery 49, outer sensor 45 gathers the water temperature information of use water terminal by contacting the hot water of waterpipe, digital signal is drawn via the software algorithm in the second microprocessor 47, by the second wireless communication module 43, data are sent, by its temperature information of strong algorithms software receipt in central control system 2, and the setting according to user, the temperature information that in hot-water heating system 100, cooling-water temperature sensor 15 sends over is replaced in algorithm runs, thus ensureing that the water temperature of user's use water terminal keeps consistent with the temperature that user sets.
Needing substantial amounts of communication between hot-water heating system 100 and central control system 2, its communication process comprises the steps:
S1, hot-water heating system 100 send hot-water heating system 100 data by the form of agreement to central control system 2, include but not limited to information that cooling-water temperature sensor 15, hydraulic pressure sensor 13, ground temperature sensor 16 gather and the current mode of operation of hot-water heating system 100；Hot-water heating system 100 starts the timing that communicates simultaneously, if communication timing exceedes the setting time, hot-water heating system 100 is replied but without receiving central control system 2, then again send hot-water heating system 100 data to central control system 2；If being not received by central control system 2 and reply for continuous three times, then it is assumed that communication disruption, hot-water heating system 100 is run by the method for acquiescence；
S2, central control system 2 receive hot-water heating system 100 data, verify, and including the coupling to Mac address, if verification is correct, perform step S4, if check errors, then perform step S3；
S3, central control system 2 are replied hot-water heating system 100 and are received mistake, it is desirable to hot-water heating system 100 resends, and return step S1 execution；
S4, central control system 2 are replied hot-water heating system 100 and are received correctly；
Strong algorithms in S5, central control system 2 carries out computing and produces the operational order of correspondence；
S6, central control system 2 send the operational order data of correspondence to hot-water heating system 100；
S7, hot-water heating system 100 receive the director data of central control system 2, verify, if verification is correct, perform step S9, if check errors, then perform step S8；
S8, hot-water heating system 100 are replied central control system 2 and are received mistake, it is desirable to central control system 2 resends, and return step S6 execution；
S9, hot-water heating system 100 are replied central control system 2 and are received correctly, and the director data sended over by central control system 2 carries out running control, returns step 1 and performs.
Meanwhile, user is operated by the strong algorithms software on central control system 2, thus completing the indirect control to hot-water heating system 100, its communication means comprises the steps:
S10, user open the strong algorithms software on central control system 2, find the operation interface controlling hot-water heating system 100, input setup parameter；
Strong algorithms in S11, central control system 2 carries out computing and produces the operational order of correspondence；；
S12, central control system 2 send the operational order data of correspondence to hot-water heating system 100；
S13, hot-water heating system 100 receive the director data of central control system 2, verify, if verification is correct, perform step S15, if check errors, then perform step S14；
S14, hot-water heating system 100 are replied central control system 2 and are received mistake, it is desirable to central control system 2 resends；
S15, hot-water heating system 100 are replied central control system 2 and are received correctly, and the director data sended over by central control system 2 carries out running control, thus completing user's control to hot-water heating system 100.
Simultaneously, wireless temperature detector 4 adopts battery to power, situation decline low energy consumption at assurance function, on this basis, two kinds of sending modes it are provided with in second microprocessor 47, respectively interval pattern and temperature pattern, namely interval pattern is being internally provided with setting time interval value, judge whether to send by the size of comparison current time count value and setting time interval value, namely, when setting interval pattern, wireless temperature detector 4 just sends a temperature data at set intervals；Temperature pattern is in one temperature difference of inner setting, when making the difference between Current Temperatures and initial temperature more than or equal to the temperature difference set, trigger and send, namely when arranging temperature pattern, wireless temperature detector 4 just sends once the temperature data of this time period when each variations in temperature to certain value, user not when using hot water by water end, current in its waterpipe remain stationary as, water temperature is fixed, if now sending data at timed intervals, then there is no real value and the waste energy, adopt variations in temperature sending mode in the case, can make a response in real time when can ensure to occur variations in temperature, also unnecessary energy consumption can be reduced further.
The operation interface of strong algorithms software includes but not limited to: the initial value of the collection information of each sensor and inner strategy algorithm in the switching of temperature information between cooling-water temperature sensor 15 and wireless temperature detector 4, temperature information switching between ground temperature sensor 16 and wireless temperature detector 4, the selection of two kinds of sending modes of wireless temperature detector 4, hot-water heating system 100, user is modified numerical value, form new algorithm policy after being saved, complete with the communication of hot-water heating system 100 after, hot-water heating system 100 is operated according to new algorithm policy.
As shown in Fig. 2-Fig. 3, hot-water heating system 100 includes electric heater 1 and zone of heating 7, electric heater 1 includes hot-water heating system controller 11, outlet 12, hydraulic pressure sensor 13, water inlet 14 and cooling-water temperature sensor 15, and hot-water heating system controller 11 includes display device 111, first microprocessor 112, key device 113, sensor acquisition circuit 114 and the first wireless communication module 115；Zone of heating 7 adopts water pipe paving just to form simultaneously, is placed on floor 8 times, and zone of heating 7 is arranged with heat-insulation layer 6, is placed with ground temperature sensor 16 on floor 8.
Hot-water heating system 100 utilizes cooling-water temperature sensor 15 to gather the temperature information of water in water tank, utilize ground temperature sensor 16 to take the temperature information on surface, floor 8, implement to control by the hot-water heating system controller 11 process to temperature information and the running to water heater, in such as hot-water heating system controller 11, the algorithm about temperature has a fluctuation range, heating element heater is in the process of continuous firing, the real time temperature of water in cooling-water temperature sensor 15 monitoring water tank, ground temperature sensor 16 monitors the real time temperature on floor 8, when this real time temperature reaches the higher limit stopping in temperature range, by the programme-control in first microprocessor 112, its heating element heater is made to quit work, treat that the lower limit that nature goes back up in temperature range continues heating, energy consumption is reduced with this；Electric heater 1 has multiple cooling-water temperature sensor 15 collecting temperature information together simultaneously, program in first microprocessor 112 also can provide a correction value about each temperature collected, revised temperature is made more to meet actual temperature, thus being more accurately controlled；Storing a temperature-limited value in first microprocessor 112, temperature-limited value is generally located on about 80 °, and after more than 80 °, first microprocessor 112 can send control instruction, thus can cut off the electricity supply, so that hot-water heating system 100 recovers normal, it is ensured that user security；The hydraulic pressure information that hydraulic pressure sensor 13 gathers, the software algorithm in first microprocessor 112, it may be judged whether within working pressure range, thus controlling opening or cutting off of hot-water heating system 100 power supply.
With upper about the higher limit of temperature algorithm, lower limit and correction value, temperature-limited value, working pressure range in hydraulic pressure sensor 13 broadly falls into algorithm policy, strong algorithms including this type of algorithm policy is external at central control system 2, and all it being shown on the interface of strong algorithms software, user can revise algorithm policy voluntarily.Such as user, for power saving, can expand the scope between higher limit and lower limit；User thinks that actual temperature is lower than design temperature, can reduce correction value；User feel 80 ° too dangerous, temperature-limited value can be reduced；User for the sake of security, can suitably reduce working pressure range etc..
For avoiding user to cause hot-water heating system 100 fault in amendment algorithm policy, can suitably limit amendment scope in the interface of amendment algorithm policy.
As shown in Figure 6, the terminal unit 3 that user uses can realize communicating with central control system 2 by shared or other radio connection, or user is when terminal unit 3 and central control system 2 are all networked, terminal unit 3 and the indirect communication of central control system 2 is realized by remote server, in whole communication process, user can control hot-water heating system 100 indirectly by terminal unit 3, terminal unit 3 does not directly communicate with hot-water heating system 100, this is owing to containing complete strong algorithms on central control system 2, and terminal unit 3 equipped with APP program only comprise some algorithm, after the APP of terminal unit 3 operates and arranges parameter on interface, need to be sent to central control system 2 and carry out further algorithm computing, the operational order produced is then forwarded to hot-water heating system 100, simultaneously, wireless temperature detector 4 and central control system 2 carry out real-time Communication for Power, user can be directly viewable the temperature information of user position or by the water temperature information of water terminal by terminal unit 3.
As shown in Figure 7, owing to user is uneven for the degree of understanding of hot-water heating system 100 control algolithm, assume know about the user A of hot-water heating system 100 control algolithm and do not know about the user B of hot-water heating system 100 control algolithm, user A can revise algorithm policy according to oneself practical situation on strong algorithms software, oneself amended algorithm policy is derived by user A, generating algorithm bag, upload to the intercommunion platform on network, now, the user B similar with the practical situation of user A downloads the user A algorithm bag shared by network, it is loaded on strong algorithms software, the algorithm policy making its this hot-water heating system 100 more meets the practical situation of oneself, user A and user B completes communication for information in this process, make user B also can change algorithm policy when not knowing about hot-water heating system 100 control algolithm；On the other hand, hot-water heating system 100 producer receives amended algorithm policy by remote server, big data are formed thus constantly collecting, hot-water heating system 100 producer can also be analyzed thus improving the algorithm policy of oneself according to the practical situation that user provides and algorithm policy, thus provide meet different regions, varying environment, different demand individual character algorithm bag to user.
As illustrated in figs. 8-9 be the 3rd embodiment of wireless temperature detector, wireless temperature detector 4 adopts attaching plug 412 and voltage transformation module 413 to be powered, attaching plug 412 is two slotting plugs, be connected energising with socket while, play fixing effect, arranging plug recesses 414 on the bonnet 411 of shell 41, attaching plug 412, when carrying, is contracted in plug recesses 414 by the user made by the rotating mechanism of bottom.
The above, be only presently preferred embodiments of the present invention, and the present invention not does any pro forma restriction；The those of ordinary skill of all industry all can shown in by specification accompanying drawing and the above and implement the present invention swimmingly；But, all those skilled in the art without departing within the scope of technical solution of the present invention, utilize disclosed above technology contents and make a little change, modify and the equivalent variations of differentiation, be the Equivalent embodiments of the present invention；Meanwhile, all change of any equivalent variations, modification and differentiation etc. above example made according to the substantial technological of the present invention, all still fall within the protection domain of technical scheme.
Claims (10)
1. the hot-water heating system based on technology of Internet of things, including hot-water heating system (100), strong algorithms software and wireless temperature detector (4), it is characterized in that: described hot-water heating system (100) is as the thin-client running weak algorithm, the strong algorithms controlling hot-water heating system (100) is arranged on strong algorithms software, described strong algorithms software can download on the central control system (2) in intelligent domestic system, described central control system (2) and hot-water heating system (100) are attached by communication or wire communication mode, described wireless temperature detector (4) and central control system (2) are attached by communication, the temperature information that described wireless temperature detector (4) gathers can replace the temperature information that the cooling-water temperature sensor (15) in hot-water heating system (100) or ground temperature sensor (16) gather in software computing.
2. a kind of hot-water heating system based on technology of Internet of things according to claim 1, it is characterized in that: described wireless temperature detector (4) includes temperature measurement controller (44), described temperature measurement controller (44) includes the second microprocessor (47), the second wireless communication module (43), battery (49) and outer sensor (45), and described outer sensor (45) is temperature sensor.
3. a kind of hot-water heating system based on technology of Internet of things according to claim 1, it is characterized in that: described wireless temperature detector (4) includes thermal detector shell (41), temperature measurement controller (44) and attaching plug (412), described temperature measurement controller (44) includes the second wireless communication module (43), outer sensor (45), second microprocessor (47) and voltage transformation module (413), described attaching plug (412) is match with two spring hole scokets two slotting plugs, described thermal detector shell (41) is provided with plug recesses (414) on bonnet (411), described attaching plug (412) is collapsible in plug recesses (414) by the rotating mechanism of bottom, described outer sensor (45) is temperature sensor.
4. a kind of hot-water heating system based on technology of Internet of things according to claim 1, it is characterized in that: described strong algorithms can be customized into algorithm bag according to the demand of user, for user's down loading updating, user can change algorithm policy voluntarily on described strong algorithms software.
5. a kind of hot-water heating system based on technology of Internet of things according to claim 1, it is characterized in that: described central control system (2) is for display or without the smart machine shown, described central control system (2) is by sharing or communication, being connected with the terminal unit (3) of user, user can pass through terminal unit (3) and indirectly control hot-water heating system (100).
6. a kind of hot-water heating system based on technology of Internet of things according to claim 1, it is characterized in that: described communication is WIFI or Bluetooth or ZigBee or NRF, described wire communication mode is cablemodem or ADSL or ISDN or optical fiber or power line carrier.
7. a kind of hot-water heating system based on technology of Internet of things according to claim 1, it is characterized in that: described hot-water heating system (100) includes electric heater (1) and zone of heating (7), described electric heater (1) includes hot-water heating system controller (11), hydraulic pressure sensor (13) and cooling-water temperature sensor (15), described hot-water heating system controller (11) includes first microprocessor (112), sensor acquisition circuit (114) and the first wireless communication module (115), described zone of heating (7) is arranged with heat-insulation layer (6), the floor (8) at described zone of heating (7) place is placed with ground temperature sensor (16), described cooling-water temperature sensor (15), ground temperature sensor (16) is temperature sensor.
8. a kind of hot-water heating system based on technology of Internet of things according to claim 1, it is characterized in that: described central control system (2) relies on coded address to mate with hot-water heating system (100), described central control system (2) stores in the driver corresponding to coded address the specific data of hot-water heating system (100), attribute, communication means, operational approach and strong algorithms, the data that each sensor is gathered by described hot-water heating system (100) are sent on the central control system (2) being mounted with strong algorithms software in real time, carried out computing by the strong algorithms in central control system (2) and produce the operational order of correspondence, hot-water heating system (100) receives the operational order that central control system (2) sends over, and the director data sended over by central control system (2) carries out running control.
9. a kind of hot-water heating system based on technology of Internet of things according to claim 2, it is characterized in that: in described the second microprocessor (47), be provided with two kinds of sending modes, described sending mode includes interval pattern and temperature pattern, described temperature pattern be the difference between Current Temperatures and initial temperature more than or equal to setting value time, sent the temperature sampling data of this time period by the second wireless communication module (43).
10. a kind of hot-water heating system based on technology of Internet of things according to Claims 2 or 3 or 7, it is characterised in that: described temperature sensor is NTC or PTC or Thermocouple module, and described Thermocouple module includes thermocouple and thermocouple signal processes circuit.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610172876.3A CN105716291A (en) | 2016-03-24 | 2016-03-24 | Hot water system based on technology of Internet of Things |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610172876.3A CN105716291A (en) | 2016-03-24 | 2016-03-24 | Hot water system based on technology of Internet of Things |
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| CN105716291A true CN105716291A (en) | 2016-06-29 |
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| CN201610172876.3A Pending CN105716291A (en) | 2016-03-24 | 2016-03-24 | Hot water system based on technology of Internet of Things |
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| CN107166743A (en) * | 2017-07-15 | 2017-09-15 | 合肥皖水信息科技有限公司 | A kind of water-storage electric heater and its temperature control system based on Internet of Things |
| CN116661354A (en) * | 2023-06-12 | 2023-08-29 | 广州宝能能源管理股份有限公司 | Remote monitoring management method and system for sterile hot water system |
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Application publication date: 20160629 |