CN107218706A - Air-conditioner control method and air conditioner based on NB IoT networks - Google Patents
Air-conditioner control method and air conditioner based on NB IoT networks Download PDFInfo
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Abstract
Air-conditioner control method based on NB IoT networks：Assign the air conditioner unique identity for being provided with NB IoT modules；Terminal and server set up communication；The identity of terminal recognition air conditioner, and binding relationship is set up by server and corresponding air conditioner, server obtains the binding relationship between terminal and air conditioner；Terminal is configured as unique main control terminal of correspondence air conditioner；Air conditioner is in power-up state, and air conditioner, server and parameter detecting are connected into NB IoT networks centrally through base station, and wherein parameter detecting center is used to detect air-conditioned room status data；Into triggering state, parameter detecting center is by the air-conditioned room status data transfers detected to main control terminal；Main control terminal compares air-conditioned room status data and setting data and automatic output control is instructed to air conditioner, and control air conditioner performs corresponding action.A kind of air conditioner is also disclosed, and the present invention has the advantages that security is good and control efficiency is high.
Description
Technical field
The present invention relates to apparatus of air conditioning technical field, more particularly to a kind of air conditioner control based on NB-IoT networks
Method and a kind of air conditioner.
Background technology
In recent years, IoT (Internet of Things) is quickly grown, and by sensor, by people, various articles, service are connected to mutually at one's side
In networking.Including some high-rate services, such as video class business, and some low rate traffics, such as intelligent Meter-check.
Because low rate traffic does not have good cellular technology to provide support, so, the IoT communication technologys are developed rapidly, wherein wide area network
The development of the communication technology is especially apparent, and whether wan communication technology authorizes according to frequency spectrum is divided into unauthorized and authorizes two classes, its
A subclassification under middle mandate frequency spectrum, i.e. arrowband technology of Internet of things（NB-IoT）With the urgent market demand, while also having
Standby good communication network is supported, therefore possesses vast potential for future development.
The method that air conditioner is controlled using NB-IoT, such as Chinese patent application are disclosed in the prior art（Application number
201611131700.X）Disclosed technology contents, " user can issue an order on remote monitoring computer and mobile phone, assign
Order be sent to NB-IoT modules by NB-IoT wireless communication networks, NB-IoT modules will order and reach center by parsing
Processor, it is achieved thereby that the remote control of air-conditioning." while further disclosing " also includes TEMP in the system
Device, temperature sensor is electrically connected with central processing unit." therefore, in the prior art, for detecting air conditioner control system（Such as
Control compressor, the control system of fan operation）The sensor of input parameter is still connected with the main process task chip of air conditioner,
And data are analyzed and handled in main process task chip.Therefore, similar with traditional air conditioner, sensor is necessarily placed at
Air-conditioner housing is nearby and the species of sensor sample signal is also required to receive limitation.And, if it is desired in remote monitoring electricity
The synchronization of status data is reached on brain, mobile phone, then needs to first pass through air conditioner host processor chip and is handled, is then passed through again
On NB-IoT network transmissions to remote monitoring computer and mobile phone, this aspect increases the data processing amount of system, on the other hand
The detection signal that end is obtained is substantially delayed, it is impossible to which the state using remote equipment automatically according to air-conditioned room is entered to air conditioner
Row control.
Therefore, the method for air conditioner is controlled to there is data processing amount greatly and can not utilize remote using NB-IoT in the prior art
The problem of journey equipment is controlled automatically according to the state of air-conditioned room to air conditioner.
The content of the invention
The present invention provides a kind of air-conditioner control method based on NB-IoT networks, it is intended to solve prior art NB-IoT controls
There is data processing amount greatly and can not utilize remote equipment automatically according to the state of air-conditioned room to air-conditioning in the method for air conditioner processed
The problem of device is controlled.
A kind of air-conditioner control method based on NB-IoT networks, including：
Assign each air conditioner unique identity for being provided with NB-IoT modules；
Terminal and server set up communication；
The identity of the terminal recognition air conditioner, and binding pass is set up by the server and corresponding air conditioner
System, the server obtains the binding relationship between the terminal and air conditioner；
Terminal after binding is configured as unique main control terminal of correspondence air conditioner；
The NB-IoT modules that air conditioner is in power-up state, air conditioner are connected into NB-IoT networks by base station；Server passes through
Base station is connected into NB-IoT networks；Parameter detecting is connected into NB-IoT networks centrally through base station, and wherein parameter detecting center is used to examine
Survey air-conditioned room status data；
Into triggering state, the air-conditioned room status data detected is passed through NB-IoT network transmissions by the parameter detecting center
By the server transport to main control terminal after to server；The main control terminal compares air-conditioned room status data and institute
The setting data prestored in main control terminal are stated, are instructed according to comparative result automatic output control, the control instruction is led to
Server is crossed by NB-IoT network transmissions to the air conditioner, to control the air conditioner to be held according to air-conditioned room status data
The corresponding action of the row control instruction.
In order to overcome the limitation of sensor set location, the parameter detecting connects at least one centrally through wireless network
Sensor and the air-conditioned room status data for receiving the sensor sample.
Further, the parameter detecting connects multiple sensors centrally through wireless network and receives multiple sensings
Multiple air-conditioned room status datas that device is independently sampled, the parameter detecting center is by the multiple air-conditioned room shapes detected
State data are transmitted to the main control terminal by NB-IoT networks by server, and the main control terminal distribution is multiple
Air-conditioned room status data priority, and it is according to priority that multiple air-conditioned room status datas of reception are corresponding with storage
Setting data are compared；The main control terminal is instructed according to priority output control, to control the air conditioner according to sky
A status data of transferring house performs the respective action of the control instruction.
It is preferred that, the air-conditioned room status data includes indoor air temperature in air conditioned building value, air-conditioned room humidity value, air-conditioned room
Human-induced signal and Air Quality in Air Conditioned Rooms.
Further, the priority of the air-conditioned room status data is from high to low, indoor air temperature in air conditioned building value, air-conditioned room
Between humidity value, Air Quality in Air Conditioned Rooms and air-conditioned room human-induced signal.
In order to realize the intelligent display of main control terminal, and realize in the synchronization of server storage data, setting periodically
Report pattern, periodically pattern is reported described：
Air conditioner control chip exports the NB-IoT moulds in NB-IoT modules of the air conditioner status signal into air conditioner, air conditioner
Block uploads an air conditioner state to server in each described pattern cycle by NB-IoT networks；
Air conditioner control chip calculates air conditioner power consumption according to the pattern cycle of setting and exports air conditioner power consumption to sky
The NB-IoT modules in the NB-IoT modules in device, air conditioner are adjusted to pass sequentially through the power consumption in each described pattern cycle
NB-IoT networks upload onto the server；
NB-IoT modules in air conditioner in each described pattern cycle NB-IoT signal intensity of synchronized upload to taking
Business device.
For the higher data of change frequency, in pattern is periodically reported, the pattern cycle is divided into multiple settings
Cycle；
Multiple real-time air-conditioned room status datas are passed through NB-IoT by the parameter detecting center in each setting end cycle
Network transmission is and whole to the main control by multiple air-conditioned room status data transfers by the server to the server
End；
The main control terminal is first compared the air-conditioned room status data received with the setting data prestored, if
Comparative result, which meets, to impose a condition, then exits and periodically report pattern and instructed according to comparative result automatic output control；
Impose a condition, the air-conditioned room status data received is compared with given threshold, such as if comparative result is not met
Fruit exceeds the given threshold, then exits and periodically report pattern；
If without departing from given threshold, the main control terminal is respectively compared the air-conditioned room in continuous two setting cycles
Status data, if the air-conditioned room status data changes, the main control terminal shows latter setting cycle
In air-conditioned room status data.
It is preferred that, the pattern cycle is 30 minutes, described to set the cycle as 10 seconds.
It is preferred that, the parameter detecting detects the air-conditioned room shape centrally through bluetooth, Zigbee or NB-IoT networks
State data.
Air-conditioner control method disclosed in this invention based on NB-IoT networks, can pass through main control module and parameter
The cooperation of inspection center is realized to the accurate control for the air conditioner uniquely bound, relative to prior art, optimizes instruction transmission
Path, reduces data processing amount, while it is also possible that user timely recognizes the shape of air conditioner by main control module
State.
The present invention also discloses a kind of air conditioner, using the air-conditioner control method based on NB-IoT networks, the NB-
The air-conditioner control method of IoT networks includes：
Assign each air conditioner unique identity for being provided with NB-IoT modules；
Terminal and server set up communication；
The identity of the terminal recognition air conditioner, and binding pass is set up by the server and corresponding air conditioner
System, the server obtains the binding relationship between the terminal and air conditioner；
Terminal after binding is configured as unique main control terminal of correspondence air conditioner；
The NB-IoT modules that air conditioner is in power-up state, air conditioner are connected into NB-IoT networks by base station；Server passes through
Base station is connected into NB-IoT networks；Parameter detecting is connected into NB-IoT networks centrally through base station, and wherein parameter detecting center is used to examine
Survey air-conditioned room status data；
Into triggering state, the air-conditioned room status data detected is passed through NB-IoT network transmissions by the parameter detecting center
By the server transport to main control terminal after to server；The main control terminal compares air-conditioned room status data and institute
The setting data prestored in main control terminal are stated, are instructed according to comparative result automatic output control, the control instruction is led to
Server is crossed by NB-IoT network transmissions to the air conditioner, to control the air conditioner to be held according to air-conditioned room status data
The corresponding action of the row control instruction.
Air conditioner provided by the present invention has the advantages that security is good and control efficiency is high.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the accompanying drawing used required in technology description to be briefly described, it should be apparent that, drawings in the following description are this hairs
Some bright embodiments, for those of ordinary skill in the art, without having to pay creative labor, can be with
Other accompanying drawings are obtained according to these accompanying drawings.
Fig. 1 is the network architecture schematic diagram in the air-conditioner control method disclosed in this invention based on NB-IoT networks；
Fig. 2 is the flow chart disclosed in this invention based on the first embodiment of the air-conditioner control method of NB-IoT networks；
Fig. 3 is the flow chart of air-conditioner control method second of embodiment disclosed in this invention based on NB-IoT networks.
Embodiment
To make the purpose, technical scheme and advantage of the embodiment of the present invention clearer, below in conjunction with the embodiment of the present invention
In accompanying drawing, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is
A part of embodiment of the present invention, rather than whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art
The every other embodiment obtained under the premise of creative work is not made, belongs to the scope of protection of the invention.
The present invention relates to the control method of the air conditioner based on NB-IoT networks.In one embodiment, by using this
Kind of method can pass through the operation that main control terminal automatic remote controls air conditioner according to the state parameter of air-conditioned room.
Fig. 1 shows the network architecture schematic diagram in the air-conditioner control method based on NB-IoT networks.Wherein, for defeated
The terminal for going out control instruction can be mobile phone, tablet personal computer, touch pad, portable or desktop computer, portable media
Player, wearable device etc..Terminal has an independent processor and with networked capabilities, the processor of terminal in itself
In there is independent memory cell, processor can call setting data in memory cell by its number with input port input
According to relatively and generating comparative result.Terminal is preferably provided with a display unit, can show air-conditioned room status data.
NB-IoT modules are provided with the present embodiment in signified air conditioner, NB-IoT modules can be automatic under power-up state
NB-IoT networks are connected into by base station according to the algorithm of setting.NB-IoT modules can be integrated from what is developed in the prior art
NB-IoT modules, therefore the set algorithm for being connected into NB-IoT networks is not the key protection point of the present invention, be will not be repeated here.In this reality
Apply in example, each air conditioner for being provided with NB-IoT modules is endowed unique identity.Terminal is by recognizing air conditioner
Unique identity recognize corresponding air conditioner.Terminal recognition goes out after air conditioner and corresponding air conditioner sets up matching relationship.
For example, terminal can be exchanged by short-range data or LAN obtains the unique identity of air conditioner, the thing of such as equipment
Address is managed, the unique identity of air conditioner can also be recognized by scanning the form of Quick Response Code.Meanwhile, each is provided with
The air conditioner of NB-IoT modules is registered in the server.The detailed process that terminal and air conditioner set up matching relationship is preferred
For terminal is configured as open mode first, i.e., do not bound by any one air conditioner for being provided with NB-IoT modules, in opening
The terminal and server of mode playback set up communication and keep communications status.Terminal attempts the identity of one air conditioner of identification.
Terminal uploads onto the server the air conditioner identity collected, and is carried out with the air conditioner identity registered in server
Matching.If the match is successful, it is judged to recognizing successfully.After recognizing successfully, server is by terminal information in itself and is identified as
The unique identity association of the air conditioner for being provided with NB-IoT modules of work(, sets up unique binding relationship therebetween, clothes
The control authority for device opening terminal of being engaged in, terminal is configured as unique main control terminal of correspondence air conditioner.It is excellent in server side
Choosing is provided with the binding relationship of rights database, storage terminal and air conditioner.Unique identities mark is used as in above-mentioned use Quick Response Code
In the binding procedure of knowledge, air conditioner is in non-power-up state in itself, so as to complete whole in the state of not influenceing air conditioner to run
The process of individual binding.
Terminal is preferably set up by mobile applications and server and communicated, and this kind of application program is preferably according to not homology
System platform and different terminals are developed, it is possible to run under multiple systems platform.It is configured to the body of the terminal of open mode
Part checking is carried out before binding first.It is preferred that, first bind before, server first by specific communication protocol,
Such as MQTT agreements, the account opening request that terminal is sent is received by application program, and server responds the account opening request of terminal,
Judge whether the account number cipher of terminal input meets the condition of opening an account, if meeting, complete the authentication of terminal.Further,
If complete authentication and in open state terminal and an air conditioner the match is successful, server-assignment main control order
Board sets up the one-to-one relationship of terminal, terminal identity, air conditioner and main control token to the terminal.Server uses master control
Token processed is verified to perform the every of main control terminal.I.e. comprising the authorization message to terminal control authority in main control token,
Identify unique main control terminal that the terminal is the air conditioner.Server can also be used such as OTP (One Time Password)
Every checking of main control terminal is performed etc. other communication patterns.
Air conditioner power supply is powered, and the NB-IoT modules that air conditioner is in power-up state, air conditioner connect automatically by base station
Enter NB-IoT networks, server is connected into NB-IoT networks as the line business center of whole network framework also by base station.
In the present invention, a parameter detecting center is additionally provided with, wherein being also equipped with NB-IoT modules, parameter detecting center is used to detect
Air-conditioned room status data.On the one hand parameter detecting center is a node in whole NB-IoT networks.On the other hand, parameter
Inspection center is also the data backbone of the detection data of wireless senser.At least one sensor in air-conditioned room, be preferably
Multiple wireless sensers respectively with parameter detecting center radio communication.The mode of radio communication can be bluetooth, Zigbee, even
It is NB-IoT networks, if receiving the signal of sensor using NB-IoT networks, needs in each wireless senser
One NB-IoT module is set.By the way of being wirelessly transferred, wireless senser is without the wired company of control chip with air conditioner
Connect, therefore the ideal position that can be laid in air-conditioned room.Simultaneously without the data processing of increase air conditioner control chip
Amount.Parameter detecting center is equally connected into NB-IoT networks also by base station.Completed and air conditioner in above-mentioned binding matching process
Under power-up conditions, air conditioner enters triggering state.
Into after triggering state, the air-conditioned room status data detected is passed through NB-IoT nets by the parameter detecting center
Network is transmitted to server by the server transport to the main control terminal.It is preferred that, multichannel room state data pass through
The processor of the multi-channel input mouthful input main control terminal.The processor of the main control terminal, which is called in memory cell, to be deposited
The setting data prestored in the setting data of storage, the air-conditioned room status data and the main control terminal that compare input,
Instructed according to comparative result automatic output control, the control instruction is by server by NB-IoT network transmissions to the sky
Device is adjusted, to control the air conditioner to perform the corresponding action of the control instruction according to air-conditioned room status data.Such as real-time room
Between temperature higher than 25 DEG C of data of setting, then automatic output start-up command, control air conditioner start.
The air-conditioner control method specifically introduced by above-mentioned embodiment, server directly obtains the reality of air-conditioned room
When state parameter and export to main control terminal, main control terminal is received after real-time status parameter, can directly and setting value
Contrasted and automatically generate control signal control air conditioner action, without waiting for the parameter feedback of air conditioner one end, in air-conditioning
Device control chip one end, it is only necessary to acted according to control instruction, without judging state parameter, reduces the number of complete machine
According to treating capacity.
In addition to the unique identity using physical address as air conditioner, SIM card is provided with NB-IoT modules, can
To generate unique identity according to the identity information of SIM card.It is preferably when generating the identity of NB-IoT modules
Quick Response Code is generated by discrete logarithm according to the identity information of SIM card during factory, and Quick Response Code is arranged on the fuselage of air conditioner.
Terminal with camera is the Quick Response Code that can be sampled by way of scanning Quick Response Code, and recognizes the identity of air conditioner.
The security of equipment can be further improved as identity using Quick Response Code, network security risk is reduced.
Influence the factor of air-conditioned room environment a lot, therefore, when parameter detecting is passed centrally through wireless network connection is multiple
Sensor is simultaneously received after multiple air-conditioned room status datas that multiple sensors are independently sampled, and parameter detecting center will be detected
Multiple air-conditioned room status datas be transmitted to the main control terminal by NB-IoT networks.In order to further optimize control
Flow processed, improves the formation efficiency of control instruction, reduces the treating capacity of data, the multiple air-conditioned room states of main control terminal distribution
Data priority, and compared multiple air-conditioned room status datas of reception setting data corresponding with storage according to priority
Compared with.The main control terminal is instructed according to priority output control, to control the air conditioner according to air-conditioned room status data
Perform the respective action of the control instruction.It is preferred that, air-conditioned room status data includes indoor air temperature in air conditioned building value, air-conditioned room
Humidity value, air-conditioned room human-induced signal and Air Quality in Air Conditioned Rooms, parameter detecting center is by the aforementioned four detected
Data parallel is transmitted to the main control terminal.Main control terminal distribution aforementioned four data priority, be preferably from high to low,
Indoor air temperature in air conditioned building value, air-conditioned room humidity value, Air Quality in Air Conditioned Rooms and air-conditioned room human-induced signal.Citing comes
Say, if summer indoor air temperature in air conditioned building is higher than setting data, such as more than 25 DEG C, then due to the priority of indoor air temperature in air conditioned building value
Highest, main control terminal automatic output control signal control air conditioner start, main control terminal no longer judges humidity, air quality
And human-induced signal.If indoor air temperature in air conditioned building is less than setting data, judges air-conditioned room humidity value and set data
Relation, if air-conditioned room humidity is higher than setting data, because the priority of air-conditioned room humidity value is to be only second to air-conditioned room
Between humidity value, the control air conditioner start of main control terminal automatic output control signal, main control terminal no longer judges air quality
And human-induced signal.If the temperature and humidity of air-conditioned room is below setting data, Air Quality in Air Conditioned Rooms is judged
With setting data relation, if Air Quality in Air Conditioned Rooms less than setting data, main control terminal automatic output control signal
Air conditioner start is controlled, main control terminal no longer judges human-induced signal.If the temperature of air-conditioned room, humidity are below setting
Fixed number evidence, and Air Quality in Air Conditioned Rooms better than setting data, then judge air-conditioned room whether someone, if nobody, lead
Control terminal control air conditioner is shut down.Wherein, temperature, humidity are detected by temperature sensor and humidity sensor respectively, air
Quality is by PM2.5, one of formaldehyde gas sensor, VOC sensors, carbon dioxide sensor or wherein some
Individual combination is detected.Human-induced signal is detected by infrared sensor.The sensor that parameter detecting center is received
Detection signal is not limited to the above four, such as radar, the other sensors of warm creeping chill can also be set according to actual needs, and adjust
Priority and setting data, so that the intelligentized generation control instruction of winner's control terminal.
Because air conditioner is controlled by the main control terminal intelligent bound therewith.So, user needs whole by main control
End understands the running status of air conditioner.Therefore, in the method, also setting periodically reports pattern.Periodically pattern is reported described
In,
NB-IoT moulds in NB-IoT modules in air conditioner control chip output air conditioner state signal value air conditioner, air conditioner
Block passes through NB-IoT networks upload successively air conditioner state to server in each described pattern cycle.Wherein air conditioner shape
State is the complete machine state of air conditioner, such as heats, freezes and dehumidifies.
Air conditioner control chip calculates air conditioner power consumption according to the pattern cycle of setting and exports air conditioner power consumption
NB-IoT modules in NB-IoT modules into air conditioner, air conditioner by the power consumption in each described pattern cycle successively
Uploaded onto the server by NB-IoT networks.
NB-IoT modules in air conditioner NB-IoT signal intensity of synchronized upload in each described pattern cycle
To server.
Because above-mentioned air conditioner state, power consumption and NB-IoT signal intensities influence on air-conditioner device running status
It is small, and change frequency is relatively low.So pattern cycle is preferably arranged to 30 minutes.Server is preferably in each pattern cycle
Termination when timing node judge air conditioner state, power consumption and NB-IoT signal intensities whether relative to a upper pattern
Timing node during cycle arrest, or initial time change, and in the event of changing, then transmit above-mentioned parameter to described
Main control terminal is shown.
And for other parameters, the especially parameter of parameter detecting Spot detection for, may be cycle of 30 minutes
Middle generation frequently changes.Therefore, in pattern is periodically reported, pattern cycle is divided into multiple setting cycles.Preferably set
Fixed cycle is 10 seconds.
Multiple real-time air-conditioned room status datas are passed through NB-IoT by parameter detecting center in each setting end cycle
Network transmission is and whole to the main control by multiple air-conditioned room status data transfers by the server to the server
End.
The main control terminal is first compared the air-conditioned room status data received with the setting data prestored,
Imposed a condition if comparative result meets, exit and periodically report pattern and instructed according to comparative result automatic output control.
Imposed a condition if comparative result is not met, by the air-conditioned room status data received and given threshold ratio
Compared with if beyond the given threshold, exiting and periodically reporting pattern.
If without departing from given threshold, the main control terminal is respectively compared the air-conditioning in continuous two setting cycles
Room state data, if the air-conditioned room status data changes, the main control terminal shows latter setting
Air-conditioned room status data in cycle.
Wherein, given threshold is no more than and imposed a condition.For example, by taking temperature value as an example, if imposing a condition to judge
Whether detected value is more than 25 degrees Celsius, then the upper limit of given threshold is 24 degrees Celsius, when the air-conditioned room status data received
, then may in a short period of time during beyond given threshold, air conditioner is the work for the control instruction that can be exported in main control terminal
With lower change state, therefore, it is higher than in the detected value received under conditions of 24 degrees Celsius, then exits and periodically report pattern, and
The frequency reported may be improved in the control of next step.
If without departing from given threshold, illustrating that the air-conditioned room status data received is relatively steady, therefore,
Main control terminal is respectively compared the air-conditioned room data in continuous two setting cycles, and only air-conditioned room status data becomes
During change, the display data of main control terminal is just updated.
In pattern is entirely periodically reported, if air conditioner breaks down, compulsory withdrawal periodically reports pattern.
By the air-conditioner control method based on NB-IoT networks disclosed in above-described embodiment, master control molding can be passed through
The cooperation of block and parameter detecting center is realized to the accurate control for the air conditioner uniquely bound, and relative to prior art, is optimized
Transmission path is instructed, data processing amount is reduced, while it is also possible that user timely recognizes sky by main control module
The state of device is adjusted, has the advantages that security is good and control efficiency is high.
The above-mentioned air conditioner based on NB-IoT network-based control methods, controlling party are used the present invention also discloses a kind of
Method will not be repeated here referring specifically to the detailed description of above-described embodiment and the detailed example of Figure of description, using above-mentioned control
The air conditioner of method processed can reach same technique effect.
Finally it should be noted that：The above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although
The present invention is described in detail with reference to the foregoing embodiments, it will be understood by those within the art that：It still may be used
To be modified to the technical scheme described in foregoing embodiments, or equivalent substitution is carried out to which part technical characteristic；
And these modification or replace, do not make appropriate technical solution essence depart from various embodiments of the present invention technical scheme spirit and
Scope.
Claims (10)
1. a kind of air-conditioner control method based on NB-IoT networks, it is characterised in that including：
Assign each air conditioner unique identity for being provided with NB-IoT modules；
Terminal and server set up communication；
The identity of the terminal recognition air conditioner, and binding pass is set up by the server and corresponding air conditioner
System, the server obtains the binding relationship between the terminal and air conditioner；
Terminal after binding is configured as unique main control terminal of correspondence air conditioner；
The NB-IoT modules that air conditioner is in power-up state, air conditioner are connected into NB-IoT networks by base station；Server passes through
Base station is connected into NB-IoT networks；Parameter detecting is connected into NB-IoT networks centrally through base station, and wherein parameter detecting center is used to examine
Survey air-conditioned room status data；
Into triggering state, the air-conditioned room status data detected is passed through NB-IoT network transmissions by the parameter detecting center
By the server transport to main control terminal after to server；The main control terminal compares air-conditioned room status data and institute
The setting data prestored in main control terminal are stated, are instructed according to comparative result automatic output control, the control instruction is led to
Server is crossed by NB-IoT network transmissions to the air conditioner, to control the air conditioner to be held according to air-conditioned room status data
The corresponding action of the row control instruction.
2. the air-conditioner control method according to claim 1 based on NB-IoT networks, it is characterised in that
The parameter detecting connects at least one sensor centrally through wireless network and receives the air-conditioning of the sensor sample
Room state data.
3. the air-conditioner control method according to claim 2 based on NB-IoT networks, it is characterised in that the parameter inspection
Measured center connects multiple sensors by wireless network and receives multiple air-conditioned rooms that multiple sensors are independently sampled
Between status data, the parameter detecting center by the multiple air-conditioned room status datas detected by NB-IoT networks pass through clothes
Business device is transmitted to the main control terminal, the multiple air-conditioned room status data priority of main control terminal distribution, and
Multiple air-conditioned room status datas of reception are compared with the corresponding setting data stored according to priority；The master control
Terminal processed is instructed according to priority output control, to control the air conditioner to perform the control according to air-conditioned room status data
The respective action of instruction.
4. the air-conditioner control method according to claim 3 based on NB-IoT networks, it is characterised in that the air-conditioned room
Between status data to include indoor air temperature in air conditioned building value, air-conditioned room humidity value, air-conditioned room human-induced signal and air-conditioned room empty
Makings amount.
5. the air-conditioner control method according to claim 4 based on NB-IoT networks, it is characterised in that the air-conditioned room
Between the priority of status data be from high to low, indoor air temperature in air conditioned building value, air-conditioned room humidity value, Air Quality in Air Conditioned Rooms and
Air-conditioned room human-induced signal.
6. the air-conditioner control method according to claim 5 based on NB-IoT networks, it is characterised in that
Setting periodically reports pattern, and regular pattern is reported described：
Air conditioner control chip exports the NB-IoT moulds in NB-IoT modules of the air conditioner status signal into air conditioner, air conditioner
Block uploads an air conditioner state to server in each described pattern cycle by NB-IoT networks；
Air conditioner control chip calculates air conditioner power consumption according to the pattern cycle of setting and exports air conditioner power consumption to sky
The NB-IoT modules in the NB-IoT modules in device, air conditioner are adjusted to pass sequentially through the power consumption in each described pattern cycle
NB-IoT networks upload onto the server；
NB-IoT modules in air conditioner in each described pattern cycle NB-IoT signal intensity of synchronized upload to taking
Business device.
7. the air-conditioner control method according to claim 4 based on NB-IoT networks, it is characterised in that
In pattern is periodically reported, the pattern cycle is divided into multiple setting cycles；
Multiple real-time air-conditioned room status datas are passed through NB-IoT by the parameter detecting center in each setting end cycle
Network transmission is and whole to the main control by multiple air-conditioned room status data transfers by the server to the server
End；
The main control terminal is first compared the air-conditioned room status data received with the setting data prestored, if
Comparative result, which meets, to impose a condition, then exits and periodically report pattern and instructed according to comparative result automatic output control；
Impose a condition, the air-conditioned room status data received is compared with given threshold, such as if comparative result is not met
Fruit exceeds the given threshold, then exits and periodically report pattern；
If without departing from given threshold, the main control terminal is respectively compared the air-conditioned room in continuous two setting cycles
Status data, if the air-conditioned room status data changes, the main control terminal shows latter setting cycle
In air-conditioned room status data.
8. the air-conditioner control method according to claim 7 based on NB-IoT networks, it is characterised in that the pattern week
Phase is 30 minutes, described to set the cycle as 10 seconds.
9. the air-conditioner control method based on NB-IoT networks according to any one of claim 1 to 8, it is characterised in that
The parameter detecting detects the air-conditioned room status data centrally through bluetooth, Zigbee or NB-IoT networks.
10. a kind of air conditioner, it is characterised in that using the sky based on NB-IoT networks as described in any one of claim 1 to 9
Adjust device control method.
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