CN108317675A - Air Conditioner Remote method and conversion equipment based on WIFI and infrared combination - Google Patents
Air Conditioner Remote method and conversion equipment based on WIFI and infrared combination Download PDFInfo
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- CN108317675A CN108317675A CN201711437699.8A CN201711437699A CN108317675A CN 108317675 A CN108317675 A CN 108317675A CN 201711437699 A CN201711437699 A CN 201711437699A CN 108317675 A CN108317675 A CN 108317675A
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Abstract
The invention discloses the Air Conditioner Remote methods based on WIFI and infrared combination, include the following steps：Device body carries out parameter initialization operation and reads configuration parameter；Device body enters the standby mode of waiting task；Master controller judges whether arrival read access time, if so, reading electrical parameter and preserving to master controller, electrical parameter includes air-conditioning power；Master controller judges whether to receive control instruction, if, then judge whether air-conditioning is switched on, if so, sending control instruction to air-conditioning, and judge whether current air-conditioning power and the preceding air-conditioning power once acquired are consistent, if consistent, control instruction then is sent to air-conditioning again, if inconsistent, return to step task waits for.The invention also discloses the Air Conditioner Remote conversion equipments based on WIFI and infrared combination；The present invention determines whether air-conditioning is properly received data, reaches the closed-loop control to air-conditioning, to reach precise control, time saving and energy saving technique effect by judging the variation of air-conditioning power.
Description
Technical field
The present invention relates to a kind of wireless remote air conditioner technical field, more particularly to the air-conditioning based on WIFI and infrared combination are distant
Prosecutor method and conversion equipment.
Background technology
Currently, well known air-conditioning remote control is made of hard manual, infrared transmitting tube, single color LCD screen etc..It is using
During, user presses lower keyboard, and single color LCD screen shows that corresponding change occurs for content, currently transmitted to tell user
It is any state to air-conditioning, then infrared sending tube sends current state to air-conditioning.Under this remote control mode, air-conditioning remote control
It can not perceive whether air-conditioning is properly received data, user needs to press remote control using remote controler alignment air-conditioning in a certain range
It just works, also to observe whether air-conditioning state really changes, it will be by second, until air-conditioning state is sent out if do not changed
It is raw to change.
To solve the above-mentioned problems, many producers all provide corresponding solution.Such as the WIFI controls of milky way wind and cloud company
Scheme processed has display module, temperature collecting module, infrared transmitting tube, WIFI transmission modules etc. on WIFI control devices.
WIFI control devices are first inserted on common socket, then the plug hole tune on WIFI control devices, and such infrared transmitting tube is from air-conditioning
Distance is closer, ensures that the signal that transmitting tube issues, air-conditioning can receive, non-directional using WIFI transmission, in a certain range,
Each point sends remote signal, controls air-conditioning with capable of allowing the no direction of remote control.The input equipment of its control function is in hand
Machine terminal, cell phone application is instead of remote keypad and display.Have infrared learning function on device, as long as pressing air-conditioning remote control,
The primary infrared code of study, infrared code are transferred to cell phone application by WIFI, and cell phone application identifies remote controler, so that it may on mobile phone
It sends out information corresponding and goes to device, device sends out information by infrared transmitting tube again and removes control air-conditioning.
The improvement of the prior art so that the probability that air-conditioning can receive remote signal increased, but still using list
To opened loop control so that the prior art has that control is inaccurate, time-consuming and laborious.
Invention content
For overcome the deficiencies in the prior art, one of the objects of the present invention is to provide the skies based on WIFI and infrared combination
Remote control method is adjusted to determine whether air-conditioning is properly received data by judging the variation of air-conditioning power, reach the closed loop control to air-conditioning
System, to reach precise control, time saving and energy saving technique effect.
The second object of the present invention is to provide the Air Conditioner Remote conversion equipment based on WIFI and infrared combination, passes through judgement
The variation of air-conditioning power, determines whether air-conditioning is properly received data, reaches the closed-loop control to air-conditioning, accurate to reach control
Really, time saving and energy saving technique effect.
An object of the present invention adopts the following technical scheme that realization：
Air Conditioner Remote method based on WIFI and infrared combination, includes the following steps：
Parameter initialization, device body carry out parameter initialization operation and read configuration parameter；
Task waits for, and device body enters the standby mode of waiting task；
Electrical parameter acquires, and master controller judges whether to reach read access time, if reaching read access time, reads electrical parameter simultaneously
It preserves to the master controller, the electrical parameter includes air-conditioning power；
Air-conditioning is controlled, the master controller judges whether to receive control instruction, if the master controller is passed by WIFI
Defeated module receives control instruction, then judges whether air-conditioning is switched on, if the air-conditioning is in open state, passes through infrared emission
Module is instructed to air-conditioning emission control, and judges whether current air-conditioning power and the preceding air-conditioning power once acquired are consistent, if
Unanimously, then control instruction is sent to the air-conditioning again, if inconsistent, return to step task waits for.
Further, further include that steps are as follows：
Parameter uploads, and the master controller judges whether that triggering uploads, if so, collected electrical parameter is uploaded to cloud
Server-side.
Further, the step electrical parameter acquisition triggers step parameter after reading electrical parameter and uploads.
Further, further include that steps are as follows：
Code library is downloaded, and the master controller judges whether to receive the download command of host computer terminal, if so, exiting standby
Pattern into the downloading mode for downloading infrared code library and judges whether download is completed, if so, system reboot.
Further, further include that steps are as follows：
System upgrade, the master controller judge whether to receive the upgrade command that host computer terminal sends over, if so,
Suspend other tasks, receives and stores the system upgrade data from host computer terminal, judge whether data receiver is completed, if
It is, then system reboot.
Further, further include that steps are as follows：
Temperature controls, and the master controller obtains the first temperature information of temperature sensor acquisition, and warm by described first
Degree information is sent in air-conditioning, and first temperature information is used to replace the second temperature that indoor temperature transmitter is acquired in air-conditioning
Spend information.
The second object of the present invention adopts the following technical scheme that realization：
Air Conditioner Remote conversion equipment based on WIFI and infrared combination, including device body, described device ontology include shell
Body, plug, jack, power module, infrared transmission module, WIFI transmission modules, electrical parameters detection chip, master controller, it is described
Master controller and the plug, the jack, the power module, the infrared transmission module, the WIFI transmission modules, institute
The connection of electrical parameters detection chip is stated, described device ontology is plugged in by the plug on common socket, and the jack is for air-conditioning
Plug carries out grafting；
The WIFI transmission modules are used to be wirelessly connected with the host computer terminal of user, the infrared transmission module to
Air-conditioning emission control instructs, and the electrical parameters detection chip acquires the electrical parameter on the air conditioning plug, and the master controller connects
Receive the electrical parameter and generate feedback command, the feedback command for feed back the air-conditioning whether receive it is described control refer to
It enables.
Further, described device ontology further includes temperature sensor, and the temperature sensor connects with the master controller
It connects.
Further, described device ontology further includes infrared receiving module, and the master controller is built-in with infrared learning journey
Sequence.
Further, the infrared transmission module includes more than two infrared transmitting tubes, infrared transmitting circuit, described red
Outer transmitting tube is connect by the infrared transmitting circuit with the master controller, the launch party of infrared transmitting tube described in any two
To differing.
Compared with prior art, the beneficial effects of the present invention are：
Air Conditioner Remote method based on WIFI and infrared combination further relates to the Air Conditioner Remote based on WIFI and infrared combination and turns
Changing device, by the closed-loop control to air-conditioning, to reach precise control, time saving and energy saving technique effect；By to electrical parameter
Acquisition transmission, can be used as control air conditioning electricity strategy, to realize energy conservation；Collected electrical parameter is uploaded to cloud
Server-side provides data transmission channel for big data platform；It is downloaded simultaneously by code library, avoids and learn infrared code every time
Trouble, and solve the problems, such as that the configuration that obstructed remote control is arranged is cumbersome；The interior in air-conditioning is replaced by the way that temperature sensor is arranged
Temperature sensor realizes the real-time monitoring of environment temperature, when control instruction is multiple to more really obtain indoor environment temperature
After control, detect that set temperature is also not achieved in temperature within a certain period of time, system can upload exception reporting, that is, be directed to device certainly
Body data are carried out abnormality detection and are reported, to ensure the normal operation of device；Upgraded by remote online, fully achieves online liter
Grade and batch upgrade, are greatly saved manpower maintenance cost, save a large amount of manpower and materials；The present invention is easily achieved on the whole,
Suitable for promoting the use of.
Above description is only the general introduction of technical solution of the present invention, in order to better understand the technical means of the present invention,
And can be implemented in accordance with the contents of the specification, below with presently preferred embodiments of the present invention and after coordinating attached drawing to be described in detail such as.
The specific implementation mode of the present invention is shown in detail by following embodiment and its attached drawing.
Description of the drawings
Attached drawing described herein is used to provide further understanding of the present invention, and is constituted part of this application, this hair
Bright illustrative embodiments and their description are not constituted improper limitations of the present invention for explaining the present invention.In the accompanying drawings：
Fig. 1 is the flow diagram of the Air Conditioner Remote method based on WIFI and infrared combination of the present invention；
Fig. 2 is the block schematic illustration of the Air Conditioner Remote conversion equipment based on WIFI and infrared combination of the present invention.
Specific implementation mode
In the following, in conjunction with attached drawing and specific implementation mode, the present invention is described further, it should be noted that not
Under the premise of conflicting, new implementation can be formed between various embodiments described below or between each technical characteristic in any combination
Example.
Air Conditioner Remote method based on WIFI and infrared combination, as shown in Figure 1, including the following steps：
Parameter initialization, device body carry out parameter initialization operation and read configuration parameter；
Task waits for, and device body enters the standby mode of waiting task；
Electrical parameter acquires, and master controller judges whether to reach read access time, if reaching read access time, reads electrical parameter simultaneously
It preserves to master controller, electrical parameter includes air-conditioning power；
Air-conditioning is controlled, master controller judges whether to receive control instruction, if master controller is connect by WIFI transmission modules
Control instruction is received, then judges whether air-conditioning is switched on, if air-conditioning is in open state, is sent out to air-conditioning by infrared transmission module
Control instruction is penetrated, and judges whether current air-conditioning power and the preceding air-conditioning power once acquired are consistent, if unanimously, again
Control instruction is sent to air-conditioning, if inconsistent, return to step task waits for.
For the present invention, as shown in Figure 1, being waited in the present invention for task includes first task, third
Task, wherein first task is electrical parameter acquisition, third task air-conditioning in order to control.I.e. device body is often separated by a period of time just
An electrical parameter is preserved, realizes electric energy statistical function, electrical parameter includes air-conditioning voltage, air-conditioning electric current, air-conditioning power, energy information
Etc., wherein whether air-conditioning power information receives the basis for estimation of control instruction as air-conditioning, exists when device body receives user
In host computer terminal by the control instruction of WIFI wireless transmissions after, instruct converted infrared signal to air-conditioning emission control,
If air-conditioning receives control instruction, and then control instruction carries out state change, for example becomes 20 ° of refrigeration from freezing 25 °, at this
In the case of sample, in order to reach the state after the variation, the power of air-conditioning necessarily changes, the electrical parameter inspection in device body
It surveys chip and acquires and preserve electrical parameter in real time, device body carries out current air-conditioning power and the preceding air-conditioning power once acquired
Compare, if unanimously, illustrating that air-conditioning state does not change, i.e., control instruction is not sent to, and device body is again at this time
Control instruction is sent to air-conditioning；If inconsistent, illustrate that air-conditioning state is changed, i.e., air-conditioning receives control instruction, then
This subtask is completed, return to step task waits for, continues waiting for new task, that is, reached the closed-loop control to air-conditioning, to
Reach precise control, time saving and energy saving technique effect.
As shown in Figure 1, task further includes the second task, the second task uploads for parameter, and the invention also includes steps are as follows：
Parameter uploads, and master controller judges whether that triggering uploads, if so, collected electrical parameter is uploaded to cloud service
End.Data are uploaded to cloud server terminal, data transmission channel is provided for big data platform.
Wherein, the acquisition of step electrical parameter triggers step parameter after reading electrical parameter and uploads.
As shown in Figure 1, task further includes the 4th task, the 4th task is downloaded for code library, and the invention also includes steps are as follows：
Code library is downloaded, and master controller judges whether to receive the download command of host computer terminal, if so, exiting standby mould
Whether formula into the downloading mode for downloading infrared code library and judges to download and completes, if so, system reboot, after system reboot just
It is executed according to updated infrared code library.
The present invention provides a kind of yard of libraries to download, when the air-conditioning remote control of user changes, as long as under long-range update
Infrared code library, can directly by the software download code library to the master controller of device body in host computer terminal,
On the one hand, device body and host computer terminal do not have to learn infrared code every time, on the other hand, solve and are arranged in the prior art
The cumbersome problem of configuration of obstructed remote control.
As shown in Figure 1, task further includes the 5th task, the 5th task is system upgrade, further includes that steps are as follows：
System upgrade, the master controller judge whether to receive the upgrade command that host computer terminal sends over, if so,
Suspend other tasks, receives and stores the system upgrade data from host computer terminal, judge whether data receiver is completed, if
It is, then system reboot just to be executed according to updated system program after system reboot.
The present invention provides a kind of system upgrade, when system needs upgrading, it is only necessary to which more new procedures are downloaded in networking
It uses, reaches remote online upgrading, fully achieve online upgrading and batch upgrade, manpower maintenance cost is greatly saved, save
A large amount of manpower and materials.
As shown in Figure 1, the invention also includes steps are as follows：
Temperature controls, and master controller obtains the first temperature information of temperature sensor acquisition, and the first temperature information is sent out
It send to air-conditioning, the first temperature information is used to replace the second temperature information that indoor temperature transmitter is acquired in air-conditioning.
Indoor temperature transmitter in air-conditioning acquires an element of indoor temperature information as air-conditioning, is necessarily disposed upon
Inside air-conditioning, entire indoor true temperature can not be reacted well, and the present invention passes through the temperature sensing on device body
Device replaces the indoor temperature transmitter in air-conditioning, to more really obtain indoor environment temperature, for accurately controlling for air-conditioning
Basis is provided.
Meanwhile after control instruction repeatedly controls, detect that set temperature, system is also not achieved in temperature within a certain period of time
Exception reporting can be uploaded, i.e., carries out abnormality detection and reports for device data, to ensure the normal operation of device.
Air Conditioner Remote conversion equipment based on WIFI and infrared combination, as shown in Fig. 2, including device body, device body
Including shell, plug, jack, power module, infrared transmission module, WIFI transmission modules, electrical parameters detection chip, main control
Device, master controller are connect with plug, jack, power module, infrared transmission module, WIFI transmission modules, electrical parameters detection chip,
Device body is plugged in by plug on common socket, and jack carries out grafting for air conditioning plug, and infrared transmission module is against air-conditioning
Infrared receiving window, master controller can be preferably STM32F0 series monolithics；WIFI transmission modules are for upper with user
Machine terminal is wirelessly connected, and infrared transmission module is instructed to air-conditioning emission control, and electrical parameters detection chip acquires air conditioning plug
On electrical parameter, master controller receives electrical parameter and simultaneously generates feedback command, and feedback command is for feeding back whether air-conditioning receives control
System instruction.
As described above, the control instruction that user is transmitted wirelessly in host computer terminal by WIFI, master controller receives control
System instruct and be converted into include control instruction infrared signal, from infrared transmission module to air-conditioning transmitting, by infrared in air-conditioning
Reception pipe is received, and to complete the technical solution that WIFI turns infrared, on this basis, electricity is acquired by electrical parameters detection chip
Parameter, master controller learn whether air-conditioning receives control instruction according to electrical parameter, generate a feedback command, and feedback refers to
It enables and being divided into according to whether air-conditioning receives control instruction to send control instruction and two kinds of this subtask of completion to air-conditioning again,
It is specific to be understood based on WIFI and the Air Conditioner Remote method of infrared combination in combination with above-mentioned.
Wherein, in one embodiment, device body further includes temperature sensor, and temperature sensor is connect with master controller,
To more really obtain indoor environment temperature, basis is provided for accurately controlling for air-conditioning.
Wherein, in one embodiment, device body further includes infrared receiving module, as shown in Fig. 2, infrared receiving module has
Body is the integrated infrared receiving terminal for including infrared receiving circuit, and master controller is built-in with infrared learning program, for realizing red
Outer learning functionality.
Wherein, in one embodiment, infrared transmission module includes more than two infrared transmitting tubes, infrared transmitting circuit,
Infrared transmitting tube is connect by infrared transmitting circuit with master controller, and the direction of the launch of any two infrared transmitting tube differs,
Specifically, infrared transmitting tube setting emits infrared signal there are four and towards different directions, with ensure device body and air-conditioning it
Between information transmission.
Meanwhile including but not limited to mobile phone, tablet computer, computer for the host computer terminal of user, so including but not
Display and control can be had by being limited to cell phone application, computer software, web browser, high in the clouds etc., i.e., above-mentioned host computer is whole
End including but not limited to mobile phone, tablet computer, computer, cloud platform, meanwhile, data are uploaded to by cloud clothes by WIFI transmission modules
It is engaged in end, data transmission channel being provided for big data platform.
In conclusion the Air Conditioner Remote conversion equipment based on WIFI and infrared combination of the present invention, object of entry, which is divided into, to be turned
Socket type is changed, is inserted into beside air-conditioning under the common socket of wall hanging by plug, air conditioning plug is inserted into jack, at this point,
Electrical parameters detection chip acquires the electrical parameter on air conditioning plug, and the user to be received such as master controller sends in host computer terminal
The control instruction received is sent to sky by control instruction, the infrared transmitting tube on infrared transmission module by infrared signal again
It adjusts.
The present invention provides the Air Conditioner Remote method based on WIFI and infrared combination, further relate to be based on WIFI and infrared combination
Air Conditioner Remote conversion equipment, by the closed-loop control to air-conditioning, to reach precise control, time saving and energy saving technique effect；
It, can be as the strategy of control air conditioning electricity, to realize energy conservation by the acquisition transmission to electrical parameter；By collected electricity
Parameter is uploaded to cloud server terminal, and data transmission channel is provided for big data platform；It is downloaded, is avoided every time by code library simultaneously
Learn the trouble of infrared code, and solve the problems, such as that the configuration that obstructed remote control is arranged is cumbersome, is replaced by the way that temperature sensor is arranged
Indoor temperature transmitter in air-conditioning realizes the real-time monitoring of environment temperature to more really obtain indoor environment temperature, when
Control instruction repeatedly after control, detects that set temperature is also not achieved in temperature within a certain period of time, and system can upload exception reporting,
It carries out abnormality detection and reports for device data, to ensure the normal operation of device；Upgraded by remote online, it is complete
It is complete to realize online upgrading and batch upgrade, manpower maintenance cost is greatly saved, saves a large amount of manpower and materials；The present invention is whole
On be easily achieved, suitable for promoting the use of.
More than, only presently preferred embodiments of the present invention is not intended to limit the present invention in any form；All one's own professions
The those of ordinary skill of industry can be shown in by specification attached drawing and above and swimmingly implement the present invention；But all to be familiar with sheet special
The technical staff of industry without departing from the scope of the present invention, is made a little using disclosed above technology contents
The equivalent variations of variation, modification and evolution are the equivalent embodiment of the present invention；Meanwhile all substantial technologicals according to the present invention
To the variation, modification and evolution etc. of any equivalent variations made by above example, technical scheme of the present invention is still fallen within
Within protection domain.
Claims (10)
1. the Air Conditioner Remote method based on WIFI and infrared combination, it is characterised in that include the following steps：
Parameter initialization, device body carry out parameter initialization operation and read configuration parameter；
Task waits for, and device body enters the standby mode of waiting task；
Electrical parameter acquires, and master controller judges whether to reach read access time, if reaching read access time, reads electrical parameter and preserves
In to the master controller, the electrical parameter includes air-conditioning power；
Air-conditioning is controlled, the master controller judges whether to receive control instruction, if the master controller transmits mould by WIFI
Block receives control instruction, then judges whether air-conditioning is switched on, if the air-conditioning is in open state, passes through infrared transmission module
It is instructed to air-conditioning emission control, and judges whether current air-conditioning power and the preceding air-conditioning power once acquired are consistent, if unanimously,
Control instruction then is sent to the air-conditioning again, if inconsistent, return to step task waits for.
2. the Air Conditioner Remote method based on WIFI and infrared combination as described in claim 1, it is characterised in that further include step
It is as follows：
Parameter uploads, and the master controller judges whether that triggering uploads, if so, collected electrical parameter is uploaded to cloud service
End.
3. the Air Conditioner Remote method based on WIFI and infrared combination as claimed in claim 2, it is characterised in that：The step electricity
Parameter acquisition triggers step parameter upload after reading electrical parameter.
4. the Air Conditioner Remote method based on WIFI and infrared combination as described in claim 1, it is characterised in that further include step
It is as follows：
Code library is downloaded, and the master controller judges whether to receive the download command of host computer terminal, if so, exiting standby mould
Formula into the downloading mode for downloading infrared code library and judges whether download is completed, if so, system reboot.
5. the Air Conditioner Remote method based on WIFI and infrared combination as described in claim 1, it is characterised in that further include step
It is as follows：
System upgrade, the master controller judge whether to receive the upgrade command that host computer terminal sends over, if so, pause
Other tasks receive and store the system upgrade data from host computer terminal, judge whether data receiver is completed, if so,
System reboot.
6. the Air Conditioner Remote method based on WIFI and infrared combination as claimed in claim 2, it is characterised in that further include step
It is as follows：
Temperature controls, and the master controller obtains the first temperature information of temperature sensor acquisition, and first temperature is believed
Breath is sent in air-conditioning, and first temperature information is used to replace the second temperature letter that indoor temperature transmitter is acquired in air-conditioning
Breath.
7. the Air Conditioner Remote conversion equipment based on WIFI and infrared combination, including device body, it is characterised in that：Described device sheet
Body includes shell, plug, jack, power module, infrared transmission module, WIFI transmission modules, electrical parameters detection chip, main control
Device, the master controller are transmitted with the plug, the jack, the power module, the infrared transmission module, the WIFI
Module, electrical parameters detection chip connection, described device ontology are plugged in by the plug on common socket, the jack
Grafting is carried out for air conditioning plug；
The WIFI transmission modules are used to be wirelessly connected with the host computer terminal of user, and the infrared transmission module is to air-conditioning
Emission control instructs, and the electrical parameters detection chip acquires the electrical parameter on the air conditioning plug, and the master controller receives institute
It states electrical parameter and generates feedback command, the feedback command is for feeding back whether the air-conditioning receives the control instruction.
8. the Air Conditioner Remote conversion equipment based on WIFI and infrared combination as claimed in claim 7, it is characterised in that：The dress
It further includes temperature sensor to set ontology, and the temperature sensor is connect with the master controller.
9. the Air Conditioner Remote conversion equipment based on WIFI and infrared combination as claimed in claim 7, it is characterised in that：The dress
It further includes infrared receiving module to set ontology, and the master controller is built-in with infrared learning program.
10. the Air Conditioner Remote conversion equipment based on WIFI and infrared combination as claimed in claim 7, it is characterised in that：It is described
Infrared transmission module includes more than two infrared transmitting tubes, infrared transmitting circuit, and the infrared transmitting tube passes through described infrared
Radiating circuit is connect with the master controller, and the direction of the launch of infrared transmitting tube described in any two differs.
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| CN201711437699.8A CN108317675A (en) | 2017-12-26 | 2017-12-26 | Air Conditioner Remote method and conversion equipment based on WIFI and infrared combination |
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| CN201711437699.8A CN108317675A (en) | 2017-12-26 | 2017-12-26 | Air Conditioner Remote method and conversion equipment based on WIFI and infrared combination |
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