CN105004010A - Air conditioner control method, electronic equipment and user equipment - Google Patents

Air conditioner control method, electronic equipment and user equipment Download PDF

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Publication number
CN105004010A
CN105004010A CN201510460691.8A CN201510460691A CN105004010A CN 105004010 A CN105004010 A CN 105004010A CN 201510460691 A CN201510460691 A CN 201510460691A CN 105004010 A CN105004010 A CN 105004010A
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CN
China
Prior art keywords
control
air
conditioning
cloud server
sent
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Application number
CN201510460691.8A
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Chinese (zh)
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CN105004010B (en
Inventor
张江鹏
刘友卓
唐世明
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四川长虹电器股份有限公司
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Priority to CN201510460691.8A priority Critical patent/CN105004010B/en
Publication of CN105004010A publication Critical patent/CN105004010A/en
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Publication of CN105004010B publication Critical patent/CN105004010B/en
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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/30Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/62Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/50Control or safety arrangements characterised by user interfaces or communication
    • F24F11/56Remote control

Abstract

The embodiment of the invention provides an air conditioner control method, electronic equipment and user equipment. The technical effect that the user equipment controls an air conditioner intelligently is achieved. The method comprises the steps that the electronic equipment receives a first control instruction sent by an air conditioner remote controller; the first control instruction is analyzed, so that a first control code contained in the first control instruction is obtained; the first control code and the specific carrier frequency of a special carrier for sending the first control instruction are sent to a cloud server connected with the electronic equipment, so that the cloud server sends a control set of the air conditioner remote controller to the user equipment connected with the cloud server; a second control code sent by the user equipment based on the control set is received; the specific carrier is used for sending a second control instruction generated according to the second control code to the air conditioner corresponding to the air conditioner remote controller, and therefore the air conditioner is controlled.

Description

A kind of method, electronic equipment and subscriber equipment controlling air-conditioning
Technical field
The present invention relates to electronic technology field, particularly relate to a kind of method, electronic equipment and the subscriber equipment that control air-conditioning.
Background technology
Usual user controls air-conditioning by air-conditioning remote control.Conveniently user controls air-conditioning in the situation of not using air-condition remote controller, and prior art has occurred that some mobile phones applys, for realizing mobile phone control air-conditioning.The mode of the control air-conditioning of this kind of application is: first obtain the air-conditioning brand that user inputs voluntarily or selects, and then recalls all control set of corresponding brand.Control set and comprise control instruction, control code, and control the corresponding relation of instruction and control code.Application Hints user clicks the particular virtual button on mobile phone interface, to send infrared control instruction according to wherein a set of control set.Be sent rear prompting user whether to respond to some extent to mobile phone feedback air-conditioning.If not response, then attempt lower a set of domination set and close.Until air-conditioning responds to some extent, show that the control set of current use is exactly for control set corresponding to the air-conditioning remote control of control air-conditioning, just calculate trial and success.After this, control set with this and control air-conditioning.
But there is following technical problem in the mode controlling air-conditioning above by mobile phone: the first, and application cannot determine air-conditioning brand voluntarily.If user does not know air-conditioning brand, or correctly do not input air-conditioning brand, then cannot realize mobile phone and control air-conditioning.The second, there is dozens or even hundreds of cover and control set in the air-conditioning remote control of each brand, the mode of attempting one by one conventionally finds correct control set, needs undoubtedly to expend for a long time.
So in prior art, the mode of mobile phone control air-conditioning needs a lot of artificial participation, and expend time in length, not intelligence.
Summary of the invention
The embodiment of the present application provides a kind of method, electronic equipment and the subscriber equipment that control air-conditioning, controls the technique effect of air-conditioning for realizing subscriber equipment intelligently.
First aspect, this application provides a kind of method controlling air-conditioning, comprising:
Electronic equipment receives the first control instruction that an air-conditioning remote control sends; Described air-conditioning remote control uses specific carriers to send described first control instruction;
Resolve described first control instruction, to obtain the first control code comprised in described first control instruction;
By described first control code, and the special carrier frequency of described specific carriers is sent to the Cloud Server be connected with described electronic equipment, the control set of described air-conditioning remote control is sent to make described Cloud Server the subscriber equipment be connected with described Cloud Server; The described control code controlling set and comprise described air-conditioning remote control, and the control instruction that control code is corresponding;
Receive described subscriber equipment based on described the second control code controlling set and send;
Use described specific carriers that the second control instruction generated according to described second control code is sent to air-conditioning corresponding to described air-conditioning remote control, to control described air-conditioning.
Second aspect, this application provides a kind of method controlling air-conditioning, comprising:
Subscriber equipment receives the control set of the air-conditioning remote control that the Cloud Server that is connected with described subscriber equipment sends; Wherein, the electronic equipment be connected with described subscriber equipment receives the first control instruction that described air-conditioning remote control sends, described air-conditioning remote control uses specific carriers to send described first control instruction, resolve described first control instruction, to obtain the first control code comprised in described first control instruction, by described first control code, and special carrier frequency is sent to the Cloud Server be connected with described electronic equipment, to make described Cloud Server, described control set is sent to described subscriber equipment; The described control code controlling set and comprise described air-conditioning remote control, and the control instruction that control code is corresponding;
Receive user for the described operation controlling the first control instruction in instruction;
The second control code that described first control instruction correspondence is determined in set is controlled based on described;
Described second control code is sent to described electronic equipment, uses described specific carriers that the second control instruction generated according to described second control code is sent to air-conditioning corresponding to described air-conditioning remote control, to control described air-conditioning to make described electronic equipment.
The third aspect, this application provides a kind of electronic equipment, comprising:
Infrared receiving module, for receiving the first control instruction that an air-conditioning remote control sends; Described air-conditioning remote control uses specific carriers to send described first control instruction;
Processor, is connected with described infrared receiving module, for resolving described first control instruction, to obtain the first control code comprised in described first control instruction;
First transmitter module, be connected with described processor, for by described first control code, and the special carrier frequency of described specific carriers is sent to the Cloud Server be connected with described electronic equipment, the control set of described air-conditioning remote control is sent to make described Cloud Server the subscriber equipment be connected with described Cloud Server; The described control code controlling set and comprise described air-conditioning remote control, and the control instruction that control code is corresponding;
First Wireless LAN module, is connected with described processor, for receiving described subscriber equipment based on described the second control code controlling set and send;
Infrared transmission module, is connected with described processor, for using described specific carriers, the second control instruction generated according to described second control code is sent to air-conditioning corresponding to described air-conditioning remote control, to control described air-conditioning.
Fourth aspect, this application provides a kind of electronic equipment, comprising:
Second receiver module, for receiving the control set of the air-conditioning remote control that the Cloud Server that is connected with described subscriber equipment sends; Wherein, the electronic equipment be connected with described subscriber equipment receives the first control instruction that described air-conditioning remote control sends, described air-conditioning remote control uses specific carriers to send described first control instruction, resolve described first control instruction, to obtain the first control code comprised in described first control instruction, by described first control code, and special carrier frequency is sent to the Cloud Server be connected with described electronic equipment, to make described Cloud Server, described control set is sent to described subscriber equipment; The described control code controlling set and comprise described air-conditioning remote control, and the control instruction that control code is corresponding;
Receiving system, for receiving user for the described operation controlling the first control instruction in instruction;
Processor, is connected with described second receiver module and described receiving system, for controlling based on described the second control code that described first control instruction correspondence is determined in set;
Wireless LAN module, be connected with described processor, for described second control code is sent to described electronic equipment, use described specific carriers that the second control instruction generated according to described second control code is sent to air-conditioning corresponding to described air-conditioning remote control, to control described air-conditioning to make described electronic equipment.
Above-mentioned one or more technical scheme in the embodiment of the present application, at least has one or more technique effects following:
1, in the technical scheme of the embodiment of the present application, first electronic equipment receives the first control instruction that an air-conditioning remote control sends, then the first control instruction is resolved, by the first control code parsed, and the Cloud Server that the special carrier frequency sending the specific carriers that the first control instruction uses sends to, to make Cloud Server, the control set of air-conditioning remote control is sent to subscriber equipment.Control the control code that set comprises air-conditioning remote control, and the control instruction that control code is corresponding.Electronic equipment receives subscriber equipment further based on the second control code controlling set transmission, and uses specific carriers that the second control instruction generated according to the second control code is sent to air-conditioning corresponding to air-conditioning remote control, to control air-conditioning.So control set, by the first control code and special carrier frequency are supplied to Cloud Server, to make Cloud Server determine corresponding control set based on the first control code and special carrier frequency, and is directly sent to subscriber equipment by electronic equipment.So user is without the need to determining air-conditioning brand voluntarily, does not more need the at substantial time to attempt one by one controlling set, just can obtain and control set.Further, the second control code that subscriber equipment sends by electronic equipment generates the second controlling value, and sends to air-conditioning by specific carriers, and then achieves control air-conditioning.Therefore, the technical scheme of the embodiment of the present application makes the mode of subscriber equipment control air-conditioning more intelligent, while realizing controlling air-conditioning by subscriber equipment, shortens and expends time in, decrease artificial participation.
2, in the technical scheme of the application, subscriber equipment receives the control set of the air-conditioning remote control sent with Cloud Server, then the operation of user for the first control instruction in the control instruction controlling to gather is received, the second control code that the first control instruction is corresponding is determined based on controlling set, finally the second control code is sent to an electronic equipment, use specific carriers that the second control instruction generated according to the second control code is sent to air-conditioning corresponding to air-conditioning remote control, to control air-conditioning to make electronic equipment.Wherein, controlling set is that the first control code that first control instruction of resolving air-conditioning remote control obtains by electronic equipment is sent to Cloud Server with the special carrier frequency sending the first control instruction, and then the set for controlling air-conditioning that Cloud Server is determined.So the subscriber equipment in the embodiment of the present application does not need to attempt many covers corresponding to air-conditioning brand more one by one and controls to gather the control set just determining that wish control air-conditioning is corresponding, but directly obtains the control set of the correspondence that Cloud Server sends.So the technical scheme of the embodiment of the present application makes the mode of subscriber equipment control air-conditioning more intelligent, while realizing controlling air-conditioning by subscriber equipment, shortens and expends time in, decrease artificial participation.
Accompanying drawing explanation
Fig. 1 is the system schematic controlling air-conditioning in the embodiment of the present application;
Fig. 2 is the method flow diagram that in the embodiment of the present application, electronic equipment side controls air-conditioning;
Fig. 3 is the method flow diagram that in the embodiment of the present application, user equipment side controls air-conditioning;
Fig. 4 is a control set schematic diagram in the embodiment of the present application;
Fig. 5 is the structural representation of electronic equipment in the embodiment of the present application;
Fig. 6 is the structural representation of subscriber equipment in the embodiment of the present application.
Detailed description of the invention
The embodiment of the present application provides a kind of method, electronic equipment and the subscriber equipment that control air-conditioning, the mode controlling air-conditioning for solving mobile phone in prior art manually participates in many, expend time in length, and the technical problem of intelligence, achieves the technique effect that subscriber equipment controls air-conditioning intelligently not.
In order to solve the problems of the technologies described above, the technical scheme general thought that the application provides is as follows:
Electronic equipment receives the first control instruction that an air-conditioning remote control sends, the special carrier frequency being parsed the first control code and air-conditioning remote control by the first control instruction and send the first control instruction is sent to Cloud Server, determines to make Cloud Server the control set that air-conditioning remote control is corresponding.Control the control code that set comprises air-conditioning remote control, and the control instruction that control code is corresponding.The control set that subscriber equipment receives and Cloud Server sends, during reception user indicates for control, first controls the operation indicated, and indicates the second control code of correspondence to send to electronic equipment the first control.The second control instruction generated according to the second control code is sent to air-conditioning by final electronic equipment specific carriers, and then controls air-conditioning.
Below by accompanying drawing and specific embodiment, technical solution of the present invention is described in detail, the specific features being to be understood that in the embodiment of the present application and embodiment is the detailed description to technical scheme, instead of the restriction to technical scheme, when not conflicting, the technical characteristic in the embodiment of the present application and embodiment can combine mutually.
Term "and/or" herein, being only a kind of incidence relation describing affiliated partner, can there are three kinds of relations in expression, and such as, A and/or B, can represent: individualism A, exists A and B simultaneously, these three kinds of situations of individualism B.In addition, character "/" herein, general expression forward-backward correlation is to the relation liking a kind of "or".
The embodiment of the present application provides the method controlling air-conditioning, please refer to Fig. 1, for being applicable to the system schematic of a kind of possible control air-conditioning of method in the embodiment of the present application.This system comprises: air-conditioning, air-conditioning remote control, UE (User Equipment), electronic equipment and Cloud Server.Wherein, electronic equipment and UE access same wireless routing device, and then electronic equipment is connected by WLAN with UE.Cloud Server is connected by internet or Internet of Things with UE.
For controlling air-conditioning, as shown in Figure 2, electronic equipment side will perform following steps:
S101: electronic equipment receives the first control instruction that an air-conditioning remote control sends.
S102: resolve described first control instruction, to obtain the first control code comprised in described first control instruction.
S103: by described first control code, and the special carrier frequency of described specific carriers is sent to the Cloud Server be connected with described electronic equipment.
S104: receive described subscriber equipment based on described the second control code controlling set and send.
S105: use described specific carriers that the second control instruction generated according to described second control code is sent to air-conditioning corresponding to described air-conditioning remote control, to control described air-conditioning.
And UE side, as shown in Figure 3, will following steps be performed:
S201: subscriber equipment receives the control set of the air-conditioning remote control that the Cloud Server that is connected with described subscriber equipment sends.
S202: receive user for the described operation controlling the first control instruction in instruction.
S203: control the second control code that described first control instruction correspondence is determined in set based on described.
S204: described second control code is sent to described electronic equipment.
Specifically, in S101, electronic equipment receives the first control instruction that an air-conditioning remote control sends.In the embodiment of the present application, the first control instruction of electronic equipment reception specifically clicked rear the first control instruction generated of any one button of air-conditioning remote control.Therefore, in specific implementation process, user can grip air-conditioning remote control, clicks any one button, and then makes air-conditioning remote control generate and send the first control instruction.
The corresponding one or more control instruction of each button on air-conditioning remote control, the control that such as "+" key is corresponding is designated as the middle-grade and left and right pendulum wind 4 of refrigeration mode, 26 degree (supposing that the Current Temperatures that air-conditioning remote control records is 25 degree), wind speed and controls instruction, and the shutdown of " shutdown " key correspondence controls to indicate.After air-conditioning remote control detects that any one button is clicked, determine the control instruction that this any one button is corresponding.Then controlling instruction and the corresponding relation of control code in set according to controlling, determining the first control code that the control instruction of clicked button is corresponding.Wherein, controlling set is be stored in air-conditioning remote control before air-conditioning remote control dispatches from the factory.
For example, a wherein part for the control set of air-conditioning remote control is supposed as shown in Figure 4.Suppose user clicks+" key, corresponding control is designated as middle-grade and left and right pendulum wind 4 control of refrigeration mode, 26 degree (suppose that the Current Temperatures that air-conditioning remote control records is 25 degree), wind speed and indicates.By controlling set, can determine that the first control code is 10,18,21 and 23.Suppose user clicks " start " key, corresponding control is designated as refrigeration mode, 23 degree (before supposing the shutdown that air-conditioning remote control records, temperature is 23 degree), low-grade 3 the control instructions of wind speed, then the first control code is specially 10,15 and 20.
After determining the first control code, according to pre-defined rule, the first control code is generated the first control instruction.Wherein, preset rules includes but not limited to the preset order arranging the first control code, the setting of control character, and the arranging of check code.
For example, preset order is assumed to be first arrangement and heats or refrigeration mode control code, the control code of second arrangement temperature, the control code of the 3rd arrangement wind-speed gear, the control code of the 4th the pendulum wind mode arranged.Then the first control code will be arranged as: 10, and 18,21,23.The preset rules hypothesis 1-2bit also comprised in control instruction is header data, and 3-4bit is control character, and last 1bit is check code, is control code between control character and check code.So, according to preset rules, by further before the first control code arranged according to preset rules 2bit add control character, add the header data of 2bit before control character, and add check code at the rear 1bit of the first control code arranged according to preset rules.Finally generate the first control instruction.
Certainly, generate the first control instruction mode can also conventionally in other modes, the application does not do concrete restriction.
Finally, by the infrared transmitting antenna of air-conditioning remote control, with specific carriers, the first control instruction is launched.Wherein, specific carriers is specially infrared waves.
Electronic equipment receives the specific carriers of air-conditioning remote control transmission by infrared receiving module, and then receives the first control instruction in specific carriers.Certainly, the infrared receiving module of electronic equipment, when reception specific carriers, can obtain the special carrier frequency of specific carriers.
Next, in S102, the first control instruction received is resolved by electronic equipment, thus parses the first control code in the first control instruction.Concrete analysis mode is similar to the mode that the first control instruction resolved by air-conditioning, therefore also repeats no more here.Further, when the first control instruction resolved by electronic equipment, except the first control code can be obtained, the control character of the first control instruction, check code and packet header etc. can also be obtained, in other words, all the other preset rules except preset order can be obtained.For the ease of subsequent control air-conditioning, special carrier frequency, the control character of resolving acquisition, check code and packet header etc. and all the other preset rules can store by electronic equipment.
The air-conditioning remote control of different brands, or with the air-conditioning remote control of brand different model, the control code used and carrier frequency are different.The control code that the shutdown of such as A brand air-conditioning remote control controls instruction corresponding is 69, carrier frequency is 38000Hz, the control code that the shutdown of B brand air-conditioning remote control controls instruction corresponding is 80, carrier frequency is 38030Hz, or the control code that the shutdown of B brand air-conditioning remote control controls instruction corresponding is also 69, but carrier frequency is 38030Hz.So, in order to determine the control set of air-conditioning remote control, after parsing the first control code, in S103, first control code and special carrier frequency are sent to Cloud Server by electronic equipment, determine the control set that air-conditioning remote control is corresponding to make Cloud Server according to the first control code and special carrier frequency.
In the embodiment of the present application, the detailed description of the invention of S103 has two kinds.
The first: described first control code and described special carrier frequency are sent to described subscriber equipment, to make described subscriber equipment, described first control code and described special carrier frequency are sent to described Cloud Server.
Specifically, because electronic equipment is not connected with Cloud Server, in order to the first control code and special carrier frequency are sent to Cloud Server, electronic equipment needs to be forwarded by UE.So first the first control code and special carrier frequency are sent to UE by electronic equipment.In the embodiment of the present application, electronic equipment is connected by WLAN with UE, and therefore the first control code and special carrier frequency are sent to UE specifically by the first Wireless LAN module of electronic equipment by electronic equipment.
When the first control code and special carrier frequency being sent to Cloud Server by first kind of way, UE side will perform before S201:
Receive described first control code of described electronic equipment transmission and described special carrier frequency;
Described first control code and described special carrier frequency are sent to described Cloud Server.
Specifically, UE receives the first control code and the special carrier frequency of electronic equipment transmission, then the first control code and special carrier frequency is forwarded to Cloud Server.Wherein, if the wireless routing device that UE accesses can connect Cloud Server, so the first control code and special carrier frequency can be sent to Cloud Server by second Wireless LAN module of UE by UE.If the wireless routing device that UE accesses can not connect Cloud Server, so UE directly can also be sent to Cloud Server by second radio-frequency module of UE.
The second: directly described first control code and described special carrier frequency are sent to described Cloud Server.
Specifically, when electronic equipment is connected by internet or Internet of Things with Cloud Server, the first control code and special carrier frequency directly can also be sent to Cloud Server by electronic equipment.Specifically, if the wireless routing device that electronic equipment accesses can connect Cloud Server, so the first control code and special carrier frequency can be sent to Cloud Server by the first Wireless LAN module of oneself by electronic equipment from WLAN.If the wireless routing device that electronic equipment accesses can not connect Cloud Server, then electronic equipment can also be sent to Cloud Server by the first radio-frequency module of oneself.
Certainly, when electronic equipment is connected with Cloud Server, the application those of ordinary skill in the field can according to actual selection above-mentioned the first or the second way, and the application does not do concrete restriction.
A large amount of different brands is stored in Cloud Server, the control set of the air-conditioning remote control of different model, and each control gathers the carrier frequency used, therefore, when cloud server directly sends to electronic equipment, or after the first control code to be forwarded by UE and special carrier frequency, mate in the control set stored based on the first control code and special carrier frequency, and then match the control set of air-conditioning remote control, preset order, brand and model etc.Finally, control set is sent to UE.
In the embodiment of the present application, when air-conditioning remote control sends control code to air-conditioning, control code will be sent according to preset rules.Therefore, Cloud Server controls, except set, also to send preset order to UE except sending to UE.Optionally, Cloud Server controls except set and preset order except at least sending to UE, can also send the brand of air-conditioning remote control, model and virtual key interface to UE.The application those of ordinary skill in the field can select according to actual, and the application does not do concrete restriction.
So in S201, UE receives the control set that Cloud Server sends.Optionally, after S201, can also comprise:
In the described control instruction controlled in set of the display unit display of described subscriber equipment.
Specifically, conveniently user observes the control instruction controlled in set, and UE by the control instruction display in control set on the display unit.Specifically, control instruction can show on the display unit by display unit one by one, also can according to control instruction, and display virtual key interface, does not do concrete restriction to this application.Optionally, when virtual key interface is also sent to UE by Cloud Server, so UE can directly by virtual key interface display out, indicate with display and control.
Next, user, according to control instruction, operates to control air-conditioning to the first control instruction controlled in instruction according to the needs of self.And then in S202, UE receives user controls instruction operation for first.UE receives the operation controlling instruction for first can pass through the realization such as touching display screen, button.
In the embodiment of the present application, the first quantity controlling instruction can be one, and such as shutting down, also can be multiple.When display unit display virtual key interface, when user clicks any one virtual key, virtual key can corresponding one or more first control instruction.Such as user clicks "+" virtual key, and corresponding first controls to be designated as the middle-grade and left and right of refrigeration mode, 26 degree (supposing that the Current Temperatures of virtual key interface record is 25 degree), wind speed puts wind; Click " start " virtual key, corresponding first controls to be designated as refrigeration mode, 23 degree (supposing that the temperature of virtual key interface record is 23 degree), wind speed low grade.
Then, UE, according to preset order, arranges the second control code.For example, what suppose that user clicks on virtual key interface is "+" virtual key, and corresponding control is designated as the middle-grade and left and right of refrigeration mode, 26 degree (supposing that the Current Temperatures of virtual key interface record is 25 degree), wind speed and puts wind.Control a wherein part for set as shown in Figure 4, and then UE determines that control code that refrigeration mode is corresponding be 10,26 degree corresponding control codes is 18, the control code of the middle-grade correspondence of wind speed is 21, and the control code that wind is put in left and right is 23.Preset order is assumed to be first arrangement and heats or the code processed of control pattern of freezing, the control code of the control code of second arrangement temperature, the control code of the 3rd arrangement wind-speed gear, the pendulum wind mode of the 4th arrangement.So, after arranging the second control code according to preset order, obtain 10,18,21,23.
After completing the arrangement of the second control code, UE performs S204, by the second Wireless LAN module, the second control code is sent to electronic equipment.So electronic equipment performs S104 further: receive described UE based on described the second control code controlling set and send.
Specifically, electronic equipment receives second control code arranged according to preset order of UE transmission by the first wireless network module.In order to convert the arrange second control code to can control air-conditioning control instruction, electronic equipment reads all the other preset rules except preset order such as control character, check code, header data stored.Then, according to preset rules, add to the tram such as the control character of reading, check code, header data.
For example, suppose that the order of the first control instruction be resolved to is: 1-2bit is header data, and 3-4bit is control character, and last 1bit is check code, is control code between control character and check code.After so electronic equipment receives the second control code arranged in S104, according to all the other preset rules, the control character read is added at front 2 bit of the second control code arranged, before control character, add the header data of reading, and add the check code of reading after the second control code arranged.Finally generate the second control instruction.
In S105, electronic equipment uses specific carriers, by infrared transmission module, the second control instruction is emitted to air-conditioning.Due to the control code that the second control code in the second control instruction is in the control set of air-conditioning remote control, second control instruction generates according to the mode of the first control instruction, and the second control instruction sends with specific carriers again, therefore air-conditioning can identify and perform the second control instruction.In other words, now achieve user and control air-conditioning on UE.
Based on the inventive concept same with control method in previous embodiment, the application also provides a kind of electronic equipment, as shown in Figure 5, comprising:
Infrared receiving module 501, for receiving the first control instruction that an air-conditioning remote control sends; Air-conditioning remote control uses specific carriers to send the first control instruction;
First processor 502, is connected with infrared receiving module 501, for resolving the first control instruction, to obtain the first control code comprised in the first control instruction;
First transmitter module 503, be connected with first processor 502, for by the first control code, and the special carrier frequency of specific carriers is sent to the Cloud Server be connected with electronic equipment, to make Cloud Server, the control set of air-conditioning remote control is sent to the UE be connected with Cloud Server; Control the control code that set comprises air-conditioning remote control, and the control instruction that control code is corresponding;
First Wireless LAN module 504, is connected with first processor 502, for receiving UE based on the second control code controlling set transmission;
Infrared transmission module 505, is connected with first processor 502, for using specific carriers, the second control instruction generated according to the second control code is sent to air-conditioning corresponding to air-conditioning remote control, to control air-conditioning.
Specifically, infrared receiving module 501 and infrared transmission module 505 include but not limited to infrared receiver antenna, demodulating unit and filter unit etc.In specific implementation process, infrared receiving module 501 and infrared transmission module 505 can be two independently modules, also can be same module, i.e. infrared transceiver module.The application those of ordinary skill in the field can be arranged according to actual, and the application does not do concrete restriction.
Further, electronic equipment sends the first control code to Cloud Server and special carrier frequency can be directly transmission, also can be forwarded by UE.
When electronic equipment is forwarded by UE, because UE and electronic equipment access same wireless routing device simultaneously, therefore the first transmitter module 503 is now specially the first Wireless LAN module 504, for the first control code and special carrier frequency are sent to UE, to make UE, the first control code and special carrier frequency are sent to Cloud Server.
When electronic equipment directly sends, the first transmitter module 503 is now specifically as follows the first radio-frequency module or the first Wireless LAN module 504, for directly the first control code and special carrier frequency being sent to Cloud Server.Specifically, when wireless routing device can connect Cloud Server, the first control code and special carrier frequency can be sent to Cloud Server by the first Wireless LAN module 504 and wireless routing device by electronic equipment.Can also be sent to Cloud Server by the first radio-frequency module.And when wireless routing device can not connect Cloud Server, the first transmitter module 503 can only be the first radio-frequency module.The application those of ordinary skill in the field can be arranged according to actual, and the application does not do concrete restriction.
Further, first processor 502, also for controlling reception and the transmission information of electronic equipment, and to running status etc.Specifically, first processor 502 can be specifically general central processing unit (CPU), can be that ASIC is (English: Application Specific IntegratedCircuit, being called for short: ASIC), can be one or more integrated circuits performed for control program.
Further, electronic equipment also comprises memory, for control character, preset rules etc. that storing and resolving first control instruction obtains.The quantity of memory can be one or more.Memory can comprise read-only storage (English: Read Only Memory, be called for short: ROM), random access memory (English: Random Access Memory, RAM) and magnetic disc store be called for short:.
In the embodiment of the present application, electronic equipment can also comprise housing, for hold and to protect in above-mentioned modules one or more.The antenna of infrared receiving module 501, first transmitter module 503, first Wireless LAN module 504 and infrared transmission module 505 can stretch out housing, and can be hidden in enclosure interior, the application does not do concrete restriction yet.
Based on the inventive concept same with control method in previous embodiment, the application also provides a kind of UE.In specific implementation process, UE can be mobile phone, panel computer etc., and the application does not do concrete restriction.As shown in Figure 6, the UE in the embodiment of the present application comprises:
Second receiver module 601, for receiving the control set of the air-conditioning remote control that the Cloud Server that is connected with UE sends; Wherein, the electronic equipment be connected with UE receives the first control instruction that air-conditioning remote control sends, air-conditioning remote control uses specific carriers to send the first control instruction, resolve the first control instruction, to obtain the first control code comprised in the first control instruction, by the first control code, and special carrier frequency is sent to the Cloud Server be connected with electronic equipment, to make Cloud Server, control set is sent to UE; Control the control code that set comprises air-conditioning remote control, and the control instruction that control code is corresponding;
Receiving system 602, for receiving user for the operation controlling the first control instruction in instruction;
Second processor 603, is connected with the second receiver module 601 and receiving system 602, for determining based on controlling set the second control code that the first control instruction is corresponding;
Second Wireless LAN module 604, be connected with the second processor 603, for the second control code is sent to electronic equipment, use specific carriers that the second control instruction generated according to the second control code is sent to air-conditioning corresponding to air-conditioning remote control, to control air-conditioning to make electronic equipment.
Specifically, when Cloud Server sends control set directly to UE, the second receiver module 601 is specially UE second radio-frequency module.When Cloud Server sends control set by the WLAN that UE accesses to UE, the second receiver module 601 is specially the second Wireless LAN module 604.
Receiving system 602 is specifically as follows touching display screen, button or microphone etc.
In the embodiment of the present application, when electronic equipment forwards the first control code and special carrier frequency by UE to Cloud Server, second Wireless LAN module 604 also for receive the air-conditioning remote control that the Cloud Server that is connected with UE sends at UE control set before, receive the first control code and special carrier frequency that electronic equipment sends; First control code and special carrier frequency are sent to Cloud Server.
Or, the first control code and the special carrier frequency of electronic equipment transmission is received by the second Wireless LAN module 604.First control code and special carrier frequency are sent to Cloud Server by the second radio-frequency module again.
Further, UE can also comprise display unit, is connected with the second processor 603, for receive the air-conditioning remote control that the Cloud Server that is connected with UE sends at UE control set after, the control instruction in display and control set.
Display unit can be touching display screen, LED display, flexible screen etc.The application does not do concrete restriction.
Further, second processor 603 can be specifically general central processing unit (CPU), can be that ASIC is (English: Application Specific Integrated Circuit, being called for short: ASIC), can be one or more integrated circuits performed for control program.
Further, UE also comprises memory.The quantity of memory can be one or more.Memory can comprise read-only storage (English: Read Only Memory, be called for short: ROM), random access memory (English: Random Access Memory, RAM) and magnetic disc store be called for short:.
Electronic equipment and UE that the various variation pattern of air-conditioning and instantiation are equally applicable to the present embodiment is controlled in Fig. 1-Fig. 4 embodiment, by the aforementioned detailed description to electronic equipment, those skilled in the art clearly can know the implementation method of electronic equipment and UE in the present embodiment, so succinct in order to description, be not described in detail in this.
Above-mentioned one or more technical scheme in the embodiment of the present application, at least has one or more technique effects following:
1, in the technical scheme of the embodiment of the present application, first electronic equipment receives the first control instruction that an air-conditioning remote control sends, then the first control instruction is resolved, by the first control code parsed, and the Cloud Server that the special carrier frequency sending the specific carriers that the first control instruction uses sends to, to make Cloud Server, the control set of air-conditioning remote control is sent to subscriber equipment.Control the control code that set comprises air-conditioning remote control, and the control instruction that control code is corresponding.Electronic equipment receives subscriber equipment further based on the second control code controlling set transmission, and uses specific carriers that the second control instruction generated according to the second control code is sent to air-conditioning corresponding to air-conditioning remote control, to control air-conditioning.So control set, by the first control code and special carrier frequency are supplied to Cloud Server, to make Cloud Server determine corresponding control set based on the first control code and special carrier frequency, and is directly sent to subscriber equipment by electronic equipment.So user is without the need to determining air-conditioning brand voluntarily, does not more need the at substantial time to attempt one by one controlling set, just can obtain and control set.Further, the second control code that subscriber equipment sends by electronic equipment generates the second controlling value, and sends to air-conditioning by specific carriers, and then achieves control air-conditioning.Therefore, the technical scheme of the embodiment of the present application makes the mode of subscriber equipment control air-conditioning more intelligent, while realizing controlling air-conditioning by subscriber equipment, shortens and expends time in, decrease artificial participation.
2, in the technical scheme of the application, subscriber equipment receives the control set of the air-conditioning remote control sent with Cloud Server, then the operation of user for the first control instruction in the control instruction controlling to gather is received, the second control code that the first control instruction is corresponding is determined based on controlling set, finally the second control code is sent to an electronic equipment, use specific carriers that the second control instruction generated according to the second control code is sent to air-conditioning corresponding to air-conditioning remote control, to control air-conditioning to make electronic equipment.Wherein, controlling set is that the first control code that first control instruction of resolving air-conditioning remote control obtains by electronic equipment is sent to Cloud Server with the special carrier frequency sending the first control instruction, and then the set for controlling air-conditioning that Cloud Server is determined.So the subscriber equipment in the embodiment of the present application does not need to attempt many covers corresponding to air-conditioning brand more one by one and controls to gather the control set just determining that wish control air-conditioning is corresponding, but directly obtains the control set of the correspondence that Cloud Server sends.So the technical scheme of the embodiment of the present application makes the mode of subscriber equipment control air-conditioning more intelligent, while realizing controlling air-conditioning by subscriber equipment, shortens and expends time in, decrease artificial participation.
Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.

Claims (13)

1. control a method for air-conditioning, it is characterized in that, comprising:
Electronic equipment receives the first control instruction that an air-conditioning remote control sends; Described air-conditioning remote control uses specific carriers to send described first control instruction;
Resolve described first control instruction, to obtain the first control code comprised in described first control instruction;
By described first control code, and the special carrier frequency of described specific carriers is sent to the Cloud Server be connected with described electronic equipment, the control set of described air-conditioning remote control is sent to make described Cloud Server the subscriber equipment be connected with described Cloud Server; The described control code controlling set and comprise described air-conditioning remote control, and the control instruction that control code is corresponding;
Receive described subscriber equipment based on described the second control code controlling set and send;
Use described specific carriers that the second control instruction generated according to described second control code is sent to air-conditioning corresponding to described air-conditioning remote control, to control described air-conditioning.
2. the method for claim 1, is characterized in that, by described first control code, and special carrier frequency is sent to the Cloud Server be connected with described electronic equipment, comprising:
Described first control code and described special carrier frequency are sent to described subscriber equipment, to make described subscriber equipment, described first control code and described special carrier frequency are sent to described Cloud Server.
3. the method for claim 1, is characterized in that, by described first control code, and special carrier frequency is sent to the Cloud Server be connected with described electronic equipment, comprising:
Directly described first control code and described special carrier frequency are sent to described Cloud Server.
4. control a method for air-conditioning, it is characterized in that, comprising:
Subscriber equipment receives the control set of the air-conditioning remote control that the Cloud Server that is connected with described subscriber equipment sends; Wherein, the electronic equipment be connected with described subscriber equipment receives the first control instruction that described air-conditioning remote control sends, described air-conditioning remote control uses specific carriers to send described first control instruction, resolve described first control instruction, to obtain the first control code comprised in described first control instruction, by described first control code, and special carrier frequency is sent to the Cloud Server be connected with described electronic equipment, to make described Cloud Server, described control set is sent to described subscriber equipment; The described control code controlling set and comprise described air-conditioning remote control, and the control instruction that control code is corresponding;
Receive user for the described operation controlling the first control instruction in instruction;
The second control code that described first control instruction correspondence is determined in set is controlled based on described;
Described second control code is sent to described electronic equipment, uses described specific carriers that the second control instruction generated according to described second control code is sent to air-conditioning corresponding to described air-conditioning remote control, to control described air-conditioning to make described electronic equipment.
5. method as claimed in claim 4, is characterized in that, before receiving the control set of the air-conditioning remote control that the Cloud Server that is connected with described subscriber equipment sends, also comprises at subscriber equipment:
Receive described first control code of described electronic equipment transmission and described special carrier frequency;
Described first control code and described special carrier frequency are sent to described Cloud Server.
6. the method as described in claim 4 or 5, is characterized in that, after subscriber equipment receives the control set of the air-conditioning remote control that the Cloud Server that is connected with described subscriber equipment sends, also comprises:
In the described control instruction controlled in set of the display unit display of described subscriber equipment.
7. an electronic equipment, is characterized in that, comprising:
Infrared receiving module, for receiving the first control instruction that an air-conditioning remote control sends; Described air-conditioning remote control uses specific carriers to send described first control instruction;
First processor, is connected with described infrared receiving module, for resolving described first control instruction, to obtain the first control code comprised in described first control instruction;
First transmitter module, be connected with described first processor, for by described first control code, and the special carrier frequency of described specific carriers is sent to the Cloud Server be connected with described electronic equipment, the control set of described air-conditioning remote control is sent to make described Cloud Server the subscriber equipment be connected with described Cloud Server; The described control code controlling set and comprise described air-conditioning remote control, and the control instruction that control code is corresponding;
First Wireless LAN module, is connected with described first processor, for receiving described subscriber equipment based on described the second control code controlling set and send;
Infrared transmission module, is connected with described first processor, for using described specific carriers, the second control instruction generated according to described second control code is sent to air-conditioning corresponding to described air-conditioning remote control, to control described air-conditioning.
8. electronic equipment as claimed in claim 7, it is characterized in that, described first transmitter module is specially described first Wireless LAN module, for described first control code and described special carrier frequency are sent to described subscriber equipment, to make described subscriber equipment, described first control code and described special carrier frequency are sent to described Cloud Server.
9. electronic equipment as claimed in claim 7, it is characterized in that, described first transmitter module is specially the first radio-frequency module or described first Wireless LAN module, for directly described first control code and described special carrier frequency being sent to described Cloud Server.
10. a subscriber equipment, is characterized in that, comprising:
Second receiver module, for receiving the control set of the air-conditioning remote control that the Cloud Server that is connected with described subscriber equipment sends; Wherein, the electronic equipment be connected with described subscriber equipment receives the first control instruction that described air-conditioning remote control sends, described air-conditioning remote control uses specific carriers to send described first control instruction, resolve described first control instruction, to obtain the first control code comprised in described first control instruction, by described first control code, and special carrier frequency is sent to the Cloud Server be connected with described electronic equipment, to make described Cloud Server, described control set is sent to described subscriber equipment; The described control code controlling set and comprise described air-conditioning remote control, and the control instruction that control code is corresponding;
Receiving system, for receiving user for the described operation controlling the first control instruction in instruction;
Second processor, is connected with described second receiver module and described receiving system, for controlling based on described the second control code that described first control instruction correspondence is determined in set;
Second Wireless LAN module, be connected with described second processor, for described second control code is sent to described electronic equipment, use described specific carriers that the second control instruction generated according to described second control code is sent to air-conditioning corresponding to described air-conditioning remote control, to control described air-conditioning to make described electronic equipment.
11. subscriber equipmenies as claimed in claim 10, it is characterized in that, described second Wireless LAN module also for receive the air-conditioning remote control that the Cloud Server that is connected with described subscriber equipment sends at subscriber equipment control set before, receive described first control code and described special carrier frequency that described electronic equipment sends; Described first control code and described special carrier frequency are sent to described Cloud Server.
12. subscriber equipmenies as claimed in claim 10, it is characterized in that, described second Wireless LAN module also for receive the air-conditioning remote control that the Cloud Server that is connected with described subscriber equipment sends at subscriber equipment control set before, receive described first control code and described special carrier frequency that described electronic equipment sends;
Second radio-frequency module of described subscriber equipment is used for described first control code and described special carrier frequency to be sent to described Cloud Server; Described second radio-frequency module is connected with described second processor.
13. subscriber equipmenies as described in any one of claim 10-12, it is characterized in that, described subscriber equipment also comprises:
Display unit, is connected with described second processor, for receive the air-conditioning remote control that the Cloud Server that is connected with described subscriber equipment sends at subscriber equipment control set after, show the described control instruction controlled in set.
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