CN104597787A - Method and system for performing remote air conditioning control on electric vehicle - Google Patents
Method and system for performing remote air conditioning control on electric vehicle Download PDFInfo
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- CN104597787A CN104597787A CN201410778572.2A CN201410778572A CN104597787A CN 104597787 A CN104597787 A CN 104597787A CN 201410778572 A CN201410778572 A CN 201410778572A CN 104597787 A CN104597787 A CN 104597787A
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02T90/10—Technologies relating to charging of electric vehicles
- Y02T90/16—Information or communication technologies improving the operation of electric vehicles
- Y02T90/167—Systems integrating technologies related to power network operation and communication or information technologies for supporting the interoperability of electric or hybrid vehicles, i.e. smartgrids as interface for battery charging of electric vehicles [EV] or hybrid vehicles [HEV]
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
- Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
- Y04S30/00—Systems supporting specific end-user applications in the sector of transportation
- Y04S30/10—Systems supporting the interoperability of electric or hybrid vehicles
- Y04S30/12—Remote or cooperative charging
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- Engineering & Computer Science (AREA)
- Automation & Control Theory (AREA)
- Air-Conditioning For Vehicles (AREA)
- Air Conditioning Control Device (AREA)
Abstract
The embodiment of the invention provides a method and a device for performing remote air conditioning control on an electric vehicle. The method comprises the following steps: an application software in a mobile terminal sends an air conditioning control order of the electric vehicle to a server through a wireless communication network, and the server sends the air conditioning control order to a vehicle-mounted data terminal of the electric vehicle through the wireless communication network; the vehicle-mounted data terminal sends the air conditioning control order to a whole vehicle controller of the electric vehicle through wired communication, and the whole vehicle controller controls an electronic temperature controller to perform air conditioning control on the electric vehicle according to a charge state of the electric vehicle. According to the embodiment adopted by the invention, the application software in the mobile terminal can be combined with the server to remotely and flexibly control starting and ending of an air conditioning control process of the electric vehicle, so that a user can pre-cool or pre-heat a cab before going out, and the driving experience of the electric vehicle is improved.
Description
Technical field
The present invention relates to automatic control technology field, particularly relate to a kind of method and system electric automobile being carried out to remote air conditioner control.
Background technology
At present, along with the raising day by day of living standard, people are concern for the environment problem more and more, especially these the 2 years day by day frequent serious haze weather occurred, cause people especially to environmental protection and energy-conservation attention, the requirement in epoch has been complied with in the development of electric automobile just.Electronic control technology is the core technology of electric automobile, and the long-range temperature control rationally utilizing electronic control technology to realize electric automobile efficiently regulates, and the use sense that can improve electric automobile is subject to, and especially during the broiling summer or the winter of cold, this function is particularly practical.
Along with the development of automotive engineering, new-energy automobile and the popularization and application of car networking technology are two current developing directions.The Based Intelligent Control such as electronic remote temperature control system of electric automobile is exactly the one embodiment of car networking intellectual technology.In the winter of cold or the summer of sweltering heat, when user drives, one enters driving cabin, and environment temperature is very low or very high, especially has the family of baby, gos out and enters in car terribly cold or awfully hot with child is firm, baby can be allowed very uncomfortable.Therefore when user drives to go out demand, mobile phone A PP (Application can be passed through, application program), the electronic remote temperature control system of opening automobile in advance, the refrigeration of vehicle control unit controls air-conditioning, warm braw and defrost function, after environment inside car reaches a suitable temperature, user gos out driving again, once having adapt circumstance into the car, improve Driving.
The air-conditioner control system of existing electric automobile is not Long-distance Control, only after key ON shelves, when entering driving pattern, air-conditioning system can export the changes in temperature demand of driver and respond, now driver has started in other words to drive in driving cabin, and air-conditioning may also need a period of time that the environment temperature in car can be allowed to raise or reduce after opening, therefore before air-conditioning works during this period of time, user also will stand cold in driving cabin or sweltering heat.
At present, the relevant programme of the air-conditioning system of Long-distance Control electric automobile is not also had.
Summary of the invention
The embodiment provides a kind of method and system electric automobile being carried out to remote air conditioner control, to realize carrying out effective remote air conditioner control to electric automobile.
According to an aspect of the present invention, provide a kind of method of electric automobile being carried out to remote air conditioner control, comprising:
Application software in mobile terminal sends the airconditioning control instruction of electric automobile to server by cordless communication network, described airconditioning control instruction is sent to the vehicle-mounted data terminal of described electric vehicle by described server by cordless communication network;
Described vehicle-mounted data terminal is by the entire car controller transmission airconditioning control instruction of wire communication to described electric vehicle, and described entire car controller controls electronic temperature control controller according to the state-of-charge of the battery of described electric automobile and carries out airconditioning control to described electric vehicle.
Preferably, the application software in described mobile terminal by cordless communication network to server send electric vehicle airconditioning control instruction before, comprising:
Described vehicle-mounted data terminal sends the log-on message carrying the mark of described electric vehicle, the mark of mobile terminal to described server by cordless communication network, described mobile terminal is the mobile terminal described electric vehicle being carried out to Long-distance Control, and described log-on message is stored in electric vehicle information database by described server.
Preferably, application software in described mobile terminal sends the airconditioning control instruction of electric vehicle to server by cordless communication network, described airconditioning control instruction is sent to the vehicle-mounted data terminal of described electric vehicle by described server by cordless communication network, comprising:
Application software in mobile terminal sends the airconditioning control instruction of carrying the identification information of electric vehicle to server by cordless communication network, after described server receives described airconditioning control instruction, response instruction is sent to the application software in described mobile terminal, extract the identification information of the electric vehicle in described airconditioning control instruction, according to described identification information-enquiry, electric vehicle information database obtains the mark of corresponding electric vehicle;
After described server detects that the vehicle-mounted data terminal of described electric vehicle is in normal communication state, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction is sent to the vehicle-mounted data terminal of described electric vehicle; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction to be sent to the vehicle-mounted data terminal of described electric vehicle in the time that airconditioning control instruction indicates;
Or,
After server detects that vehicle-mounted data terminal is in dormant state, by dialing mode by described vehicle-mounted data terminal wake-up, after vehicle-mounted data terminal is waken up, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction is sent to the vehicle-mounted data terminal of described electric vehicle; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction to be sent to the vehicle-mounted data terminal of described electric vehicle in the time that airconditioning control instruction indicates;
Or,
After server detects that vehicle-mounted data terminal is in dormant state, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by the form of note by described vehicle-mounted data terminal wake-up, and by note, described airconditioning control instruction is sent to described vehicle-mounted data terminal; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, in the time that airconditioning control instruction indicates by described vehicle-mounted data terminal wake-up, and by note, described airconditioning control instruction is sent to described vehicle-mounted data terminal.
Preferably, described method also comprises:
Described electric vehicle arranges a remote control button, described remote control button is connected with the entire car controller circuit of described electric automobile, when described remote control button is opened, then described entire car controller accepts the remote control commands that described vehicle-mounted data terminal sends, when described remote control button is closed, then described entire car controller does not accept the remote control commands that described vehicle-mounted data terminal sends.
Preferably, described vehicle-mounted data terminal is by the entire car controller transmission airconditioning control instruction of wire communication to described electric vehicle, described entire car controller controls electronic temperature control controller according to the state-of-charge of the battery of described electric automobile and carries out airconditioning control to described electric vehicle, comprising:
After described vehicle-mounted data terminal receives airconditioning control instruction, when described entire car controller is in dormant state, described vehicle-mounted data terminal wakes described entire car controller up by hardware awake signal, and described airconditioning control instruction is sent to described entire car controller by wire communication by described vehicle-mounted data terminal;
Described entire car controller obtains the current state-of-charge of the battery of described electric vehicle, judges whether described current state-of-charge is greater than the air-conditioning unlatching threshold value of setting;
When threshold value opened by the air-conditioning that described current state-of-charge is greater than setting, then described entire car controller wakes described electronic temperature control system controller, compressor controller and warm braw controller up by hardware awake signal, when described airconditioning control instruction is warm braw order, then described entire car controller sends warm braw enable command to described electronic temperature control system controller, and described electronic temperature control system controller sends the warm braw enable command of carrying blast velocity control parameter to warm braw controller; When described airconditioning control instruction is cold wind order, then described entire car controller sends cold wind enable command to described electronic temperature control system controller, and described electronic temperature control system controller sends the cold wind enable command of carrying blast velocity control parameter to compressor controller;
When threshold value opened by the air-conditioning that described current state-of-charge is not more than setting, then described entire car controller does not perform described warm braw order.
According to a further aspect in the invention, provide the system that a kind of airconditioning control to electric vehicle carries out Long-distance Control, comprising: mobile terminal, server, vehicle-mounted data terminal and entire car controller;
Described mobile terminal, for utilizing built-in application software by the airconditioning control instruction of cordless communication network to server transmission electric automobile;
Described server, for sending to the vehicle-mounted data terminal of described electric automobile by described airconditioning control instruction by cordless communication network;
Described vehicle-mounted data terminal, for sending airconditioning control instruction by wire communication to the entire car controller of described electric vehicle;
Described entire car controller, carries out airconditioning control for controlling air-conditioning control equipment to described electric vehicle.
Preferably, described server comprises:
Electric vehicle log-on message memory module, for receive described vehicle-mounted data terminal by cordless communication network send over carry the log-on message of the mark of described electric vehicle, the mark of mobile terminal after, described log-on message is stored in electric vehicle information database;
Communication of mobile terminal processing module, for receive application software in described mobile terminal by cordless communication network send over carry the airconditioning control instruction of the identification information of electric vehicle after, response instruction is sent to the application software in described mobile terminal, extract the identification information of the electric vehicle in described airconditioning control instruction, according to described identification information-enquiry, electric vehicle information database obtains the mark of corresponding electric vehicle;
Electric vehicle Communications Processor Module, after detecting that when server the vehicle-mounted data terminal of described electric vehicle is in normal communication state, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction is sent to the vehicle-mounted data terminal of described electric vehicle; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction to be sent to the vehicle-mounted data terminal of described electric vehicle in the time that airconditioning control instruction indicates;
Or,
After server detects that vehicle-mounted data terminal is in dormant state, by dialing mode by described vehicle-mounted data terminal wake-up, after vehicle-mounted data terminal is waken up, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction is sent to the vehicle-mounted data terminal of described electric vehicle; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction to be sent to the vehicle-mounted data terminal of described electric vehicle in the time that airconditioning control instruction indicates;
Or,
After server detects that vehicle-mounted data terminal is in dormant state, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by the form of note by described vehicle-mounted data terminal wake-up, and by note, described airconditioning control instruction is sent to described vehicle-mounted data terminal; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, in the time that airconditioning control instruction indicates by described vehicle-mounted data terminal wake-up, and by note, described airconditioning control instruction is sent to described vehicle-mounted data terminal.
Preferably, described electric vehicle arranges a remote control button, described remote control button is connected with the entire car controller circuit of described electric automobile, when described remote control button is opened, then described entire car controller accepts the remote control commands that described vehicle-mounted data terminal sends, when described remote control button is closed, then described entire car controller does not accept the remote control commands that described vehicle-mounted data terminal sends.
Preferably, described system also comprises: electronic temperature control system controller, warm braw controller and compressor controller, vehicle-mounted data terminal is connected with described entire car controller with bus by rigid line, entire car controller is connected with electronic temperature control system with bus by rigid line, entire car controller is connected with compressor controller, warm braw controller by rigid line, and electronic temperature control system is connected with warm braw controller with compressor controller by bus;
Described vehicle-mounted data terminal, after receiving airconditioning control instruction, when described entire car controller is in dormant state, wake described entire car controller up by hardware awake signal, by wire communication, described airconditioning control instruction is sent to described entire car controller;
Described entire car controller, for obtaining the current state-of-charge of the battery of described electric vehicle, judges whether described current state-of-charge is greater than the air-conditioning unlatching threshold value of setting; When threshold value opened by the air-conditioning that described current state-of-charge is greater than setting, then wake described electronic temperature control system controller, warm braw controller and compressor controller up by hardware awake signal, when described airconditioning control instruction is warm braw order, then send warm braw enable command to described electronic temperature control system controller; When described airconditioning control instruction is cold wind order, then send cold wind enable command to described electronic temperature control system controller; When threshold value opened by the air-conditioning that described current state-of-charge is not more than setting, then described entire car controller does not perform described airconditioning control order;
Described electronic temperature control system controller, for being warm braw order when described airconditioning control instruction, sends the warm braw enable command of carrying blast velocity control parameter to warm braw controller; When described airconditioning control instruction is cold wind order, then send the cold wind enable command of carrying blast velocity control parameter to compressor controller.
The technical scheme provided as can be seen from the embodiment of the invention described above, the embodiment of the present invention can realize utilizing application software in mobile terminal in conjunction with server by the embodiment of the present invention, the unlatching of the airconditioning control process of long-range flexible control electric automobile and end, user is made to carry out precooling or preheating to driving cabin in advance when going out, particularly during the broiling summer or the winter of cold, user has a comfortable driving environment once entering driving cabin, improves the driving experience of electric automobile.Server in the embodiment of the present invention can when vehicle-mounted data terminal (electric automobile low pressure under electricity) is in dormant state Remote Wake Up vehicle-mounted data terminal, vehicle-mounted data terminal wakes entire car controller up again, carries out Long-distance Control to electric automobile.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme of the embodiment of the present invention, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 for the embodiment of the present invention one provide a kind of electric automobile is carried out to the method for remote air conditioner control realize principle schematic;
A kind of processing flow chart electric automobile being carried out to the method for remote air conditioner control that Fig. 2 provides for the embodiment of the present invention one;
A kind of structural representation electric automobile being carried out to the system of remote air conditioner control that Fig. 3 provides for the embodiment of the present invention two, in figure, mobile terminal 31, server 32, vehicle-mounted data terminal 33, entire car controller 34, electronic temperature control system controller 35, warm braw controller 36 and compressor controller 37.
Embodiment
For ease of the understanding to the embodiment of the present invention, be further explained explanation below in conjunction with accompanying drawing for several specific embodiment, and each embodiment does not form the restriction to the embodiment of the present invention.
Embodiment one
As shown in Figure 1, concrete treatment scheme as shown in Figure 2, comprises following treatment step to a kind of principle schematic of electric automobile being carried out to the method for remote air conditioner control that this embodiment provides:
Step S210, vehicle-mounted data terminal send the log-on message carrying the mark of described electric automobile, the mark of mobile terminal to described server by cordless communication network, described mobile terminal is the mobile terminal described electric automobile being carried out to Long-distance Control, and described log-on message is stored in electric automobile information database by described server.
Above-mentioned cordless communication network can be the wireless communication systems such as 2G, 2.5G, 3G or 4G, such as, for GSM (the Global System for Mobile Communication of 2G, global system for mobile communications) network, GPRS (General Packet Radio Service, the general packet radio service technology) network of 2.5G.
Above-mentioned mobile terminal can be smart mobile phone etc.
Application software in step S220, mobile terminal sends the airconditioning control instruction of electric automobile to server by cordless communication network.
Application software in mobile terminal sends the airconditioning control instruction of carrying the identification information of electric automobile to server by cordless communication network, after described server receives described airconditioning control instruction, response instruction is sent to the application software in described mobile terminal, extract the identification information of the electric automobile in described airconditioning control instruction, according to described identification information-enquiry, electric automobile information database obtains the mark of corresponding electric automobile.
Application software in above-mentioned mobile terminal can select the suitable time to send the airconditioning control instruction of carrying the identification information of electric automobile to described server as required, such as, select to need to drive a car before time of setting out and within 20 minutes, send above-mentioned airconditioning control instruction.Or, in airconditioning control instruction, specify server forwards time from described airconditioning control instruction to vehicle-mounted data terminal.
Airconditioning control instruction is sent to the vehicle-mounted data terminal of electric automobile by step S230, server by cordless communication network.
In actual applications, vehicle-mounted data terminal is connected with described entire car controller with bus by rigid line, entire car controller is connected with electronic temperature control system with bus by rigid line, entire car controller is connected with compressor controller, warm braw controller by rigid line, and electronic temperature control system is connected with warm braw controller with compressor controller by bus.When not having remote air conditioner demand for control, vehicle-mounted data terminal is in dormant state usually, and car load other system is all in low pressure power-down state.
After described server detects that the vehicle-mounted data terminal of described electric automobile is in normal communication state, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, described airconditioning control instruction is sent to the vehicle-mounted data terminal of described electric automobile by described server immediately by cordless communication network; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, described airconditioning control instruction to be sent to the vehicle-mounted data terminal of described electric automobile in the time that airconditioning control instruction indicates by described server by cordless communication network;
Or,
After server detects that vehicle-mounted data terminal is in dormant state, described server passes through the mode of dialing by described vehicle-mounted data terminal wake-up, after vehicle-mounted data terminal is waken up, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, described airconditioning control instruction is sent to the vehicle-mounted data terminal of described electric automobile by described server by cordless communication network; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, described airconditioning control instruction to be sent to the vehicle-mounted data terminal of described electric automobile in the time that airconditioning control instruction indicates by described server by cordless communication network.
Described vehicle-mounted data terminal wake-up comprises by the mode above by dialing: vehicle-mounted data terminal and server be supporting telephone communication function all, server carries out call to vehicle-mounted data terminal, and the phone incoming call receiving server when vehicle-mounted data terminal can be waken up (just as mobile phone has phone bright screen)
Or,
After server detects that vehicle-mounted data terminal is in dormant state, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, described server passes through the form of note by described vehicle-mounted data terminal wake-up, and by note, airconditioning control instruction is sent to described vehicle-mounted data terminal; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, described airconditioning control instruction is sent to described vehicle-mounted data terminal in the time that airconditioning control instruction indicates by the form of note by described server.
In actual applications, the time that electric automobile starts airconditioning control can also be indicated in above-mentioned airconditioning control instruction.After server receives airconditioning control instruction, immediately airconditioning control instruction is transmitted to vehicle-mounted data terminal, after vehicle-mounted data terminal or entire car controller receive airconditioning control instruction, start timing, after reaching time that the electric automobile that indicates in airconditioning control instruction starts airconditioning control, start to carry out airconditioning control to electric automobile.
Step S240, a remote control button is set on described electric automobile, remote control button is connected with the entire car controller circuit of described electric automobile, when described remote control button is opened, then described entire car controller accepts the remote control commands that described vehicle-mounted data terminal sends, when described remote control button is closed, then described entire car controller does not accept the remote control commands that described vehicle-mounted data terminal sends.
After remote control button is opened, when entire car controller is in dormant state, described vehicle-mounted data terminal wakes described entire car controller up by hardware awake signal, the air-conditioning control equipments such as described airconditioning control instruction is sent to described entire car controller by wire communication by vehicle-mounted data terminal, vehicle control unit controls electronic temperature control system controller carry out airconditioning control to described electric automobile.Above-mentioned wire communication can be CAN (Controller Area Network, controller local area network) bus communication.
Step S250, entire car controller obtain the current state-of-charge of battery of electric vehicle, judge that threshold value opened by the air-conditioning whether described current state-of-charge is greater than setting, and threshold value opened by this air-conditioning can be 30% etc.
When threshold value opened by the air-conditioning that described current state-of-charge is greater than setting, then allow to open remote air conditioner and control, described entire car controller wakes described electronic temperature control system controller, compressor controller and warm braw controller up by hardware awake signal.In the winter of cold, before user gos out, there is the demand of long-range warm braw.Now mobile phone remote warm braw order and long-range warm braw opening time information send to vehicle-mounted data terminal by server, vehicle-mounted data terminal sends warm braw enable command to entire car controller, entire car controller sends warm braw enable command to described electronic temperature control system controller, and described electronic temperature control system controller sends the warm braw enable command of carrying the blast velocity control parameters such as wind speed order, recurrent state, changes in temperature degree and air-out mode to warm braw controller.Then, warm braw controller sends warm braw according to the warm braw enable command received.
During the broiling summer, user has the demand of remote refrigeration before going out.Now mobile phone remote cold wind order and long-range cold wind opening time information send to vehicle-mounted data terminal by server, vehicle-mounted data terminal sends cold wind enable command to entire car controller, entire car controller sends cold wind enable command to electronic temperature control system controller, and described electronic temperature control system controller sends the cold wind enable command of carrying the blast velocity control parameters such as wind speed order, recurrent state, changes in temperature degree and air-out mode to compressor controller.Then, compressor controller sends cold wind according to the cold wind enable command received.
When threshold value opened by the air-conditioning that described current state-of-charge is not more than setting, then do not allow under preferentially ensureing the principle of vehicle power to open airconditioning control, described entire car controller does not perform described airconditioning control instruction.
If long-range warm-wind/cold-wind not enable or arrive long-range warm-wind/cold-wind enable command end time after, entire car controller sends to vehicle-mounted data terminal and terminates remote control command, vehicle-mounted data terminal disconnects waking up entire car controller, entire car controller to enter under high pressure electric current journey under electricity and low pressure, under car load, electricity is complete, waits for user's car or other remote control commands.The end time of above-mentioned warm-wind/cold-wind enable command can be carried in airconditioning control instruction.
After the application software in mobile terminal have sent airconditioning control instruction to server, the time period that interval is specified does not receive the response instruction that described server returns, application software then in mobile terminal judges that fault has appearred in the cordless communication network situation between server, application software in mobile terminal is by heartbeat detection process, and the cordless communication network re-established between server connects.
Whether the effect of above-mentioned heartbeat detection process mainly detects with the connection of server normal, interaction data whether can be unobstructed.The mechanism of heartbeat: client sends one section of particular message code every fixing a period of time to server, server returns one section of special message code, when service end does not receive data just judgement connection disconnection within the set time, and also judge to connect disconnection when cell-phone customer terminal does not receive data within the set time.Reappear connection mechanism: just can reconnect after connection disconnects, reconnecting also is that user name password sends to service end to carry out verifying (being equivalent to log in once) by client, is verified with regard to successful connection.
Embodiment two
This embodiment offers the system that a kind of airconditioning control to electric vehicle carries out Long-distance Control, its specific implementation structure as shown in Figure 3, specifically can comprise following module: mobile terminal 31, server 32 and vehicle-mounted data terminal 33;
Described mobile terminal 31, for utilizing built-in application software by the airconditioning control instruction of cordless communication network to server transmission electric automobile;
Described server 32, for sending to the vehicle-mounted data terminal of described electric automobile by described airconditioning control instruction by cordless communication network;
Described vehicle-mounted data terminal 33, for sending airconditioning control instruction by wire communication to the entire car controller of described electric vehicle, described vehicle control unit controls air-conditioning control equipment carries out airconditioning control to described electric vehicle.
Described entire car controller 34, carries out airconditioning control for controlling air-conditioning control equipment to described electric vehicle.
Further, described server 32 comprises:
Electric vehicle log-on message memory module, for receive described vehicle-mounted data terminal by cordless communication network send over carry the log-on message of the mark of described electric vehicle, the mark of mobile terminal after, described log-on message is stored in electric vehicle information database;
Communication of mobile terminal processing module, for receive application software in described mobile terminal by cordless communication network send over carry the airconditioning control instruction of the identification information of electric vehicle after, response instruction is sent to the application software in described mobile terminal, extract the identification information of the electric vehicle in described airconditioning control instruction, according to described identification information-enquiry, electric vehicle information database obtains the mark of corresponding electric vehicle;
Electric vehicle Communications Processor Module, after detecting that when server the vehicle-mounted data terminal of described electric vehicle is in normal communication state, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction is sent to the vehicle-mounted data terminal of described electric vehicle; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction to be sent to the vehicle-mounted data terminal of described electric vehicle in the time that airconditioning control instruction indicates;
Or,
After server detects that vehicle-mounted data terminal is in dormant state, by dialing mode by described vehicle-mounted data terminal wake-up, after vehicle-mounted data terminal is waken up, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction is sent to the vehicle-mounted data terminal of described electric vehicle; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction to be sent to the vehicle-mounted data terminal of described electric vehicle in the time that airconditioning control instruction indicates;
Or,
After server detects that vehicle-mounted data terminal is in dormant state, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by the form of note by described vehicle-mounted data terminal wake-up, and by note, described airconditioning control instruction is sent to described vehicle-mounted data terminal; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, in the time that airconditioning control instruction indicates by described vehicle-mounted data terminal wake-up, and by note, described airconditioning control instruction is sent to described vehicle-mounted data terminal.
Further, described electric vehicle arranges a remote control button, described remote control button is connected with the entire car controller circuit of described electric automobile, when described remote control button is opened, then described entire car controller accepts the remote control commands that described vehicle-mounted data terminal sends, when described remote control button is closed, then described entire car controller does not accept the remote control commands that described vehicle-mounted data terminal sends.
Further, described system also comprises: electronic temperature control system controller 35, warm braw controller 36 and compressor controller 37, vehicle-mounted data terminal is connected with described entire car controller with bus by rigid line, entire car controller is connected with electronic temperature control system with bus by rigid line, entire car controller is connected with compressor controller, warm braw controller by rigid line, and electronic temperature control system is connected with warm braw controller with compressor controller by bus;
Described vehicle-mounted data terminal, after receiving airconditioning control instruction, when described entire car controller is in dormant state, wake described entire car controller up by hardware awake signal, by wire communication, described airconditioning control instruction is sent to described entire car controller;
Described entire car controller, for obtaining the current state-of-charge of the battery of described electric vehicle, judges whether described current state-of-charge is greater than the air-conditioning unlatching threshold value of setting; When threshold value opened by the air-conditioning that described current state-of-charge is greater than setting, then wake described electronic temperature control system controller, compressor controller and warm braw controller up by hardware awake signal, when described airconditioning control instruction is warm braw order, then send warm braw enable command to described electronic temperature control system controller; When described airconditioning control instruction is cold wind order, then send cold wind enable command to described electronic temperature control system controller; When threshold value opened by the air-conditioning that described current state-of-charge is not more than setting, then described entire car controller does not perform described airconditioning control order;
Described electronic temperature control system controller, for being warm braw order when described airconditioning control instruction, sends the warm braw enable command of carrying blast velocity control parameter to warm braw controller; When described airconditioning control instruction is cold wind order, then send the cold wind enable command of carrying blast velocity control parameter to compressor controller.
Undertaken carrying out the detailed process of Long-distance Control to the airconditioning control of electric vehicle by the system of the embodiment of the present invention and preceding method embodiment similar, repeat no more herein.
In sum, the embodiment of the present invention can realize utilizing application software in mobile terminal in conjunction with server by the embodiment of the present invention, the unlatching of the airconditioning control process of long-range flexible control electric automobile and end, user is made to carry out precooling or preheating to driving cabin in advance when going out, particularly during the broiling summer or the winter of cold, user has a comfortable driving environment once entering driving cabin, improves the driving experience of electric automobile.Server in the embodiment of the present invention can when vehicle-mounted data terminal (electric automobile low pressure under electricity) is in dormant state Remote Wake Up vehicle-mounted data terminal, vehicle-mounted data terminal wakes entire car controller up again, carries out Long-distance Control to electric automobile.
The embodiment of the present invention by arranging remote control button in electric automobile, and remote control button is connected with entire car controller circuit, can control electric automobile flexibly and whether accept remote control commands.
Application software in mobile terminal in the embodiment of the present invention adopts message to transmit data, saves a large amount of flow.Adopt heart pattern to set up radio communication with server to be connected, save server resource, mobile terminal also can obtain the status information of electric automobile in time simultaneously.Application software in mobile terminal can cordless communication network situation between basis and server, and in time by heartbeat detection process, the cordless communication network re-established between described server connects.
Undertaken carrying out the detailed process of Long-distance Control to the air-conditioning of electric vehicle by the system of the embodiment of the present invention and preceding method embodiment similar, repeat no more herein.
One of ordinary skill in the art will appreciate that: accompanying drawing is the schematic diagram of an embodiment, the module in accompanying drawing or flow process might not be that enforcement the present invention is necessary.
As seen through the above description of the embodiments, those skilled in the art can be well understood to the mode that the present invention can add required general hardware platform by software and realizes.Based on such understanding, technical scheme of the present invention can embody with the form of software product the part that prior art contributes in essence in other words, this computer software product can be stored in storage medium, as ROM/RAM, magnetic disc, CD etc., comprising some instructions in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) perform the method described in some part of each embodiment of the present invention or embodiment.
Each embodiment in this instructions all adopts the mode of going forward one by one to describe, between each embodiment identical similar part mutually see, what each embodiment stressed is the difference with other embodiments.Especially, for device or system embodiment, because it is substantially similar to embodiment of the method, so describe fairly simple, relevant part illustrates see the part of embodiment of the method.Apparatus and system embodiment described above is only schematic, the wherein said unit illustrated as separating component or can may not be and physically separates, parts as unit display can be or may not be physical location, namely can be positioned at a place, or also can be distributed in multiple network element.Some or all of module wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.Those of ordinary skill in the art, when not paying creative work, are namely appreciated that and implement.
The above; be only the present invention's preferably embodiment, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; the change that can expect easily or replacement, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of claim.
Claims (9)
1. electric automobile is carried out to a method for remote air conditioner control, it is characterized in that, comprising:
Application software in mobile terminal sends the airconditioning control instruction of electric automobile to server by cordless communication network, described airconditioning control instruction is sent to the vehicle-mounted data terminal of described electric vehicle by described server by cordless communication network;
Described vehicle-mounted data terminal is by the entire car controller transmission airconditioning control instruction of wire communication to described electric vehicle, and described entire car controller controls electronic temperature control controller according to the state-of-charge of the battery of described electric automobile and carries out airconditioning control to described electric vehicle.
2. the airconditioning control to electric vehicle according to claim 1 carries out the method for Long-distance Control, it is characterized in that, the application software in described mobile terminal by cordless communication network to server send electric vehicle airconditioning control instruction before, comprising:
Described vehicle-mounted data terminal sends the log-on message carrying the mark of described electric vehicle, the mark of mobile terminal to described server by cordless communication network, described mobile terminal is the mobile terminal described electric vehicle being carried out to Long-distance Control, and described log-on message is stored in electric vehicle information database by described server.
3. the airconditioning control to electric vehicle according to claim 2 carries out the method for Long-distance Control, it is characterized in that, application software in described mobile terminal sends the airconditioning control instruction of electric vehicle to server by cordless communication network, described airconditioning control instruction is sent to the vehicle-mounted data terminal of described electric vehicle by described server by cordless communication network, comprising:
Application software in mobile terminal sends the airconditioning control instruction of carrying the identification information of electric vehicle to server by cordless communication network, after described server receives described airconditioning control instruction, response instruction is sent to the application software in described mobile terminal, extract the identification information of the electric vehicle in described airconditioning control instruction, according to described identification information-enquiry, electric vehicle information database obtains the mark of corresponding electric vehicle;
After described server detects that the vehicle-mounted data terminal of described electric vehicle is in normal communication state, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction is sent to the vehicle-mounted data terminal of described electric vehicle; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction to be sent to the vehicle-mounted data terminal of described electric vehicle in the time that airconditioning control instruction indicates;
Or,
After server detects that vehicle-mounted data terminal is in dormant state, by dialing mode by described vehicle-mounted data terminal wake-up, after vehicle-mounted data terminal is waken up, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction is sent to the vehicle-mounted data terminal of described electric vehicle; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction to be sent to the vehicle-mounted data terminal of described electric vehicle in the time that airconditioning control instruction indicates;
Or,
After server detects that vehicle-mounted data terminal is in dormant state, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by the form of note by described vehicle-mounted data terminal wake-up, and by note, described airconditioning control instruction is sent to described vehicle-mounted data terminal; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, in the time that airconditioning control instruction indicates by described vehicle-mounted data terminal wake-up, and by note, described airconditioning control instruction is sent to described vehicle-mounted data terminal.
4. the airconditioning control to electric vehicle according to claim 2 carries out the method for Long-distance Control, it is characterized in that, described method also comprises:
Described electric vehicle arranges a remote control button, described remote control button is connected with the entire car controller circuit of described electric automobile, when described remote control button is opened, then described entire car controller accepts the remote control commands that described vehicle-mounted data terminal sends, when described remote control button is closed, then described entire car controller does not accept the remote control commands that described vehicle-mounted data terminal sends.
5. the airconditioning control to electric vehicle according to claim 1 or 2 or 3 or 4 carries out the method for Long-distance Control, it is characterized in that, described vehicle-mounted data terminal is by the entire car controller transmission airconditioning control instruction of wire communication to described electric vehicle, described entire car controller controls electronic temperature control controller according to the state-of-charge of the battery of described electric automobile and carries out airconditioning control to described electric vehicle, comprising:
After described vehicle-mounted data terminal receives airconditioning control instruction, when described entire car controller is in dormant state, described vehicle-mounted data terminal wakes described entire car controller up by hardware awake signal, and described airconditioning control instruction is sent to described entire car controller by wire communication by described vehicle-mounted data terminal;
Described entire car controller obtains the current state-of-charge of the battery of described electric vehicle, judges whether described current state-of-charge is greater than the air-conditioning unlatching threshold value of setting;
When threshold value opened by the air-conditioning that described current state-of-charge is greater than setting, then described entire car controller wakes described electronic temperature control system controller, compressor controller and warm braw controller up by hardware awake signal, when described airconditioning control instruction is warm braw order, then described entire car controller sends warm braw enable command to described electronic temperature control system controller, and described electronic temperature control system controller sends the warm braw enable command of carrying blast velocity control parameter to warm braw controller; When described airconditioning control instruction is cold wind order, then described entire car controller sends cold wind enable command to described electronic temperature control system controller, and described electronic temperature control system controller sends the cold wind enable command of carrying blast velocity control parameter to compressor controller;
When threshold value opened by the air-conditioning that described current state-of-charge is not more than setting, then described entire car controller does not perform described warm braw order.
6. the airconditioning control of electric vehicle is carried out to a system for Long-distance Control, it is characterized in that, comprising: mobile terminal, server, vehicle-mounted data terminal and entire car controller;
Described mobile terminal, for utilizing built-in application software by the airconditioning control instruction of cordless communication network to server transmission electric automobile;
Described server, for sending to the vehicle-mounted data terminal of described electric automobile by described airconditioning control instruction by cordless communication network;
Described vehicle-mounted data terminal, for sending airconditioning control instruction by wire communication to the entire car controller of described electric vehicle;
Described entire car controller, carries out airconditioning control for controlling air-conditioning control equipment to described electric vehicle.
7. the airconditioning control to electric vehicle according to claim 6 carries out the system of Long-distance Control, it is characterized in that, described server comprises:
Electric vehicle log-on message memory module, for receive described vehicle-mounted data terminal by cordless communication network send over carry the log-on message of the mark of described electric vehicle, the mark of mobile terminal after, described log-on message is stored in electric vehicle information database;
Communication of mobile terminal processing module, for receive application software in described mobile terminal by cordless communication network send over carry the airconditioning control instruction of the identification information of electric vehicle after, response instruction is sent to the application software in described mobile terminal, extract the identification information of the electric vehicle in described airconditioning control instruction, according to described identification information-enquiry, electric vehicle information database obtains the mark of corresponding electric vehicle;
Electric vehicle Communications Processor Module, after detecting that when server the vehicle-mounted data terminal of described electric vehicle is in normal communication state, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction is sent to the vehicle-mounted data terminal of described electric vehicle; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction to be sent to the vehicle-mounted data terminal of described electric vehicle in the time that airconditioning control instruction indicates;
Or,
After server detects that vehicle-mounted data terminal is in dormant state, by dialing mode by described vehicle-mounted data terminal wake-up, after vehicle-mounted data terminal is waken up, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction is sent to the vehicle-mounted data terminal of described electric vehicle; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by cordless communication network, described airconditioning control instruction to be sent to the vehicle-mounted data terminal of described electric vehicle in the time that airconditioning control instruction indicates;
Or,
After server detects that vehicle-mounted data terminal is in dormant state, when not indicating server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, by the form of note by described vehicle-mounted data terminal wake-up, and by note, described airconditioning control instruction is sent to described vehicle-mounted data terminal; When specifying server in airconditioning control instruction and to forward to vehicle-mounted data terminal the time of described airconditioning control instruction, in the time that airconditioning control instruction indicates by described vehicle-mounted data terminal wake-up, and by note, described airconditioning control instruction is sent to described vehicle-mounted data terminal.
8. the airconditioning control to electric vehicle according to claim 7 carries out the system of Long-distance Control, it is characterized in that, described electric vehicle arranges a remote control button, described remote control button is connected with the entire car controller circuit of described electric automobile, when described remote control button is opened, then described entire car controller accepts the remote control commands that described vehicle-mounted data terminal sends, when described remote control button is closed, then described entire car controller does not accept the remote control commands that described vehicle-mounted data terminal sends.
9. the airconditioning control to electric vehicle according to claim 7 to 8 one carries out the system of Long-distance Control, it is characterized in that, described system also comprises: electronic temperature control system controller, warm braw controller and compressor controller, vehicle-mounted data terminal is connected with described entire car controller with bus by rigid line, entire car controller is connected with electronic temperature control system with bus by rigid line, entire car controller is connected with compressor controller, warm braw controller by rigid line, and electronic temperature control system is connected with warm braw controller with compressor controller by bus;
Described vehicle-mounted data terminal, after receiving airconditioning control instruction, when described entire car controller is in dormant state, wake described entire car controller up by hardware awake signal, by wire communication, described airconditioning control instruction is sent to described entire car controller;
Described entire car controller, for obtaining the current state-of-charge of the battery of described electric vehicle, judges whether described current state-of-charge is greater than the air-conditioning unlatching threshold value of setting; When threshold value opened by the air-conditioning that described current state-of-charge is greater than setting, then wake described electronic temperature control system controller, warm braw controller and compressor controller up by hardware awake signal, when described airconditioning control instruction is warm braw order, then send warm braw enable command to described electronic temperature control system controller; When described airconditioning control instruction is cold wind order, then send cold wind enable command to described electronic temperature control system controller; When threshold value opened by the air-conditioning that described current state-of-charge is not more than setting, then described entire car controller does not perform described airconditioning control order;
Described electronic temperature control system controller, for being warm braw order when described airconditioning control instruction, sends the warm braw enable command of carrying blast velocity control parameter to warm braw controller; When described airconditioning control instruction is cold wind order, then send the cold wind enable command of carrying blast velocity control parameter to compressor controller.
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