CN102497477A - Cell phone system for vehicle monitoring - Google Patents
Cell phone system for vehicle monitoring Download PDFInfo
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- CN102497477A CN102497477A CN201110413348XA CN201110413348A CN102497477A CN 102497477 A CN102497477 A CN 102497477A CN 201110413348X A CN201110413348X A CN 201110413348XA CN 201110413348 A CN201110413348 A CN 201110413348A CN 102497477 A CN102497477 A CN 102497477A
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Abstract
The invention discloses a cell phone system for vehicle monitoring, which is based on a cell phone control module and a vehicle driving module. Information exchanging of the cell phone and a vehicle is obtained through a communication module. A my-vehicle unit is added in the cell phone, a subunit of vehicle driving is set, and subunits of driving plans, happy driving and/or safe driving are selectively arranged so as to conduct real-time monitoring and control on the vehicle. The cell phone monitoring system can conduct vehicle management conveniently and fast, are complete in functions, more human-friendly and intelligent, meets requirements of different users, improves driving safety of the vehicle, helps users to drive the vehicles better, and effectively finishes journey.
Description
Technical field
The present invention relates to vehicle carried out the system of intelligent monitoring through mobile phone.
Background technology
Along with popularizing of smart mobile phone and automobile, it has become indispensable daily necessities in our life gradually, is accompanied by development of science and technology; Getting in touch of mobile phone and automobile is also more and more tightr, is 201010284019.5 like number of patent application, and patent name is the patent application of " a kind of automobile remote control system "; Disclose a kind of through the supervisory control system of mobile phone to vehicle; Also have some mobile phones to have communicating by letter of key, realize that no key starts of this sort cellphone control system function singleness through setting up with automobile; Along with improving constantly of life scientific and technological level, can not satisfy client's demand.
Summary of the invention
Technical problem to be solved by this invention is to realize the intelligence system of a kind of mobile phone of concrete multiple function to vehicle monitoring.
To achieve these goals; The technical scheme that the present invention adopts is: a kind of cell phone system that is used for vehicle monitoring; This system increases Control Software and the vehicle control module of being made up of interface unit and communication unit that is installed on the vehicle based on mobile phone; Cell phone system is provided with " my automobile " unit, and has subelement " steering vehicle " in " my automobile " unit;
Described " steering vehicle " subelement control method is following:
Cell phone system according to the user select to vehicle send have a mobile phone card identity key seek car signal, unlocking signal, startup signals of vehicles or the enabling signal of unblanking,
When vehicle receive seek the car signal after, if vehicle and mobile phone distance more then shows vehicle distances, position on cell phone map, if vehicle and mobile phone close together are then controlled the car light several that glimmers, blows a whistle,
After vehicle received unlocking signal, automotive theft proof system was removed, door lock for vehicle is opened, and confirms human pilot according to the identity information of the mobile phone key of unblanking simultaneously, and carry out seat automatically, the adjustment of side mirror, automatic gear-box individual driving habits,
After vehicle received the startup signals of vehicles, vehicle motor started also and carries out self check, and the vehicle condition of self check gained is shown on the mobile phone,
After vehicle received the enabling signal of unblanking, door lock for vehicle was opened, and automotive theft proof system is removed, and confirmed the user according to the mobile phone signal of unblanking simultaneously, optionally carried out the adjustment of seat, side mirror, automatic gear-box driving habits.
The described car signal of seeking at first adopts " bluetooth " or " wireless " digital communication mode; If vehicle receives and response is nearer with vehicle and mobile phone distance definition then; And send the unlocking signal or the enabling signal of unblanking automatically from the trend vehicle according to preset order; If vehicle does not have the intermediate range distance communication pattern that response then automatically switches into uhf band; It is nearer with vehicle and mobile phone distance definition then that vehicle has response, if vehicle does not have response and then automatically switches to GSM or 3G telecommunication mode, and with vehicle and mobile phone distance definition for far away.
When mobile phone utilizes described unlocking signal that GSM or 3G communication sends and starts signals of vehicles and carry out the Long-distance Control vehicle, be provided with secondary and confirm the interface.
Vehicle receives described startup signals of vehicles to carry out after the self check being shown on the mobile phone oil mass, tire pressure and/or indoor and outdoor temperature are defeated; And point out and whether open air-conditioning and/or heating seat, and will confirm that signal is sent to steering vehicle module controls air conditioning for automobiles, the seat heater starts.
Described " my automobile " also is provided with subelement " driving plan "; This subelement control method is following: mobile phone is delivered to in-vehicle navigation apparatus with the traffic route that prestores; And the self-test signal of the automatic output of reception vehicle;, judge whether to accomplish the driving task safely from the oil mass, tire pressure, vehicle condition and the stroke distances that detect according to vehicle, if oil mass is enough, tire pressure and vehicle condition normally then in-vehicle navigation apparatus only show predetermined traffic route; If low on fuel is unusual to accomplish whole distances or tire pressure and vehicle condition, then mobile phone sends increases an oiling circuit or the circuit that repairs automatically on the variation route signal controlling in-vehicle navigation apparatus.
Described " driving plan " is when opening; Mobile phone constantly receives information desk output road conditions signal in the vehicle ' process; And the route signal conveys after will handling is to in-vehicle navigation apparatus; Marking out road condition on the traffic route with different colours on the in-vehicle navigation apparatus, if when having the impassable situation of serious traffic congestion, road closed on the traffic route, mobile phone increases new unimpeded traffic route according to origin and destination and supplies user's selection; With also marking out road condition on the stylish traffic route, form the Real-time and Dynamic map.
Described " my automobile " also is provided with subelement " happy driving "; This subelement control method is following: the music, recreation, television data, the song playing program that prestore and edited in " happy driving " subelement; Arrangement is listened in Traffic Announcement, meteorological brodcast; The user optionally is sent to vehicle control module through " bluetooth " or " wireless " radio communication canal with content selected with above-mentioned entertainment information, and activates vehicle entertainment system and carry out;
The user optionally opens " car phone pattern "; Be that mobile phone communication and note unit are communicated with the steering vehicle unit, when cell phone incoming call or broadcast phone, adopt the vehicle-mounted voice module to carry out mobile phone communication automatically; When mobile phone came short message, the vehicle-mounted voice module was reported short message content automatically.
Described " my automobile " also is provided with subelement " safe driving ", and this subelement control method is following: in the vehicle ' process, vehicle sends vehicle arrangement working condition and traveling state of vehicle signal in real time and is shown in to mobile phone and supplies user inquiring on the mobile phone;
When car running computer breaks down code or prompting; This information is sent to mobile phone; And by mobile phone will be directly be that trouble location, phenomenon of the failure are shown on the mobile phone and prompting supplies user inquiring with code conversion; Or failure code or data be sent to automobile services mechanism automatically; Automatic equipment by full-time service organization is done remote diagnosis through mobile phone, and the interface unit to vehicle control module sends the disposal instruction simultaneously, or through the mobile phone remote board units trouble location is adjusted and fault restoration automatically;
When emergency episode and significant trouble signal occurring; The steering vehicle unit is sent to the mobile phone control unit with each acquisition sensor signal priority; The mode guiding driver emergency action that mobile phone shows through voice or literal according to preset accident treatment prediction scheme, mobile phone is edited failure code, vehicle coordinate or information such as base station code, information of vehicles and driver automatically and is sent to vehicle service mechanism and accident salvage service simultaneously.
Described " safe driving " subelement regularly is sent to vehicle service mechanism with vehicle arrangement working condition and traveling state of vehicle signal, and receives the vehicle status report that vehicle service mechanism sends.
Described " my automobile " also is provided with subelement " end stroke "; This subelement control method is following: the each running data of described steering vehicle unit record; And can be downloaded on the mobile phone through described " safe driving " subelement, described running data comprises initial milimeter number, the kilometer that goes, accumulative total milimeter number, milimeter number when refueling, start-stop time, start-stop time, travel route, vehicle condition, Fuel Oil Remaining, route or travel by vehicle, coordinate and/or by way of the position code of cellular base station.
The invention has the advantages that the vehicle management of carrying out that this monitoring mobile phone system can more convenient and quicker, multiple functional, hommization is intelligent more; Satisfy requirements of different users; Also improve vehicle driving safety, helped the user better to control vehicle, more effective completion stroke.
Description of drawings
Face the content of every width of cloth accompanying drawing expression in the specification of the present invention and the mark among the figure down and make brief description:
Fig. 1 is " my automobile " unit controls block diagram;
Fig. 2 is " driving plan " unit controls block diagram;
Fig. 3 is " happy driving " unit controls block diagram;
Fig. 4 is " safe driving " unit controls block diagram;
Fig. 5 is " end stroke " unit controls block diagram;
Fig. 6 is " lock car " unit controls block diagram;
Embodiment
Contrast accompanying drawing below; Through description to embodiment; Embodiment of the present invention such as related operating procedure, function, method for using etc.; Do further detailed explanation, inventive concept of the present invention, technical scheme are had more complete, accurate and deep understanding to help those skilled in the art.
The system that the present invention is used for vehicle monitoring is based on smart mobile phone to be increased Control Software and constitutes with the vehicle control module of being made up of interface unit and communication unit that is installed on the vehicle.This system monitoring software promptly is installed on smart mobile phone, and the while is mounting vehicle control module hardware onboard.Various transducers or link to each other on interface unit in the module and the car with the Body Control computer, collection vehicle static with dynamic duty information, carry out the information interchange of wireless mode through communication unit and smart mobile phone, and by mobile phone to information enforcement manage.Simultaneously, can prestored information in the mobile phone and work order be transferred to control module.Under the control of cell phone software, the user is through the operation to the mobile phone interface menu, thereby realization is monitored in real time and managed the various operating states of vehicle.
Installed in the smart mobile phone interface of vehicle monitoring system and " my an automobile " menu option can occur; Click " my automobile " and subelement " steering vehicle " can occur; And add sub-option according to user's needs; Like " driving plan ", " happy driving ", " safe driving " and/or " end stroke ", click corresponding units, can carry out corresponding monitoring and management to vehicle.
Referring to Fig. 1 specifically; Its control method of " steering vehicle " subelement is following: after clicking on the mobile phone my " my automobile " main menu; Click " steering vehicle " submenu again; The Action option of control vehicle can occur, comprise: seek the car button, the button of unblanking, start the vehicle button and unblank to start button.When clicking " steering vehicle " subelement, mobile phone sends the identification signal.System utilizes the uniqueness of phone number, sends the information that has identity key in SIM cards of mobile phones or the 3G mobile.After system examined the information of the specific key that comprises car owner's identity and authority, what the user just can safety controlled vehicle.Just can send action commands such as seeking car signal, unlocking signal, startup signals of vehicles or the enabling signal of unblanking afterwards.
Utilize the intelligent advantage of system, under subelements at different levels, can preset multiple hommization option, for example, when the user clicked " steering vehicle " button, cell phone system can send the identification request from the trend vehicle with " bluetooth " or " wireless " mode.After vehicle control module receives request, the distance of the field intensity size judges through distinguishing mobile phone signal.Show user mobile phone when signal is strong just near car door, Vehicular system is then accomplished and is unblanked or the action of opening the door, and makes things convenient for the one-touch completion unlock operation of user.
When the user click under " steering vehicle " submenu seek the car button time, mobile phone sends seeks the car signal.Seeking the car signal and at first adopt " bluetooth " or " wireless " junction service mode, if vehicle receives signal and responds, is nearer with vehicle and mobile phone distance definition then.The car light that sends of being sought vehicle glimmers or whistle signal, prompting user vehicle heading, and meanwhile mobile phone also can be arranged on as required and show vehicle distances on the mobile phone and mark vehicle heading.Because above-mentioned communication distance is very near, therefore after noticing the vehicle acousto-optic hint, the user can find automobile certainly very soon.As seeking the car signal and obtain vehicle response when adopting " bluetooth " or " wireless " junction service mode to send; Then mobile phone sends unlocking signal or unblank enabling signal or other operation automatically from the trend vehicle, makes things convenient for user's one-key operation operation to seek car, unblank and work such as startup; When after car signal quilt " bluetooth " or " wireless " junction service mode of seeking that mobile phone key sends is sent, not obtaining vehicle response, then automatically switch into the medium or short range communication pattern of uhf band.When vehicle received the uhf band signal and responds, system was nearer with vehicle and mobile phone distance definition, controls vehicle simultaneously and makes responses such as car light glimmers, blows a whistle.In this distance, the user possibly still can't find vehicle after prompting.For safety, so only do the acousto-optic prompting, do not make other control actions; If when mobile phone is sought the car vehicle and still do not had response with the short-distance and medium-distance communication pattern of uhf band, then automatically switch to GSM or 3G telecommunication mode, mobile phone display system is simultaneously being done remote inquiry, shows that vehicle and mobile phone distance definition are for far away.Meanwhile; The GPS tracing system is activated automatically on the car, sends the vehicle location coordinate through back, vehicle GPS location to mobile phone, on cell phone map, shows vehicle location; Also can mark simultaneously the relative distance and the orientation of mobile phone and vehicle, make things convenient for the user to understand vehicle location rapidly.The above-mentioned car method of seeking is according to the automatic converts communications mode of the different distance of mobile phone and automobile, realizes that the car of seeking of mobile phone is unblanked nearby, and medium or short range is sought car, radio channel zero-clearance link during remote control operation.The user can one-touchly seek car, convenient, the timely vehicle location that also obtains effectively.
For realize the cellphone subscriber lock after the car with release before nearby, the zero-clearance of medium or short range, long distance wireless passage links; During this period, the communication unit in the vehicle control module with " bluetooth " or " wireless ", UHF, GSM or three kinds of communication modes of 3G for order, wait for reception with the circulation mode of waiting for of per second N time.Behind vehicle release or user mobile phone entering vehicle, system waits at " bluetooth " or " wireless " channel automatically.
When seeking car when the user clicks, the button of unblanking sends unlocking signal or vehicle being carried out other remote operations, mobile phone automatically with in the SIM or the identity key signal that has in the mobile phone send.The vehicle-mounted control interface unit utilizes the uniqueness of phone number according to the identification request that smart mobile phone sends, and therefrom distinguishes car owner's identity in the identification code, confirms user class.After the affirmation, VATS Vehicle Anti-Theft System is withdrawn from, and completion is simultaneously unblanked or car door opening moves or accept other instructions.
An automobile has a plurality of users to be used, and its user's stature differs, and also differs for seat, side mirror equal angles status requirement, can adjust and store specific user's the information that is provided with in advance through this system.When using mobile phone to send to have identity key identification when unblanking; The information that vehicle is preset according to the specific user carry out automatically driver's seat seat front and back position, highly, chair back angle; The eyeglass angle of car, inside and outside side mirror, and specific adjustment such as automatic gear-box driving habits.
When the user clicks when starting button and sending enabling signal, vehicle carries out self check and ato unit, and the vehicle condition with the self check gained is shown on the mobile phone simultaneously; This operation is generally used for remote activation, and particularly winter, engine needed the preheated one-section time, therefore can be before driving; Start vehicle in advance, when engine speed reached normal idling, vehicle can send a signal to mobile phone; The user is pointed out, can prevent also that the user from starting behind the vehicle and forgetting to reach car.
Vehicle receives the self-check program that carries out after the enabling signal and comprises that tire pressure, oil mass and/or indoor and outdoor temperature detect, and after the detection testing result signal is sent and is shown on the mobile phone, and whether prompting simultaneously opens air-conditioning and/or heating seat.The user thinks that temperature crosses low or too high need to open air-conditioning or heating seat, then only needs to click corresponding startup button.Mobile phone sends and controls signal to vehicle control module startup air conditioning for automobiles, seat heater, thereby makes that a good comfortable driving environment is arranged when the user gets into vehicle.
Unblank to start button and send when unblanking enabling signal when the user clicks; Promptly send enabling signal and unlocking signal to vehicle simultaneously, and carry out the operation of above-mentioned two signals simultaneously, this operation is generally the short range driving and starts vehicle; Therefore do not carry out self check and prompting operation; The signal that sends behind the button can only closely be controlled through " bluetooth " or " wireless " communication mode, makes things convenient for closely operating in a key of user, closely controls because be; Then need not to carry out self check and can point out unlatching air-conditioning or seat heating, the user can be in the back manual operation of getting on the bus.
When mobile phone sends unlocking signal and starts signals of vehicles, its communication mode with send when seeking the car signal identical.At first adopt the short-haul connections mode of " bluetooth " or " wireless ", do not have the response back to automatically switch into the short-distance and medium-distance communication pattern of uhf band, then do not utilize GSM or 3G communication to send the remote unlocking signal and start signals of vehicles if still there is response at vehicle.When system judges that mobile phone uses GSM or 3G long-range not near vehicle,, before mobile phone output signal, can eject secondary and confirm the interface for avoiding misoperation.This secondary affirmation interface also can adopt the form of input password to confirm.The far and near like this pattern of switching of unblanking and starting vehicle conveniently is used for better controlling vehicle, for example when the car owner not at one's side at vehicle, still can open car door and let other people from car, get some article etc.
So above-mentioned mobile phone carries out ato unit when control to vehicle, all need carry out self check to automobile gear level, when vehicle is hung when advancing gear, ato unit not then.Since the uniqueness of phone number, to the vehicle anti-theft setting, the identity code that board units sends according to smart mobile phone, identification, release, anti-theft security property is higher.
Referring to Fig. 2 specifically, subelement " driving plan " control method is following:
The user can import editor's driving plan (the driving map of approach ground, destination and customization that typing will be gone) in advance in mobile phone.After the car owner gets on the bus, click " driving plan " button, then mobile phone links and sets up the real-time Transmission passage with vehicle control module." bluetooth " or " wireless " radio communication channel is passed through in the driving arrangement that is pre-stored in the mobile phone, be delivered to in-vehicle navigation apparatus.Mobile phone receives the automatic self-test signal of exporting of vehicle various kinds of sensors signal, each functional unit of vehicle that vehicle control interface unit collects simultaneously, and it comprises oil mass, tire pressure, vehicle condition etc.Mobile phone calculates according to above-mentioned information comparison driving plan, judges whether to accomplish the driving task smoothly, safely.If oil mass is enough, tire pressure and vehicle condition normally then in-vehicle navigation apparatus only show that driving is scheduled to traffic route in the works; If low on fuel is unusual to accomplish whole distances or tire pressure and vehicle condition; Then mobile phone is sought gas station's coordinate through network or the service station coordinate that repairs is drafted a traffic route through the gas station's coordinate or the service station that repairs again, this route for through gas station or the service station that repairs to the destination the shortest stroke.When low on fuel when reaching the gas station in the above-mentioned stroke, then select a nearest gas station to carry out the stroke editor.Afterwards the variation route signal is sent on the in-vehicle navigation apparatus, on the navigator display, increases an oiling circuit or the circuit that repairs automatically.With also using voice to point out, make user's vigilance.Such design makes the user drive a vehicle and accomplishes to know what's what, and drives saferly, uses more convenient and quicker.
Under " driving plan " opening, mobile phone constantly receives the road conditions signal that information counter provides in the vehicle ' process, and this information desk can be ad hoc covering citywide information on services platform, also can be the cellular base station that distributes on the way.Mobile phone exchanges switching information of base station automatically when crossing over the base station signal service area with car, this moment, the base station will be sent on the mobile phone from one's respective area meteorology, road conditions, congestion in road point and next highway section forecast digital information of public information service platform automatically.Along with advancing of automobile, mobile phone constantly gets into next base station coverage area, and information is also constantly refreshed.Therefore, the real time information in can realizing driving a vehicle on the way dynamically shows.Mobile phone is after receiving above-mentioned signal; Not smooth highway section coordinate successive value signal conveys after can will handling is to in-vehicle navigation apparatus; Marking out road condition on the traffic route with different colours on the in-vehicle navigation apparatus; Form the Real-time and Dynamic map, for example green is that unimpeded highway section, yellow block up or the impassable highway section of road closed for serious for the highway section that blocks up, redness.During the situation that if existence is seriously blocked up on the traffic route, road closed is impassable, mobile phone supplies user's selection according to origin and the new unimpeded traffic route of destination increase, with also marking out road condition on the stylish traffic route.The road conditions dynamic map that this mobile phone real time information is synthetic can effectively slow down the pressure in traffic congestion highway section, and the time that also can practice thrift the user, human nature, intelligence is that the user serves more.
Referring to Fig. 3 specifically, subelement " happy driving " control method is following:
Before the user gets on the bus, can click mobile phone and get into " happy driving " interface, to music, recreation, television data, the song playing program of internal memory, Traffic Announcement, meteorological brodcast are listened to arrangement etc. and are edited in advance.After getting on the bus in the family; Under smart mobile phone " my automobile " interface, press " happy driving " button; Choose and press " transmission " button in advance after the content edited; Then can content selected be sent to the vehicle control module vehicle control module through " bluetooth " or " wireless " radio communication channel, and activate vehicle entertainment system by the interface unit in the vehicle control module and carry out, such data exchange ways is convenient, fast.
After getting on the bus, the user under " happy driving " interface, can select to open " car phone pattern "; Be that mobile phone communication and note unit are communicated with the steering vehicle unit, when cell phone incoming call or broadcast phone, adopt the vehicle-mounted voice module to carry out mobile phone communication automatically; When mobile phone comes short message; The vehicle-mounted voice module is reported short message content automatically, avoids manually controlling the potential safety hazard that mobile phone brings, and adopts selectivity operation rather than automatic switchover mode simultaneously; In the time of can avoiding Che Shangyou passenger, the leakage of individual privacy.
Referring to Fig. 4 specifically, subelement " safe driving " control method is following:
This subelement function is behind car door lock unlatching and vehicle launch, and vehicle control module is started automatically, between mobile phone and vehicle, sets up digital radio link automatically.In the vehicle ' process, vehicle is controlled the interface unit of mould with vehicle arrangement working condition that is pooled to and traveling state of vehicle signal, sends and be shown in to mobile phone in real time to supply user inquiring on the mobile phone; After selecting " consulting in real time " button under " safe driving " menu, the car owner can be at vehicle arrangement working condition and the traveling state of vehicle of checking the vehicle arrangement under " interface unit " management on the mobile phone.Monitoring parameter, alert if preset in these real time datas and the mobile phone are compared.System can in time find the slight change of vehicle each several part under the situation that the user does not discover, and in the timely processing of smart mobile phone embedded software.In time inform that through means such as prompting, warning, speed limits the car owner notes, in case of necessity also can automatic stopping, the lock car.When mobile phone when user in car sends fault prompting or reports to the police, can also vehicle trouble code or data be sent to automobile services mechanism (for example 4S shop, the full-time information desk of brand etc.) automatically.The automatic equipment of full-time service organization is done remote diagnosis through mobile phone, and the interface unit to vehicle control module sends the disposal instruction simultaneously; Also can adjust automatically and fault restoration trouble location through the mobile phone remote board units; Can also get in touch the car owner by the technical staff and carry out specialized guidance, disposal, thereby reduce the vehicle loss and avoid accident to take place.Under trouble-free situation, " safe driving " subelement regularly is sent to vehicle service mechanism with vehicle arrangement working condition and traveling state of vehicle signal, and receives the vehicle status report that vehicle service mechanism sends.Report content can be the data, voice, note etc. of control or adjustment vehicle sensors, also can help service organization to set up vehicle " health check-up archives ", is convenient to vehicle service mechanism and better serves for the consumer provides timely and effectively.
The vehicle arrangement working condition comprises the status values of speed/acceleration/milimeter number/oil mass/oil consumption/oily temperature/oil pressure/tire pressure/temperature/water temperature/voltage/illumination/air-conditioning/signal lamp/air bag; Traveling state of vehicle comprises tire temperature/water temperature/gps coordinate/rainfall/road visibility.
When car running computer break down code or prompting, appearance is reported to the police or when situation such as overvoltage, overheated, lack of water, oil starvation takes place; Preferentially be sent to mobile phone, and by mobile phone will be directly be that trouble location, phenomenon of the failure are shown on the mobile phone and the voice suggestion user inquiring with code conversion.
When significant trouble such as emergency episode occurs or bump, fall into water; Interface unit is with directly transmitting between each acquisition sensor signal and the mobile phone; The mode guiding driver emergency action that mobile phone shows through voice or literal according to the preset accident treatment prediction scheme of sensor information; Gps coordinate or information such as base station code, information of vehicles and driver that the while mobile phone is edited failure code, vehicle location automatically are sent to vehicle service mechanism and accident salvage service, make the driver and the vehicle very first time obtain relief.
Referring to Fig. 5 specifically, subelement " end stroke " control method is following:
When under " my automobile " menu, selecting " end stroke " button, the automatic notification interface of mobile phone unit finishes the record of this run-length data, and is temporarily stored in the internal memory of interface unit.Perhaps according to user's manual operation, select mobile phone " record goes " subelement and this running data or the tired before running data that collects be downloaded in mobile phone " my route " file to retain.Finish to comprise initial milimeter number in the running data of stroke, the kilometer that goes, accumulative total milimeter number, milimeter number when refueling, start-stop time, start-stop time, travel route, vehicle condition, Fuel Oil Remaining, route or travel by vehicle, coordinate and/or by way of the position code of cellular base station etc.If the user is engaged in road transport or extraordinary carrier, above-mentioned " my route " archives can be uploaded to corporate server automatically through software setting, or are uploaded to authorities' server file for future examination." my automobile " unit can link to each other with computer through USB interface in the mobile phone, carries out the editor and the renewal of each subelement content.
When user mobile phone started " safe driving ", mobile phone also can be noted the position code of cellular base station on the way automatically, will after the position code of cellular base station is compared with the base station distribution map, can obtain the route that user mobile phone is walked with garage.This traffic route along the base station distribution map has comprised user mobile phone information characteristics onboard, and this information characteristics has the special carrier of supervision driver demand that effective evidences is provided to some.Because interface unit has compiled real-time driving data, fortune pipe department can consult the status of equipment and the travel conditions of vehicle at any time in real time through user mobile phone.With assembled GPS equipment vehicle relatively, this system not only can supervise vehicle actual travel route, can also carry out more efficiently supervision to vehicle condition, road conditions, running time, human pilot.
When under " my automobile " menu, selecting " lock car " button,
The mobile phone one-key formula is accomplished this stroke running data of storage, and completion is closed window, lock car, opened security settings.
Combine accompanying drawing that the present invention has been carried out exemplary description above; Obviously the concrete realization of the present invention does not receive the restriction of aforesaid way; As long as adopted the improvement of the various unsubstantialities that method of the present invention design and technical scheme carry out; Or design of the present invention and technical scheme are directly applied to other occasion without improving, all within protection scope of the present invention.
Claims (10)
1. cell phone system that is used for vehicle monitoring; It is characterized in that: this system increases Control Software and the vehicle control module of being made up of interface unit and communication unit that is installed on the vehicle based on mobile phone; Cell phone system is provided with " my automobile " unit, and has subelement " steering vehicle " in " my automobile " unit;
Described " steering vehicle " subelement control method is following:
Cell phone system according to the user select to vehicle send have a mobile phone card identity key seek car signal, unlocking signal, startup signals of vehicles or the enabling signal of unblanking;
When vehicle receive seek the car signal after, if vehicle and mobile phone distance more then shows vehicle distances, position on cell phone map, if vehicle and mobile phone close together are then controlled the car light several that glimmers, blows a whistle;
After vehicle received unlocking signal, automotive theft proof system was removed, door lock for vehicle is opened, and confirms human pilot according to the identity information of the mobile phone key of unblanking simultaneously, and carry out seat automatically, the adjustment of side mirror, automatic gear-box individual driving habits;
After vehicle received the startup signals of vehicles, vehicle motor started also and carries out self check, and the vehicle condition of self check gained is shown on the mobile phone;
After vehicle received the enabling signal of unblanking, door lock for vehicle was opened, and automotive theft proof system is removed, and confirmed the user according to the mobile phone signal of unblanking simultaneously, optionally carried out the adjustment of seat, side mirror, automatic gear-box driving habits.
2. the cell phone system that is used for vehicle monitoring according to claim 1; It is characterized in that: the described car signal of seeking at first adopts " bluetooth " or " wireless " digital communication mode; If vehicle receives and response is nearer with vehicle and mobile phone distance definition then; And send the unlocking signal or the enabling signal of unblanking automatically from the trend vehicle according to preset order, if vehicle does not have the intermediate range distance communication pattern that response then automatically switches into uhf band, it is nearer with vehicle and mobile phone distance definition then that vehicle has response; If vehicle does not have response and then automatically switches to GSM or 3G telecommunication mode, and with vehicle and mobile phone distance definition for far away.
3. the cell phone system that is used for vehicle monitoring according to claim 1 is characterized in that: when mobile phone utilizes described unlocking signal that GSM or 3G communication sends and starts signals of vehicles and carry out the Long-distance Control vehicle, be provided with secondary and confirm the interface.
4. the cell phone system that is used for vehicle monitoring according to claim 1; It is characterized in that: vehicle receives described startup signals of vehicles to carry out after the self check being shown on the mobile phone oil mass, tire pressure and/or indoor and outdoor temperature are defeated; And point out and whether open air-conditioning and/or heating seat, and will confirm that signal is sent to steering vehicle module controls air conditioning for automobiles, the seat heater starts.
5. the cell phone system that is used for vehicle monitoring according to claim 1 is characterized in that: described " my automobile " also is provided with subelement " driving plan ", and this subelement control method is following:
Mobile phone is delivered to in-vehicle navigation apparatus with the traffic route that prestores; And the self-test signal of the automatic output of reception vehicle; Oneself detects according to vehicle oil mass, tire pressure, vehicle condition and stroke distances; Judge whether to accomplish the driving task safely; If oil mass is enough, tire pressure and vehicle condition normally then in-vehicle navigation apparatus only show predetermined traffic route, if low on fuel is unusual to accomplish whole distances or tire pressure and vehicle condition, then mobile phone sends on the variation route signal controlling in-vehicle navigation apparatus increase oiling circuit or the circuit that repairs automatically.
6. the cell phone system that is used for vehicle monitoring according to claim 5; It is characterized in that: described " driving plan " is when opening; Mobile phone constantly receives information desk output road conditions signal in the vehicle ' process, and the route signal conveys after will handling is marking out traffic route on road condition with different colours to in-vehicle navigation apparatus on the in-vehicle navigation apparatus; During the situation that if existence is seriously blocked up on the traffic route, road closed is impassable; Mobile phone increases new unimpeded traffic route confession user selection according to origin and destination, with also marking out road condition on the stylish traffic route, forms the Real-time and Dynamic map.
7. the cell phone system that is used for vehicle monitoring according to claim 1 is characterized in that: described " my automobile " also is provided with subelement " happy driving ", and this subelement control method is following:
The music, recreation, television data, the song playing program that prestore and edited in " happy driving " subelement; Arrangement is listened in Traffic Announcement, meteorological brodcast; The user optionally is sent to vehicle control module through " bluetooth " or " wireless " radio communication canal with content selected with above-mentioned entertainment information, and activates vehicle entertainment system and carry out;
The user optionally opens " car phone pattern "; Be that mobile phone communication and note unit are communicated with the steering vehicle unit, when cell phone incoming call or broadcast phone, adopt the vehicle-mounted voice module to carry out mobile phone communication automatically; When mobile phone came short message, the vehicle-mounted voice module was reported short message content automatically.
8. the cell phone system that is used for vehicle monitoring according to claim 7 is characterized in that: described " my automobile " also is provided with subelement " safe driving ", and this subelement control method is following:
In the vehicle ' process, vehicle sends vehicle arrangement working condition and traveling state of vehicle signal in real time and is shown in to mobile phone and supplies user inquiring on the mobile phone;
When car running computer breaks down code or prompting; This information is sent to mobile phone; And by mobile phone will be directly be that trouble location, phenomenon of the failure are shown on the mobile phone and prompting supplies user inquiring with code conversion; Or failure code or data be sent to automobile services mechanism automatically; Automatic equipment by full-time service organization is done remote diagnosis through mobile phone, and the interface unit to vehicle control module sends the disposal instruction simultaneously, or through the mobile phone remote board units trouble location is adjusted and fault restoration automatically;
When emergency episode and significant trouble signal occurring; The steering vehicle unit is sent to the mobile phone control unit with each acquisition sensor signal priority; The mode guiding driver emergency action that mobile phone shows through voice or literal according to preset accident treatment prediction scheme, mobile phone is edited failure code, vehicle coordinate or information such as base station code, information of vehicles and driver automatically and is sent to vehicle service mechanism and accident salvage service simultaneously.
9. the cell phone system that is used for vehicle monitoring according to claim 8; It is characterized in that: described " safe driving " subelement regularly is sent to vehicle service mechanism with vehicle arrangement working condition and traveling state of vehicle signal, and receives the vehicle status report that vehicle service mechanism sends.
10. the cell phone system that is used for vehicle monitoring according to claim 1 is characterized in that: described " my automobile " also is provided with subelement " end stroke ", and this subelement control method is following:
The each running data of described steering vehicle unit record; And can be downloaded on the mobile phone through described " safe driving " subelement, described running data comprises initial milimeter number, the kilometer that goes, accumulative total milimeter number, milimeter number when refueling, start-stop time, start-stop time, travel route, vehicle condition, Fuel Oil Remaining, route or travel by vehicle, coordinate and/or by way of the position code of cellular base station.
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| CN201110413348.XA CN102497477B (en) | 2011-12-13 | 2011-12-13 | Cell phone system for vehicle monitoring |
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| CN201110413348.XA CN102497477B (en) | 2011-12-13 | 2011-12-13 | Cell phone system for vehicle monitoring |
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