CN102431523B - Vehicle monitoring system and method - Google Patents
Vehicle monitoring system and method Download PDFInfo
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- CN102431523B CN102431523B CN201110388886.8A CN201110388886A CN102431523B CN 102431523 B CN102431523 B CN 102431523B CN 201110388886 A CN201110388886 A CN 201110388886A CN 102431523 B CN102431523 B CN 102431523B
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Abstract
The invention discloses a vehicle monitoring system and a corresponding vehicle monitoring method, wherein the system comprises a vehicle monitoring module, a cloud computing platform server and a mobile terminal arranged on a vehicle; when the vehicle is detected to move, the vehicle monitoring module sends an alarm signal to the cloud computing platform server; the server transfers the alarm signal to the mobile terminal; the mobile terminal receives a voice command from a user and then sends to the server; the server identifies and analyzes the voice command by speaker-independent voice to obtain instruction information of the vehicle, and sends the instruction information to the vehicle monitoring module, thereby controlling the vehicle remotely. The vehicle monitoring system and the method provided by the invention, when a driver leaves away the vehicle to heal with other affairs, can ensure the driver to master and control movement states of the vehicle freely after the vehicle monitoring system is opened, so that the security control is not a dead device completed by mechanical parts only and damaged freely in possible, and the vehicle monitoring security and flexibility are enhanced greatly.
Description
Technical field
The present invention relates to vehicle-mounted service technology, particularly relate to a kind of vehicle-mounted monitoring system and method.
Background technology
Along with expanding economy, automobile application is in social life more and more extensive, but vehicle is in the process generally used, nature can produce the problems such as safe antitheft, all the problem solved that do not improve all the time for the safe antitheft, the how state of monitoring vehicle when car owner does not use that how to solve vehicle all the time, so vehicle is diverted, usurped, the event such as to drag away often brings very large trouble to car owner, arrange can cause greatest economic loss to car owner unconsciously.Also some anti-thefts device for vehicle, remote control induction system is had in the prior art, but these apparatus systems often serviceability unstable, easily destroyed, some device can produce alarm immediately, but under the state that vehicle is in no supervision, real anti-theft function can not be played, more can not the state of monitoring vehicle at any time.
Summary of the invention
Technical matters to be solved by this invention be to provide a kind of can at any time monitoring vehicle location status, with reach monitoring vehicle follow the tracks of vehicle, the vehicle monitoring system guaranteeing vehicle safety and method.
For solving the problems of the technologies described above, technical scheme provided by the invention is as follows:
A kind of vehicle monitoring system, comprise and be arranged at vehicle monitoring module on vehicle, the state of kinematic motion of this vehicle monitoring module to vehicle is monitored, and it is characterized in that this vehicle monitoring system also comprises:
Mobile terminal, accepts the car alarming signal obtained from described vehicle monitoring module, and sends the voice command of user to cloud computing platform server;
Cloud computing platform server, accepts the voice command sent by described mobile terminal, sends command information, thus carry out Long-distance Control to described vehicle after signer-independent sign language recognition is resolved to described vehicle monitoring module.
The form that wherein said mobile terminal accepts car alarming signal is, described cloud computing platform server accepts locating information or the car alarming signal of described vehicle monitoring CMOS macro cell; Then car alarming signal is sent by mobile network to described mobile terminal by described cloud computing platform server.
Another kind of version as vehicle monitoring system can be, described mobile terminal and the pre-established communication bindings relation of described vehicle monitoring module;
The form that described mobile terminal accepts car alarming signal is, after described vehicle monitoring module detects that vehicle moves, by the described mobile terminal transmission car alarming signal of mobile network to built vertical binding relationship.
Invention also provides a kind of method of vehicle monitoring, step comprises:
A, detected the state of kinematic motion of described vehicle by the vehicle monitoring module be arranged on vehicle;
B, after detecting that vehicle moves, by described vehicle monitoring module by mobile network to cloud computing platform server send alerting signal;
C, described cloud computing platform server forward car alarming signal by mobile network to mobile terminal;
D, described mobile terminal accept the voice control command of user, and send to described cloud computing platform server by mobile network;
E, described cloud computing platform server adopt signer-independent sign language recognition technology to resolve described voice control command, obtain vehicle control information, this vehicle control information is sent to described vehicle monitoring module by mobile network, according to this vehicle control information, described vehicle is controlled by described vehicle monitoring module.
Can also comprise between described step c and steps d: first described mobile terminal accepts the speech polling order of user, and send to described cloud computing platform server by mobile network; Described cloud computing platform server adopts signer-independent sign language recognition technology to resolve described speech polling order, obtain vehicle query instruction, this vehicle query instruction is sent to described vehicle monitoring module by mobile network, obtained the operating state data of described vehicle by described vehicle monitoring module according to this vehicle query instruction, and send to described mobile terminal to show by cloud computing platform server described operating state data.
Wherein as the method judging state of motion of vehicle, the module of vehicle monitoring described in step a periodically can obtain the locating information of vehicle, judges the state of kinematic motion of vehicle according to this locating information.
As the another kind of method judging state of motion of vehicle, when described vehicle is under wireless communication network environments, first vehicle monitoring module described in step a is connected to the external wireless device having and obtain locating information function, described vehicle monitoring module obtains the locating information of described external wireless device by cordless communication network, carry out state of motion of vehicle judgement according to this locating information.
As another method judging state of motion of vehicle, when vehicle is under wireless communication network environments, first vehicle monitoring module described in step a is connected to the external wireless device having and obtain locating information function, and described vehicle monitoring module obtains the locating information of described external wireless device by cordless communication network; Meanwhile, described vehicle monitoring module detects the position location information of described vehicle; Described vehicle monitoring module judges state of motion of vehicle according to the relative position of described vehicle and described external wireless device.
Described cordless communication network can be wifi network, infrared network, ZigBee-network or 3G network.
Present invention also offers the method for another kind of vehicle monitoring, step comprises:
A, detected the locating information of described vehicle by the vehicle monitoring module be arranged on vehicle;
B, sent the locating information of described vehicle to cloud computing platform server by mobile network by described vehicle monitoring module, and judged the state of kinematic motion of described vehicle by described cloud computing platform server;
C, after described cloud computing platform server detects that described vehicle moves, send vehicle alarm information by mobile network to described mobile terminal;
D, described mobile terminal accept the voice control command of user, and send to described cloud computing platform server by mobile network;
E, described cloud computing platform server adopt signer-independent sign language recognition technology to resolve described voice control command, obtain vehicle control information, this vehicle control information is sent to vehicle monitoring module by mobile network, according to this vehicle control information, described vehicle is controlled by described vehicle monitoring module.
Can also comprise between described step c and steps d: first described mobile terminal accepts the speech polling order of user, and send to described cloud computing platform server by mobile network; Described cloud computing platform server adopts signer-independent sign language recognition technology to resolve described speech polling order, obtain vehicle query instruction, this vehicle query instruction is sent to described vehicle monitoring module by mobile network, obtained the operating state data of described vehicle by described vehicle monitoring module according to this vehicle query instruction, and send to described mobile terminal to show by cloud computing platform server described operating state data.
The module of vehicle monitoring described in step a periodically can obtain the locating information of vehicle, judges the state of kinematic motion of vehicle according to this locating information.
As the another kind of method judging state of motion of vehicle, step a is: when described vehicle is under wireless communication network environments, first vehicle monitoring module described in step a is connected to the external wireless device having and obtain locating information function, described vehicle monitoring module obtains the locating information of described external wireless device by cordless communication network, and using the position location information of the locating information of this external wireless device as described vehicle.
As another method judging state of motion of vehicle, step a is: when vehicle is under wireless communication network environments, first described vehicle monitoring module is connected to the external wireless device having and obtain locating information function, and described vehicle monitoring module obtains the locating information of described external wireless device by cordless communication network; Meanwhile, described vehicle monitoring module detects the position location information of described vehicle;
Step b is: send the locating information of described external wireless device and described vehicle location locating information by mobile network to cloud computing platform server by described vehicle monitoring module, and judges the state of kinematic motion of described vehicle according to the relative position of described vehicle and described external wireless device by described cloud computing platform server.
Described cordless communication network is wifi network, infrared network, ZigBee-network or 3G network.
The invention provides the method for another vehicle monitoring, step comprises:
A, the vehicle monitoring module be arranged on vehicle set up binding relationship with described mobile terminal in advance, and described vehicle monitoring module is direct and described binding communication of mobile terminal by mobile network;
B, detected the state of kinematic motion of described vehicle by the vehicle monitoring module be arranged on vehicle;
C, after detecting that vehicle moves, described vehicle monitoring module directly with described communication of mobile terminal, car alarming signal is sent to described mobile terminal;
D, described mobile terminal and described cloud computing platform server connect, and send voice control command to described cloud computing platform server;
E, described cloud computing platform server adopt signer-independent sign language recognition technology to resolve described voice control command, obtain vehicle control information, this vehicle control information is sent to vehicle monitoring module by mobile network, according to this vehicle control information, described vehicle is controlled by described vehicle monitoring module.
Can also comprise between described step c and steps d: first described mobile terminal accepts the speech polling order of user, and connect with described cloud computing platform server, send to described cloud computing platform server by mobile network; Described cloud computing platform server adopts signer-independent sign language recognition technology to resolve described speech polling order, obtain vehicle query instruction, this vehicle query instruction is sent to described vehicle monitoring module by mobile network, obtained the operating state data of described vehicle by described vehicle monitoring module according to this vehicle query instruction, and sent to by described operating state data described binding mobile terminal to show.
Vehicle monitoring system provided by the invention and method, make vehicle driver when leaving other affairs of vehicle process, can after unlocking vehicle monitored control system, grasp the state of kinematic motion of vehicle whenever and wherever possible, control the state of kinematic motion of vehicle whenever and wherever possible, make the dead device that may be destroyed at any time that safe antitheft has no longer just been come by mechanical component, but at any time all by car owner's supervision, the individual's warning controlled, monitored control system, it considerably increases safety and the alerting ability of vehicle monitoring.
Accompanying drawing explanation
Fig. 1 is one of structural representation of vehicle monitoring system of the present invention;
Fig. 2 is the structural representation two of vehicle monitoring system of the present invention;
Fig. 3 is one of workflow schematic diagram of the method for vehicle monitoring of the present invention;
Fig. 4 is the workflow schematic diagram two of the method for vehicle monitoring of the present invention;
Fig. 5 is the workflow schematic diagram three of the method for vehicle monitoring of the present invention.
1, vehicle monitoring module 2, cloud computing platform server
3, mobile terminal
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Fig. 1 shows a kind of vehicle monitoring system, comprises and is arranged at vehicle monitoring module 1 on vehicle, and the state of kinematic motion of this vehicle monitoring module 1 pair of vehicle is monitored, and this vehicle monitoring system also comprises:
Mobile terminal 3, accepts the car alarming signal obtained from described vehicle monitoring module 1, and sends the voice command of user to cloud computing platform server 2; Described final terminal can for having the mobile phone of mobile communication function, portable computer, game machine or PDA etc.
Cloud computing platform server 2, accepts locating information or the car alarming signal of the generation of described vehicle monitoring module 1; Accept the voice command sent by described mobile terminal 3, after signer-independent sign language recognition is resolved, send vehicle control information to described vehicle monitoring module 1, thus described vehicle is controlled.
The form that wherein said mobile terminal 3 accepts car alarming signal is, described cloud computing platform server 2 accepts locating information or the car alarming signal of the generation of described vehicle monitoring module 1; Then car alarming signal is sent by mobile network's (3G/2G telephone network, wifi network or mobile Internet etc.) to described mobile terminal 3 by described cloud computing platform server 2.
As shown in Figure 3, above-mentioned vehicle monitoring system in use adopts the method for following vehicle monitoring, comprising:
Step S101: the state of kinematic motion being detected described vehicle by the vehicle monitoring module 1 be arranged on vehicle;
Step S102: after detecting that vehicle moves, sends alerting signal by mobile network's (3G/2G telephone network, wifi network or mobile Internet etc.) to cloud computing platform server by described vehicle monitoring module 1;
Step S103: described cloud computing platform server 2 forwards car alarming signal by mobile network to mobile terminal 3;
Step S104: described mobile terminal 3 accepts the voice control command of user, and send to described cloud computing platform server 2 by mobile network;
Step S105: described cloud computing platform server 2 adopts signer-independent sign language recognition technology to resolve described voice control command, obtain vehicle control information, this vehicle control information being sent to described vehicle monitoring module 1 by mobile network, according to this vehicle control information, described vehicle being controlled (as stopped driving engine operation etc.) by described vehicle monitoring module 1.
Can also comprise between described step S103 and step S105: first described mobile terminal 3 accepts the speech polling order (such as: whether driving engine starts) of user, and sends to described cloud computing platform server 2 by mobile network; Described cloud computing platform server 2 adopts signer-independent sign language recognition technology to resolve described speech polling order, obtain vehicle query instruction, this vehicle query instruction is sent to described vehicle monitoring module 1 by mobile network, obtained the operating state data of described vehicle by described vehicle monitoring module 1 according to this vehicle query instruction, and send to described mobile terminal 3 to show by cloud computing platform server 2 described operating state data.
As the method judging state of motion of vehicle in above-mentioned vehicle monitoring method, the module of vehicle monitoring described in step S101 1 periodically can obtain the locating information of vehicle, judges the state of kinematic motion of vehicle according to this locating information.
As the another kind of method judging state of motion of vehicle, when described vehicle is under wireless communication network environments, first vehicle monitoring module 1 described in step S101 is connected to the external wireless device having and obtain locating information function, described vehicle monitoring module 1 obtains the locating information of described external wireless device by cordless communication network, carry out state of motion of vehicle judgement according to this locating information.
As another method judging state of motion of vehicle, when vehicle is under wireless communication network environments, first vehicle monitoring module 1 described in step S101 is connected to the external wireless device having and obtain locating information function, and described vehicle monitoring module 1 obtains the locating information of described external wireless device by cordless communication network; Meanwhile, described vehicle monitoring module 1 detects the position location information of described vehicle; Described vehicle monitoring module 1 judges state of motion of vehicle according to the relative position of described vehicle and described external wireless device.
Described external wireless device can be have the mobile phone, navigating instrument etc. that obtain locating information function.Described cordless communication network can be wifi network, infrared network, ZigBee-network or 3G network, as long as vehicle monitoring module 1 can be connected by one of above-mentioned cordless communication network and described external wireless device, thus obtains the locating information of this external wireless device.
The method of the another kind of vehicle monitoring of above-mentioned vehicle monitoring system, its step is as follows as shown in Figure 4:
Step S201: the locating information being detected described vehicle by the vehicle monitoring module 1 be arranged on vehicle;
Step S202: the locating information being sent described vehicle by described vehicle monitoring module 1 by mobile network to cloud computing platform server 2, and the state of kinematic motion being judged described vehicle by described cloud computing platform server 2;
Step S203: after described cloud computing platform server 2 detects that described vehicle moves, sends vehicle alarm information by mobile network to described mobile terminal 3;
Step S204: described mobile terminal accepts the voice control command of user, and send to described cloud computing platform server 2 by mobile network;
Step S205: described cloud computing platform server 2 adopts signer-independent sign language recognition technology to resolve described voice control command, obtain vehicle control information, this vehicle control information being sent to vehicle monitoring module 1 by mobile network, according to this vehicle control information, described vehicle being controlled (as stopped driving engine operation etc.) by described vehicle monitoring module 1.
Can also comprise between described step S203 and step S204: first described mobile terminal 3 accepts the speech polling order (as: whether driving engine starts) of user, and sends to described cloud computing platform server 2 by mobile network; Described cloud computing platform server 2 adopts signer-independent sign language recognition technology to resolve described speech polling order, obtain vehicle query instruction, this vehicle query instruction is sent to described vehicle monitoring module 1 by mobile network, obtained the operating state data of described vehicle by described vehicle monitoring module 1 according to this vehicle query instruction, and send to described mobile terminal 3 to show by cloud computing platform server 2 described operating state data.
As the method judging state of motion of vehicle in above-mentioned vehicle monitoring method, the module of vehicle monitoring described in step S201 1 periodically can obtain the locating information of vehicle, judges the state of kinematic motion of vehicle according to this locating information.
As the another kind of method judging state of motion of vehicle in above-mentioned vehicle monitoring method, when described vehicle is under wireless communication network environments, first vehicle monitoring module 1 described in step S201 is connected to the external wireless device (such as mobile phone, navigating instrument etc.) having and obtain locating information function, described vehicle monitoring module 1 obtains the locating information of described external wireless device by cordless communication network, and using the position location information of the locating information of this wifi equipment as described vehicle.
As another method judging state of motion of vehicle, when vehicle is under wireless communication network environments, first vehicle monitoring module 1 described in step S201 is connected to the external wireless device having and obtain locating information function, and described vehicle monitoring module 1 obtains the locating information of described external wireless device by cordless communication network; Meanwhile, described vehicle monitoring module detects the position location information of described vehicle;
Step S201 is: send the locating information of described external wireless device and described vehicle location locating information by mobile network to cloud computing platform server 2 by described vehicle monitoring module 1, and judges the state of kinematic motion of described vehicle according to the relative position of described vehicle and described external wireless device by described cloud computing platform server 2.
Described external wireless device can be have the mobile phone, navigating instrument etc. that obtain locating information function.Described cordless communication network can be wifi network, infrared network, ZigBee-network or 3G network, as long as vehicle monitoring module 1 can be connected by one of above-mentioned cordless communication network and described external wireless device, thus obtains the locating information of this external wireless device.
As another kind of embodiment, Fig. 2 shows another kind of vehicle monitoring system, comprises and is arranged at vehicle monitoring module 1 on vehicle, and the state of kinematic motion of this vehicle monitoring module 1 pair of vehicle is monitored, and its this vehicle monitoring system also comprises:
Mobile terminal 3 and the pre-established communication bindings relation of described vehicle monitoring module 1;
Mobile terminal 3, accepts the car alarming signal obtained from described vehicle monitoring module 1, and sends the voice command of user to cloud computing platform server 2; Described final terminal can for having the mobile phone of mobile communication function, portable computer, game machine or PDA etc.
The form that described mobile terminal 3 accepts car alarming signal is: after described vehicle monitoring module 1 detects that vehicle moves, and directly sends car alarming signal by mobile network's (3G/2G telephone network, wifi network or mobile Internet etc.) to the described mobile terminal 3 of built vertical binding relationship.
Cloud computing platform server 2, accept the voice command that described mobile terminal 3 is sent by mobile network, described cloud computing platform server 2 adopts signer-independent sign language recognition technology to resolve institute's speech commands, after obtaining command information, send described command information to described vehicle monitoring module 1, thus Long-distance Control is carried out to described vehicle.
The method of the vehicle monitoring of above-mentioned vehicle monitoring system, its step is as follows as shown in Figure 5:
Step S301: the vehicle monitoring module 1 be arranged on vehicle sets up binding relationship with described mobile terminal 3 in advance, described vehicle monitoring module 1 is directly communicated with described binding mobile terminal 3 by mobile network's (3G/2G telephone network, wifi network or mobile Internet etc.);
Step S302: the state of kinematic motion being detected described vehicle by the vehicle monitoring module 1 be arranged on vehicle;
Step S303: after detecting that vehicle moves, described vehicle monitoring module 1 directly communicates with described mobile terminal 3, and car alarming signal is sent to described mobile terminal 3;
Step S304: described mobile terminal 3 connects with described cloud computing platform server 2, sends voice control command to described cloud computing platform server 2;
Step S305 is: described cloud computing platform server 2 adopts signer-independent sign language recognition technology to resolve described voice control command, obtain vehicle control information, this vehicle control information being sent to vehicle monitoring module 1 by mobile network, according to this vehicle control information, described vehicle being controlled (as stopped driving engine operation etc.) by described vehicle monitoring module 1.
Can also comprise between described step 303 and step 304: first described mobile terminal 3 accepts the speech polling order of user, and connect with described cloud computing platform server 2, send to described cloud computing platform server 2 by mobile network; Described cloud computing platform server 2 adopts signer-independent sign language recognition technology to resolve described speech polling order, obtain vehicle query instruction, this vehicle query instruction is sent to described vehicle monitoring module 1 by mobile network, obtained the operating state data of described vehicle by described vehicle monitoring module 1 according to this vehicle query instruction, and sent to by described operating state data described binding mobile terminal 3 to show.
Claims (17)
1. a vehicle monitoring system, comprises and is arranged at vehicle monitoring module on vehicle, and the state of kinematic motion of this vehicle monitoring module to vehicle is monitored, and it is characterized in that this vehicle monitoring system also comprises:
Mobile terminal, accepts the car alarming signal obtained from described vehicle monitoring module, and sends the voice command of user to cloud computing platform server;
Cloud computing platform server, accepts the voice command sent by described mobile terminal, sends command information, thus carry out Long-distance Control to described vehicle after signer-independent sign language recognition is resolved to described vehicle monitoring module;
When vehicle is under wireless communication network environments, first described vehicle monitoring module is connected to the external wireless device having and obtain locating information function, and described vehicle monitoring module obtains the locating information of described external wireless device by cordless communication network; Meanwhile, described vehicle monitoring module detects the position location information of described vehicle; Described vehicle monitoring module judges state of motion of vehicle according to the relative position of described vehicle and described external wireless device.
2. vehicle monitoring system according to claim 1, is characterized in that:
The form that described mobile terminal accepts car alarming signal is, described cloud computing platform server accepts locating information or the car alarming signal of described vehicle monitoring CMOS macro cell; Then car alarming signal is sent by mobile network to described mobile terminal by described cloud computing platform server.
3. vehicle monitoring system according to claim 1, is characterized in that:
Described mobile terminal and the pre-established communication bindings relation of described vehicle monitoring module;
The form that described mobile terminal accepts car alarming signal is, after described vehicle monitoring module detects that vehicle moves, by the described mobile terminal transmission car alarming signal of mobile network to built vertical binding relationship.
4. a method for vehicle monitoring, is characterized in that step comprises:
A, detected the state of kinematic motion of described vehicle by the vehicle monitoring module be arranged on vehicle;
When vehicle is under wireless communication network environments, first vehicle monitoring module described in described step a is connected to the external wireless device having and obtain locating information function, and described vehicle monitoring module obtains the locating information of described external wireless device by cordless communication network; Meanwhile, described vehicle monitoring module detects the position location information of described vehicle; Described vehicle monitoring module judges state of motion of vehicle according to the relative position of described vehicle and described external wireless device;
B, after detecting that vehicle moves, by described vehicle monitoring module by mobile network to cloud computing platform server send alerting signal;
C, described cloud computing platform server forward car alarming signal by mobile network to mobile terminal;
D, described mobile terminal accept the voice control command of user, and send to described cloud computing platform server by mobile network;
E, described cloud computing platform server adopt signer-independent sign language recognition technology to resolve described voice control command, obtain vehicle control information, this vehicle control information is sent to described vehicle monitoring module by mobile network, according to this vehicle control information, described vehicle is controlled by described vehicle monitoring module.
5. the method for vehicle monitoring according to claim 4, is characterized in that: also comprise between described step c and steps d: first described mobile terminal accepts the speech polling order of user, and sends to described cloud computing platform server by mobile network; Described cloud computing platform server adopts signer-independent sign language recognition technology to resolve described speech polling order, obtain vehicle query instruction, this vehicle query instruction is sent to described vehicle monitoring module by mobile network, obtained the operating state data of described vehicle by described vehicle monitoring module according to this vehicle query instruction, and send to described mobile terminal to show by cloud computing platform server described operating state data.
6. the method for the vehicle monitoring according to claim 4 or 5, is characterized in that: the module of vehicle monitoring described in step a periodically obtains the locating information of vehicle, judges the state of kinematic motion of vehicle according to this locating information.
7. the method for the vehicle monitoring according to claim 4 or 5, it is characterized in that: when described vehicle is under wireless communication network environments, first vehicle monitoring module described in step a is connected to the external wireless device having and obtain locating information function, described vehicle monitoring module obtains the locating information of described external wireless device by cordless communication network, carry out state of motion of vehicle judgement according to this locating information.
8. the method for vehicle monitoring according to claim 7, is characterized in that: described cordless communication network is wifi network, infrared network, ZigBee-network or 3G network.
9. the method for vehicle monitoring according to claim 4, is characterized in that: described cordless communication network is wifi network, infrared network, ZigBee-network or 3G network.
10. a method for vehicle monitoring, is characterized in that step comprises:
A, detected the locating information of described vehicle by the vehicle monitoring module be arranged on vehicle;
Described step a also comprises: when vehicle is under wireless communication network environments, first described vehicle monitoring module is connected to the external wireless device having and obtain locating information function, and described vehicle monitoring module obtains the locating information of described external wireless device by cordless communication network; Meanwhile, described vehicle monitoring module detects the position location information of described vehicle;
B, sent the locating information of described vehicle to cloud computing platform server by mobile network by described vehicle monitoring module, and judged the state of kinematic motion of described vehicle by described cloud computing platform server;
Described step b also comprises: send the locating information of described external wireless device and described vehicle location locating information by mobile network to cloud computing platform server by described vehicle monitoring module, and judges the state of kinematic motion of described vehicle according to the relative position of described vehicle and described external wireless device by described cloud computing platform server;
C, after described cloud computing platform server detects that described vehicle moves, send vehicle alarm information by mobile network to mobile terminal;
D, described mobile terminal accept the voice control command of user, and send to described cloud computing platform server by mobile network;
E, described cloud computing platform server adopt signer-independent sign language recognition technology to resolve described voice control command, obtain vehicle control information, this vehicle control information is sent to vehicle monitoring module by mobile network, according to this vehicle control information, described vehicle is controlled by described vehicle monitoring module.
The method of 11. vehicle monitorings according to claim 10, it is characterized in that: also comprise between described step c and steps d: first described mobile terminal accepts the speech polling order of user, and send to described cloud computing platform server by mobile network; Described cloud computing platform server adopts signer-independent sign language recognition technology to resolve described speech polling order, obtain vehicle query instruction, this vehicle query instruction is sent to described vehicle monitoring module by mobile network, obtained the operating state data of described vehicle by described vehicle monitoring module according to this vehicle query instruction, and send to described mobile terminal to show by cloud computing platform server described operating state data.
The method of 12. vehicle monitorings according to claim 10 or 11, is characterized in that: the module of vehicle monitoring described in step a periodically obtains the position location information of vehicle.
The method of 13. vehicle monitorings according to claim 10 or 11, it is characterized in that: when vehicle is under wireless communication network environments, first vehicle monitoring module described in step a is connected to the external wireless device having and obtain locating information function, described vehicle monitoring module obtains the locating information of described external wireless device by cordless communication network, and using the position location information of the locating information of this external wireless device as described vehicle.
The method of 14. vehicle monitorings according to claim 13, is characterized in that: described cordless communication network is wifi network, infrared network, ZigBee-network or 3G network.
The method of 15. vehicle monitorings according to claim 10, is characterized in that: described cordless communication network is wifi network, infrared network, ZigBee-network or 3G network.
The method of 16. 1 kinds of vehicle monitorings, is characterized in that step comprises:
A, the vehicle monitoring module be arranged on vehicle set up binding relationship with mobile terminal in advance, and described vehicle monitoring module is direct and described binding communication of mobile terminal by mobile network;
B, detected the state of kinematic motion of described vehicle by the vehicle monitoring module be arranged on vehicle;
When vehicle is under wireless communication network environments, first vehicle monitoring module described in described step b is connected to the external wireless device having and obtain locating information function, and described vehicle monitoring module obtains the locating information of described external wireless device by cordless communication network; Meanwhile, described vehicle monitoring module detects the position location information of described vehicle; Described vehicle monitoring module judges state of motion of vehicle according to the relative position of described vehicle and described external wireless device;
C, after detecting that vehicle moves, described vehicle monitoring module directly with described communication of mobile terminal, car alarming signal is sent to described mobile terminal;
D, described mobile terminal and cloud computing platform server connect, and send voice control command to described cloud computing platform server;
E, described cloud computing platform server adopt signer-independent sign language recognition technology to resolve described voice control command, obtain vehicle control information, this vehicle control information is sent to vehicle monitoring module by mobile network, according to this vehicle control information, described vehicle is controlled by described vehicle monitoring module.
The method of 17. vehicle monitorings according to claim 16, it is characterized in that: also comprise between described step c and steps d: first described mobile terminal accepts the speech polling order of user, and connect with described cloud computing platform server, send to described cloud computing platform server by mobile network; Described cloud computing platform server adopts signer-independent sign language recognition technology to resolve described speech polling order, obtain vehicle query instruction, this vehicle query instruction is sent to described vehicle monitoring module by mobile network, obtained the operating state data of described vehicle by described vehicle monitoring module according to this vehicle query instruction, and sent to by described operating state data described binding mobile terminal to show.
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| CN102923092B (en) * | 2012-11-14 | 2016-05-18 | 小米科技有限责任公司 | Control method, control appliance, mobile terminal and the system of automobile |
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