CN106713686A - Method for transferring vehicle control authority through contact list and system thereof and contact list - Google Patents

Abstract

The invention discloses a method, a system and an address book for transferring vehicle control authority by using an address book. The method for transferring vehicle control authority by using an address book includes: specifying a mobile device corresponding to a contact in the main mobile terminal address book as The auxiliary mobile terminal, the main mobile terminal can control itself or the auxiliary mobile terminal sends a control command to the vehicle-mounted control module corresponding to the main mobile terminal through the service platform; the described system is that the mobile terminal sends a control command to the vehicle-mounted control module through the server platform . The invention realizes the transfer of long-distance and remote vehicle control rights anytime and anywhere, and makes the remote control of the mobile terminal more intelligent. The invention has strong practicability and is suitable for popularization.

Description

Method, system and address book for transferring vehicle control authority by using address book

technical field

The invention relates to the field of an automobile intelligent mobile terminal control system, in particular to a method, a system and an address book for transferring vehicle control authority by using an address book.

Background technique

The existing car door lock is the wireless remote control function of the central control door lock, which means that the door can be opened and locked from a long distance without inserting the key into the lock hole. The signal of the radio wave is recognized by the electronic controller ECU to identify the signal code, and then the actuator (motor or electromagnetic coil) of the system performs the opening and closing actions. However, the frequency of weak electric waves is low, so the control distance is short. When the owner exceeds the distance of the wireless remote control, he will not be able to open and close the door of the vehicle. If the owner wants to ensure the status of the lock, he needs to return to the location of the vehicle. Carry out operation, have brought a lot of inconvenience to car owner. And also when the car owner forgets to carry the car key, or when the car key breaks down, the car owner will not be able to open and close the car door, or the car owner will not be able to use the vehicle if he forgets to bring the key, which will cause inconvenience to the car owner in using the vehicle.

In the context of the current mobile Internet, mobile terminal equipment has almost become an indispensable necessity that each of us carries with us. The mobile device can be used to control and monitor the car door lock, or the control authority of the car door lock can be handed over to the mobile terminal of a contact in the mobile device address book through the mobile device, which improves the user's convenience and makes the car door The lock is more intelligent.

In the prior art, the mobile terminal and vehicle control are combined to form a method for the mobile terminal to control the vehicle, but for the safety of vehicle control, the control authority of the mobile terminal is locked or fixedly bound to a certain mobile terminal, and if When the mobile terminal with control authority cannot realize the control, or when other users want to use the vehicle, it will cause great inconvenience to the user.

In view of this, this application is proposed.

Contents of the invention

The technical problem to be solved by the present invention is to overcome the deficiencies of the prior art, provide a method, system and address book for transferring vehicle control authority by using the address book, and realize the real-time control authority transfer of the vehicle by the mobile terminal with the vehicle control authority The method of controlling other mobile terminals makes the intelligent control more humanized and intelligent.

In order to achieve this purpose, according to one aspect of the present invention, the present invention also provides a method for transferring vehicle control authority by using the address book, in which the mobile device corresponding to the contact is designated as the secondary mobile terminal in the main mobile terminal address book, and the The primary mobile terminal can control itself or the secondary mobile terminal can send control instructions to the vehicle control module corresponding to the primary mobile terminal via the service platform.

Further, the transfer method is as follows:

S1: Designate the required contacts in the address book list of the main mobile terminal;

S2: The primary mobile terminal grants the control authority to issue control instructions to the vehicle control module via the service platform to the secondary mobile terminal of the contact;

S3: The secondary mobile terminal performs data interaction with the service platform;

S4: Terminate the control authority of the secondary mobile terminal after the data interaction between the secondary mobile terminal and the service platform is completed.

Further, before step S1, it is judged whether the master mobile terminal transfers the control authority, if yes, executes step S1, and the master mobile terminal is in the state of control authority transfer; if not, the master mobile terminal maintains the current control state.

Further, after step S1 determines the desired contact in the address book of the main mobile terminal;

Automatically trigger the verification process of the service platform on the mobile account corresponding to the contact number of the required contact, if the verification is passed, the connection path between the secondary mobile terminal and the service platform is established, and the next step is executed;

If the verification fails, feed back information that the verification fails to pass to the main mobile terminal.

Further, the service platform performs verification through the IMSI code with a unique identification function corresponding to the mobile account of the contact number of the desired contact.

Preferably, the main mobile terminal uses the service platform to send to the desired contact a specific key generated with the contact's phone number as a variable, and sends it to the address book of the designated contact, and the address book of the designated contact receives the key for decryption, Decryption requires the participation of the SIM card of the designated contact, and can only decrypt the key generated with the phone number of the desired contact as a variable. After the decryption verification is passed, the transfer information will be displayed on the communication of the desired contact.

More preferably, the main mobile terminal address book sends to the desired contact a specific key generated with the contact's phone number as a variable, and sends it to the address book of the designated contact, and the address book of the designated contact receives the key for decryption, The decryption requires the participation of the SIM card of the designated contact, and can only decrypt the key generated with the phone number of the designated contact as a variable. After the decryption verification is passed, the transfer information will be displayed on the communication of the designated contact.

Further, step A) is included between steps S1 and S2,

The service platform sends to the secondary mobile terminal a prompt command for the transfer of control authority corresponding to the vehicle control module of the main mobile terminal, and judges whether the secondary mobile terminal accepts the transfer of control authority, and if the secondary mobile terminal accepts the transfer of control authority, then execute step S2;

If the secondary mobile terminal does not operate or refuses the transfer of the control authority within the preset time, it will feed back the information that the secondary mobile terminal refuses the transfer of the control authority to the primary mobile terminal.

Further, in step A), if the secondary mobile terminal does not operate within a preset time, a reminder message is sent to the contact number of the contact corresponding to the secondary mobile terminal in the address book of the primary mobile terminal.

Further, the granting process of control authority in step S2 includes:

S21: The primary mobile terminal sends a control command to the service platform for granting the control authority to the secondary mobile terminal;

S22: After the server platform receives the control instruction, the service platform establishes a connection path for the secondary mobile terminal to send the control instruction to the vehicle control module corresponding to the primary mobile terminal.

Further, step B) is also included between step S2 and step S3 to detect whether the main mobile terminal grants the control authority to the secondary mobile terminal, and if yes, feeds back the grant success information to the main mobile terminal; if not, then reports to the main mobile terminal The terminal feeds back the failure information.

Further, step C) is added between steps S3 and S4 to judge whether the main mobile terminal suspends the control authority of the secondary mobile terminal, if yes, then the main mobile terminal returns to the control state; if not, then execute step S4, and the main mobile terminal The terminal is in the transfer state of control authority.

According to another aspect of the present invention, the present invention also provides a vehicle control system that utilizes the address book to transfer vehicle control authority, and the system includes:

Vehicle control module: send control commands to the vehicle control module through the server platform;

Extracting module: extracting the address book list in the mobile terminal, for specifying the required contacts in the address book list;

Verification module: After specifying the corresponding contact in the address book, send the service platform a verification instruction for the mobile account corresponding to the contact number of the required contact;

Service platform: used to send control commands to the vehicle control module, and also used to realize the verification process of the mobile account of the required contacts in the address book;

Designation module: after passing the verification, designate the mobile device corresponding to the desired contact as its secondary mobile terminal;

Vehicle-mounted control module: receiving and executing the control instruction;

Display module: display vehicle control content and transfer vehicle control authority content.

Preferably, the vehicle control module, extraction module, verification module, designation module and display module are all set in the mobile terminal, the extraction module, verification module, designation module and display module are connected to the vehicle control module, and the mobile terminal It is connected to the service platform network, and the vehicle control module is connected to the service platform network.

Further, the mobile terminal is also provided with a decryption module, the decryption module participates through the SIM card of the contact, and the SIM card is used as a hardware decryption device, which improves the security of the decryption process of the decryption module level.

Further, the specified module can use the contact phone number as a variable to generate a specific key for the request information for obtaining control authority, send it to the service platform, and then the service platform forwards it to the address book of the specified contact.

Or, the specified module directly encrypts and sends the control authority of the vehicle to the address book of the desired contact.

More preferably, the request module can also judge that the main mobile address book has no operation within a predetermined time through the judging module, then extract the phone number of the designated contact through the extraction device and send the phone number of the designated contact through the request module. Send reminder SMS.

Further, the service platform can verify the mobile terminal and operation information through the verification module, and the verification information is also pre-stored in the verification module to further verify the security and request information of the mobile terminal corresponding to the address book. Safety.

Further, the vehicle control system is also provided with a feedback module capable of feeding back operation information to the main mobile terminal and the secondary mobile terminal.

Further, the mobile terminal is also provided with a judging module, and the judging module of the secondary mobile terminal can judge whether the address book of the primary mobile terminal accepts the request information.

Further, the main mobile terminal is also provided with a suspending module, and the suspending module can suspend the control authority of the secondary mobile terminal to send control instructions to the vehicle control module via the service platform at any time.

According to another aspect of the present invention, the present invention also provides an address book with vehicle control authority transfer, the address book includes:

Receiving module: receiving the information sent by the vehicle control system to extract the address book list;

Storage module: storing address book list information and identification information of contact mobile accounts in the address book list;

Sending module: sending the address book list and the identification information of the contact mobile account in the address book list to the vehicle control system.

Preferably, the address book is set in the mobile terminal and is set independently from the vehicle control system.

More preferably, the address book of the mobile terminal is synchronized to the service platform by using the service platform of the vehicle control system.

Further, the address book is also provided with a sending module capable of generating a specific key from the request information for obtaining control authority by using the phone number of the corresponding contact as a variable, sending it to the service platform, and then forwarding it to the corresponding contact by the service platform. in the address book.

Alternatively, the sending module directly encrypts and sends the control authority of the vehicle to the address book of the corresponding contact.

More preferably, the sending module can also judge that there is no operation in the main mobile address book within a predetermined time, then extract the phone number of the corresponding contact and send a reminder message to the phone number of the corresponding contact through the request module.

Further, the address book is also provided with a decryption module, the decryption module participates through the SIM card of the contact, and the SIM card is used as a hardware decryption device, which improves the security of the decryption process of the decryption module level. The decryption module can decrypt the designated information or vehicle control rights information sent by the main mobile terminal, and obtain corresponding information.

The invention relates to the field of intelligent control of mobile terminals. The invention relates to a method for a mobile terminal with corresponding vehicle control authority to transfer control authority through an address book, so that the mobile terminal with corresponding vehicle control authority can transfer the control authority to another person for control. Control, or, when the user is not near the vehicle, transfer the control authority to others through the mobile terminal with the corresponding vehicle control authority, so that others can use the control and use the vehicle more conveniently, making the mobile terminal vehicle control system more intelligent change.

After adopting the above technical solution, the present invention has the following beneficial effects compared with the prior art:

1), the present invention realizes the function of transferring the control authority of the personal hand-held mobile terminal, which facilitates the use of the user;

2), the present invention has realized adopting the method of address book to carry out transfer, has increased the security of control authority transfer;

3), the present invention is more intelligent, humanized, and has higher practicability.

Description of drawings

Fig. 1, the flow chart of vehicle control system of the present invention;

Fig. 2, a flow chart of a method for transferring vehicle control authority by using the address book in the present invention;

Fig. 3 is a flow chart of a method for transferring vehicle control authority by using the address book in another embodiment of the present invention

Fig. 4, the flowchart of data interaction of the present invention;

Fig. 5 is a flow chart of data interaction in another embodiment of the present invention;

Fig. 6, a structural block diagram of a vehicle control system using an address book to transfer vehicle control authority according to the present invention;

Fig. 7 is a structural block diagram of an address book with vehicle control authority transfer in the present invention.

detailed description

In order to make the above objects, features and advantages of the present invention more comprehensible, the present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments.

Embodiment one

As shown in FIG. 1 , the vehicle control system of the present invention mainly includes: a mobile terminal, a service platform and a vehicle control system.

In this embodiment, there may be multiple mobile terminals, and the mobile terminals are wirelessly connected to the service platform, and the service platform is connected to the on-vehicle control module on the vehicle through a wireless network.

In this embodiment, a terminal remote control vehicle control method includes the following steps:

Step 101: the mobile terminal sends a vehicle control instruction request to the service platform.

In this embodiment, the mobile terminal may be, but not limited to, a mobile smart phone, or other handheld mobile terminal equipment.

The mobile terminal sends a vehicle control request to the service platform in the network through the wireless network, and the request includes the vehicle identification, the user identification of the mobile terminal, and the password.

Wherein the vehicle identification uniquely identifies the vehicle in this system.

In this embodiment, the user name, the user ID, the login password, and the authentication verification password can be set for each client.

The information such as the above-mentioned vehicle identification, user name, password, etc. is pre-stored in the service platform of this embodiment, so that the service platform can perform authentication operations based on these information.

Step 102: The service platform receives the control request.

The service platform receives the control request, performs authorization authentication according to the user ID and password included in the request, and checks whether the password is correct.

According to the user ID and password in the operation request, the service platform determines whether the user currently sending the operation request has the operation authority for the vehicle corresponding to the vehicle ID (that is, the one currently to be remotely operated).

Step 103: If the user is authorized to remotely operate the vehicle door opening and closing, the service platform executes step 104; otherwise, executes step 108.

If the result of the authority authentication by the service platform is: when determining that the mobile terminal user with the user name and password has the authority to operate the vehicle (the vehicle corresponding to the unique vehicle ID in the request), step 104 is performed; otherwise, step 108 is performed.

Step 104: The service platform sends the control request for opening and closing the vehicle door to the on-board control module of the vehicle corresponding to the vehicle identification.

After receiving the operation request, the service platform sends a control instruction to the vehicle-mounted control module of the vehicle corresponding to the vehicle identification through the wireless network: a request to open and close the door, and continue to step 105 .

Step 105: The vehicle control module executes the operation of opening and closing the vehicle door after receiving the request.

After receiving the request, the vehicle control module starts the relevant vehicle control module to execute the control instruction.

Step 106: The vehicle control module feeds back the completion status information to the service platform.

The on-vehicle control module sends status information about the success or failure of the currently completed control command to the service platform through the wireless network.

Step 107: The service platform receives the status information of the vehicle and feeds it back to the mobile terminal in step 101.

After the service platform receives the completion state information of the vehicle control module (from which the current vehicle state information can be determined) through the wireless network, it sends it to the mobile terminal in step 101 through the wireless network.

Step 108: The service platform returns information that the password is wrong to the mobile terminal.

If in step 103, the service platform thinks that the current password of the mobile terminal user is incorrect, it will feed back password error information to the mobile terminal, and inform the user of the result of incorrect password input.

Through the service platform wirelessly connected to the mobile terminal application platform in this embodiment, users in the service platform can remotely control the vehicle anytime, anywhere and without distance limitation through the mobile terminal. The function of real-time control of the vehicle by using a personal handheld mobile terminal is realized, which is convenient for users to use.

It should be noted that the wireless network in this embodiment can be, but not limited to, access to the wireless access network in support of wireless grouping and SMS. The mobile wireless access network includes GSM/GPRS/EDGE/CDMA1X of the 2G network and 3G TD-SCDMA/TDHSPA, WCDMA/HSPA, CDMA2000EVDO of mobile network, TD-LTE/FDD-LTE network of 4G wireless network and even WLAN and other network standards.

The mobile terminal only needs an ordinary smart phone supporting one of the five smart systems to install the application program that supports the application platform of this embodiment. 0 and 4.0, Andriod2.1 and 2.2, Symbian S60v3 and v5, Windows mobile6.1 and 6.5pro, Blackberry4.7 and 5.0, etc.

In this embodiment, the mobile terminal and the application system of the service platform of the present invention exchange communication information with each other, and send related control instruction requests to the service platform 300 of the present invention, and the corresponding functional modules of the service platform convert the service requests into system commands and pass The unique CDMA 1x network-based data communication method of the present invention is sent to the vehicle control module of the vehicle. The on-board control module of the vehicle completes corresponding operations according to relevant commands and returns relevant status information to the service platform, and then the service platform returns to the mobile terminal.

Embodiment two

As shown in Figure 2, the present invention is a method for transferring vehicle control rights by using the address book. In the address book of the main mobile terminal, the mobile device corresponding to the contact is designated as the secondary mobile terminal, and the primary mobile terminal can control itself or the secondary mobile terminal. The mobile terminal sends a control instruction to the vehicle control module corresponding to the main mobile terminal via the service platform.

Both the main mobile terminal and the auxiliary mobile terminal have the ability to control the same mobile terminal vehicle control system, and use the same service platform for processing. Both the main mobile terminal and the auxiliary mobile terminal can send control to the vehicle control module through the service platform. instruction.

In this embodiment, the transfer method of the mobile terminal vehicle control is as follows:

S1: Designate the required contacts in the address book list of the main mobile terminal;

S2: The primary mobile terminal grants the control authority to issue control instructions to the vehicle control module via the service platform to the secondary mobile terminal of the contact;

S3: The secondary mobile terminal performs data interaction with the service platform;

S4: Terminate the control authority of the secondary mobile terminal after the data interaction between the secondary mobile terminal and the service platform is completed.

In this embodiment, both the main mobile terminal and the secondary mobile terminal are equipped with a mobile terminal control program capable of controlling the normal operation of the vehicle. the trigger button of the main mobile terminal, then the control interface of the main mobile terminal will automatically obtain the address book of the main mobile terminal, and the controller of the main mobile terminal can select the mobile phone number of the next controller who can control the vehicle from the address book, and Determine the secondary mobile terminal of the controller according to the mobile phone number of the next controller, and transfer the control authority of the vehicle to the secondary mobile terminal of the next controller. In this way, the vehicle-mounted control module and the secondary mobile terminal of the next controller Then, data interaction with the service platform can be carried out. When the secondary mobile terminal of the next controller controls the on-board control module of the vehicle to complete the corresponding task, it will automatically terminate the control authority of the secondary mobile terminal of the next controller and the vehicle control module, that is Disconnect the connection path through which the auxiliary mobile terminal sends control commands to the vehicle control module corresponding to the main mobile terminal, so as to avoid the situation that the auxiliary mobile terminal of the next controller has been controlling the vehicle control module. Through the above technical solution, when the main mobile terminal of the controller of the vehicle control module encounters an unexpected situation and cannot continue to control the vehicle, or other users want to use the vehicle, they can directly access the information from the address book of the controller's main mobile terminal. It is determined that the secondary mobile terminal corresponding to the contact of another controller controls the vehicle, thereby ensuring the normal operation of the vehicle.

Or, designate the corresponding contact in the address book of the main mobile terminal, extract the phone number of the corresponding contact and the vehicle control authority information, use the address book to send the vehicle control authority information to the address book of the corresponding contact, and contact The personal address book uses the vehicle control authority information to control the vehicle control system.

Alternatively, after the main mobile terminal address book extracts the corresponding contact phone number, the vehicle control authority information is generated with a specific key by using the corresponding contact phone number as a variable, and sent to the corresponding contact's address book, the The address book of the corresponding contact receives the key for decryption. The decryption requires the participation of the SIM card of the corresponding contact, and can only decrypt the key generated by using the phone number of the corresponding contact as a variable. After the decryption verification is passed, The vehicle control authority information is displayed in the address book of the corresponding contact person, and the vehicle control module is controlled.

The key can be used as the simulated key of the vehicle control module, and the main mobile terminal sends the simulated key to the secondary mobile terminal through the address book, so that it can obtain the control authority of the vehicle control module, and the simulated key has a temporary function. Further ensure the safety of the vehicle control system

Embodiment three

As shown in Figure 3, the transfer method is as follows:

Judging whether the main mobile terminal transfers the control authority, if yes, execute step S1; if not, continue to have the main mobile terminal control the vehicle control module;

S1: Designate the required contacts in the address book list of the main mobile terminal;

Step A): The service platform sends a prompt command to the secondary mobile terminal to transfer the control authority to the vehicle control module corresponding to the primary mobile terminal, and judges whether the secondary mobile terminal accepts the control authority transfer

S2: The primary mobile terminal grants the control authority to issue control instructions to the vehicle control module via the service platform to the secondary mobile terminal of the contact;

Step B): Detect whether the primary mobile terminal grants the control authority to the secondary mobile terminal;

S3: The secondary mobile terminal performs data interaction with the service platform;

Step C): judging whether the primary mobile terminal suspends the control authority of the secondary mobile terminal;

S4: Terminate the control authority of the secondary mobile terminal after the data interaction between the secondary mobile terminal and the service platform is completed.

In this embodiment, priority is set in the address book list of the primary mobile terminal according to a subscription manner, and the secondary mobile terminal is selected according to the priority.

In this embodiment, the user can set corresponding priorities for the address book in the main mobile terminal, so that when the user wants to transfer the control authority to others, the vehicle-mounted address book can be automatically transferred according to the priority order of the address book in the main mobile terminal. The control authority of the control module is transferred to the person with the highest priority. If the person cannot control the vehicle, the main mobile terminal will automatically obtain the mobile terminal of the next contact in the priority. If the person still cannot control the vehicle, the main mobile terminal The next mobile terminal will be selected in the order of priority until someone can control the vehicle. Through the above technical solution, the primary mobile terminal can automatically select the secondary mobile terminal according to the priority order, avoiding the trouble of manual selection, providing convenience to the user, and improving user experience.

Preferably, the preset methods include:

The order of the contact's call frequency from high to low, the degree of intimacy with the contact, or the order set by the user.

Or, when a specific person needs to use the vehicle, the primary mobile terminal directly transfers the control authority to the secondary mobile terminal corresponding to the specific contact who needs to control the vehicle.

In this embodiment, after the required contact is determined in the address book of the main mobile terminal in step S1, the service platform automatically triggers the verification process of the mobile account corresponding to the contact number of the required contact, and the identification code of the mobile account can be used for verification Identification, or, after verification and identification through the identification code of the mobile account, the connection path between the secondary mobile terminal and the service platform is established, and then the verification information preset in the service platform is confirmed. Only then can the confirmation process be completed, further ensuring the safety performance of the method for transferring vehicle control of the mobile terminal.

In this embodiment, in step A) the service platform sends a prompt command for the transfer of control authority to the corresponding vehicle control module of the main mobile terminal to the secondary mobile terminal, and judges whether the secondary mobile terminal accepts the transfer of control authority, if the secondary mobile terminal accepts the transfer of control authority , then execute step S2;

If the secondary mobile terminal does not operate or refuses the transfer of the control authority within the preset time, it will feed back the information that the secondary mobile terminal refuses the transfer of the control authority to the primary mobile terminal.

At the same time, in step A), if the secondary mobile terminal does not operate within a preset time, a reminder message is sent to the contact number of the corresponding contact in the primary mobile terminal address book of the secondary mobile terminal.

Or, in this embodiment, if the primary mobile terminal does not receive the feedback information within the predetermined time, it will re-send the control transfer prompt information to the secondary mobile terminal; The mobile terminal re-selects the secondary mobile terminal. Only after the primary mobile terminal receives the feedback information, can the primary mobile terminal give the secondary mobile terminal the control authority to issue control instructions to the vehicle control module via the service platform. The process of the mobile terminal. In this way, the secondary mobile terminal sends a control command to the vehicle control module via the service platform. Through the above technical solution, the auxiliary mobile terminal can be determined more safely, and the control authority of the vehicle-mounted control module can be transferred to the auxiliary mobile terminal.

Moreover, the main mobile terminal has the final control authority of the vehicle control module, and the main mobile terminal can interrupt the instruction of control authority transfer at any time.

Alternatively, in this embodiment, the secondary mobile terminal can directly interact with the service platform for data, and can also send data to the primary mobile terminal, and then forward it to the service platform through the primary mobile terminal for data interaction, that is, the primary mobile The terminal forwards the control instruction sent by the secondary mobile terminal to the service platform.

At the same time, the service platform feeds back the execution status of the control command to the secondary mobile terminal; or, the service platform feeds back the execution status of the control command to the main mobile terminal and the secondary mobile terminal at the same time; or, the service platform feeds back the execution status of the control command to the main mobile terminal , and then forwarded by the primary mobile terminal to the secondary mobile terminal. The real-time monitoring of the user's control of the vehicle is realized.

Embodiment Four

In this embodiment, step S1 determines the desired contact in the address book of the main mobile terminal;

Automatically trigger the verification process of the service platform on the mobile account corresponding to the contact number of the required contact, if the verification is passed, the connection path between the secondary mobile terminal and the service platform is established, and the next step is executed;

If the verification fails, feed back information that the verification fails to pass to the main mobile terminal.

In this embodiment, the service platform performs verification through the IMSI code with a unique identification function corresponding to the mobile account of the required contact number.

The service platform in this embodiment can identify the IMSI code with a unique identification function corresponding to the contact number mobile account set by the contact in the address book, or can compare the user name of the mobile account end with the name of the contact, After confirming the consistency, the service platform can be verified. In this embodiment, the IMSI code of the mobile user is used as the identification code of the mobile terminal to ensure that the mobile terminal that is the contact person is controlled.

At the same time, in order to further ensure the safety performance of the transfer method, after the service platform verifies the IMSI code of the mobile account, it also needs to verify that the user name of the mobile account matches the contact name in the main mobile terminal address book.

Alternatively, it is also necessary to confirm the verification information preset in the service platform to prevent unauthorized transfer of the vehicle control authority corresponding to the main mobile terminal when the main mobile terminal is not operated by the owner. It further ensures the safety performance of the vehicle control system.

Embodiment five

In this embodiment, the granting process of the control authority in step S2 includes:

S21: The primary mobile terminal sends a control command to the service platform for granting the control authority to the secondary mobile terminal;

S22: After the server platform receives the control instruction, the service platform establishes a connection path for the secondary mobile terminal to send the control instruction to the vehicle control module corresponding to the primary mobile terminal.

In this embodiment, the connection path through which the secondary mobile terminal sends control commands to the vehicle-mounted control module corresponding to the primary mobile terminal is the same connection path as the connection path through which the primary mobile terminal sends control commands to the corresponding vehicle-mounted control module. The secondary mobile terminal can use the connection channel to send control instructions to the vehicle control module via the service platform, and the control authority can only be given to part of the control instructions sent to the vehicle control module via the service platform, (for example, the secondary mobile terminal does not have a control authority transfer instruction. cannot be sent); when the main mobile terminal and the secondary mobile terminal send control instructions to the service platform at the same time, the service platform will give priority to the control instructions sent by the main mobile terminal and send them to the vehicle control module.

In this embodiment, when the secondary mobile terminal has not established a connection path for sending control instructions to the vehicle-mounted control module corresponding to the primary mobile terminal, it cannot send control commands to the vehicle-mounted control module corresponding to the primary mobile terminal, nor can it obtain any information about the primary mobile terminal. Status information of the vehicle control module corresponding to the mobile terminal.

Embodiment six

As shown in Figure 5, another data interaction method in step S3:

S31: The secondary mobile terminal directly sends the control instruction to the service platform;

S32: The control signal fed back by the vehicle control module is directly sent to the secondary mobile terminal.

That is, in this embodiment, firstly, the secondary mobile terminal directly sends the control command to the service platform, and the service platform sends the control command to the vehicle control module, and the vehicle control module executes the control command. And feed back the execution state to the service platform, the service platform will feed back the execution to the secondary mobile terminal, and at the same time, the service platform will judge whether to feed back the execution to the main mobile terminal according to the requirements of the main mobile terminal.

The implementation process is further simplified through the implementation method in this embodiment.

Embodiment seven

As shown in Figure 4, in this embodiment, the method of data interaction in step S3 is:

S31: The primary mobile terminal forwards the control instruction sent by the secondary mobile terminal to the service platform;

S32: The primary mobile terminal forwards the control signal fed back by the vehicle control module to the secondary mobile terminal.

That is, in this embodiment, first, the primary mobile terminal forwards the control command sent by the secondary mobile terminal to the service platform, and then the service platform sends the control command to the vehicle control module, and the vehicle control module executes the control command . And feed back the execution status to the service platform, and the service platform will feed back the execution status to the main mobile terminal. Finally, the primary mobile terminal forwards the control signal fed back by the vehicle control module to the secondary mobile terminal.

Through the implementation in this embodiment, the first control authority status of the main mobile terminal can be further ensured, and the control can be monitored in real time. If any abnormality is found, the transfer command of the control authority will be stopped immediately.

Embodiment Eight

As shown in FIG. 6, in this embodiment, a vehicle control system that utilizes an address book to transfer vehicle control authority, the system includes:

Vehicle control module: send control commands to the vehicle control module through the server platform;

Extracting module: extracting the address book list in the mobile terminal, for specifying the required contacts in the address book list;

Verification module: After specifying the corresponding contact in the address book, send the service platform a verification instruction for the mobile account corresponding to the contact number of the required contact;

Service platform: used to send control commands to the vehicle control module, and also used to realize the verification process of the mobile account of the required contacts in the address book;

Designation module: after passing the verification, designate the mobile device corresponding to the desired contact as its secondary mobile terminal;

Vehicle-mounted control module: receiving and executing the control instruction;

Display module: display vehicle control content and transfer vehicle control authority content.

The vehicle control module, extraction module, verification module, designation module and display module described in this embodiment are all arranged in the mobile terminal, the extraction module, verification module, designation module and display module are connected with the vehicle control module, and the mobile The terminal is connected to the network of the service platform, and the vehicle control module is connected to the network of the service platform.

The mobile terminal described in this embodiment is also provided with a decryption module, and the described decryption module participates through the SIM card of the contact person, and the described SIM card is used as a hardware decryption device, which improves the efficiency of the decryption process of the described decryption module Security Level.

The specifying module described in this embodiment can use the contact's phone number as a variable to generate a specific key for the request information for obtaining control authority, send it to the service platform, and then forward it to the address book of the specified contact by the service platform.

Or, the specified module directly encrypts and sends the control authority of the vehicle to the address book of the desired contact.

The request module described in this embodiment can also judge that the main mobile address book has no operation within a predetermined time through the judging module, then extract the phone number of the designated contact through the extraction device and send the phone number of the designated contact through the request module Send reminder SMS.

The service platform described in this embodiment can verify the mobile terminal and operation information through the verification module, and the verification information is also pre-stored in the verification module to further verify the security and request information of the mobile terminal corresponding to the address book. safety.

The vehicle control system in this embodiment is also provided with a feedback module capable of feeding back operation information to the primary mobile terminal and the secondary mobile terminal.

The mobile terminal described in this embodiment is also provided with a judging module, and the judging module of the secondary mobile terminal can judge whether the address book of the primary mobile terminal accepts the request information.

The primary mobile terminal described in this embodiment is also provided with a suspension module, which can suspend the control authority of the secondary mobile terminal to send control instructions to the vehicle control module via the service platform at any time.

Embodiment nine

As shown in FIG. 7 , in this embodiment, an address book with vehicle control authority transfer, the address book includes:

Receiving module: receiving the information sent by the vehicle control system to extract the address book list;

Storage module: storing address book list information and identification information of contact mobile accounts in the address book list;

Sending module: sending the address book list and the identification information of the contact mobile account in the address book list to the vehicle control system.

In this embodiment, after the address book receives the information for extracting the address book list sent by the vehicle control system, the receiving module of the address book receives the sent information. Send the identification information of the mobile account of the contact to the vehicle control system, and let the display module of the vehicle control system display the information of the address book list; and send the identification information of the mobile account of the contact in the address book list to the verification of the vehicle control system The module implements the process of verifying the mobile account of the contacts in the address book list.

In this embodiment, the address book is set in the mobile terminal and is set independently from the vehicle control system.

In this embodiment, the address book of the mobile terminal is synchronized to the service platform by using the service platform of the vehicle control system.

The address book described in this embodiment is also provided with a sending module that can use the corresponding contact phone number as a variable to generate a specific key for the request information for obtaining control authority, send it to the service platform, and then forward it to the corresponding contact by the service platform in the address book.

Alternatively, the sending module directly encrypts and sends the control authority of the vehicle to the address book of the corresponding contact.

Moreover, the sending module can also judge that there is no operation in the main mobile address book within a predetermined time, then extract the phone number of the corresponding contact and send a reminder message to the phone number of the corresponding contact through the request module.

The address book described in this embodiment is also provided with a decryption module, and the described decryption module participates through the SIM card of the contact person, and the described SIM card is used as a hardware decryption device, which improves the efficiency of the decryption process of the described decryption module Security Level. The decryption module can decrypt the designated information or vehicle control rights information sent by the main mobile terminal, and obtain corresponding information.

Embodiment ten

In this embodiment, the vehicle control module includes an outer sensor detection unit and an inner sensor detection unit, a keyless entry start controller, a CAN bus, an engine control unit, a start button, a first switch sensor, a second switch sensor , Pressure sensor, door lock control unit. The outer sensor detection unit and the inner sensor detection unit constitute a signal detection module, wherein the outer sensor detection unit includes an outer area distance sensor and an outer body temperature sensor connected to the keyless entry start controller and arranged on the outside of the vehicle cab door; The sensor detection unit includes an inner area distance sensor and an inner body temperature sensor connected with the keyless entry start controller and arranged on the inner side of the vehicle cab door. The keyless entry controller is connected to the mobile terminal through a wireless network. The above-mentioned CAN bus is connected with the keyless entry start controller, the engine control unit, the first switch sensor, the second switch sensor and the pressure sensor. The engine control unit is also connected with a start button. The first switch sensor is used to detect the gear position signal of the car. The second switch sensor is used to detect the parking signal of the car. The pressure sensor is arranged on the driver's seat and is used to detect whether there is a person on the driver's seat.

The method for the vehicle-mounted control module to control the keyless start of the vehicle is:

First of all, in this embodiment, the outer area distance sensor installed outside the cab door sequentially detects three range intervals of the cab door: the long distance interval of 70cm to 100cm, the middle distance interval of 40cm to 70cm, and the short distance interval of 20cm to 40cm. Whether there is an object inside, and send information to the keyless entry start controller; in addition, when the external body temperature sensor detects that there is an object within 40cm from the sensor in the outer area, it will detect whether the object has the characteristics of human body temperature, and send the result to Keyless entry starter controller. If the keyless entry start controller receives the signal sent by the distance sensor in the outer area and judges that the object exists and is approaching, and at the same time receives the signal sent by the external body temperature sensor and judges that the object has the characteristics of human body temperature, then it is judged that the user is outside the car and has entered the car Intention, send a control signal to unlock the cab door and control to open it; if the keyless entry start controller receives the signal sent by the distance sensor in the outer area, it judges that the object does not exist or is not approaching, and at the same time receives the signal sent by the external body temperature sensor If it is judged that the temperature of the object does not have the characteristics of human body temperature, it is judged that the user has no intention of entering the car, and the keyless entry controller does not control the driver's door.

Then, in this embodiment, the mobile terminal carried by the user is within the effective range of 10m to 15m from the car door of the car, and the keyless entry controller 3 installed on the car finds that the mobile terminal is within the above-mentioned range through regular monitoring, and sends The verification information is identified and verified. The mobile terminal receives the control command verification information sent by the keyless entry controller and sends the corresponding information as a response. The keyless entry controller receives the returned information and performs decryption operations to confirm the verification information. correctness. If the verification is passed, the keyless entry controller controls to turn on the signal detection module, and the outer sensor detection unit and the inner sensor detection unit begin to detect the state and temperature of objects around the car and in the cab; if the verification fails, the signal detection module is not turned on .

Finally, in this embodiment, the inner area sensor installed on the inner side of the driver's door detects whether there is an object within the range of 10cm to 20cm inside the driver's door, and sends a signal to the keyless entry controller; Whether the temperature has the characteristics of human body temperature, and send the result to the keyless entry start controller; the pressure sensor set on the seat detects the pressure signal on the seat and sends it to the CAN bus; the first switch sensor detects the gear position of the car The signal is sent to the CAN bus; the second switch sensor detects the parking signal of the car and sends it to the CAN bus; the keyless entry controller receives the signals sent by the distance sensor in the inner area and the inner body temperature sensor and judges in combination with the signal sent by the pressure sensor Whether there are people in the cab, receive the gear signal and parking signal sent by the CAN bus to judge whether the vehicle start condition is met (that is, whether the car gear is in N gear or P position). If the keyless entry start controller receives the signal sent by the distance sensor in the inner area to judge that there is an object in the cab, and at the same time receives the signal sent by the inner temperature sensor to judge that the temperature of the object has the characteristics of human body temperature, and receives the pressure signal sent by the CAN bus , gear position signal and parking signal respectively determine that there is someone on the driver's seat, the car is in neutral and parked state, then the keyless entry start controller judges that the user is in the car and has the driving intention, and sends the start preparation signal to the CAN bus , the start preparation signal is sent to the engine control unit by the CAN bus so that the engine control unit controls the engine to enter the pre-start state. At this time, the user only needs to press the start button connected with the engine control unit to start the engine and then start the car; The various signals received by the keyless entry start controller do not meet the above conditions, then the keyless entry start controller judges that the user is not in the car or has no driving intention, and does not send the start preparation signal to the CAN bus. Even if the start button is pressed, the engine Also won't start.

The implementations in the above examples can be further combined or replaced, and the examples are only descriptions of preferred embodiments of the present invention, and are not intended to limit the concept and scope of the present invention. Various changes and improvements to the technical solutions of the present invention made by those skilled in the art belong to the protection scope of the present invention.

Claims (10)

1. A method for transferring vehicle control authority by using the address book, characterized in that: the mobile device corresponding to the contact person is designated as the secondary mobile terminal in the primary mobile terminal address book, and the primary mobile terminal can control itself or the secondary mobile terminal A control command is sent to the vehicle control module corresponding to the main mobile terminal via the service platform. 2. A method for transferring vehicle control authority by using the address book according to claim 1, characterized in that: the method for transferring vehicle control authority is as follows: S1: Specify the required contacts in the list in the address book of the main mobile terminal, and the address book of the main mobile terminal confirms that the mobile device corresponding to the required contact is the secondary mobile terminal; S2: The primary mobile terminal grants the control authority to issue control instructions to the vehicle control module via the service platform to the secondary mobile terminal of the contact; S3: The secondary mobile terminal performs data interaction with the service platform; S4: Terminate the control authority of the secondary mobile terminal after the data interaction between the secondary mobile terminal and the service platform is completed. 3. A method for transferring vehicle control authority by using the address book according to claim 2, characterized in that: before step S1, it is judged whether the main mobile terminal uses the address book to transfer control authority, if yes, step S1 is executed, and The master mobile terminal is in the state of control authority transfer; if not, the master mobile terminal maintains the current control state. 4. A method for transferring vehicle control authority by using the address book according to claim 2, characterized in that: in step S1, after the main mobile terminal address book determines the required contacts; The address book of the primary mobile terminal automatically triggers the service platform to verify the mobile account of the required contact. If the verification is passed, the connection path between the secondary mobile terminal and the service platform is established, and the next step is executed; If the verification fails, feed back information that the verification fails to pass to the main mobile terminal. 5. A method for transferring vehicle control authority by using the address book according to claim 2, characterized in that: step A) is included between steps S1 and S2: The service platform sends a prompt command for the transfer of control authority to the corresponding vehicle control module of the main mobile terminal to the address book of the secondary mobile terminal, and judges whether the address book of the secondary mobile terminal accepts the transfer of control authority. If the address book of the secondary mobile terminal accepts the transfer of control authority, execute Step S2; If there is no operation in the address book of the secondary mobile terminal or the transfer of the control authority is rejected within the preset time, feedback information of the secondary mobile terminal rejecting the transfer of control authority is fed back to the address book of the main mobile terminal; Preferably, in step A), if there is no operation in the address book of the secondary mobile terminal within a preset time, a reminder message is sent to the contact number of the corresponding contact in the address book of the primary mobile terminal in the secondary mobile terminal. 6. A method for transferring vehicle control authority by using the address book according to claim 2, characterized in that: the process of granting control authority in step S2 includes: S21: The primary mobile terminal sends a control command to the service platform for granting the control authority to the secondary mobile terminal; S22: After the server platform receives the control instruction, the service platform establishes a connection path for the secondary mobile terminal to send the control instruction to the vehicle control module corresponding to the primary mobile terminal. 7. A method for transferring vehicle control authority by using the address book according to claim 2, characterized in that: Step B) is also included between step S2 and step S3 to detect whether the main mobile terminal grants the control authority to the secondary mobile terminal The terminal, if yes, feeds back assignment success information to the main mobile terminal; if not, feeds back assignment failure information to the main mobile terminal. 8. A method of utilizing the address book to transfer vehicle control authority according to claim 2, characterized in that: step C) is added between steps S3 and S4 to determine whether the main mobile terminal has suspended the control authority of the secondary mobile terminal, If yes, the master mobile terminal returns to the control state; if no, step S4 is performed, and the master mobile terminal is in the control authority transfer state. 9. A vehicle control system that utilizes an address book to transfer vehicle control authority, characterized in that: the system includes: Vehicle control module: send control commands to the vehicle control module through the server platform; Extracting module: extracting the address book list in the mobile terminal, for specifying the required contacts in the address book list; Verification module: After specifying the corresponding contact in the address book, send the service platform a verification instruction for the mobile account corresponding to the contact number of the required contact; Service platform: used to send control commands to the vehicle control module to realize the verification process of the mobile account of the required contacts in the address book; Designation module: after passing the verification, designate the mobile device corresponding to the desired contact as its secondary mobile terminal; Vehicle-mounted control module: receiving and executing the control instruction; Display module: display vehicle control content and transfer vehicle control authority content. 10. An address book with transfer of vehicle control authority, characterized in that: the address book includes: Receiving module: receiving the information sent by the vehicle control system to extract the address book list; Storage module: storing address book list information and identification information of contact mobile accounts in the address book list; Sending module: sending the address book list and the identification information of the contact mobile account in the address book list to the vehicle control system.