Automobile intelligent interaction control method and system

Abstract

The invention discloses an automobile intelligent interaction control method and system.The method comprises the steps that when a whole automobile is in a dormancy state, an active service platform sends a reminding instruction to a vehicle-mounted TBOX according to an active service function, and the vehicle-mounted TBOX receives reminding instruction information and stores the reminding instruction information; and after the user starts the vehicle, the TBOX sends the stored reminding instruction information to the instrument I CM for display. An intelligent interaction system is realized through development of an Internet of Vehicles system, an interaction function associated with vehicle use is completed, and the user experience is improved; and unified interaction management is performed on operations such as vehicle leasing, insurance violation, annual verification and maintenance, so that a user can be conveniently reminded of timely processing, and interaction and vehicle use experience is improved.

Description

Technical Field

[0001] The present invention relates to the field of automobile networking, and in particular to an automobile intelligent interactive control method and system. Background Art

[0002] With the development of the automobile industry, the degree of automobile networking is getting higher and higher, and people's requirements for the interaction of intelligent networked vehicles are also getting higher and higher. The Internet of Vehicles system consists of an on-board T-BOX, other vehicle controllers and a platform. The on-board T-BOX can transmit vehicle signals with other vehicle controllers, and can transmit vehicle signals to the platform. The platform can also transmit vehicle control instructions to other vehicle controllers through T-BOX, and other vehicle controllers receive instructions to perform corresponding functions. For example, a method for remote control of automobile air conditioning, a remote control system and a vehicle thereof with patent application number 202211316599.0, the method includes: T-BOX receives a remote air conditioning control start instruction, determines whether the control start instruction contains a close or timed close instruction, and sends a remote authentication request with a control instruction to VCU when there is a close or timed close instruction; VCU performs authentication according to the authentication algorithm, and sends an air conditioning control enable signal to T-BOX after authentication is successful; after T-BOX receives the signal, it sends a remote control start instruction to the air conditioner; the air conditioner starts after receiving the remote control start instruction, and automatically closes according to the close or timed close instruction contained in the control start instruction.

[0003] The vehicle networking function of the above-mentioned prior art is only the remote control of the vehicle, such as controlling the start-up of the electronic equipment inside the vehicle and checking the status data inside the vehicle, which are all functions of actively obtaining related vehicles, and cannot realize the interaction of vehicle-related functions, and cannot meet the user's interactive processing function of passively obtaining vehicle-related functions. Summary of the invention

[0004] The purpose of the present invention is to overcome the shortcomings of the prior art and provide a method and system for intelligent automobile interactive control, which realizes active interactive functions through the Internet of Vehicles system to realize third-party interactive functions such as leasing and insurance.

[0005] In order to achieve the above-mentioned purpose, the technical solution adopted by the present invention is: a method for intelligent interactive control of an automobile, including that when the whole vehicle is dormant, the active service platform sends a reminder instruction to the on-board TBOX according to the active service function, and the on-board TBOX receives and stores the reminder instruction information; when the user starts the vehicle, the TBOX sends the stored reminder instruction information to the instrument ICM for display.

[0006] After the vehicle is started, if the instrument I CM receives multiple reminder instruction messages, the instrument will display the reminders one by one in order of priority and control the display information of each reminder message.

[0007] The method also includes a rental service platform, which is linked to the active service platform for interaction; the rental service platform enters information corresponding to the user's active service function, and determines what kind of reminder signal to send based on the entered information corresponding to the active service function, and sends the reminder signal to the active service platform for execution.

[0008] The information corresponding to the active service function includes one or a combination of vehicle rental, insurance, violation, annual inspection, claims, and maintenance information.

[0009] The active service platform receives the reminder signal from the rental platform and converts the reminder signal information into a vehicle control signal and sends it to the TBOX of the vehicle. When the vehicle is dormant, the active service platform wakes up the TBOX through SMS and then sends the reminder signal.

[0010] The vehicle VCU is connected to TBOX. The vehicle VCU summarizes the vehicle's operating status data and uploads it to the active service platform. The active service platform forwards the vehicle status data to the rental platform for processing to determine the vehicle's status and issue speed limit instruction data; the speed limit instruction is sent to the vehicle VCU after passing through the active service platform and TBOX for execution and the execution result is fed back to the rental platform.

[0011] The leasing platform obtains the lease expiration time according to the entered lease information and issues a rent payment reminder before the lease expiration time, which is sent to the on-board TBOX via the active service platform. The on-board TBOX forwards the corresponding information to the instrument I CM, and the instrument I CM parses the reminder information and the corresponding payment QR code information for display; when the leasing platform determines that the lease is overdue, the leasing platform issues an overdue speed limit instruction, which is sent to the instrument I CM and the vehicle VCU via the active service platform and TBOX. The instrument I CM displays the overdue information and the payment QR code information, and the on-board VCU executes the speed limit instruction to limit the vehicle's driving speed.

[0012] The rental platform calculates each maintenance time point according to the entered maintenance information. When the maintenance time is reached, the rental platform sends the maintenance reminder information to the active service platform. The active service platform sends a corresponding command signal to the vehicle-mounted TBOX. The vehicle-mounted instrument I CM receives the command information sent by the TBOX and parses and displays the corresponding information; the vehicle-mounted instrument stores the maintenance reminder information and continuously reminds the set time after each vehicle is started, until the active service platform sends a command to cancel the reminder after receiving the vehicle maintenance information, then deletes the stored maintenance reminder information and stops the reminder.

[0013] The rental platform calculates whether the vehicle is in an uninsured state based on the obtained vehicle insurance information and sends insurance renewal information to the on-board TBOX through the active service platform before the insurance expires, and the TBOX forwards it to the instrument I CM for reminder display, and generates a vehicle restriction instruction if the insurance renewal information is still not obtained after the insurance expires; the vehicle restriction instruction is forwarded to the vehicle VCU for execution, and the driving of the uninsured vehicle is restricted.

[0014] An automobile intelligent interactive control system, the system comprises a rental platform, an active service platform, a vehicle-mounted TBOX, and an instrument ICM; when the whole vehicle is dormant, the active service platform sends a reminder instruction to the vehicle-mounted TBOX according to the active service function, and the vehicle-mounted TBOX receives and stores the reminder instruction information; when the user starts the vehicle, the TBOX sends the stored reminder instruction information to the instrument ICM for display; the rental service platform enters the information corresponding to the user's active service function, and determines what kind of reminder signal to send according to the entered information corresponding to the active service function, and sends the reminder signal to the active service platform for execution.

[0015] The advantages of the present invention are: an intelligent interactive system is realized through the development of a vehicle networking system, interactive functions related to vehicle use are completed, and user experience is improved; unified interactive management of vehicle rental, insurance violations, annual inspections, maintenance and other operations is performed, which facilitates reminding users to handle them in a timely manner, thereby improving interaction and vehicle use experience. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] The following is a brief description of the contents expressed in the drawings of the present invention and the symbols in the drawings:

[0017] Figure 1 It is the execution flow chart of the automobile intelligent interactive control system;

[0018] Figure 2 It is the execution flow chart of the rental of automobile intelligent interactive control system.

[0019] Marked in the figure: 1. Rental platform; 2. Active service platform; 3. T-BOX; 4. VCU; 5. I CM. DETAILED DESCRIPTION

[0020] The specific implementation of the present invention will be further explained in detail below by describing the optimal embodiment with reference to the accompanying drawings.

[0021] This solution adds an active Internet of Vehicles function to the existing technology, which only has passive Internet of Vehicles functions. The active Internet of Vehicles function realizes functional interaction related to vehicle use, realizes more intelligent vehicle control and interaction, and improves the user experience of vehicle use. The main solution is that when the whole vehicle is dormant, the active service platform sends a reminder instruction, the platform wakes up T-BOX through SMS, T-BOX stores the reminder information, and when the user starts the vehicle, KL15 will send the stored signal to I CM after electrical connection; when the whole vehicle is started, it encounters multiple reminder messages, and the instrument prompts one by one according to the priority (fault signal>rent>insurance>violation>annual inspection>claim>maintenance); each reminder instrument display time is 10 seconds; after TBOX receives the speed limit instruction or speed limit release instruction issued by the platform, the whole vehicle responds to the speed limit or speed limit release after powering on and off again. Automobile intelligent interactive control system, this function mainly includes vehicle VCU, T-BOX, BMS, I CM and other controllers and two major platforms of active service and leasing. For the following customer services, the car intelligent interactive control system can be used to directly complete car rental, insurance, violation, annual inspection, claims, maintenance and other operations on the car, greatly improving the user's car experience.

[0022] The active service functions implemented by this solution include but are not limited to rental interaction function, insurance reminder interaction function, violation processing interaction function, annual inspection processing interaction function, claim interaction function, and maintenance interaction function. The rental platform sends instructions to the active service platform, and the active service platform transmits the instructions to T-BOX. T-BOX transmits the instructions to VCU and I CM, and at the same time feeds back the above execution status to the platform.

[0023] like Figure 1 As shown, a method for intelligent interactive control of an automobile of the present application involves hardware components including a rental platform, an active service platform, TBOX, I CM and VCU; wherein the rental platform and the active service platform are communicatively connected; the active service platform and TBOX are communicatively connected; TBOX is respectively connected to I CM and VCU via a CAN communication bus; after the rental platform, the active service platform, TBOX, I CM and VCU are connected in the above manner, the system is constructed.

[0024] When the vehicle is dormant, the active service platform sends a reminder command to the vehicle-mounted TBOX according to the active service function, and the vehicle-mounted TBOX receives and stores the reminder command information; when the user starts the vehicle, the TBOX sends the stored reminder command information to the instrument I CM for display, thereby providing a reminder service of the active function and issuing a reminder in time. After the vehicle is started, if the instrument I CM receives multiple reminder command information, the instrument displays the reminders one by one in the order of priority and controls the display information of each reminder information. Since there is a lot of information to be displayed in the instrument, when multiple information needs to be displayed, the information is displayed in a high-to-low priority manner according to the priority that needs to be set. First, the vehicle's fault signal is the highest priority, and the fault information of the vehicle is displayed and reminded first, and then the active service function. The active service function is sorted from high to low priority, including rental interaction function, insurance reminder interaction function, violation processing interaction function, annual inspection processing interaction function, claim settlement interaction function, and maintenance interaction function. When the instrument receives multiple information that needs to be displayed, it is displayed and displayed in order from high to low priority.

[0025] The rental service platform is linked to the active service platform for interaction; the rental service platform enters the information corresponding to the user's active service function, and determines what kind of reminder signal to send based on the information corresponding to the entered active service function, and sends the reminder signal to the active service platform for execution.

[0026] The information corresponding to the active service function includes one or a combination of vehicle rental, insurance, violation, annual inspection, claims, and maintenance information, which is used to realize rental interaction function, insurance reminder interaction function, violation handling interaction function, annual inspection handling interaction function, claims interaction function, maintenance interaction function, etc.

[0027] The active service platform receives the reminder signal from the rental service platform and converts the reminder signal information into a vehicle control signal and sends it to the vehicle TBOX. When the vehicle is dormant, the active service platform wakes up the TBOX through a text message and then sends a reminder signal. The vehicle VCU is connected to the TBOX. The vehicle VCU summarizes the vehicle's operating status data and uploads it to the active service platform. The active service platform forwards the vehicle status data to the rental platform for processing, determines the vehicle's status, and issues speed limit instruction data; the speed limit instruction is sent to the vehicle VCU after passing through the active service platform and TBOX for execution and feedback of the execution results to the rental platform.

[0028] In this solution, the leasing platform and active service platform are used to realize user interaction functions such as leasing interaction, insurance reminder interaction, violation handling interaction, annual inspection handling interaction, claims interaction, and maintenance interaction. The specific functional interactions are as follows:

[0029] The rental platform obtains the rental expiration date based on the entered rental information and issues a rental payment reminder before the rental expiration date, which is sent to the on-board TBOX through the active service platform. The on-board TBOX forwards the corresponding information to the instrument ICM, which parses the reminder information and the corresponding QR code information for display; when the rental platform determines that the lease is overdue, the rental platform issues an overdue speed limit instruction through the active service platform and TBOX to the instrument ICM and the vehicle VCU. The instrument ICM displays the overdue information and the QR code information for collection, and the on-board VCU executes the speed limit instruction to limit the vehicle's driving speed. When the rental platform obtains that the rental fee has been paid, the rental platform generates a contact restriction instruction and forwards it to the on-board TBOX through the active service platform, and then the on-board TBOX forwards it to the vehicle VCU via the CAN network to execute the restriction release instruction. The information on the rental fee is confirmed based on the user's input. When the rental deadline is reached, it is determined whether the fee has been paid based on the user's payment bill feedback information. If the fee has not been paid, the corresponding control command is issued to limit the vehicle speed. After limiting the vehicle speed, when it is detected that the user has received or scanned the corresponding QR code to pay the fee, the rental platform issues a corresponding contact restriction command and sends it to the vehicle VCU for execution via TBOX.

[0030] In a preferred embodiment of the present application, a maintenance reminder function is provided; the rental platform calculates each maintenance time point according to the entered maintenance information, and when the maintenance time is reached, the rental platform sends the maintenance reminder information to the active service platform, and the active service platform sends a corresponding command signal to the vehicle-mounted TBOX, and the vehicle-mounted instrument I CM receives the command information sent by TBOX and parses and displays the corresponding information; the vehicle-mounted instrument stores the maintenance reminder information and continuously reminds the set time after each vehicle is started, until the active service platform sends a cancellation reminder instruction after receiving the vehicle maintenance information, and then deletes the stored maintenance reminder information and stops reminding. The active service platform obtains the user's cancellation reminder instruction by connecting with the user's mobile phone app or the active service platform interacts with the special equipment of the maintenance point to obtain the maintenance confirmation information and cancels this reminder, and I CM deletes this maintenance information and stops reminding until the next maintenance time is reached and the corresponding maintenance reminder information is sent again through the rental platform, the active service platform, and the TBOX. In this way, the reminder interaction for vehicle maintenance information is completed to avoid safety hazards caused by delayed maintenance.

[0031] In another preferred embodiment of the present application, the present application also provides an insurance-out reminder. The rental platform calculates whether the vehicle is in an insurance-out state based on the insurance information of the vehicle obtained, and sends insurance renewal information to the vehicle-mounted TBOX through the active service platform before the insurance expires, and the TBOX forwards it to the instrument I CM for reminder display, and generates a vehicle restriction instruction after the insurance renewal information is still not obtained after the insurance expires; the vehicle restriction instruction is forwarded to the whole vehicle VCU for execution, and the out-of-insurance vehicle is restricted from driving; the rental platform interacts with the insurance company's insurance information platform to obtain the insurance information of the vehicle. When the user completes the insurance, the rental platform issues a corresponding restriction release instruction and sends it to the VCU through the active service platform and TBOX for execution. Since insurance such as compulsory traffic insurance is mandatory, if the user is not insured, it is deemed to be illegal on the road and needs to be punished and prohibited. Therefore, this is monitored and uninsured vehicles are restricted, which improves safety and prevents uninsured vehicles from going on the road.

[0032] In another preferred embodiment of the present application, the leasing platform or the active service platform interacts with the traffic violation processing service platform to obtain the vehicle's violation data, annual inspection data, and claim data, and sends them to the on-board ICM instrument through TBOX for display. After the instrument receives the violation data, annual inspection data, and claim data, it will give a 5-10 second reminder each time the vehicle is powered on, so as to remind the user to handle the violation, law, or vehicle annual inspection in a timely manner, avoiding the anticipation or omission of traffic behavior events; at the same time, when the processing is completed, the processing completion signal is sent to the instrument ICM through TBOX, and the ICM reminder is cancelled, thereby completing the human-computer interaction to realize the processing functions of violation data, annual inspection data, claim data, etc., and improving the user experience.

[0033] The technical solution of the present invention provides an intelligent automobile interactive function, which specifically includes: realizing customer interactive functions through vehicle VCU, TBOX, BMS, I CM and other controllers and two major platforms of active service and leasing, and displaying corresponding words through vehicle instruments to remind users to perform corresponding business processing operations. The businesses involved are: rent, insurance, violation, annual inspection, claims, and maintenance.

[0034] In order to realize the above interactive function, the technical solution adopted in this embodiment is:

[0035] This function includes vehicle VCU, T-BOX, BMS, I CM and other controllers and two data platforms: active service and leasing. The leasing platform mainly realizes the following functions:

[0036] 1. The platform records the customer's vehicle rental, insurance, violation, annual inspection, claims, and maintenance information;

[0037] 2. The platform automatically sends reminder signals based on the expiration dates of rent, insurance, traffic violations, annual inspections, claims, and maintenance;

[0038] 3. Send reminder signals to the active service platform and receive feedback signals from the active service platform;

[0039] 4. Receive vehicle data uploaded by the active service platform and judge the vehicle status through the vehicle data;

[0040] 5. The platform operation and maintenance personnel manually issue a speed limit instruction and forward the speed limit instruction to the active service platform;

[0041] The main functions of the active service platform are as follows:

[0042] 1. Receive reminder signals from the rental platform and feed back the vehicle execution status of the "reminder information" to the rental platform;

[0043] 2. Convert the "reminder information" into vehicle control signals according to the platform protocol and send them to the vehicle T-BOX;

[0044] 3. When the vehicle is dormant, the active service platform wakes up the T-BOX via SMS and then sends a "reminder message";

[0045] 4. Send the vehicle data uploaded by T-BOX to the rental platform;

[0046] 5. Receive the speed limit signal uploaded by T-BOX and feed back the speed limit command result to the rental platform;

[0047] The main functions of T-BOX are as follows:

[0048] 1. Receive vehicle control signals sent by the active service platform;

[0049] 2. Upload the vehicle feedback signal to the active service platform;

[0050] 3. Store the reminder signal for 24 hours (0:00-23:59 on the same day only). Each time the vehicle is started during the time period, the signal will be forwarded to the I CM for 10 seconds (except for the two reminder signals Rent_reminder=101 and Rent_reminder=110);

[0051] 4. When the vehicle is dormant, T-BOX records the reminder signal and speed limit signal issued by the active service platform, and forwards it to I CM and VCU after the vehicle is started;

[0052] 5. Receive the VCU_stTBOXSepL imt speed limit signal fed back by the VCU;

[0053] The main functions of VCU are as follows:

[0054] 1. Receive the speed limit command from T-BOX, determine the vehicle condition and implement the speed limit;

[0055] 2. Receive the speed limit release command from T-BOX, determine the vehicle condition and release the speed limit;

[0056] 3. Feedback VCU_stTBOXSepL imt speed limit signal to T-BOX;

[0057] The main functions of I CM are as follows:

[0058] 1. Receive reminder messages sent by TBOX;

[0059] 2. Display text reminders according to the priority of reminder information display, and each text reminder will be displayed for 10 seconds;

[0060] 3. The QR code will be displayed for 60 seconds;

[0061] 4. The priority order of text reminders is: rent > insurance > traffic violation > annual inspection > claims > maintenance;

[0062] 5. When receiving signals of different priorities, I CM will display reminders step by step according to the priority;

[0063] 6. Receive the VCU_SysWarnL i ghtSts speed limit signal sent by the VCU and turn on or off the turtle light.

[0064] The technical effect of the scheme in the above embodiment is: when the vehicle is dormant, the active service platform sends a reminder instruction, the platform wakes up T-BOX through SMS, T-BOX stores the reminder information, and when the user starts the vehicle, KL15 is electrically connected and sends the stored signal to I CM; when the vehicle is started, it encounters multiple reminder messages, and the instrument prompts one by one according to the priority (fault signal>rent>insurance>violation>annual inspection>claim>maintenance); each reminder instrument display time is 10 seconds; after TBOX receives the speed limit instruction or speed limit release instruction issued by the platform, the vehicle responds to the speed limit or releases the speed limit after powering on and off again. Automobile intelligent interactive control system, this function mainly includes controllers such as vehicle VCU, T-BOX, BMS, I CM and two major platforms of active service and leasing. For the following business of customers, through the automobile intelligent interactive control system, the operation of car rental, insurance, violation, annual inspection, claim, maintenance, etc. can be completed directly on the car, which greatly improves the user's car experience.

[0065] like Figure 1It is the execution flow chart of the automobile intelligent interactive control system. The rental platform 1 sends instructions to the active service platform 2, and the active service platform 2 transmits the instructions to T-BOX3, and T-BOX3 transmits the instructions to VCU4 and I CM5, and at the same time feeds back the above execution status to the platform.

[0066] like Figure 2 It is a rent execution flow chart of the automobile intelligent interactive control system. According to the vehicle rental information, the platform calculates that 15 days before the expiration date, it starts to send rent payment reminder information to T-BOX3. T-BOX3 sends the corresponding signal to I CM5, and I CM5 lights up the instrument prompt for 10 seconds and displays the payment QR code for 60 seconds; when the platform calculates that the rent is overdue, the platform sends a vehicle speed limit instruction to T-BOX3, T-BOX3 sends the corresponding signal to I CM5, I CM5 lights up the instrument prompt for 10 seconds and displays the payment QR code for 60 seconds, and T-BOX3 sends the speed limit instruction to VCU4, and VCU4 limits the speed of the vehicle; when the platform receives the rent, the platform sends the vehicle speed limit release instruction to T-BOX3, T-BOX3 sends the corresponding signal to I CM5, I CM5 lights up the instrument prompt for 10 seconds, and T-BOX3 sends the speed limit release instruction to VCU4, and VCU4 releases the speed limit on the vehicle.

[0067] Obviously, the specific implementation of the present invention is not limited to the above-mentioned methods. As long as various non-substantial improvements are made using the method concept and technical solution of the present invention, they are all within the protection scope of the present invention.

Claims

1. A method for intelligent interactive control of an automobile, characterized in that: Including when the vehicle is dormant, the active service platform sends a reminder command to the vehicle-mounted TBOX according to the active service function, and the vehicle-mounted TBOX receives and stores the reminder command information; When the user starts the vehicle, TBOX sends the stored reminder instruction information to the instrument ICM for display.

2. The method for intelligent interactive control of a vehicle according to claim 1, characterized in that: After the vehicle is started, if the instrument ICM receives multiple reminder command messages, the instrument will display the reminders one by one in order of priority and control the display information of each reminder message.

3. The method for intelligent interactive control of a vehicle according to claim 1 or 2, characterized in that: The method also includes a rental service platform that interacts with the active service platform link; The rental service platform records the information corresponding to the user's active service function, and determines what kind of reminder signal to send according to the recorded information corresponding to the active service function, and sends the reminder signal to the active service platform for execution.

4. The method for intelligent interactive control of a vehicle as claimed in claim 3, characterized in that: The information corresponding to the active service function includes one or a combination of vehicle rental, insurance, violation, annual inspection, claims, and maintenance information.

5. The automobile intelligent interactive control method according to claim 3, characterized in that: The active service platform receives the reminder signal from the rental platform and converts the reminder signal information into a vehicle control signal and sends it to the TBOX of the whole vehicle. When the whole vehicle is dormant, the active service platform wakes up the TBOX through SMS and then sends the reminder signal.

6. The automobile intelligent interactive control method according to any one of claims 1 to 5, characterized in that: The vehicle VCU is connected to TBOX. The vehicle VCU summarizes the vehicle's operating status data and uploads it to the active service platform. The active service platform forwards the vehicle status data to the rental platform for processing to determine the vehicle's status and issue speed limit instruction data; the speed limit instruction is sent to the vehicle VCU after passing through the active service platform and TBOX for execution and the execution result is fed back to the rental platform.

7. The automobile intelligent interactive control method according to any one of claims 1 to 5, characterized in that: The rental platform obtains the rental expiration date according to the input rental information and sends a rental payment reminder message before the rental expiration date through the active service platform to the on-board TBOX. The on-board TBOX forwards the corresponding information to the instrument ICM, and the instrument ICM parses the reminder information and the corresponding payment QR code information for display; When the rental platform determines that the lease is overdue, the rental platform will issue an overdue speed limit instruction, which will be sent to the instrument ICM and vehicle VCU via the active service platform and TBOX. The instrument ICM will display the overdue information and payment QR code information, and the on-board VCU will execute the speed limit instruction to limit the vehicle's driving speed.

8. The automobile intelligent interactive control method according to any one of claims 1 to 5, characterized in that: The rental platform calculates each maintenance time point according to the entered maintenance information. When the maintenance time is reached, the rental platform sends the maintenance reminder information to the active service platform. The active service platform sends a corresponding command signal to the vehicle TBOX. The vehicle instrument ICM receives the command information sent by the TBOX and parses and displays the corresponding information; The on-board instrument stores maintenance reminder information and continuously reminds you at the set time each time the vehicle is started, until the active service platform sends a cancellation reminder instruction after receiving vehicle maintenance information, then deletes the stored maintenance reminder information and stops reminding.

9. The automobile intelligent interactive control method according to any one of claims 1 to 5, characterized in that: The rental platform calculates whether the vehicle is in an uninsured state based on the obtained vehicle insurance information and sends insurance renewal information to the on-board TBOX through the active service platform before the insurance expires, and the TBOX forwards it to the instrument ICM for reminder display, and generates a vehicle restriction instruction if the insurance renewal information is still not obtained after the insurance expires; the vehicle restriction instruction is forwarded to the vehicle VCU for execution, and the driving of the uninsured vehicle is restricted.

10. An intelligent interactive control system for an automobile, characterized in that: The system includes a rental platform, an active service platform, a vehicle-mounted TBOX, and an instrument ICM; when the vehicle is dormant, the active service platform sends a reminder instruction to the vehicle-mounted TBOX according to the active service function, and the vehicle-mounted TBOX receives and stores the reminder instruction information; When the user starts the vehicle, TBOX sends the stored reminder command information to the instrument ICM for display; The rental service platform enters the information corresponding to the user's active service function, and determines what kind of reminder signal to send based on the information corresponding to the entered active service function, and sends the reminder signal to the active service platform for execution.

Images