Vehicle fault rapid processing method based on networked vehicle machine

Abstract

The invention relates to a whole vehicle fault rapid processing method based on a networked vehicle machine. The problem that a traditional mode wastes a large amount of time of a vehicle owner and a service station is solved. Fault codes sent by all parts are read from the whole vehicle through a CAN bus, the vehicle machine identifies whether the fault level needs vehicle maintenance or not, and if it is identified that the fault level is low, a vehicle owner can check the fault and decide whether maintenance needs to be conducted or not by himself / herself; if it is recognized that maintenance is needed when the fault level is high, a vehicle owner can make an appointment, after the appointment is clicked, the vehicle information machine sends appointment information and vehicle information to the service station appointment platform, after receiving the appointment information, the service station carries out information input and time appointment on the vehicle information, and after input is completed, the appointment maintenance time is sent to the vehicle information machine; the vehicle machine automatically jumps to the schedule application to establish maintenance schedule reminding, and the schedule application of the vehicle machine automatically reminds and jumps to a navigation interface of a nearby service station after the appointment time is up. According to the invention, the efficiency is improved, and the user experience is optimized.

Description

Technical Field

[0001] The present invention relates to a method for handling faults, and in particular to a method for quickly handling whole vehicle faults based on a networked vehicle computer. Background Art

[0002] With the development of the times and technology, today's vehicles are becoming more and more intelligent and technological. Therefore, vehicles now have more and more sophisticated parts to support the rich and diverse functions of the vehicle, and each part corresponds to a different vehicle function. If a part fails, vehicle maintenance is also essential. How to quickly handle part failures is the current technical key point.

[0003] Currently, when a heavy truck breaks down, the owner needs to make an appointment with a service station and drive there to handle the problem. It also takes a certain amount of time for the service station to troubleshoot the problem. This traditional method wastes a lot of time for the owner and the service station.

[0004] When a vehicle breaks down, the owner needs to make an appointment with the service station in advance. The service station will arrange the vehicle maintenance time according to the order of the appointment vehicles. Only after the appointment is successful can the owner go to the service station for maintenance. During the maintenance process, the service station staff needs to check the fault step by step until the fault is confirmed before they can handle it. This operation method wastes time and increases costs, which can easily lead to complaints from car owners and cause unnecessary complaints. Summary of the invention

[0005] The purpose of the present invention is to provide a high-efficiency fault handling method based on a networked vehicle computer. When a vehicle fails, the networked vehicle computer automatically performs fault detection. If a high fault level is detected and repair is required, the vehicle computer will make an appointment with a service station on its own, thereby improving efficiency, reflecting product differentiation and intelligence, and optimizing user experience.

[0006] The present invention is achieved by the following technical solutions:

[0007] A method for quickly handling vehicle faults based on a networked vehicle computer, comprising a service station reservation platform, a networked vehicle computer, a CAN bus and a vehicle parts system;

[0008] The networked car computer is set to perform fault detection at a fixed time every day. The fault codes sent by various components are read from the vehicle through the CAN bus. After reading the fault code, the car computer identifies whether the fault level requires vehicle maintenance. If the fault level is identified to be low, it is not necessary to perform maintenance. The car computer will remind you in the top message bar that "You have a fault message to be viewed". The owner can check the fault and decide whether to perform maintenance. If the fault level is identified to be high and maintenance is required, the car computer will pop up a window to display the message window "Do you need to make an appointment for maintenance?" The owner can click "Confirm" to make an appointment. After clicking on the reservation, the car computer sends the reservation information and vehicle information to the service station reservation platform. After receiving the reservation message, the service station enters the vehicle information and makes an appointment. After the entry is completed, the appointment time is sent to the car computer. After receiving the appointment message, the car computer will pop up a message prompting "Your vehicle has been scheduled for maintenance. The appointment time is: ×× year ×× month ×× day ×× time. Location: ×× service station". After the user clicks to confirm, the car computer automatically jumps to the schedule application to establish a maintenance schedule reminder. When the appointment time arrives, the car computer schedule application will automatically remind you and jump to the navigation interface of the nearby service station.

[0009] Compared with the current manual appointment for vehicle maintenance and manual troubleshooting by car manufacturers, the present invention has a high degree of intelligence and networking, which saves car owners and service stations time and maintenance costs, and greatly improves user experience; it improves vehicle utilization efficiency, facilitates service stations to record fault information, simplifies the process, and reduces problems caused by complicated procedures. BRIEF DESCRIPTION OF THE DRAWINGS

[0010] Figure 1 It is a structural diagram of the rapid fault processing based on the networked vehicle computer of the present invention. DETAILED DESCRIPTION

[0011] like Figure 1 As shown, the present invention is a high-efficiency fault handling solution based on networked vehicle computers, wherein the main parts include a service station reservation platform, a networked vehicle computer, a CAN bus, and a vehicle parts system.

[0012] The solution is implemented by the following process logic:

[0013] The networked car computer is set to perform fault detection at a fixed time every day. The fault codes sent by various components are read from the vehicle through the CAN bus. After reading the fault code, the car computer identifies whether the fault level requires vehicle maintenance. If the fault level is identified to be low, it is not necessary to perform maintenance. The car computer will remind you in the top message bar that "You have a fault message to be viewed". The owner can check the fault and decide whether to perform maintenance. If the fault level is identified to be high and maintenance is required, the car computer will pop up a window to display the message window "Do you need to make an appointment for maintenance?" The owner can click "Confirm" to make an appointment. After clicking on the reservation, the car computer sends the reservation information and vehicle information to the service station reservation platform. After receiving the reservation message, the service station enters the vehicle information and makes an appointment. After the entry is completed, the appointment time is sent to the car computer. After receiving the appointment message, the car computer will pop up a message prompting "Your vehicle has been scheduled for maintenance. The appointment time is: ×× year ×× month ×× day ×× time. Location: ×× service station". After the user clicks to confirm, the car computer automatically jumps to the schedule application to establish a maintenance schedule reminder. When the appointment time arrives, the car computer schedule application will automatically remind you and jump to the navigation interface of the nearby service station.

[0014] The present invention realizes the rapid processing of vehicle failures without increasing the cost of the entire vehicle and parts, thus saving time for vehicle owners and service stations.

[0015] Features of the present invention:

[0016] 1. Combine the 4G network communication capability of the connected car machine with the CAN bus data collection capability to serve as the communication node between the platform and the vehicle;

[0017] 2. Use Internet of Vehicles technology to realize data collection, intercommunication and application among the platform, vehicle and vehicle computer.

Claims

1. A method for quickly handling vehicle faults based on a networked vehicle computer, characterized by: Including service station reservation platform, networked vehicle computer, CAN bus and vehicle parts system; The networked car computer is set to perform fault detection at a fixed time every day. It reads the fault codes sent by various components from the entire vehicle through the CAN bus. After reading the fault code, the car computer identifies whether the fault level requires vehicle maintenance. If it is identified that the fault level is low, it is not necessary to perform maintenance. The car computer will remind you in the top message bar that "You have a fault information to be viewed". The owner can check the fault and decide whether to perform maintenance. If it is identified that the fault level is high and maintenance is required, the car computer will pop up a window to display the message window "Do you need to make an appointment for maintenance?" The owner can click "Confirm" to make an appointment. After clicking on the reservation, the car computer sends the reservation information and vehicle information to the service station reservation platform. After receiving the reservation message, the service station enters the vehicle information and makes an appointment. After the entry is completed, the appointment time is sent to the car computer. After receiving the appointment message, the car computer will pop up a message prompting "Your vehicle has been scheduled for maintenance. The appointment time is: ×× year ×× month ×× day ×× time. Location: ×× service station". After the user clicks to confirm, the car computer automatically jumps to the schedule application to establish a maintenance schedule reminder. When the appointment time arrives, the car computer schedule application will automatically remind you and jump to the navigation interface of the nearby service station.

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