TSP cloud deck-based remote vehicle detection system and method thereof

Abstract

The invention relates to the technical field of internet of vehicles, and provides a TSP cloud deck-based remote vehicle detection system and method. The method comprises the following steps of S1, uploading ECU information I, ECU traceability information I and an alarm parameter of a vehicle to a TSP cloud deck; S2, after the whole vehicle is electrified, establishing communicable connection between a T-BOX and the TSP cloud deck, and enabling the T-BOX to receive a real VIN code returned by the TSP cloud deck at the same time; and S3, enabling the TSP cloud deck to issue a remote electric detection instruction to the T-BOX, and carrying out remote static detection and remote dynamic detection on the basis of the remote electric detection instruction. In the operation process of the vehicle, remote detection is carried out on the vehicle regularly; if an ECU is changed, the T-BOX sends the read ECU information to the TSP cloud deck and the TSP cloud deck inspects the ECU information;and if the ECU information makes a difference, alarm reminding information is given to remind the workers to carry out change recording on the TSP cloud deck and then automatically complete the software configuration of the ECU.

Description

technical field [0001] The invention relates to the technical field of Internet of Vehicles, and provides a remote vehicle detection system and method based on a TSP PTZ. Background technique [0002] With the rapid development of new energy vehicles and the continuous improvement of national and local monitoring policies, the requirements for vehicle off-line inspection, operation and maintenance, and after-sales response speed of OEMs are getting higher and higher. Therefore, the traditional vehicle detection content and methods need to be optimized. At the same time, automotive technologies such as the Internet of Vehicles, 4G communication, vehicle diagnosis, and automotive OTA continue to develop, providing technical support for new methods of vehicle inspection. [0003] The traditional vehicle offline detection mainly relies on the EOL device to connect to the vehicle CAN network through Bluetooth or wiring harness, and communicate with the ECU module through the dia...

AI Technical Summary

Problems solved by technology

With the development of new energy vehicles, this method has limitations in the content and form of inspections. For example, every time a new model or new configuration (new configuration of an old model) needs to be re-developed by the electric inspection supplier, the electric inspection The maintenance cost of equipment software and hardware is high, and the debugging cycle is long; the detection content is small, there is no verification of ECU version information, traceability information, real-time data and other items, and the problem of ECU wrong installation in the production line cannot be found in time. It is difficult for the government to trace the problem and respond; and the ECU software that fails to match in the test needs to be manually brushed on site, and the slow problem solving speed affects the progress of the production line

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