Central control system of automotive practical training platform

Abstract

The invention belongs to a central control system of an automotive practical training platform. The central control system of the automotive practical training platform comprises tested modules of automotive assemblies, a computer control module,electrical connectors,an acquisition device, an on-off control device and an upper computer. The computer control module to execute tasks is preinstalled in the upper computer. The computer control module using a practical training software integrated development environment as a basic platform is started. The upper computer is connected with the acquisition device, the on-off control device and the tested modules of automotive assemblies through the electrical connectors, and real-time interaction is available. After execution of communicating, control and measurement tasks, test data acquired by the acquisition device in real time are converted into a format of standard protocol and are uploaded to the computer control module for processing. Therefore, learning procedure, examination procedure and assembly parts of a real automotive are integrated into the same system, so that teaching flexibility is improved, and high teaching cost is saved while teaching quality is improved greatly.

Description

technical field [0001] The invention belongs to an automobile teaching system, in particular to a central control system of an automobile practical training platform. Background technique [0002] With the development of automobile electronics, electronic integration technology has been widely used in automobiles, which requires automobile maintenance personnel to have comprehensive electronic maintenance skills and knowledge, which also has new implications for teaching and training in the field of automobile maintenance. Require. Especially now that my country's automobile industry is developing rapidly, the requirements for automobile maintenance and training are getting higher and higher. Automobile teaching and experimental equipment will have further development in terms of intelligence, automation, and integration. Applying new technologies to open up new experimental fields and developing new experimental equipment will be the development trend in this field in the ...

AI Technical Summary

Problems solved by technology

[0005] 1. In the form of virtual demonstration through programming, students cannot intuitively understand the working status and structure of each component;

[0006] 2. It is even more impossible to see the changes in the working conditions of the various components of the automobile assembly when the operating requirements change;

[0007] 3. The teaching method is not flexible. It can only observe the traditional disassembly and assembly relationship and simple operation mode, and cannot realize systematic teaching;

[0008] 4. It is impossible to intuitively see the changes of various specific parameters of each assembly part of the car when the working conditions change

[0010] 1. The training function is single, and it is impossible to carry out comprehensive control, let alone accumulate various experiences that are complex and closer to the actual maintenance situation;

[0011] 2. One set of software only interacts with the tested equipment of a single car assembly. If you purchase a complete set of equipment for each car assembly, you need multiple sets of software to match with multiple training equipment, which increases the teaching cost;

[0012] 3. Multiple sets of software are likely to cause a large amount of operating system resources, reduce the speed of the computer, and easily cause conflicts between software and other failures

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