Self-service intelligent electrician practical training platform

Abstract

The invention discloses a self-service intelligent electrician practical training platform. The platform comprises an operating frame, a programmable controller, a power management module and a plurality of experiment circuit modules are arranged on the operation frame, and a wiring socket is arranged on the experimental circuit module. The experiment circuit modules are connected through the wiring socket and a wire to form a complete practical training circuit, the wiring socket is also connected with a wiring detection module, and the wiring detection module is connected with a programmablecontroller, detects the wiring correctness and transmits a detection result signal to the programmable controller. According to the invention, the automatic detection of the student electrical line wiring errors and the component type selection errors during the electrician practical training is realized, the common manual line inspection and troubleshooting are replaced, and the wiring problem of each line is detected through the system detection, so that the teaching pressure is reduced, and the classroom efficiency is improved. According to the invention, the safety practical training andthe remote scoring under an unattended condition can be realized, and the open requirements and the remote management requirements of the laboratories of the colleges and universities are met.

Description

technical field [0001] The invention belongs to the technical field of electrician training teaching equipment, and in particular relates to a self-service intelligent electrician training platform. Background technique [0002] Courses such as basic electrical engineering, electrical engineering certification, and PLC require students to learn to correctly connect the circuit components used for training according to the circuit schematic diagram, and then achieve proficiency. However, if an error occurs during the connection process, such as short circuit, open circuit, etc., students cannot find it due to lack of professional knowledge, which will cause potential safety hazards and lack of guarantee for user safety. If there is a wiring error and the power is still on, it is easy to damage the electrical components used for training, affect normal teaching, cause economic losses, and even unnecessary personal injury. Therefore, it is usually required that the teacher shou...

AI Technical Summary

Problems solved by technology

However, if an error occurs during the connection process, such as short circuit, open circuit, etc., the students cannot find it due to lack of professional knowledge, which will cause potential safety hazards and lack of protection for the safety of users.

If there is a wrong connection and the power is still on, it is easy to damage the electrical components used for training, affect normal teaching, cause economic losses, and even unnecessary personal injury. Therefore, it is usually required to be checked by the teacher on site before allowing students to power on and run the circuit. , teaching efficiency is not high

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