Intelligent detection system for tunnel power equipment

Abstract

The invention discloses an intelligent detection system for a tunnel power equipment. According to the invention, an on-rail tour inspection robot is in wireless communication with a background monitoring platform through an in-tunnel wireless network equipment. The on-rail tour inspection robot carries a communication device, a control device and a detection device. The control device is therein provided with a tour inspection control model and an emergency control model in advance. After the detection device detects an emergency, the control device switches from a tour inspection control mode to an emergency control model according to the emergency information. In the tour inspection control model, the control device controls a drive device of the on-rail tour inspection robot to drive the on-rail tour inspection robot for moving tour inspection on the rails in the tunnel and controls the detection device to detect a specified device, and the detection information is uploaded to the background monitoring platform through the communication device. In the emergency control mode, the control device controls the on-rail tour inspection robot to perform different actions according to the different emergency information. Tour inspection of the tunnel power equipment is realized automatically, the detection efficiency is improved and safety of workers is ensured in the maximal degree.

Description

technical field [0001] The invention relates to the field of electric equipment detection, in particular to an intelligent detection system for tunnel electric equipment. Background technique [0002] For a long time, manual methods have been used for power equipment inspection. However, due to the special environment in the tunnel, it is impossible for the staff to go in and out of the tunnel every day to check the safety of the equipment. Not only is the work efficiency low, but also the safety of personnel cannot be guaranteed. [0003] The fixed monitoring system commonly used in the tunnel has a certain range of visual blind spots. When the equipment in the blind spot is abnormal, the staff cannot understand the abnormal situation at the first time, and it is even more difficult to find out the cause of the problem, resulting in untimely measures. During the peak period of power consumption in factories, especially in high temperature seasons, the transmission load of ...

AI Technical Summary

Problems solved by technology

However, due to the special environment in the tunnel, it is impossible for the staff to go in and out of the tunnel every day to check the safety of the equipment, not only the work efficiency is low, but also the safety of personnel cannot be guaranteed

[0003] The fixed monitoring system commonly used in the tunnel has a certain range of visual blind spots. When the equipment in the blind area has an abnormal situation, the staff cannot understand the abnormal situation at the first time, and it is even more difficult to find out the cause of the problem, resulting in untimely measures.

During the peak period of power consumption in the factory, especially in the high temperature season, the power transmission load of the power tunnel increases, and the cables may run at ultra-high temperature, which can easily lead to accidents

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