Intelligent detection system for cable tunnel

Abstract

The invention relates to an intelligent detection system for a cable tunnel. The intelligent detection system comprises a rail assembly, a power supply assembly, a communication assembly, an intelligent detection robot and a monitoring center platform. By means of the system, it can be achieved that the tunnel is repeatedly inspected without a break, it is achieved that the tunnel state is continuously and dynamically collected, and it is ensured that emergency situations in the tunnel are found for the first time. The intelligent inspection robot can enter a cable tunnel accident site where the environment is complicated, and send the data, such as videos and images on the site, the content of harmful gas in air and temperature / humidity alarm, back to a command center, and meanwhile, theintelligent inspection robot can also execute fire suppression, emergency intrusion command and other related disposal measures, so that disaster situations are prevented from spreading for the firsttime, and better disaster prevention and reduction effects are achieved. The intelligent detection system can be sufficiently linked with original on-line monitoring items, various linkage functions of a software platform are given full play to, and the intelligent detection system has the functions of automatic daily inspection, automatic location and re-inspection of outliers, manual control over re-inspection, manual disaster treatment and the like.

Description

technical field [0001] The invention relates to the field of intelligent inspection, and more specifically relates to an intelligent detection system for cable tunnels. Background technique [0002] With the rapid development of cities, the length of domestic power tunnels increases by thousands of kilometers every year. In recent years, through the adoption of various advanced technical means, lighting, ventilation, anti-leakage, cable fiber optic temperature measurement, video monitoring, cable metal sheath grounding current monitoring, harmful gas content monitoring, water seepage level monitoring, etc. have been successively built in the power tunnel construction. Monitoring, emergency intercom and other systems, through the implementation of these systems, the intelligent monitoring of the power tunnel has been basically realized, laying the foundation for the safe operation of the cable network. These intelligent monitoring systems are installed at fixed positions in ...

AI Technical Summary

Problems solved by technology

These intelligent monitoring systems are installed at fixed positions in the tunnel. They are fixed and discrete monitoring systems. This system has the characteristics of large coverage, stable and reliable operation, and good economy. Coverage, in the event of an emergency, it is impossible to collect the on-site situation clearly to the monitoring center at the first time, and it is impossible to take effective measures for specific parts of the tunnel or cable when necessary;

[0003] At present, the inspection methods of power supply companies for tunnels are still mainly manual inspections. The inspectors conduct regular inspections on the ground and the tunnel. Corrosion of components and water accumulation in the tunnel, inspection work content is becoming more and more monotonous, personnel inspection work in the tunnel is inefficient and heavy workload, and the data collection is simple and easy to understand, it is difficult to achieve the purpose of identification and analysis immediately

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