Safety check system for underground cavern group

Abstract

The invention discloses a computer system. A first data end of the computer system is connected with a storage unit, and the storage unit is provided with a database. The computer system can store andextract the data in the database of the storage unit. A second data end of the computer system is connected with a communication module, and the communication module is connected with an induction device. The communication module can transmit the data induced by the induction device to the computer system. The system can solve technical problems that the safety check of an underground powerhouseof water-power engineering mainly depends on a mode that a safety checker carries out the one-by-one checking, the safety checker frequently forgets to check some items and is confused by the conditions of the adjacent underground cavities.

Description

technical field [0001] The invention belongs to the field of safety inspection of underground caverns, and in particular relates to a system and method for safety inspection of underground cavern groups by using BIM and RFID. Background technique [0002] Modern hydropower projects are characterized by large scale and complexity. As the basic building of the hydropower station, the underground powerhouse of the hydropower station has the problems of poor geological conditions and many risk factors, which lead to frequent safety accidents. At present, the safety inspection of underground powerhouses of hydropower projects mainly relies on safety inspectors to check one by one. However, the underground caverns of hydropower stations are large in size and chaotic in layout. During the safety inspection process, it is easy to miss safety inspection items and confuse adjacent underground caverns. It may even cause the safety inspectors to have accidents during the inspection proc...

AI Technical Summary

Problems solved by technology

[0002] Modern hydropower projects are characterized by large scale and complexity. As the basic building of the hydropower station, the underground powerhouse of the hydropower station has the problems of poor geological conditions and many risk factors, which lead to frequent occurrence of safety accidents

At present, the safety inspection of underground powerhouses of hydropower projects mainly relies on safety inspectors to check one by one. However, the underground caverns of hydropower stations are large in size and chaotic in layout. During the safety inspection process, it is easy to miss safety inspection items and confuse adjacent underground caverns. It may even cause the safety inspectors to have accidents during the inspection process and fail to discover them in time

The current underground cavern inspection data are mostly stored in paper documents, but underground cavern safety inspection information is numerous, precautions and related requirements are complicated, and there are different inspection cycles for different items, and paper documents cannot be intuitive and inform management personnel in a timely manner Security inspection tasks, causing some security inspections to miss the normal inspection cycle, resulting in omissions and wrong inspections

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