A fault monitoring system and method for a mine shaft

Abstract

The invention discloses a fault monitoring system for a mine shaft, which includes an acquisition end, a transmission end, and a ground monitoring end. The acquisition end is mainly used to collect the required data in the mine shaft. The network structure of the data, the ground monitoring terminal is an intelligent control station for analyzing, organizing and judging the data, it can collect various performance and environmental data of the mine shaft, realize automatic analysis, monitoring, storage, alarm and fault identification, and unique The trend comparison mode can monitor and predict hidden dangers at the early stage, and at the same time, after abnormal situations occur, relevant image data can be automatically retrieved to provide engineers with sufficient data for ground analysis, improving maintenance engineering volume and safety.

Description

technical field [0001] The invention relates to the technical field of transmission systems, in particular to a fault monitoring system and method for mine shafts. Background technique [0002] Existing mines, especially non-metallic mines, mostly adopt the mining method of shafts, and the depth of shafts ranges from 500-1000m. The freezing method is usually used in the wellbore construction process, and the vertical additional force of the wellbore was not considered in the early wellbore design, so the wellbore that has been in service for a long time is most prone to shear failure. In order to ensure the safety during the operation of the mine, as the shaft of the non-metallic mine throat, it is necessary to keep abreast of the stability of the shaft at all times, and the monitoring system is usually arranged horizontally in the shaft to monitor the deformation and stress of the concrete on the shaft wall in real time. The different monitoring points of the ground are co...

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Problems solved by technology

[0005] Chinese invention patent CN201110218602.0 discloses a coal mine underground fire monitoring system based on a wireless sensor network, including a monitoring host, a communication master station, and a wireless sensor network. The wireless sensor network communicates with the monitoring host through the communication master station. The sensor network is a ZigBee wireless self-organizing network. The wireless sensors include wireless carbon monoxide sensors, wireless wind pressure sensors and wireless temperature sensors, which can timely and accurately monitor coal mine underground fires, and can effectively control the energy consumption of wireless sensor network nodes, extending wireless The service life of the sensor network, but the monitoring system is mainly used for fire monitoring, but in practical applications, especially in mine shafts, there are many abnormalities that affect actual production, such as tilting, collapse, accidental drop, dust diffusion, and When an abnormality occurs, maintenance personnel are often required to go down the well to check without accurate information, which not only wastes time but also poses certain dangers

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