Underground omnibearing data acquisition system

Abstract

The invention discloses an underground omnibearing data acquisition system, which comprises a mass data storage module, a data integration collection module and data acquisition and storage modules convenient to carry, wherein the data acquisition and storage module comprises a data acquisition and processing part and a solid-state data storage part; the solid-state data storage part stores data acquired and processed by the data acquisition and processing part; the mass data storage module is in communication connection with the data collection module; the data collection module is in communication connection with each data acquisition and storage module, and performs node numbering and Internet protocol (IP) address mapping on the data acquisition and storage modules. The system overcomes the shortcomings of fixed point data acquisition in the prior art, processes and plays the acquired data in real time, and moreover, ensures that the data may not be lost for long and can be reserved after an accident in the most severe environment to greatly help to make safety responsibilities clear.

Description

technical field [0001] The invention relates to an underground collection system in a mine, in particular to an all-round underground data collection system in a mine. Background technique [0002] In recent years, the accident rate in my country's coal mines remains high, which has become a serious problem to be solved urgently by the competent authorities at all levels. Strengthening coal mine safety management and monitoring is the key to improving management level and reducing accidents. However, due to the complexity of the underground space environment, the location where mining workers work continues to change as the working face advances. [0003] The underground safety monitoring system adopted by my country's coal mines is basically divided into two categories: 1) monitoring of fixed-point cameras and key indicators (gas concentration, etc.); 2) fixed-point underground worker positioning system. These two types of systems have very large limitations: 1) Cameras, ...

AI Technical Summary

Problems solved by technology

These two types of systems have very large limitations: 1) Cameras, key indicator sensors, and positioning system detectors can only be placed in fixed positions to collect fixed "point" data, but cannot collect dynamics as the working face advances Data; 2) The amount of data is almost zero for mining workers who spend the entire shift working time, and the manager cannot obtain the situation at the work site; 3) The data is limited by transmission, once the transmission is cut off (for example, when an accident occurs), No data is retained, making it difficult to clarify security responsibilities after the fact

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