The safety issue of coal mining engineering is very important to coal industry. According to our coal mine enterprises' safe
characteristics, this paper analyzed the risk factors of coal mining engineering and studied the safety problem of “humanmachine-
environment” system. The risk factors of coal mining engineering are divided to natural geological factors, personnel
factors, equipment factors and management factors. Based on the fuzzy mathematics and these factors, the safety early warning
model of coal mining engineering is constructed by using the fuzzy AHP method. Through the use of early warning model, we
can find the risk sources and hidden danger of mining operations in time. Combined with a production mine, this early warning
model is applied to the mining operations process. The results show that this early warning model is effective to prevent the
accident.
The safety issue of coal mining engineering is very important to coal industry. According to our coal mine enterprises' safecharacteristics, this paper analyzed the risk factors of coal mining engineering and studied the safety problem of “humanmachine-environment” system. The risk factors of coal mining engineering are divided to natural geological factors, personnelfactors, equipment factors and management factors. Based on the fuzzy mathematics and these factors, the safety early warningmodel of coal mining engineering is constructed by using the fuzzy AHP method. Through the use of early warning model, wecan find the risk sources and hidden danger of mining operations in time. Combined with a production mine, this early warningmodel is applied to the mining operations process. The results show that this early warning model is effective to prevent theaccident.
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