放顶煤工作面生产系统安全评价模型设计应用

    Design and application of safety evaluation model of top coal working face

    • 摘要: 为解决目前智能化放顶煤生产系统由于安全评价方法体系的不完善导致存在安全隐患的问题,本文以王坪煤业智能化放顶煤生产系统为研究对象,通过构建智能化放顶煤生产系统安全评价指标体系,使用AHP以及熵权-可拓理论对定性指标以及定量指标的关联度等参数进行计算,构建智能化放顶煤工作面生产系统安全评价体系模型。经过验证分析,将模型应用到放顶煤工作面生产系统中,经过分析确认目前生产系统安全等级为“较安全”,经计算得出各个指标相关性系数关系K(人)>K(管)>K(机)>K(环),其中环境对于安全等级的影响较大,为王坪煤业后续提高安全等级的发展提供了对策,旨在真正实现高产高效,安全生产。

       

      Abstract: In order to solve the current intelligent top coal production system due to the imperfection of safety evaluation system, this paper to wang ping coal intelligent top coal production system as the research object, through the construction of intelligent top coal production system safety evaluation index system, using AHP and entropy right-extension theory of the qualitative index and quantitative index correlation parameter calculation, build intelligent top coal face production system safety evaluation system model. After verification analysis, the model is applied to the top coal face production system, after analysis confirm the current production system safety level is "safe", calculated the various index correlation coefficient K (person)> K (tube)> K (machine)>> K (ring), the environment for the safety level, for the wang ping coal subsequent improve the development of safety level provides countermeasures, aims to truly achieve high yield and high efficiency, safe production.

       

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