基于双重预防机制的磷矿山安全管控系统的设计与应用
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武汉工程大学资源与安全工程学院

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国家自然科学基金面上项目:缓倾层状硬性结构面与梯度应力耦合作用下的岩爆孕育机制,编号:52174085,技术骨干;武汉工程大学校内科学基金研究项目(CX2021489)。


Design and Application of Phosphorus Mine Safety Control System Based on Dual-Prevention Mechanism
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School of Resources Safety Engineering,Wuhan Institute of Technology

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    摘要:

    为降低磷矿山生产作业事故发生概率,预防重特大事故的发生,借鉴前人矿山智能化建设经验,落实“双重预防机制”在磷矿企业安全生产管理中的应用。以J2EE为开发平台,SpringMVC为开发结构,采用B/S与C/S相结合的模式,结合WebGIS和三维地图可视化等信息技术,设计集安全检查管理、风险分级管控、隐患排查治理于一体的智能化综合安全管控系统。研究结果表明:系统移动端和PC端的跨平台协作切实满足磷矿山双控工作需求,实现对风险隐患的闭环管理和动态管控,有效降低磷矿事故发生概率,提高人员工作管理效率,创建磷矿安全管理新模式。

    Abstract:

    In order to reduce the probability of accidents in the production and operation of phosphate mines and prevent the occurrence of major accidents, the application of the "dual-prevention mechanism" in the safety production management of phosphate mine enterprises shall be implemented by learning from the experience of predecessors in the intelligent construction of mines. Taking J2EE as the development platform, SpringMVC as the development structure, adopting the combination of B/S and C/S mode and combining with WebGIS technology to design an intelligent comprehensive management and control platform that integrates security inspection management, risk classification management and control, and hidden danger investigation and management.The research results show that the cross-platform collaboration between the mobile and PC ends of the system effectively meets the needs of dual-control work in phosphate mines, realizes closed-loop management and dynamic control of risks and hazards, reduces the probability of accidents in phosphate mines, improves the efficiency of personnel work management, and creates a new model of phosphate mine safety management.

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  • 收稿日期:2022-04-17
  • 最后修改日期:2022-05-12
  • 录用日期:2022-05-16
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