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Wireless Paging System for Underground Mines

机译:用于地下矿山的无线寻呼系统

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摘要

Underground working in different horizons with intricate haulage and traveling roadways is very complex in nature. Wired communication is presently the most adopted technology in Indian underground mines. Also, the cellular network cannot be used for communication due to the non-availability of the coverage link. So, addressing of key-personnel to pass on the information and assign task becomes a challenge for mine management. Implementation of wireless paging systems with routers and/or repeaters at strategic locations can instruct manpower for the jobs as well as obviate the impending mishap, if any, at remote locations of the mine. This paper presents a design of a wireless paging system for underground mines which consists of a two-way alphanumeric paging system operating on a ZigBee based wireless network and a paging terminal software. This paging system can be used to unicast or broadcast messages to all the pagers working in the RF network. A successful field trial of the same is also conducted to devise a node placement strategy for the routing units with prototype pagers in the shaft and traveling roadways at 400 and 500 m horizon of a deep underground coal mine.
机译:在不同的视野中与错综复杂的拖运和旅行道路的地下工作本质上很复杂。有线通信目前是印度地下地雷最具采用的技术。此外,由于覆盖链路的非可用性,蜂窝网络不能用于通信。因此,解决关键人员通过信息和分配任务成为矿山管理的挑战。在战略位置的路由器和/或中继器的无线寻呼系统的实现可以指导工人的人力,并避免矿井的远程位置处的即将发生的事故,如果有的话。本文介绍了用于地下地雷的无线寻呼系统的设计,该系统包括在基于ZigBee的无线网络和寻呼终端软件上运行的双向字母数字寻呼系统。该分页系统可用于单播或广播消息到在RF网络中工作的所有寻呼机。同样的成功现场试验也是如此,为带有轴中的原型寻呼机的路由单元设计节点放置策略,以及在深层地下煤矿的400和500 m个地平线上的行进道路。

著录项

  • 来源
    《Radioelectronics and Communications Systems》 |2021年第1期|14-25|共12页
  • 作者单位

    CSIR-Central Institute of Mining and Fuel Research Dhanbad India;

    National Institute of Technology Rourkela India;

    CSIR-Central Institute of Mining and Fuel Research Dhanbad India|Indian Institute of Technology Rourkela India;

    CSIR-Central Institute of Mining and Fuel Research Dhanbad India;

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