井下采掘三维定位自动监控系统功能架构设计

Functional Architecture Design of Three-dimensional Positioning and Automatic Monitoring System in Underground Mining

摘要:

设计了井下采掘三维定位自动监控系统的总体结构，详细介绍各个功能模块的设计原理及系统实现的功能。应用三维GIS技术、Java3D技术建立了矿山三维可视化平台，并在此基础上与矿山井下人员定位系统、矿业产量远程监控系统，集成开发了井下采掘三维定位自动监控系统，实现了井下采掘的实时监控、人员实时定位，降低了矿山开采的安全隐患，提高了对矿山开采的监管力度，能够为矿产资源开发与保护、矿山安全管理等提供信息服务。

Abstract:

In this paper, the functional architecture of three-dimensional positioning and automatic monitoring system in underground mining has been designed, the design principles of each modules and its functions have been introduced in detail. By using three-dimensional GIS technology and Java3D technology, a visualization platform for underground mining has been set up. Combining with underground staff positioning system and remote monitoring system of mining production, three-dimensional positioning and automatic monitoring system in underground mining have been established. It can realize real-time monitoring of underground mining, personnel real-time location, reduce security risks from mining, improve the supervision of mining, and provide information services for mineral resources development and protection, and safety management in mines.