Mine safety sensors: Test results in a simulated test stope

J. Dickens, R. Teleka
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引用次数: 8

Abstract

The South African mining industry is plagued by accidents, the most common of which are rock falls. In order to carry out its mandate of improving the quality of life of South African citizens, the Council for Scientific and Industrial Research (CSIR) is undertaking research into how these accidents can be mitigated. One such method is the use of sensor equipped robotic platforms. The CSIR's mine safety platform is a robotic system for inspecting the working area of hard-rock mines to determine areas of rock fall risk. The mine safety platform uses two sensors to locate unstable areas of the hanging-wall, the 3D-thermal sensor and the wall stability assessor. The robot and its safety sensors have been tested in the CSIR's re-configurable stope test facility that enables the testing of mine equipment and machinery in a variety of simulated mine environments without the arduous and costly trips underground to various locations to encounter the various scenarios that the equipment needs to deal with.
矿山安全传感器:模拟试验采场的试验结果
南非采矿业事故频发,其中最常见的是岩石坠落。为了履行其改善南非公民生活质量的任务,科学和工业研究理事会正在研究如何减轻这些事故。其中一种方法是使用配备传感器的机器人平台。CSIR的矿山安全平台是一个机器人系统,用于检查硬岩矿山的工作区域,以确定岩崩危险区域。矿井安全平台采用两种传感器定位上盘不稳定区域,即三维热传感器和上盘稳定性评估器。机器人及其安全传感器已经在CSIR的可重构采场测试设施中进行了测试,该设施可以在各种模拟矿山环境中对矿山设备和机械进行测试,而无需费力而昂贵地前往地下各个地点,以遇到设备需要处理的各种场景。
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