HADES: An underground mine disaster scouting robot

Lance Molyneaux, D. Carnegie, Chris Chitty
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引用次数: 9

Abstract

Despite increased safety and improved technology in the mining industry, fatal disasters still occur. Robots have the potential to be an invaluable resource to search and rescue teams, but have demonstrated limited success. Of all robot deployments in underground mine disasters, 75% have failed. This necessitates advancement in the field in order to increase the success rate. Identified through literature, the three primary concerns are: unreliable locomotion systems, severed tethers and lack of consideration for underground mine environments. Our robotic system addresses these issues with a unique chassis and novel locomotion system, along with a wireless mesh network and dedicated environmental design techniques.
哈迪斯:地下矿井灾难侦察机器人
尽管采矿业提高了安全性,改进了技术,但致命的灾难仍然时有发生。机器人有潜力成为搜索和救援团队的宝贵资源,但已经证明了有限的成功。在所有在地下矿难中部署的机器人中,有75%失败了。这就需要在该领域取得进步,以提高成功率。通过文献鉴定,三个主要问题是:不可靠的运动系统,断开的绳索和缺乏对地下矿山环境的考虑。我们的机器人系统通过独特的底盘和新颖的运动系统,以及无线网状网络和专用的环境设计技术解决了这些问题。
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