Coal Subsurface Mapping for Selective Mining

A. Strange, Z. Jecny
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引用次数: 2

Abstract

There is a need for a reliable coal seam sensing system to provide selective mining capabilities for open-cut coal mining operations. This paper presents the preliminary results of a GPR-based sensing system developed for this purpose. The system will be used to scan open-cut sites to generate digital surfaces representative of the thickness of the coal seam. The digital surfaces will be uploaded to in-cab guidance systems to provide operators with information to enable selective mining. The system was evaluated at an open-cut mine site where a digital surface was generated from the GPR data collected at the site. Results from drilling holes to validate the system showed that the top layer thickness estimates were within 5% of the measured layer thickness at four of the five test locations.
选择性开采煤地下制图
需要一种可靠的煤层传感系统,为露天采煤作业提供选择性开采能力。本文介绍了为此目的开发的基于gpr的传感系统的初步结果。该系统将用于扫描露天矿,生成代表煤层厚度的数字曲面。数字表面将上传到驾驶室引导系统,为操作员提供信息,以实现选择性采矿。该系统在露天矿现场进行了评估,根据现场收集的GPR数据生成数字表面。验证该系统的钻孔结果表明,在5个测试地点中,有4个测试地点的顶层厚度估计值在实测层厚度的5%以内。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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