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Improving production data quality in underground operations

机译:提高地下操作中的生产数据质量

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One of the challenges in underground mining is a lack of operational visibility. By implementing a fleet management system (FMS) designed for the underground environment, mines are able to determine where their mobile equipment is located, what it is doing, and how it is performing, at all times. In addition, communication challenges underground can often make it difficult to capture reliable production metrics needed for effective decision-making. Examples include equipment cycle times, distance travelled, quantity and qualities of material moved, orepass inventory, work place status, etc.An effective FMS addresses all major aspects of the development and production processes, and provides a solution that manages the numerous and ongoing sequential, concurrent, and parallel efforts present in underground mining. With the right FMS, mines can realise increased equipment utilisation and productivity, maximised material movement, reduced waste and operational costs, and enhanced operator safety.This paper will demonstrate how an underground FMS helped an operation improve data accuracy through production cycle automation, offline data capture, and automated communications network switching.
机译:地下采矿中的一个挑战是缺乏操作能力。通过实施为地下环境设计的车队管理系统(FMS),地雷能够确定其移动设备所在的位置,它正在做什么,以及它始终如何进行。此外,地下的沟通挑战通常可以使难以捕获有效决策所需的可靠生产指标。示例包括设备循环时间,移动的距离,距离,物料的数量和质量,Orepass库存,工作地点状态等.An有效的FMS解决了开发和生产过程的所有主要方面,并提供了管理众多和持续的顺序的解决方案地下采矿中存在的并发和并行努力。通过右翼FMS,MINES可以实现更高的设备利用和生产率,最大化的材料运动,减少的废物和运营成本,以及增强的操作员安全。本文将通过生产周期自动化,离线数据提高数据准确性如何提高数据准确性。捕获和自动通信网络交换。

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