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Cycle time and idle time analysis of draglines for increased productivity- A case study

机译:吊斗铲的循环时间和空闲时间分析可提高生产率-案例研究

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摘要

In India, massive opencast mines are being planned, with dragline as an excavator, to strip out large volumes of overburden (O/B) at a high stripping ratio. The increased use of draglines is primarily because the draglines have tremendous flexibility of operation at varying O/B depths. Besides, it is capable of giving higher rate of O/B removal at relatively low operating cost. However, at the same time, it must be distinctly borne in mind that the dragline is single most expensive equipment to be procured by a mine. Hence, analysis of cycle time and idle time is of tremendous significance with such capital intensive equipment. Such analysis paves the way for improvement in the utilization, production and productivity of this equipment. The present study is based on field investigation conducted on draglines in one of the most prestigious opencast coal mines of Coal India Limited. The study critically analyses the cycle time and the idle time distribution of the draglines, as operating in the field.
机译:在印度,正在计划使用拉斗铲作为挖掘机的大型露天矿,以高剥离率剥离大量上覆岩层(O / B)。拉铲的使用增加主要是因为拉铲在不同的O / B深度下具有极大的操作灵活性。此外,它能够以较低的运行成本提供更高的O / B去除率。但是,与此同时,必须明确记住,吊斗铲是矿井采购的最昂贵的设备。因此,对于这种资本密集型设备,分析周期时间和空闲时间非常重要。这种分析为改善该设备的利用率,产量和生产率铺平了道路。本研究基于在印度煤炭公司最负盛名的露天煤矿之一的拉铲上进行的现场调查。这项研究严格地分析了吊斗铲的循环时间和空闲时间分布,因为它们是在现场进行的。

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