Methods and means of diagnosing the phenomenon of parametric resonance in the process of lifting vessels movement in the trenches of ore and coal mines

S. Popov, L. Ishchenko, M. Ishchenko, D. Dyachenko
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引用次数: 1

Abstract

One of the serious problems that occur during the movement of hoists in the vertical shafts of ore and coal mines is the necessity to avoid dangerous situations. The actuality of this theme is caused by highly aggressive conditions, which are present in mine shafts. Sooner or later these conditions significantly change the design parameters of reinforcement of shafts and especially the parameters of the system "hoist – runners". This situation is the consequence of the load on the runners by multiple cyclic movements of hoists, pressure on the shaft, intensive corrosion of the reinforcement. All of these phenomena in the complex may disrupt of linearity track movement of hoists in the shaft. The most dangerous consequences called "Parametric resonance" in the process of shifting the hoist along with the runner. The phenomenon of parametric resonance is capable within 1-3 seconds to disable reinforcement of the shaft and the hoist. Their restoration is an extremely difficult and timeconsuming process as it requires a full stop of work of the hoisting system of the mine for a long time and considerable expenditure of money and time to repair the reinforcement. Prevention of the occurrence of such a phenomenon is a very urgent task to ensure a trouble-free operation of the hoisting system of mines.
矿坑、煤矿井下升降船运动过程中参数共振现象的诊断方法和手段
矿井竖井提升机在运行过程中遇到的一个严重问题是必须避免危险情况的发生。这一主题的现状是由矿井中存在的高度侵蚀性条件造成的。这些条件迟早会显著地改变竖井加固的设计参数,特别是“提升-转轮”系统的参数。这种情况是由提升机的多次循环运动对流道的负荷,轴上的压力,钢筋的强烈腐蚀造成的。这些现象都可能破坏提升机在井下的线性轨迹运动。最危险的后果称为“参数共振”的过程中移动提升机随着流道。参数共振现象能够在1-3秒内使轴和提升机的加固失效。它们的修复是一个极其困难和耗时的过程,因为它需要矿井提升系统长时间的完全停止工作,并且需要花费大量的金钱和时间来修复加固。防止这种现象的发生是保证矿井提升系统无故障运行的一项十分紧迫的任务。
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