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倒入箕斗矿仓,由主井箕斗提升入选矿厂。二个采场离主井距离均较长,且由于矿石多系粉状,粘性强,湿度大,经过途中运输,造成矿粉结底,运矿一次,就能使矿车底部粘结约20公分厚的矿粉,翻车时不掉,致使矿车容积减小,影响运输能力。为解决这一问题,曾使用凿岩机清理矿车底部,由人工操作。虽能达到清理效果,但每清理矿车一次都
Into the skip bucket, raised by the main shaft bucket into the beneficiation plant. The distance between the two stopes is longer than that of the main well, and due to the multi-series ore powder, strong stickiness and high humidity, the transport on the way leads to the bottom of the ore powder. Once the ore is shipped, the bottom of the mine car can be bonded for about 20 Centimeter thick mineral powder, rollover can not afford, resulting in reduced tub capacity, affecting transport capacity. To solve this problem, a rock drill was used to clean the bottom of the tub and was manually operated. Although it can achieve the cleaning effect, but once every clean-up tub