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运输系统是矿井生产的大动脉,为保证运输系统正常工作,就应合理的设计和组织管理。矿井运输系统的一般特点是多环节的、受多因素影响和制约的和随机的。合理的运输系统应能适应上述特点,并从总体上使各个环节恰当匹配,以保证采掘工作面正常生产(包括高峰产量时)、按时完成运输任务和充分发挥各设备的利用率。本文将探讨一种有别于传统设计的方法.即在掌握矿井运输系统一般生产规律的基础上,对运输系统进行电子计算机的随机模拟,提供出运输系统各环节每个时刻的全部信息或状态,进而掌握运输系统变化规律来正确设计,改进运输系统,合理选择设备,恰当匹配各环节设备。台数及容量,以正确组织管理生产,如编制出列车,机车运行图表等。我们现以一个典型运输系统为例,来说明这种随机模拟的基本方法。
Transport system is the main artery of mine production, in order to ensure the normal operation of the transport system, it should be reasonable design and organization and management. The general characteristics of a mine transport system are multi-link, multi-factor affected and constrained and random. Reasonable transport system should be able to adapt to the above characteristics, and overall appropriate matching of all aspects to ensure normal production of mining face (including peak production), the completion of transport tasks on time and give full play to the utilization of various equipment. This article will explore a different from the traditional design methods.According to the general rules of production of the mine transportation system on the basis of the transport system of electronic computer simulation of random to provide all aspects of the transport system at all moments of all the information or state , And then grasp the rules of the transportation system to correctly design and improve transport systems, a reasonable choice of equipment, the right to match all aspects of equipment. The number of units and capacity to the correct organization and management of production, such as the preparation of the train, locomotive running charts. We now take a typical transport system as an example to illustrate the basic method of this stochastic simulation.