Dissertation > Industrial Technology > Mining Engineering > Mine electrician > Mine production automation technology

Computer-aided directly put mine system

Author LvJiangZhu
Tutor HeJiangSan;LiuWanZhong
School Central South University
Course Mechanical Engineering
Keywords Tramcar counterpoint Tramcar transformation Scheduling algorithm Mining equipment are measured Computer-controlled
Type Master's thesis
Year 2002
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The mine and transport is essential mine production of the two systems , the pros and cons of its programs , the level of efficiency , a direct impact on the production capacity of enterprises and economic benefits . Moreover , two out of mine and transport links reasonable coordination has an extremely important significance to improve the production conditions of the workers , and to ensure safe production . New mining method Zhongtiaoshan Nonferrous Metals Company Tongkuangyu , mine , the paper loaded ore facilities and transport equipment incompatible problem encountered in the converting process , carried out a detailed analysis to identify the problem discusses a method to solve these problems , and based on the current conditions , made ??more feasible embodiment . First , the method of application of systems engineering , the system analysis, this system is broken down into the mine car on the bit , mining equipment control , dispatch and command and out of the mine measured at four subsystems , determine the general scheme of the system . Then use the queuing theory , probability theory analysis of dispatch and command and tramcar bit two subsystems to determine the scheduling algorithm to adapt to the on-site technical conditions , the preparation of the corresponding computer program ; tramcar bit of analysis , configuration corresponding the sensor and the detecting means . Control for mining equipment and mine measured at two subsystems , the argument of the ultrasonic ranging principle , of active echo theory and optical detection theory for control of mining equipment and a mine feasibility measured ultrasonic probe is selected , the control scheme , and accordingly configuration. Finally, from a computer to control a theoretical point of view , the configuration of the entire system , hardware and software , and information transfer .

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