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本科毕业设计内蒙古某铁矿40万吨/年采矿开采设计学院名称材料与矿资学院专业名称采矿工程学生姓名学号指导教师摘要本次毕业设计的任务是内蒙古种羊场铁矿矿区1-10勘探线之间、1064m-1282m标高矿床开采设计，设计年生产能力为40万t/a。
本设计通过详细介绍种羊场的矿体和地质特征，经过一系列的方案论证比较，选择了适合本矿井的开拓方式、采矿方法和各生产系统。
矿体内地质构造比较简单，矿体属急倾斜薄矿体到中厚矿体，走向中等长度，上下盘围岩稳固。
通过技术经济分析比较，本设计采用了下盘竖井开拓的开拓方式，以阶段矿房法为主、浅孔留矿法为辅的采矿方法，通风方式选择单翼对角式通风。
通过详细的设计计算对其他部分如:提升运输、排水压气等着重进行了系统选择和设备选型。
整个设计均按照了设计标准执行，并采用AutoCAD计算机绘图，满足了规范设计的要求。
关键词：下盘竖井开拓；阶段矿房法；单翼对角式通风AbstractThe object of this design is to initial an plan for an Zhongyangchang mining of Neimenggu involving the area of explore lines ranged from 1 to 10 and elevation of from 1064m to 1282m,its has an anticipant capability of0.4million t/a. The design has detailedy introduced the geological characteristics and copper of the ore body of Zhongyangchang mining, After a series of comparative demonstration program, the appropriate developing way , mining method and the production system has been selected .The geological structure of the ore body is relatively simple , Ore belongs to the steep thin orebody to medium thick ore body. The footwall surrounding rock is medium solid,footwall surrounding rock solid. After technical and economic comparison,,this design uses the footwall shaft development, Sublevel Room mainly shallow hole Shrinkage Method supplemented by mining methods, and ventilation mode selection wing diagonal ventilation.Ot her parts was focused on system selection and equipment selection such as: upgrading transport, drainage gas pressure for detailed design calculations.The whole design in accordance with the design standards, and the use of AutoCAD computer graphics, designed to meet the specification requirements。
采矿工程毕业设计图【篇一：采矿工程毕业设计说明书】摘要本设计收集了北辛窑煤矿的地质资料及图纸，在此基础上按照国家规程规范的规定，提出了开拓开采方案，确定了主要技术参数，撰写了本说明书。
采煤方法，采用全部垮落法处理采空区。
矿井前期采用中央并列式通风，后期分区通风，并对矿井运输、矿井提升和矿井通风等各个生产系统进行设备选型计算。
设计时根据现有经济技术条件，尽可能采用先进的开采技术和设备，以及对矿井安全技术措施和环境保护提出要求，完成整个矿井的初步设计。
矿井全部实现机械化，采用先进技术和借鉴已实现高产高效现代化矿井的经验，实现一矿一面高产高效矿井从而达到良好的经济效益和社会效益。
关键词：斜井开拓、综合机械化采煤方法、全部垮落法管理顶板第 1页abstractmine tthis design is a collection of shanxi beixinyao coal mine geological data and drawings, on the basis of in accordance with the provisions of national regulations proposed exploitation scheme, determined the main technical parameters, writing this manual.zezhou tian chaoyang coal mine area in the design of 13.6476 square meters, the annual output of 0.9mt. ida internal coal seam occurrence is relatively stable, can coal seam has two levels, are 1, no. 2, coal seam, seam dip angle of 0-10. the average coal thickness of no. 1 coal seam is 1.84m, and the average thickness of coal seam is 2.7m, 2.. overall geological conditions are more complex. the mine is a high gas coal mine, coal spontaneous combustion of coal, coal is explosive. according to the actual geological data, the coal mine exploration way, preparation method and coal mining method were preliminarily designed.. the design of mine inclined single level to develop, the comprehensive mechanized coal mining.coal mining method, adopt all caving method to deal with goaf. the central parallel ventilation, the late district ventilation, and theransportation, mine upgrading and mine ventilation andother production systems for equipment selection calculation. design in accordance with the existing economic and technological conditions, as far as possible the use of advanced mining technology and equipment, and on mine safety technology measure and the environmental protection request, to complete the preliminary design of the whole mine. all mine mechanization, using advanced technology and reference has achieved a modern high-yielding and efficient mine experience, realize side of a mine high yield andefficiency of mine to achieve good economic and social benefits.keywords: inclined shaft development system, comprehensive mechanized coal miningmethod, roof caving method第 2页前言大学生在老师的指导下做毕业设计是采矿工程专业最后一个教学环节，其目的是使本专业学生运用大学阶段所学的知识联系矿井生产实际进行矿井开采设计，并就本专业范围的某一课题进行较深入的研究。
