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1、摘要本设计为鸡西矿业集团杏花六矿3.0Mt/a新井设计，共有12层设计可采煤层，平均总厚度为20.3m，煤的工业片牌号为1/3焦煤。设计井田的可采储量为273Mt，服务年限为65a，划分三个水平开采。本设计矿井采用双立井开拓方式，分组集中大巷及采区石门的大巷布置方式，共划分6个采区，其中首采区为2个，投产工作面2个，建井工期48个月。本设计采区为西一采区，大巷装车式下部车场，采用分区抽出式通风，综合机械化采煤，采用“四、六”式工作制，工作面长为220m，每刀进度为0.8m，每日割9刀。提升设备为主井采用两对16t箕斗提升，副井采用罐笼提升。关键词： 水平； 开拓；走向长壁；综合机械化采煤 Ab
2、stractThe task of this design is to construct a 3.0million tons new shaft for Jixi Xinghua Administration.This mine has 12 minable Coal Seam, and its average thickness is 20.3 meters, types of coal seam is 1/3 coking coal. Designed field of minable capacity is 273million tons. It can adapt for 65yea
3、rs, and is divided into three level.This mine shaft is applied to double indined shaft development method; Layout of gathing gallergand mining district eross heading; This level is divided into 6 mining districts and 2 worked faces. Time of constructing shaft is 48 months. This worked fece is west 1
4、 and right 1 worked face, Adapt “four-six” work situation, work face is 220 meters length of circle is 0.8meters, and times is 9 everyday.Key word: standard； exploit； Alignment the long wall adopts the coal meth； Integration mechanization coal mining目录摘要IAbstractII第1章 井田概况及地质特征11.1井田概况11.1.1 井田位置及范围
5、11.1.2 交通位置11.1.3 地形地势21.1.4 气候21.1.5 河流31.2 地质特征31.2.1 矿区范围内的底层情况31.2.2井田范围内和附近的主要地质构造61.2.3 煤层赋存状况及可采煤层特征61.2.4 岩石性质，厚度特征101.2.5 井田内水文地质情况111.2.6瓦斯、煤尘及煤的自然性121.2.7 煤质、牌号及用途131.3 勘探程度及可靠性13第2章 井田境界、储量、服务年限142.1 井田境界142.1.1 井田周边状况142.1.2 井田境界确142.1.3 井田未来发展情况142.2 井田储量152.2.1 井田储量的计算152.2.2 保安煤柱152.
6、2.3井田储量计算方法162.2.4储量计算评价182.3 矿井工作制度 生产能力及服务年限182.3.1矿井工作制度182.3.2生产能力192.3.3矿井设计服务年限19第3章 井田开拓213.1 概 述213.1.1 井田内外及附近生产矿井开拓方式概述213.1.2 影响本设计矿井开拓方式的因素及具体情况213.2矿井开拓方案选择213.2.1井硐形式和井口位置213.2.2 开采水平数目和标高283.2.3开拓巷道布置293.3 选定开拓方案的系统描述303.3.1井口形式和数目303.3.2井筒位置及坐标313.3.3水平数目及高度313.3.4石门大巷数目和布置313.3.5井底车
7、场形式选择333.3.6煤层群的联系333.3.7采区划分333.4 井筒布置和施工353.4.1井筒穿过的岩层性质及井筒支护353.4.2井筒布置及装备353.4.3井筒延伸的初步意见363.5 井底车场及硐室393.5.1 井底车场形式的确定及论证393.5.2 井底车场的布置 储车线路 行车线路的布置长度393.5.3 井底车场通过能力计算423.5.4 井底车场主要硐室433.6 开采顺序463.6.1 沿井田走向的开采顺序473.6.2 沿煤层垂直方向的开采顺序473.6.3 沿煤层倾向的开采顺序473.6.4 采区接续计划48第4章 采区巷道布置及采区生产系统504.1 采区概述5
8、04.1.1设计采区的位置、边界、范围、采区煤柱504.1.2采区的地质和煤层情况504.1.3采区的生产能力、储量及服务年限514.2 采区巷道布置514.2.1区段划分514.2.2采区上山布置534.2.3采区车场布置534.2.4采区煤仓形式 容量及支护584.2.5采区硐室简介594.2.6采区工作面接续594.3.1采区巷道的准备顺序614.3.2采区主要巷道的断面62第5章 采煤方法645.1 采煤方法的选择645.2 回采工艺645.2.1选择和决定回采工作面的工艺及使用的机械设备645.2.2选择采面循环方式和劳动组织形式65第6章 井下运输和矿井提升686.1 矿井井下运输
9、686.1.1运输方和运输系统的确定686.1.2矿车的选型及数量686.1.3采区运输设备的选择696.2 矿井提升系统696.2.1 矿井主提升系统的选择与计算69第7章 矿井通风与安全727.1 矿井通风系统的确定727.1.1概述727.1.2通风系统选择727.1.3主扇通风方式的确定727.2 风量计算与风量分配737.2.1风量计算737.2.2风量分配767.2.3风量调节方法与措施787.2.4风量验算787.3 矿井通风阻力的计算797.3.1确定全矿最大通风阻力和最小通风阻力797.3.2等积孔827.4 通风设备的选择837.4.1主扇的选择计算837.4.2电动机的选
10、择837.4.3 反风措施847.5 矿井安全技术措施847.5.1预防瓦斯及煤尘爆炸847.5.2 火灾与水患的预防857.5.3 其他事故的预防85第8章 技术经济指标87谢辞89参考文献90DirectoryAbstractIChapter 1 Mine Survey and Geological Features11.1 Overview of mine11.1.1 The location and extent of mine11.1.2 Transport position11.1.3 Topography21.1.4 Climate21.1.5 River31.1.6 Gener
11、al industry and agriculture31.2 Geological Feature31.2.1 Mining geological conditions within the coalfield31.2.2 Coalfield within and near the main geological structure61.2.3 Seam coal layer conditions and characteristics of coal61.2.4 Mining District hydrological geology101.2.5 methane and coal dus
12、t and coal natural sex111.2.6 Quality, grade, and use121.3 The extent and reliability of seven exploration13Chapter 2 Mine realm of reserves, the service life of mine132.1 Mine Realm142.1.1 Mine around the state142.1.2 Mine state the basis for determining142.1.3 Future developments in mine142.2 Mine
13、 reserves142.2.1 Calculation of reserves mine152.2.2 Safety pillars152.2.3 Reserve calculation method162.2.4 Evaluation of reserve calculation182.3 Mine work systems, capacity and service life of mine182.3.1 Mine work systems182.3.2 Mine Production Capacity192.3.3 the service life of mine19Chapter 3
14、 Mine development213.1 Overview of mine213.1.1 Mine and the adjacent inside and outside the mine to develop methods of production outlined in mine213.1.2 Affecting the design of mine to develop ways of factors and the specific situation o213.2 Selection of development schemes of mine213.2.1 Shaft forms and shaft location213.2.2 The number and level mining level283.2.3 Mine openings layout293.3 System Description of development schemes for selected303.3.1 Type and number shaft303.3.2 The selection of a porta
