【正文】 風 21 采區(qū)概況 21 采區(qū)通風設計原則及要求 22 采區(qū)上山及其它準備巷道的布置形式位置數目及支護方式 22 采區(qū)參數 23 確定采區(qū)內煤層開采順序 23 上山的布置及風流的確定 23 掘進通風 23 23 24 25 局部通風機選擇 26 風機的布置方法 26 通風構筑物的設置與主要通風機附屬設備 27 通風構筑物的設置與要求 27 28第四章 礦井通風設計 30 概況 30 井田概況 30 擬定礦井通風系統(tǒng) 30 確定礦井主扇的工作方法 30 選擇礦井的通風方式 31 32 確定礦井反風方式 33 計算和分配礦井總風量 33 風量計算 33 43 風速驗算 45 50 50 繪制通風容易時期和困難時期的網絡圖 52 計算礦井總風阻和總等積孔 53 編制兩個時期井巷通風阻力計算表 55 選擇礦井通風設備 60 計算Q扇 60 計算風機工作風壓 60 主要通風機的選擇 61 繪出特性曲線圖 62 選擇電動機 63 概算礦井通風電費 64第五章 災害預防及安全裝備 66 66 67 68 69 69結論 71致謝 72參考文獻 73Abstract（chinese）…………………………………………………………. IAbstract（English）………………………………………………………….. II第一章 Overview of mine and security ……………………………………1 Overview of the mine 1 Traffic position 1 Topography and terrain 1 Distribution and range of river,lake and swamp,and the highest flood position of river 2 Meteorology 2 Economic ,industrial and agriculture situation in mine 2 Source of water and electricity 2 Local’s environment protection situation and th problems existed 3 Geological features of minefield 3 Geological structure 3 Coalseam and The quality of coal 6 Security overview of shaft 7 Geological features of hydrology 7 Gas occurrence situation 7 Exploision hazards of grime,precautionary measures of grime exploision 7 Natural features of coal,distribution situation underground,fire district 7 Treatment measures of underground high temperature 8 Analysis of water source about possible waterleakage and the handle of flood hazard underground 8第二章 Reserves of shaft and production capacity 10 Frontier and reserves of mine field 10 Frontier of mine field 10 Reserves of mine field 10 Production capacity and service length of shaft 11 Working system of shaft 11 Production capacity and service length of mine design 11第三章 Mine field’s production and ventilation of mining area 12 Exploition plan of mine field 12 Exploition of mine field 12 Design of the mining level and the main exploition roadways 14 Continuation sheet of mining area 21 Ventilation of mining area 21 Overview of mining area 21 Ventilation design principle of mining area and requirements 22 The amount and position of mining area when reach to the design capacity 22 Related parameter of mining work range 23 Determing the number of mining work range 23 Uphill(downhill) in mining area and prepare roadways 23 Driving ventilation 23 Part of ventilation system’s design principle 23 Part of ventilation methods 24 The choice of Hair Dryers 25 The choice of part of Fans 26 Decorate a method of the fan 26 Installation ventilation structures and the main Fan ancillary equipment 27 Installation and requirements of ventilation structures 27 Installation and requirements of main Fan ancillary equipment 28第四章 Ventilation design of the shaft 30 Overview 30 Field profiles 30 Drawing up ventilation system in shaft 30 Determing work methods of the main mine Fan 30 The choice of mine’s ventilation methods 31 Sure mine ventilation figure 32 Ventilation system diagram of mine 33 Calculation and distribution of wind volume in mine 33 Design of total wind volume in mine 33 Distribution and regulation of wind volume 43 Checking of wind speed 45 Calculating total resistance of the ventilation in mine 50 Calculating resistance of the ventilation in mine 50 Mine ventilation network graph 52 Calculating total resistance of the ventilation 53 Equivalent orifice at mine in two periods 55 Choicing ventilation equipment of mine 60 Calculating Qfan 60 Calculating the pressure of main Fan 60 Choicing the main ventilation equipment 61 The actual operating point of ventilation equipment 62 Choicing electric motor 63 Budget mine ventilation electricity charges 64第五章 Disaster prevention and safety equipment 66 Outburst prevention 66 Dust prevention 67 Underground fire prevention 68 Underground flood prevention 69 Safety equipment 69Conclusion 71Thanks 72References 7372第一章 礦區(qū)及安全概況井田地質特征 礦區(qū)概況 交通位置杏花礦一井位于雞西煤田北部含煤條帶的東部。關鍵詞：開拓設計；通風設計；通風機AbstractThis ventilation design is the third mine of xinghua coal mine . Design to include: mining geological features, summary and partmentalized realm and reserves, mine work system and design production ability and service of schooling and exploiting and basic partmentalized arrange tunnels, mine ventilation system, mine disaster prevention and improve the gas drainage rate measures. According to the design requirements, this field design annual production capacity is 90 tons/year, service of schooling for 54 years, the mine shaft adopts two level elevation expand, a level correlation between 300m, two levels elevation 550. Decorate two face mining. Long wall mine adopt prehensive mechanized mining to law. Mine ventilation mode for partition drawertype ventilated, mining ventilation mode for backward type, the coal face for ushaped ventilated, uplink ventilated. This design is pleted with the wind site design, roadway air resistance calculation, and pleted the main fan selection. According to the design and the basic situation of mine ventilation system, this paper puts forward the gas, fire, roof, hot against the prevention measures such disasters. Keywords: developing design。本設計完成了用風地點風量設計、巷道阻力計算，并完成了主要通風機選型。礦井采用走向長壁綜合機械化采煤法。根據設計要求，本井田設計年生產能力為 90萬噸/年，服務年限為54年，礦井采用兩個水平立井開拓，一水平標高為300m，二水平標高為550。摘 要本設計進行的是杏花礦三井的礦井通風設計。設計包括：礦區(qū)概述及井田地質特征、井田境界及儲量、礦井工作制度和設計生產能力及服務年限、井田開拓及基本巷道布置、礦井通風系統(tǒng)、礦井災害防治和提高瓦斯抽放率的主要措施。采區(qū)布置兩個工作面。礦井通風方式為分區(qū)抽出式通風，采區(qū)通風方式為后退式，采煤工作面為 U 型通風，上行通風。根據設計礦井的基本情況和通風系統(tǒng)，初步提出了瓦斯、火災、頂板、熱害等災害的防治措施。 ventilation design。行政區(qū)劃隸屬于雞西市雞東縣哈達鎮(zhèn)境內。20′，勘探區(qū)兩側是東海礦和城子河煤礦，北側是正陽煤礦，南側隔穆棱河和雞東鎮(zhèn)相望。 杏花礦交通位置圖 地形地勢礦山地形大部分屬丘陵地形，北部及中部皆為山崗地帶，崗溝起伏不平。 河流、湖泊、沼澤的分布杏花礦區(qū)內最大河流為穆棱河，由西南向東呈蛇形流經本區(qū)深部。穆棱河夏、秋季水量較大，最大流量為3120立方米/秒，在井田深部流過。哈達河流在井田東部境界附近流過影響也不大。 礦區(qū)氣象條件區(qū)內屬寒溫帶大陸性氣候