木城涧煤矿东四壁缓倾斜综采工作面快速搬家工程实践
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摘要
为了提升已有的木城涧煤矿综采工作面搬家管理方法、技术水平,介绍了一种同时满足旧工作面回收、新工作面安装,特别是如何使旧巷内采煤机、工作面输送机、液压支架"三机"同时适应新工作面安装条件的新技术方法,而且该方法还提出了避免设备在安装过程中的损坏,充分利用设备自身特性达到自移安装,在涉及重大安装隐患治理上提出了独到的安全处理方法。这种旧巷回收设备,同时新巷安装设备一式的技术方法,至少说明了综采工作面的搬家是一项系统的工程,不仅与矿安装队的回收、安装工艺有关,而且与掘进队巷道修理准备,机电科模型试验及设备地面合理装车,还有运输段按照切巷安装工艺和时间节点要求运输设备入工作面有关。
In order to summarize and upgrade the existing management methods and techniques for moving the integrated mining face of the Muchengjian Coal Mine,this paper introduces a new face installation that satisfies both the recovery of the old face and the installation of the new face.In particular,how to adapt the " three machines" of coal mining machine,working face transport machine and hydraulic support to the new working face installation conditions at the same time,moreover,this method also proposes to avoid the damage of the equipment during the installation process,make full use of the equipment's own characteristics to achieve self-moving installation,and put forward a unique security treatment method involving the management of major installation hazards.The technical method of the old lane recycling equipment and the installation of equipment in the new lane at the same time at least shows that the removal of the comprehensive mining face is a systematic project,not only related to the recovery and installation process of the mining installation team,but also related to the roadway repair preparation of the excavation team,mechanical and electrical model tests and equipment ground reasonable loading,as well as the transportation section according to the alley installation process and time node requirements for transport equipment into the work surface.
In order to summarize and upgrade the existing management methods and techniques for moving the integrated mining face of the Muchengjian Coal Mine,this paper introduces a new face installation that satisfies both the recovery of the old face and the installation of the new face.In particular,how to adapt the " three machines" of coal mining machine,working face transport machine and hydraulic support to the new working face installation conditions at the same time,moreover,this method also proposes to avoid the damage of the equipment during the installation process,make full use of the equipment's own characteristics to achieve self-moving installation,and put forward a unique security treatment method involving the management of major installation hazards.The technical method of the old lane recycling equipment and the installation of equipment in the new lane at the same time at least shows that the removal of the comprehensive mining face is a systematic project,not only related to the recovery and installation process of the mining installation team,but also related to the roadway repair preparation of the excavation team,mechanical and electrical model tests and equipment ground reasonable loading,as well as the transportation section according to the alley installation process and time node requirements for transport equipment into the work surface.
引文
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[9]张瑞峰.综采工作面机电设备的安装工艺[J].机械管理开发,2017(10):75-76.Zhang Ruifeng.Installation technology for mechanical and electrical equipment for integrated mining surfaces[J].Mechanical Management Development,2017(10):75-76.
[10]张中涛.探究综采工作面设备快速安装措施[J].山东工业技术,2017(18):1.Zhang Zhongtao.Explore rapid installation measures for comprehensive mining face equipment[J].Shandong Industrial Technology,2017(18):1.
[11]樊振庆.赵固二矿11050大采高综采工作面快速安装技术[J].内蒙古煤炭经济,2013(9):141-142.Fan Zhenqing.Zhaogu No.2 Mine 11050 large mining high comprehensive mining work face rapid installation technology[J].Inner Mongolia Coal Economy,2013(9):141-142.
[12]朱魁伟.综采设备的安装及其工艺技术[J].黑龙江科技信息,2013(29):156.Zhu Kuiwei.Installation and process technology of integrated mining equipment[J].Heilongjiang Science and Technology Information,2013(29):156.
[13]宋勇慧,宋树民,刘永恒.大倾角复合破碎顶板工作面支架安装技术[J].能源技术与管理,2010(3):99-100.Song Yonghui,Song Shumin,Liu Yongheng.Installation technology for large inclination composite cracked roof working face bracke[J].Energy Technology and Management,2010(3):99-100.
[14]宋伟林,孙军,关英卓.刨煤机工作面安装与初采概述[J].水力采煤与管道运输,2004(2):35-37.Song Weilin,Sun Jun,Guan Yingzhuo.Overview of the installation and initial mining of the coal planer working surface[J].Hydraulic Coal Mining and Pipeline Transport,2004(2):35-37.
[15]于海洋,武宇经,张磊.浅谈一次采全高液压支架安装工艺的优越性[J].煤,2014(6):87-88.Yu Haiyang,Wu Yujing,Zhang Lei.Discussion on the advantages of the installation technology of a full high hydraulic stent[J].Coal,2014(6):87-88.
[16]宋长娟,乌恩奇.液压支架的使用要求及应注意的问题[J].科技风,2011(12):49.Song Changjuan,Wu Enqi.Requirements for the use of hydraulic brackets and issues to pay attention to[J].Technology Wind,2011(12):49.
[17]李波,刘思佳.单一井口两综采面同时安装技术[J].煤矿开采,2001(4):83-84.Li Bo,Liu Sijia.Single wellhead two integrated surface installation technology[J].Coal Mining Technology,2001(4):83-84.
[18]王德明.设备的保护接地和保护接零[J].制造业自动化,2009(2):127-128.Wang Deming.Protection grounding and protection connection of equipment[J].Manufacturing Automation,2009(2):127-128.
[19]房新,闫丽.综采工作面机电设备快速安装技术探析[J].山东工业技术,2017(15):190.Fang Xin,Yan Li.Study on the rapid installation technology of electromechanical equipment for comprehensive mining faces[J].Shandong Industrial Technology,2017(15):190.
[20]杨莉娜,张志刚,张超.倾斜薄煤层安全高效开采技术研究与应用[J].华北科技学院学报,2010(3):6-9.Yang Lina,Zhang Zhigang,Zhang Chao.Research and application of safe and efficient mining technology for inclined thin coal seams[J].Journal of the North China Institute of Science and Technology,2010(3):6-9.
[2]孙长春.屯兰矿12503综采工作面设备安装技术工艺与实践[J].煤矿机械,2009(8):169-172.Sun Changchun.Tunlan Mine 12503 installation technology and practice of comprehensive mining surface equipment[J].Coal Mine Machinery,2009(8):169-172.
[3]王伟.浅谈综采工作面设备安装技术[J].中国科技纵横,2013(9):230.Wang Wei.Shallow on the installation technology of comprehensive mining face equipment[J].China Science and Technology,2013(9):230.
[4]雷引民.调斜开采和旋转式开采技术的应用[J].山西焦煤科技,2003(4):25-26,46.Lei Yinmin.The application of oblique mining and rotary mining technology[J].Shanxi Coking Coal Technology,2003(4):25-26,46.
[5]马现军.综采工作面设备安装及运输的探索与实践[J].河南科技,2013(20):114-115.Ma Xianjun.Exploration and practice of installation and transportation of comprehensive mining face equipment[J].Henan Science and Technology,2013(20):114-115.
[6]韩耀绪,王彦博,唐金辉,等.三河尖煤矿72206综采工作面快速安装技术[J].房地产导刊,2013(29):13.Han Yaoxu,Wang Yanbo,Tang Jinhui,et al.Sanhejian Coal Mine72206 comprehensive mining working surface rapid installation technology[J].Real Estate Guide,2013(29):13.
[7]师志辉.和顺益德煤业井田开拓优化方案的探讨[J].山西煤炭,2015(3):56-57,78.Shi Zhihui.Discussion on the optimization plan for the development of wellfield in the Yide Coal Industry in Heshun[J].Shanxi Coal,2015(3):56-57,78.
[8]刘继生.论实现综采工作面设备安装技术的探讨[J].科技与企业,2012(2):128.Liu Jisheng.Discussion on the installation technology of comprehensive mining surface equipment[J].Technology and Enterprise,2012(2):128.
[9]张瑞峰.综采工作面机电设备的安装工艺[J].机械管理开发,2017(10):75-76.Zhang Ruifeng.Installation technology for mechanical and electrical equipment for integrated mining surfaces[J].Mechanical Management Development,2017(10):75-76.
[10]张中涛.探究综采工作面设备快速安装措施[J].山东工业技术,2017(18):1.Zhang Zhongtao.Explore rapid installation measures for comprehensive mining face equipment[J].Shandong Industrial Technology,2017(18):1.
[11]樊振庆.赵固二矿11050大采高综采工作面快速安装技术[J].内蒙古煤炭经济,2013(9):141-142.Fan Zhenqing.Zhaogu No.2 Mine 11050 large mining high comprehensive mining work face rapid installation technology[J].Inner Mongolia Coal Economy,2013(9):141-142.
[12]朱魁伟.综采设备的安装及其工艺技术[J].黑龙江科技信息,2013(29):156.Zhu Kuiwei.Installation and process technology of integrated mining equipment[J].Heilongjiang Science and Technology Information,2013(29):156.
[13]宋勇慧,宋树民,刘永恒.大倾角复合破碎顶板工作面支架安装技术[J].能源技术与管理,2010(3):99-100.Song Yonghui,Song Shumin,Liu Yongheng.Installation technology for large inclination composite cracked roof working face bracke[J].Energy Technology and Management,2010(3):99-100.
[14]宋伟林,孙军,关英卓.刨煤机工作面安装与初采概述[J].水力采煤与管道运输,2004(2):35-37.Song Weilin,Sun Jun,Guan Yingzhuo.Overview of the installation and initial mining of the coal planer working surface[J].Hydraulic Coal Mining and Pipeline Transport,2004(2):35-37.
[15]于海洋,武宇经,张磊.浅谈一次采全高液压支架安装工艺的优越性[J].煤,2014(6):87-88.Yu Haiyang,Wu Yujing,Zhang Lei.Discussion on the advantages of the installation technology of a full high hydraulic stent[J].Coal,2014(6):87-88.
[16]宋长娟,乌恩奇.液压支架的使用要求及应注意的问题[J].科技风,2011(12):49.Song Changjuan,Wu Enqi.Requirements for the use of hydraulic brackets and issues to pay attention to[J].Technology Wind,2011(12):49.
[17]李波,刘思佳.单一井口两综采面同时安装技术[J].煤矿开采,2001(4):83-84.Li Bo,Liu Sijia.Single wellhead two integrated surface installation technology[J].Coal Mining Technology,2001(4):83-84.
[18]王德明.设备的保护接地和保护接零[J].制造业自动化,2009(2):127-128.Wang Deming.Protection grounding and protection connection of equipment[J].Manufacturing Automation,2009(2):127-128.
[19]房新,闫丽.综采工作面机电设备快速安装技术探析[J].山东工业技术,2017(15):190.Fang Xin,Yan Li.Study on the rapid installation technology of electromechanical equipment for comprehensive mining faces[J].Shandong Industrial Technology,2017(15):190.
[20]杨莉娜,张志刚,张超.倾斜薄煤层安全高效开采技术研究与应用[J].华北科技学院学报,2010(3):6-9.Yang Lina,Zhang Zhigang,Zhang Chao.Research and application of safe and efficient mining technology for inclined thin coal seams[J].Journal of the North China Institute of Science and Technology,2010(3):6-9.