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肖瑞玲. 立井施工技术发展综述[J]. 煤炭科学技术, 2015, (8).
引用本文: 肖瑞玲. 立井施工技术发展综述[J]. 煤炭科学技术, 2015, (8).
Xiao Ruiling. Review on development of mine shaft construction technology[J]. COAL SCIENCE AND TECHNOLOGY, 2015, (8).
Citation: Xiao Ruiling. Review on development of mine shaft construction technology[J]. COAL SCIENCE AND TECHNOLOGY, 2015, (8).

立井施工技术发展综述

Review on development of mine shaft construction technology

  • 摘要: 回顾了我国立井井筒小设备施工,煤炭部、冶金部、一机部三部立井施工机械化配套科研攻关,立井短段掘砌混合作业施工配套设备研发,千米深井凿井技术开发研究等4个凿井技术发展阶段。全面介绍了立井施工机械化及其配套施工设备,概述了提升系统、稳车悬吊、打眼爆破、装岩设备和砌壁模板发展情况。指出目前我国立井施工工艺已全面推行一掘一砌正规循环的短段掘砌混合作业施工方法,平均成井速度可达80 m/月以上。最后提出了竖井掘进机技术及装备研究,大直径深立井井筒凿井设备研制,千米深井掘、砌、安施工关键技术及装备等研究方向,同时对今后深井凿井技术发展趋势进行了展望。

     

    Abstract: The paper reviewed four shaft sinking technology development stages,including the mine shaft construction with the small equipment and a research and de velopment program on the mechanized matching of the mine shaft construction equipment,research and development on mechanical matching technalogy conducted by the Ministry of Coal Industry,Ministry of Metallurgical Industry and First Ministry of Machinery Industry,the research and development on the construction matching equipment 0 f the mine shaft short section lining combined operation,the research and development on the sinking technology of the 1 000 m mine deep shaft. The paper fully introduce d the mechanization and matching construction equipment of the mine shaft construction and stated the hoisting system,winch suspension,borehole drilling and blasting,roc k loading equipment and mine shaft lining formwork conditions. At present,a short section excavation and lining combined operation construction method with an excavatio n and lining normal circulation was fully conducted. The average mine shaft completed speed was over 80 m permonth. A technology and equipment research and develop ment of mine shaft excavator,a research and development on the shaft sinking equipment of the large diameter mine deep shaft,the key technology and equipment of the e xcavation,lining and installation operation for the 1 000 m deep mine shaft and the research orientation were provided. Meanwhile,a prospect was conducted on the develo pment tendency of shaft sinking technology for future deep mine shaft.

     

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