千米深井井筒安装施工中，采用3层半吊盘作为辅助设施施工，从上到下依次施工井筒标准段构件、非标构件、电缆、管路等构件，解决了符合各类立井的统一结构型式施工吊盘问题，实现了快速安全施工；深井安装质量控制采用整体稳大线工艺，提高了罐道及梁的安装精度；采用封闭式吊桶，变频稳车集控技术，视频监控装置等先进施工技术，对井筒装备施工进行全过程监控，解决了千米深井装备安装中的施工吊盘、立井稳线、吊桶、设备、监控、通讯、一次成井等的施工技术难题，为千米深井的施工积累了经验。

When install shaft with depth over 1000m ,we use three layer half stage as auxiliary facilities construction.the order is shaft construction standard components and non-standard components ,cables and components such as pipeline from top to bottom ,this order solve the problem of construction crane plate of the various types of vertical shaft the w hich conform to the unity structure construction stage , and realize rapid construction. The installation quality of the deep shaft is controlled by the whole line technology ,improve the installation precision of the guide and the beam :Using advanced construction technology such as closed bucket ,frequency conversion control technology of steady vehicles set ,video monitoring device and so on.We monitor the whole process of construction of shaft.We solve a lot of construction technical problems of the installation of shaft with depth over 1000m ,such as equipment installation in construction stage ,vertical shaft line ,bucket ,eq

立井施工吊盘绳是否能兼作罐道绳,目前尚未完全统一规定,是一个值得探讨的问题。截至目前,中煤第一建设公司已先后在46个立井施工中,采用了吊盘绳兼作罐道绳技术,从未因采用该项技术而存在安全隐患或发生过安全事故,并在使用过程中积累了丰富的经验,取得了良好的技术经济效益。大量的工程实践表明,该项技术是一项技术先进、安全可靠、布置简单、经济高效的施工工艺,值得在立井施工中,大力推广应用。

The sinking platform rope could concurrently be the cage guide rope during the mine shaft construction or not ,there is no completed general stipulation on the issue and the issue is a value issue to be discussed.Up to the present ,there were totally 46 mine shaft sinking constructions with the sinking platform rope as the cage guide rope technology.Never because there was safety hidden dan-gers existed in the technology or the safety accidents occurred by the technology ,rich experiences ac-cumulated from the applications of the technology and excellent technical and economic benefits ob-tained from the application.Great engineering practices showed that the technology is an advance tech-nical ,reliable safety ,simple layout and high economic effect contraction technology and would be a va-lue to be applied to the mine shaft construction and to be highly promoted in the application.

通过分析国内外普通凿井、机械破岩为核心的钻井法、竖井掘进机钻井技术的发展,研究提出我国竖井掘进机凿井工艺,即反井钻机钻进导井,竖井掘进机扩大成井,破碎岩石通过导溜进入井下巷道运输。经分析提出采用专用井架提升钻杆实现竖井掘进机上提下放,并通过钻杆悬吊电缆、风水管路,提供竖井掘进机工作所需电力、水源,专用多功能吊盘实现破岩掘进和支护平行作业,通过钻头结构优化设计,采用井架、钻杆一次从井筒内将竖井掘进机直接提吊出井,解决设备井下拆卸难题。同时根据竖井掘进机采用滚刀破岩,依照适应的地层条件、工程条件,在合理的钻进速度基础上,确定了破碎岩石所需钻压和转速、功率、支撑力等参数,为竖井掘进机整机结构设计提供参考。

With an analysis on the conventional mine shaft sinking at home and abroad,mine shaft drilling method with mechanical rock breaking as the key and the drilling technical development of mine shaft excavator,mine shaft sinking technique of mine shaft excavator in China was provided.The mine shaft sinking technique would be a raise boring machine applied pilot shaft drilling,mine shaft excavator ap-plied to ream the pilot shaft and breaking rocks to be run to mine roadway transportation with pilot shaft. With an analysis,special mine shaft headframe with drilling rods lifting function could realize up and down lifting of the mine shaft excavator.With the electric cables and the pipelines of ventilation and water,the electric power supply and water supply could be provided to the operation of mine shaft excavator and special multi function sinking stage could realize parallel operation of the rock breaking sinking and support.With an optimized design on the drilling head structur