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1)  auxiliary shaft
副井井筒
2)  auxiliary shaft
副井
1.
Protecting and controlling water technique in auxiliary shaft construction of Shanhou mine;
单侯矿副井施工中防治水技术
2.
The plan of the auxiliary shaft strenching engineering during operation;
矿井生产期间副井延伸工程方案
3.
Automation system in dispatching vechicle model FCZ-1 in auxiliary shaft in No.10 Mine in Hebi Coal Administration;
鹤壁局十矿副井FCZ-1型操车自动化系统
3)  vertical shaft
立井井筒
1.
Design and implementation of vertical shaft clearance and extension construction;
立井井筒清理延伸施工的设计与安装
2.
The purpose of this paper is to find the distribution laws of the shear force between vertical shaft and surface soil,and to lay a foundation for mechanical model of shaft in soil.
揭示矿山立井井筒与周围表土之间剪切力的分布规律,为正确的立井井筒力学模型建立奠定理论基础。
3.
On the basis of experience on installation of Qujiang main shaft and auxiliary vertical shafts, the author attaches importance to some keys to the installation of vertical shafts.
在总结曲江主井和沿沟副立井安装经验的基础上,提出了立井井筒安装的几个关键问题以供参考。
4)  bored shaft
钻井井筒
5)  shaft [英][ʃɑ:ft]  [美][ʃæft]
立井井筒
1.
An artificial neural network forecast model for shaft lining non-mining fracture;
煤矿立井井筒非采动破裂的人工神经网络预测
2.
of deep large shaft,the freezing construction technology was adopted.
针对深大立井井筒断面大、粘土层深厚、地质条件不稳定等特点,采用冻结法施工。
6)  shaft lining
立井井筒
1.
Design of new harnessing method for shaft lining fracture of coal mining;
煤矿立井井筒非采动破裂治理新方法设计
2.
On the basis of the boundary displacement function,the state equation is established for the shaft lining whose upper edge is free and the opposite edge is clamped in deep alluvium under any axisymmetric load,and the solution is presented.
通过引入边界位移函数 ,建立了上端自由、下端固支的立井井筒模型在任意轴对称荷载作用下的状态方程 ,给出了问题的解析解 。
3.
Non-mining fracturing of shaft lining is a special engineering geologic hazard and is caused by interaction between mining and geological environment.
立井井筒非采动破坏是一种特殊类型的工程地质灾害,是人类采矿活动和地质环境相互作用的结果。
补充资料:副井


副井
auxiliary shaft

  fujing副井(auxiliary shaft)地下矿开拓中,用于提运废石、升降材料和设备、运送人员、安设管道电缆的竖井或料井。副井有时也提运一部分矿石,并兼作进风井,因此断面应按风速校验,中国的安全规程规定,副井中最大风速不应超过sm/s。副井为竖井时,用双罐笼或带平衡锤的单罐笼提升;井中设梯子间,作为井下发生灾害时的辅助撤人通道。副井若为斜井时,用串车提升,斜井中须设人行道。不是每个井田都设副井,主井为罐笼井、混合井或串车提升的斜井时,都可以不设副井,但都应设有第二安全出口;主井若为莫斗井,必须设副井。 (曾耀)
  
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