摘要
针对高山地区,运输装备无法到达,只能采用索道运输物资条件下的输电线路的杆塔基础施工,本论文提出一种集掘进与排渣功能的自动化模块掘进装备。论文通过深入剖析岩石破碎机理,探讨杆塔基础沉井技术工艺流程与影响因素,确定了结构设计参数与工艺参数,并采用数字化的模块设计、几何运动分析。为输电线路杆塔基础机械化施工奠定的基础。
In view of the fact that the transportation equipment cannot reach the high mountain area and can only be used for the construction of the tower foundation of the transmission line under the condition of material transportation by cableway,this paper proposes an automatic modular tunneling equipment with the functions of tunneling and slag removal.Through in-depth analysis of rock breaking mechanism,this paper discusses the technical process and influencing factors of tower foundation sinking well,determines the structural design parameters and process parameters,and adopts digital module design and geometric motion analysis,which lays the foundation for the mechanized construction of transmission line tower foundation.
作者
黄欣
赵昆渝
周玲
李刚
蒋强
HUANG Xin;ZHAO Kunyu;ZHOU Ling;LI Gang;JIANG Qiang(Chongqing Power Transmission and Transformation Engineering Co.,Ltd.,Chongqing,400050,China;College of Mechanical Engineering,Chongqing University of Technology,Chongqing,400050,China)
出处
《工程建设（维泽科技）》
2023年第1期116-119,共4页
Engineering Construction
关键词
杆塔基础施工
模块化
沉井技术
tower foundation construction
modularization
open caisson technology
