A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method for embedded rail of rail bearing steel tank
The invention provides a rail bearing steel tank embedded rail construction method, and belongs to the technical field of urban tramcar rail bearing steel tank embedded rail construction, and the method comprises the following steps: S10, construction preparation: enabling required materials to enter a site in stages according to construction requirements and construction progress, and making preparation before construction by constructors; s20, CP III control network laying-off and ballast bed sideline lofting are conducted, specifically, the distance between CP III control network points is determined according to the track curve radius and the influence degree of buildings on the two sides of a track, and the control network points are arranged on the two sides of the track according to the distance on line sideline piles to serve as the ballast bed formwork installation basis; s30, reinforced concrete bottom plate treatment; according to the integrated track bed construction method for the embedded rail of the bearing rail steel tank, a set of relatively complete integrated track bed construction method for the embedded rail of the bearing rail steel tank is summarized from the early-stage flatness control of the reinforced concrete bottom plate and fine adjustment and floating prevention measures of the embedded rail steel tank, and the construction efficiency, quality and safety goals are improved; and experience and construction technical guarantee are provided for later construction of the monolithic track bed of the tramcar rail bearing steel groove embedded type track.
本发明提供一种承轨钢槽嵌入式轨道施工方法，属于城市有轨电车承轨钢槽嵌入式轨道施工技术领域，包括以下步骤：S10：施工准备：根据施工要求将所需材料按施工进度分阶段进场，施工人员做好施工前准备；S20：CPⅢ控制网测设及道床边线放样：根据轨道曲线半径及轨道两侧建筑物的影响程度确定CPⅢ控制网点间距，在线路边线桩以前述间距布置控制网点于轨道两侧，做为道床模板安装依据；S30：钢筋混凝土底板处理；本发明从前期的钢筋混凝土底板平整度控制、嵌入式承轨钢槽精调防上浮措施，提高了施工效率、质量、安全目标，总结出一套较为完整的承轨钢槽嵌入式轨道整体道床施工方法，为后期有轨电车承轨钢槽嵌入式轨道整体道床施工提供经验及施工技术保证。
Construction method for embedded rail of rail bearing steel tank
The invention provides a rail bearing steel tank embedded rail construction method, and belongs to the technical field of urban tramcar rail bearing steel tank embedded rail construction, and the method comprises the following steps: S10, construction preparation: enabling required materials to enter a site in stages according to construction requirements and construction progress, and making preparation before construction by constructors; s20, CP III control network laying-off and ballast bed sideline lofting are conducted, specifically, the distance between CP III control network points is determined according to the track curve radius and the influence degree of buildings on the two sides of a track, and the control network points are arranged on the two sides of the track according to the distance on line sideline piles to serve as the ballast bed formwork installation basis; s30, reinforced concrete bottom plate treatment; according to the integrated track bed construction method for the embedded rail of the bearing rail steel tank, a set of relatively complete integrated track bed construction method for the embedded rail of the bearing rail steel tank is summarized from the early-stage flatness control of the reinforced concrete bottom plate and fine adjustment and floating prevention measures of the embedded rail steel tank, and the construction efficiency, quality and safety goals are improved; and experience and construction technical guarantee are provided for later construction of the monolithic track bed of the tramcar rail bearing steel groove embedded type track.
本发明提供一种承轨钢槽嵌入式轨道施工方法，属于城市有轨电车承轨钢槽嵌入式轨道施工技术领域，包括以下步骤：S10：施工准备：根据施工要求将所需材料按施工进度分阶段进场，施工人员做好施工前准备；S20：CPⅢ控制网测设及道床边线放样：根据轨道曲线半径及轨道两侧建筑物的影响程度确定CPⅢ控制网点间距，在线路边线桩以前述间距布置控制网点于轨道两侧，做为道床模板安装依据；S30：钢筋混凝土底板处理；本发明从前期的钢筋混凝土底板平整度控制、嵌入式承轨钢槽精调防上浮措施，提高了施工效率、质量、安全目标，总结出一套较为完整的承轨钢槽嵌入式轨道整体道床施工方法，为后期有轨电车承轨钢槽嵌入式轨道整体道床施工提供经验及施工技术保证。
Construction method for embedded rail of rail bearing steel tank
一种承轨钢槽嵌入式轨道施工方法
ZHAN CHAOQUN (author) / ZHOU JIANQIANG (author) / DUAN GONGCHENG (author) / GAO YUNWEI (author) / LI XIA (author) / YANG MENG (author) / YANG YANHUA (author) / YANG JUN (author) / WANG WEI (author) / TIAN HUIBIN (author)
2024-09-20
Patent
Electronic Resource
Chinese
IPC:
E01B
PERMANENT WAY
,
Gleisoberbau
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