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Mounting and dismounting method for railway box girder supporting system adjacent to existing high-speed rail
The invention belongs to the technical field of box girder supporting, and particularly relates to a mounting and dismounting method for a railway box girder supporting system adjacent to an existing high-speed rail. In the mounting and dismounting method, a supporting system is arranged between two adjacent pier columns and is far away from a high-speed rail line, so that the supporting system does not influence the operation of the existing high-speed rail line; a disc buckle type support is built on the sides, away from an existing high-speed rail line, of two adjacent pier columns, a box girder cast-in-place formwork is erected on the disc buckle type support, pouring of a concrete box girder is completed, after the cast-in-place box girder is manufactured, the box girder cast-in-place formwork on a cast-in-place support system is dismantled, the cast-in-place box girder is driven by a sliding shoe to slide from the top of the disc buckle type support to the tops of the pier columns, and the cast-in-place box girder is formed. Then the lifting mechanism falls to enable the cast-in-place box girder to fall on the top of the pier column; the construction of erecting the box girder on the pier column close to the existing high-speed rail line is completed, and the erecting operation of the box girder and the operation of the existing high-speed rail line do not influence each other, so that not only is the construction efficiency improved, but also the influence on the existing high-speed rail line is small.
本发明属于箱梁支撑技术领域,具体涉及一种邻近既有高铁的铁路箱梁支撑体系安拆方法。在该安拆方法中,将支撑体系设置在相邻两墩柱之间,且远离高铁线路设置,使得该支撑体系不会影响到既有高铁线路的运行;在两相邻墩柱远离既有高铁线路一侧搭建盘扣式支架,在盘扣式支架上架设箱梁现浇模板,完成混凝土箱梁的浇筑,待现浇箱梁制作完成后,拆除现浇支架系统上的箱梁现浇模板,由滑靴带动现浇箱梁从盘扣式支架顶部滑移至墩柱顶部,然后升降机构下落,使现浇箱梁落在墩柱顶部;完成在临近既有高铁线路的墩柱上架设箱梁的施工,且使得箱梁架设作业与既有高铁线路运行互不影响,不仅提高了施工效率,而且对既有高铁线路影响较小。
Mounting and dismounting method for railway box girder supporting system adjacent to existing high-speed rail
The invention belongs to the technical field of box girder supporting, and particularly relates to a mounting and dismounting method for a railway box girder supporting system adjacent to an existing high-speed rail. In the mounting and dismounting method, a supporting system is arranged between two adjacent pier columns and is far away from a high-speed rail line, so that the supporting system does not influence the operation of the existing high-speed rail line; a disc buckle type support is built on the sides, away from an existing high-speed rail line, of two adjacent pier columns, a box girder cast-in-place formwork is erected on the disc buckle type support, pouring of a concrete box girder is completed, after the cast-in-place box girder is manufactured, the box girder cast-in-place formwork on a cast-in-place support system is dismantled, the cast-in-place box girder is driven by a sliding shoe to slide from the top of the disc buckle type support to the tops of the pier columns, and the cast-in-place box girder is formed. Then the lifting mechanism falls to enable the cast-in-place box girder to fall on the top of the pier column; the construction of erecting the box girder on the pier column close to the existing high-speed rail line is completed, and the erecting operation of the box girder and the operation of the existing high-speed rail line do not influence each other, so that not only is the construction efficiency improved, but also the influence on the existing high-speed rail line is small.
本发明属于箱梁支撑技术领域,具体涉及一种邻近既有高铁的铁路箱梁支撑体系安拆方法。在该安拆方法中,将支撑体系设置在相邻两墩柱之间,且远离高铁线路设置,使得该支撑体系不会影响到既有高铁线路的运行;在两相邻墩柱远离既有高铁线路一侧搭建盘扣式支架,在盘扣式支架上架设箱梁现浇模板,完成混凝土箱梁的浇筑,待现浇箱梁制作完成后,拆除现浇支架系统上的箱梁现浇模板,由滑靴带动现浇箱梁从盘扣式支架顶部滑移至墩柱顶部,然后升降机构下落,使现浇箱梁落在墩柱顶部;完成在临近既有高铁线路的墩柱上架设箱梁的施工,且使得箱梁架设作业与既有高铁线路运行互不影响,不仅提高了施工效率,而且对既有高铁线路影响较小。
Mounting and dismounting method for railway box girder supporting system adjacent to existing high-speed rail
一种邻近既有高铁的铁路箱梁支撑体系安拆方法
YANG QIUSONG (Autor:in) / CHEN XIANGYANG (Autor:in) / XU CHANGLIN (Autor:in) / BAO JIANWEN (Autor:in) / JIANG YAFENG (Autor:in) / WANG WENKE (Autor:in) / DAI WENLIN (Autor:in) / MAO XINPING (Autor:in) / XU WEIDONG (Autor:in) / LI YANYAN (Autor:in)
17.09.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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