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A platform for research: civil engineering, architecture and urbanism
Hydraulic creeping formwork device for ultrahigh variable-cross-section thin-wall hollow pier and construction method
The invention discloses an ultrahigh variable cross-section thin-wall hollow pier hydraulic creeping formwork device and a construction method, and belongs to the technical field of road and bridge construction.The ultrahigh variable cross-section thin-wall hollow pier hydraulic creeping formwork device comprises a hydraulic creeping formwork device body, and a bottom frame with the area larger than that of the hydraulic creeping formwork device body is arranged below the hydraulic creeping formwork device body; a locking mechanism is assembled between the bottom frame and the bottom end of the hydraulic climbing formwork device body, and an adsorption fixing mechanism is assembled between the bottom frame and the concrete wall. The hydraulic climbing formwork device is provided with the bottom frame, the bottom frame is connected with the hydraulic climbing formwork device body through the locking mechanism and connected with the concrete wall through the adsorption fixing mechanism, and meanwhile the construction tool containing box is arranged above the bottom frame, so that more construction tools can be contained, constructors can take the construction tools conveniently, the conveying frequency of the construction tools is reduced, and the construction progress is accelerated; and the weight of the hydraulic creeping formwork device body cannot be increased, and the construction safety of the hydraulic creeping formwork device body is guaranteed.
本发明公开了一种超高变截面薄壁空心墩液压爬模装置及施工方法，属于道路桥梁施工技术领域，包括液压爬模装置主体，所述液压爬模装置主体下方设置有面积大于液压爬模装置主体的底架，所述底架与液压爬模装置主体底端间装配有锁紧机构，所述底架与混凝土墙体间装配有吸附固定机构。本发明设置底架，底架通过锁紧机构与液压爬模装置主体连接，同时通过吸附固定机构与混凝土墙壁连接，同时上方设置有施工工具放置箱体，不仅能够放置较多的施工工具，方便施工人员拿取，减少施工工具的传送次数，加快施工进度，而且不会增加液压爬模装置主体的重量，保证液压爬模装置主体的施工安全性。
Hydraulic creeping formwork device for ultrahigh variable-cross-section thin-wall hollow pier and construction method
The invention discloses an ultrahigh variable cross-section thin-wall hollow pier hydraulic creeping formwork device and a construction method, and belongs to the technical field of road and bridge construction.The ultrahigh variable cross-section thin-wall hollow pier hydraulic creeping formwork device comprises a hydraulic creeping formwork device body, and a bottom frame with the area larger than that of the hydraulic creeping formwork device body is arranged below the hydraulic creeping formwork device body; a locking mechanism is assembled between the bottom frame and the bottom end of the hydraulic climbing formwork device body, and an adsorption fixing mechanism is assembled between the bottom frame and the concrete wall. The hydraulic climbing formwork device is provided with the bottom frame, the bottom frame is connected with the hydraulic climbing formwork device body through the locking mechanism and connected with the concrete wall through the adsorption fixing mechanism, and meanwhile the construction tool containing box is arranged above the bottom frame, so that more construction tools can be contained, constructors can take the construction tools conveniently, the conveying frequency of the construction tools is reduced, and the construction progress is accelerated; and the weight of the hydraulic creeping formwork device body cannot be increased, and the construction safety of the hydraulic creeping formwork device body is guaranteed.
本发明公开了一种超高变截面薄壁空心墩液压爬模装置及施工方法，属于道路桥梁施工技术领域，包括液压爬模装置主体，所述液压爬模装置主体下方设置有面积大于液压爬模装置主体的底架，所述底架与液压爬模装置主体底端间装配有锁紧机构，所述底架与混凝土墙体间装配有吸附固定机构。本发明设置底架，底架通过锁紧机构与液压爬模装置主体连接，同时通过吸附固定机构与混凝土墙壁连接，同时上方设置有施工工具放置箱体，不仅能够放置较多的施工工具，方便施工人员拿取，减少施工工具的传送次数，加快施工进度，而且不会增加液压爬模装置主体的重量，保证液压爬模装置主体的施工安全性。
Hydraulic creeping formwork device for ultrahigh variable-cross-section thin-wall hollow pier and construction method
一种超高变截面薄壁空心墩液压爬模装置及施工方法
LI CHANGBIN (author) / SHEN TIANBAO (author) / CAO XIAOYANG (author) / NING SHASHA (author) / GAO YABIN (author) / DUAN ZHANLI (author)
2024-08-16
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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