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A platform for research: civil engineering, architecture and urbanism
Steel truss girder transverse moving construction structure and transverse moving construction method based on BIM
The invention relates to a transverse moving construction structure of a steel truss girder and a transverse moving construction method based on BIM, and relates to the technical field of beam frame installation construction. The two sliding shoes are arranged on each transverse sliding way in a spaced mode and used for bearing the steel truss; the sliding plate is laid on the transverse sliding way, and the sliding shoe is placed on the sliding plate to slide; one end of the traction cable is connected to the sliding shoe and used for pulling the sliding shoe to move; the power output mechanism is used for being connected with the other end of the traction cable and applying traction force to the traction cable. The installation construction efficiency of the steel truss girder can be improved, the construction period is shortened, meanwhile, personnel and equipment can be away from a high-speed railway, and the construction risk is reduced.
本申请涉及一种钢桁梁横移施工结构以及基于BIM的横移施工方法，涉及梁架安装施工的技术领域，横移施工结构包括：横移滑道，平行设置有多条；滑靴，在每个横移滑道上间隔设置有两个，用于承载钢桁架；滑板，铺设在横移滑道上，所述滑靴放置在滑板上滑动；牵引缆绳，一端连接在滑靴上，用于牵引滑靴移动；以及动力输出机构，用于连接牵引缆绳的另一端，为牵引缆绳施加牵引力。本申请能够提高钢桁梁的安装施工效率，缩短施工周期，同时人员和设备能够远离高速铁路，降低施工风险。
Steel truss girder transverse moving construction structure and transverse moving construction method based on BIM
The invention relates to a transverse moving construction structure of a steel truss girder and a transverse moving construction method based on BIM, and relates to the technical field of beam frame installation construction. The two sliding shoes are arranged on each transverse sliding way in a spaced mode and used for bearing the steel truss; the sliding plate is laid on the transverse sliding way, and the sliding shoe is placed on the sliding plate to slide; one end of the traction cable is connected to the sliding shoe and used for pulling the sliding shoe to move; the power output mechanism is used for being connected with the other end of the traction cable and applying traction force to the traction cable. The installation construction efficiency of the steel truss girder can be improved, the construction period is shortened, meanwhile, personnel and equipment can be away from a high-speed railway, and the construction risk is reduced.
本申请涉及一种钢桁梁横移施工结构以及基于BIM的横移施工方法，涉及梁架安装施工的技术领域，横移施工结构包括：横移滑道，平行设置有多条；滑靴，在每个横移滑道上间隔设置有两个，用于承载钢桁架；滑板，铺设在横移滑道上，所述滑靴放置在滑板上滑动；牵引缆绳，一端连接在滑靴上，用于牵引滑靴移动；以及动力输出机构，用于连接牵引缆绳的另一端，为牵引缆绳施加牵引力。本申请能够提高钢桁梁的安装施工效率，缩短施工周期，同时人员和设备能够远离高速铁路，降低施工风险。
Steel truss girder transverse moving construction structure and transverse moving construction method based on BIM
一种钢桁梁横移施工结构以及基于BIM的横移施工方法
ZHANG XUEYAN (author) / WEN SHOUJIE (author) / SUN AITIAN (author) / WANG YU (author) / SONG SHUAITONG (author) / GUAN CHONG (author) / WANG JIBO (author) / ZHANG HUAKAI (author)
2022-10-25
Patent
Electronic Resource
Chinese
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