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Integral lifting method for high-altitude multi-layer multi-channel steel corridor
The invention discloses an overall lifting method for a high-altitude multi-layer multi-channel steel corridor. The technical problems that in the prior art, the overall construction period is long, the lifting frequency is large, the lifting cost is high, and the safety risk is large are solved. The high-altitude multi-layer and multi-channel steel corridor structure is assembled, connected into a whole, lifted integrally and then mounted progressively. Compared with a traditional method that the multiple layers of steel corridors are lifted layer by layer from top to bottom, time and construction measures for multiple times of lifting are omitted, the construction period is greatly shortened, and safety risks and construction cost are reduced.
本发明公开了一种高空多层多道钢连廊整体提升方法，解决现有技术整体工期长、提升次数多、提升费用高和安全风险大的技术问题。本发明将高空多层多道钢连廊结构组装好并连接成一体后整体提升再递进安装。可以将多层钢连廊一次性提升就位，与传统从上至下逐层多次提升的方法相比，省去多次提升的时间和施工措施，大大节省了工期、降低了安全风险和施工成本。
Integral lifting method for high-altitude multi-layer multi-channel steel corridor
The invention discloses an overall lifting method for a high-altitude multi-layer multi-channel steel corridor. The technical problems that in the prior art, the overall construction period is long, the lifting frequency is large, the lifting cost is high, and the safety risk is large are solved. The high-altitude multi-layer and multi-channel steel corridor structure is assembled, connected into a whole, lifted integrally and then mounted progressively. Compared with a traditional method that the multiple layers of steel corridors are lifted layer by layer from top to bottom, time and construction measures for multiple times of lifting are omitted, the construction period is greatly shortened, and safety risks and construction cost are reduced.
本发明公开了一种高空多层多道钢连廊整体提升方法，解决现有技术整体工期长、提升次数多、提升费用高和安全风险大的技术问题。本发明将高空多层多道钢连廊结构组装好并连接成一体后整体提升再递进安装。可以将多层钢连廊一次性提升就位，与传统从上至下逐层多次提升的方法相比，省去多次提升的时间和施工措施，大大节省了工期、降低了安全风险和施工成本。
Integral lifting method for high-altitude multi-layer multi-channel steel corridor
一种高空多层多道钢连廊整体提升方法
GONG JIAN (author) / HUANG ZHIMING (author) / ZHANG DALIN (author) / DENG XU (author) / TANG LEI (author) / XIANG YINGMING (author) / YU HAO (author)
2024-06-25
Patent
Electronic Resource
Chinese
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