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A platform for research: civil engineering, architecture and urbanism
Fixed offshore photovoltaic construction device and construction method
The invention relates to the technical field of offshore photovoltaic equipment construction devices, in particular to a fixed offshore photovoltaic construction device and a construction method. Comprising a bearing platform and a plurality of movable supporting legs, the bearing platform is a platform suspended on inserted and driven tubular piles, and a first rotary crane used for pile sinking and a second rotary crane used for photovoltaic module installation are arranged on the bearing platform; the movable supporting legs are of supporting structures capable of vertically stretching out and drawing back, the upper ends of the movable supporting legs can be movably connected to the bottom of the bearing platform in the horizontal direction, and the lower ends of the movable supporting legs can be supported at the water bottom between piles. The multiple supporting legs are arranged at the bottom of the bearing platform, walking of the bearing platform on the pile top is not based on a walking driving structure of the pile top any more, the bearing platform can comprehensively move between piles in the horizontal direction, the adjusting method is very simple, and the coverage range is very wide.
本发明涉及海上光伏设备施工装置技术领域，具体地指一种固定式海上光伏施工装置及施工方法。包括承载平台和多个移动支腿，所述承载平台是悬置于已插打完成的管桩上的平台，承载平台上布置有用于进行沉桩的第一回转吊机和用于进行光伏组件安装的第二回转吊机；所述移动支腿是可竖向伸缩的支撑结构，移动支腿的上端可水平方向移动的连接于承载平台的底部，下端可支撑于桩间水底。本申请在承载平台底部设置有多根支腿，承载平台在桩顶的行走不再基于桩顶的行走驱动结构，承载平台在桩间可以沿水平方向进行全方面的移动，调节的方法非常的简单，覆盖的范围非常的广泛。
Fixed offshore photovoltaic construction device and construction method
The invention relates to the technical field of offshore photovoltaic equipment construction devices, in particular to a fixed offshore photovoltaic construction device and a construction method. Comprising a bearing platform and a plurality of movable supporting legs, the bearing platform is a platform suspended on inserted and driven tubular piles, and a first rotary crane used for pile sinking and a second rotary crane used for photovoltaic module installation are arranged on the bearing platform; the movable supporting legs are of supporting structures capable of vertically stretching out and drawing back, the upper ends of the movable supporting legs can be movably connected to the bottom of the bearing platform in the horizontal direction, and the lower ends of the movable supporting legs can be supported at the water bottom between piles. The multiple supporting legs are arranged at the bottom of the bearing platform, walking of the bearing platform on the pile top is not based on a walking driving structure of the pile top any more, the bearing platform can comprehensively move between piles in the horizontal direction, the adjusting method is very simple, and the coverage range is very wide.
本发明涉及海上光伏设备施工装置技术领域，具体地指一种固定式海上光伏施工装置及施工方法。包括承载平台和多个移动支腿，所述承载平台是悬置于已插打完成的管桩上的平台，承载平台上布置有用于进行沉桩的第一回转吊机和用于进行光伏组件安装的第二回转吊机；所述移动支腿是可竖向伸缩的支撑结构，移动支腿的上端可水平方向移动的连接于承载平台的底部，下端可支撑于桩间水底。本申请在承载平台底部设置有多根支腿，承载平台在桩顶的行走不再基于桩顶的行走驱动结构，承载平台在桩间可以沿水平方向进行全方面的移动，调节的方法非常的简单，覆盖的范围非常的广泛。
Fixed offshore photovoltaic construction device and construction method
固定式海上光伏施工装置及施工方法
FENG XIANDAO (author) / LIN HONGXING (author) / FANG HUI (author) / XUE ZHIWU (author) / LEI MING (author) / HE CONG (author) / HUANG SHENG (author) / LUO ZHAO (author) / SHEN LILONG (author) / ZHANG LEI (author)
2024-08-16
Patent
Electronic Resource
Chinese
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