A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Lifting system of ocean platform and ocean platform
The invention relates to a lifting system of an ocean platform and the ocean platform. The lifting system of the ocean platform comprises a pile fixing frame, a plurality of lifting mechanisms and a force bearing mechanism. The pile fixing frame is used for being fixed to a platform body of the ocean platform. The multiple lifting mechanisms are installed on the pile fixing frame at intervals in the length direction of the pile fixing frame, each lifting mechanism comprises a frame and multiple gear boxes installed in the frame, and the gear boxes are used for being in driving connection with pile legs of the ocean platform so as to drive the platform body to climb and descend along the pile legs. The force bearing mechanism is arranged between the frame and the pile fixing frame. Supporting beams are arranged at the positions, corresponding to the interval between every two adjacent lifting mechanisms, of the pile fixing frame, and the frame is installed between the pile fixing frame and the supporting beams through a force bearing mechanism or installed between every two adjacent supporting beams or installed between the supporting beams and the platform body. According to the lifting system of the ocean platform, the load of the gear box of each lifting mechanism can be balanced, so that the overall utilization rate of the lifting system is greatly improved.
本发明涉及海洋平台的升降系统及海洋平台。海洋平台的升降系统包括固桩架和多个升降机构，以及承力机构。固桩架用于固定在海洋平台的平台主体上。多个升降机构沿固桩架的长度方向间隔安装在固桩架上，升降机构包括框架和安装在框架内的多个齿轮箱，各齿轮箱用于与海洋平台的桩腿驱动连接，以驱动平台主体沿桩腿爬升和下降。承力机构设置在框架与固桩架之间。固桩架上对应相邻两个升降机构之间的间隔设有支承梁，框架通过承力机构安装在固桩架和支承梁之间，或安装在相邻两个支承梁之间，或安装在支承梁和平台主体之间。该海洋平台的升降系统，各升降机构的齿轮箱的载荷能够实现均衡，从而大大提高了升降系统的整体利用率。
Lifting system of ocean platform and ocean platform
The invention relates to a lifting system of an ocean platform and the ocean platform. The lifting system of the ocean platform comprises a pile fixing frame, a plurality of lifting mechanisms and a force bearing mechanism. The pile fixing frame is used for being fixed to a platform body of the ocean platform. The multiple lifting mechanisms are installed on the pile fixing frame at intervals in the length direction of the pile fixing frame, each lifting mechanism comprises a frame and multiple gear boxes installed in the frame, and the gear boxes are used for being in driving connection with pile legs of the ocean platform so as to drive the platform body to climb and descend along the pile legs. The force bearing mechanism is arranged between the frame and the pile fixing frame. Supporting beams are arranged at the positions, corresponding to the interval between every two adjacent lifting mechanisms, of the pile fixing frame, and the frame is installed between the pile fixing frame and the supporting beams through a force bearing mechanism or installed between every two adjacent supporting beams or installed between the supporting beams and the platform body. According to the lifting system of the ocean platform, the load of the gear box of each lifting mechanism can be balanced, so that the overall utilization rate of the lifting system is greatly improved.
本发明涉及海洋平台的升降系统及海洋平台。海洋平台的升降系统包括固桩架和多个升降机构，以及承力机构。固桩架用于固定在海洋平台的平台主体上。多个升降机构沿固桩架的长度方向间隔安装在固桩架上，升降机构包括框架和安装在框架内的多个齿轮箱，各齿轮箱用于与海洋平台的桩腿驱动连接，以驱动平台主体沿桩腿爬升和下降。承力机构设置在框架与固桩架之间。固桩架上对应相邻两个升降机构之间的间隔设有支承梁，框架通过承力机构安装在固桩架和支承梁之间，或安装在相邻两个支承梁之间，或安装在支承梁和平台主体之间。该海洋平台的升降系统，各升降机构的齿轮箱的载荷能够实现均衡，从而大大提高了升降系统的整体利用率。
Lifting system of ocean platform and ocean platform
海洋平台的升降系统及海洋平台
FU QIANG (author) / LIU JING (author) / CHEN HAILONG (author) / GUO LIJUAN (author) / MA GANG (author) / CHEN CHANGYONG (author) / QU SHAOFENG (author) / ZHANG ZIXU (author) / ZHANG YUHANG (author) / CAO RUIZHENG (author)
2024-12-20
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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