Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Offshore wind power installation platform and fan component hoisting method
The invention relates to an offshore wind power installation platform and a hoisting method of fan components. The offshore wind power installation platform comprises a platform main hull, a four-chord truss type pile leg, a pile fixing frame and a pile winding type crane. The four-chord truss type pile legs are vertically and slidably arranged on the platform main ship body and distributed at the four corners of the platform main ship body. The pile fixing frame corresponding to the four-chord truss type pile leg is arranged on a top deck of the platform main ship body and used for driving the four-chord truss type pile leg to ascend and descend through the lifting system. The pile winding type crane comprises a base, the base is fixed to a pile fixing frame located on one side of a ship side at the tail of the platform main ship body, the base is supported above a top deck of the platform main ship body through the pile fixing frame, and a height interval is formed between the bottom of the base and the top deck of the platform main ship body. Due to the fact that the outer diameter of the four-chord truss type pile leg is small, and the base is fixed to the top of the pile fixing frame and does not occupy the deck space, the effective utilization space between the two pile legs at the tail of the ship body is increased, and the hoisting path is shortened.
本发明涉及一种海上风电安装平台及风机部件的吊装方法。海上风电安装平台包括平台主船体、四弦杆桁架式桩腿、固桩架和绕桩式起重机。四弦杆桁架式桩腿可竖直滑动地设置在平台主船体上，其分布于平台主船体的四角。固桩架对应四弦杆桁架式桩腿设置在平台主船体的顶甲板上，用于通过升降系统带动四弦杆桁架式桩腿升降。绕桩式起重机包括基座，基座固定在位于平台主船体尾部的船舷一侧的固桩架上，基座通过固桩架支撑于平台主船体的顶甲板上方，基座的底部与平台主船体的顶甲板之间形成高度间隔。由于四弦杆桁架式桩腿外径尺寸较小，且基座固定在固桩架顶部而不占用甲板空间，使得船体尾部的两个桩腿之间的有效利用空间增大，使吊装路径缩短。
Offshore wind power installation platform and fan component hoisting method
The invention relates to an offshore wind power installation platform and a hoisting method of fan components. The offshore wind power installation platform comprises a platform main hull, a four-chord truss type pile leg, a pile fixing frame and a pile winding type crane. The four-chord truss type pile legs are vertically and slidably arranged on the platform main ship body and distributed at the four corners of the platform main ship body. The pile fixing frame corresponding to the four-chord truss type pile leg is arranged on a top deck of the platform main ship body and used for driving the four-chord truss type pile leg to ascend and descend through the lifting system. The pile winding type crane comprises a base, the base is fixed to a pile fixing frame located on one side of a ship side at the tail of the platform main ship body, the base is supported above a top deck of the platform main ship body through the pile fixing frame, and a height interval is formed between the bottom of the base and the top deck of the platform main ship body. Due to the fact that the outer diameter of the four-chord truss type pile leg is small, and the base is fixed to the top of the pile fixing frame and does not occupy the deck space, the effective utilization space between the two pile legs at the tail of the ship body is increased, and the hoisting path is shortened.
本发明涉及一种海上风电安装平台及风机部件的吊装方法。海上风电安装平台包括平台主船体、四弦杆桁架式桩腿、固桩架和绕桩式起重机。四弦杆桁架式桩腿可竖直滑动地设置在平台主船体上，其分布于平台主船体的四角。固桩架对应四弦杆桁架式桩腿设置在平台主船体的顶甲板上，用于通过升降系统带动四弦杆桁架式桩腿升降。绕桩式起重机包括基座，基座固定在位于平台主船体尾部的船舷一侧的固桩架上，基座通过固桩架支撑于平台主船体的顶甲板上方，基座的底部与平台主船体的顶甲板之间形成高度间隔。由于四弦杆桁架式桩腿外径尺寸较小，且基座固定在固桩架顶部而不占用甲板空间，使得船体尾部的两个桩腿之间的有效利用空间增大，使吊装路径缩短。
Offshore wind power installation platform and fan component hoisting method
海上风电安装平台及风机部件的吊装方法
SUN YUHAI (Autor:in) / FU QIANG (Autor:in) / DONG XIUPING (Autor:in) / LIU JING (Autor:in) / LI DONG (Autor:in) / GUO LIJUAN (Autor:in) / CHEN CHANGYONG (Autor:in) / WANG RUZHUANG (Autor:in) / XU LANGJUN (Autor:in) / WANG HAIDONG (Autor:in)
26.11.2024
Patent
Elektronische Ressource
Chinesisch
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