Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Positioning pile leg of wind power equipment installation transport ship
The invention relates to a positioning pile leg of a wind power equipment installation transport ship, the pile leg adopts a Leyo triangle structure and is formed by welding three sections of steel plates, and the pile leg is held by a pile holding system to realize positioning; the section of the pile embracing system is cylindrical, and protruding structures are arranged at the positions of trisection points. The protruding structures are made of solid steel materials. The protruding structures correspond to the three end point positions of the pile leg in a one-to-one mode, and fixing is achieved through contact between the protruding structures and the pile leg. A Lello triangle structure is adopted, the pile leg is held by the pile holding system to achieve positioning, and compared with an existing pile leg form, positioning is more stable; the pile embracing system adopts a three-equal-division-point convex part which corresponds to and is in rigid contact with three vertex positions of a pile leg, so that the positioned main ship body can be firmly positioned by a single pile; by the adoption of the Lello triangle structure, a pile holding system can grab the pile more conveniently; the pile leg is formed by welding three sections of steel plates, and the rigidity and deformation of the pile leg can meet the design requirements.
本发明涉及一种风电设备安装运输船的定位桩腿，桩腿采用莱洛三角形结构，由3段钢板焊接而成，通过抱桩系统抱住该桩腿实现定位；所述抱桩系统截面为圆柱形，且位于三等分点位置处设置有凸起结构；所述凸起结构为实心钢料制成；所述凸起结构与桩腿的3个端点位置一一对应，且通过凸起结构与桩腿的接触实现固定。本发明采用莱洛三角形结构，通过抱桩系统抱住桩腿实现定位，与现有的桩腿形式相比，定位更稳定；抱桩系统采用3等分点凸起部，与桩腿的3个顶点位置对应并刚性接触，能够保证被定位的主船体能够牢牢被单桩定位住；采用莱洛三角形结构更方便抱桩系统抓取；桩腿采用3段钢板焊接而成，桩腿刚度以及变形能达到设计要求。
Positioning pile leg of wind power equipment installation transport ship
The invention relates to a positioning pile leg of a wind power equipment installation transport ship, the pile leg adopts a Leyo triangle structure and is formed by welding three sections of steel plates, and the pile leg is held by a pile holding system to realize positioning; the section of the pile embracing system is cylindrical, and protruding structures are arranged at the positions of trisection points. The protruding structures are made of solid steel materials. The protruding structures correspond to the three end point positions of the pile leg in a one-to-one mode, and fixing is achieved through contact between the protruding structures and the pile leg. A Lello triangle structure is adopted, the pile leg is held by the pile holding system to achieve positioning, and compared with an existing pile leg form, positioning is more stable; the pile embracing system adopts a three-equal-division-point convex part which corresponds to and is in rigid contact with three vertex positions of a pile leg, so that the positioned main ship body can be firmly positioned by a single pile; by the adoption of the Lello triangle structure, a pile holding system can grab the pile more conveniently; the pile leg is formed by welding three sections of steel plates, and the rigidity and deformation of the pile leg can meet the design requirements.
本发明涉及一种风电设备安装运输船的定位桩腿，桩腿采用莱洛三角形结构，由3段钢板焊接而成，通过抱桩系统抱住该桩腿实现定位；所述抱桩系统截面为圆柱形，且位于三等分点位置处设置有凸起结构；所述凸起结构为实心钢料制成；所述凸起结构与桩腿的3个端点位置一一对应，且通过凸起结构与桩腿的接触实现固定。本发明采用莱洛三角形结构，通过抱桩系统抱住桩腿实现定位，与现有的桩腿形式相比，定位更稳定；抱桩系统采用3等分点凸起部，与桩腿的3个顶点位置对应并刚性接触，能够保证被定位的主船体能够牢牢被单桩定位住；采用莱洛三角形结构更方便抱桩系统抓取；桩腿采用3段钢板焊接而成，桩腿刚度以及变形能达到设计要求。
Positioning pile leg of wind power equipment installation transport ship
一种风电设备安装运输船的定位桩腿
GUO YU (Autor:in) / LIU BIYUE (Autor:in) / LIU CHENGLONG (Autor:in) / SHI HAITAO (Autor:in) / MENG FANTAO (Autor:in) / MA SHUANG (Autor:in)
15.12.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
| Europäisches Patentamt | 2024
| Europäisches Patentamt | 2024