Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Offshore wind turbine fixed foundation bionic anti-scour method and device
The invention discloses an offshore wind turbine fixed foundation bionic anti-scour method and device. The offshore wind turbine fixed foundation bionic anti-scour device mainly comprises two hollow semicircle bodies with left and right symmetry; the hollow semicircle bodies are in a horn-shaped shape, a plurality of fish-scale shape imitation ridges are arranged on the outer curved surfaces of the hollow semicircle bodies, a pair of connecting device bosses for fastening connection are separately arranged on the upper parts and lower parts, near an opening, of the outer curved surfaces of thetwo hollow semicircle bodies, circular holes for connecting devices docking are formed in the connecting device bosses, a plurality of sets of stud holes for fixing studs and seabeds connection are formed in the outer curved surfaces of the hollow semicircle bodies in a circumferential direction, and bionic grass is additionally and evenly arranged on the outer edges of the hollow semicircle bodies in contact with the seabeds. The offshore wind turbine fixed foundation bionic anti-scour device has convenient processing, light weight, easy transportation and installation and high reliability in corrosive seawater, the anti-scour cost of a fixed foundation of an offshore wind turbine can be greatly reduced, and remarkable economic benefits are provided.
本发明公开了一种海上风力机固定基础仿生防冲刷方法及防冲刷装置，主要包括两个左右对称的空心半圆体；空心半圆体外形呈喇叭形，其外表曲面上布设有若干鱼鳞状仿生脊，两个空心半圆体的外表曲面靠近开口一侧的上、下部分别设有一对用于紧固连接的连接装置凸台，连接装置凸台上设有用于连接装置对接的圆孔，空心半圆体外表曲面周向设有多组用于固定螺柱与海床连接的螺柱孔，空心半圆体与海床接触面的外缘均匀加装有仿生草。本发明装置加工方便、重量轻、容易运输和安装、在腐蚀性海水中可靠性高，可大大降低海上风力机固定基础的防冲刷成本，具有显著的经济效益。
Offshore wind turbine fixed foundation bionic anti-scour method and device
The invention discloses an offshore wind turbine fixed foundation bionic anti-scour method and device. The offshore wind turbine fixed foundation bionic anti-scour device mainly comprises two hollow semicircle bodies with left and right symmetry; the hollow semicircle bodies are in a horn-shaped shape, a plurality of fish-scale shape imitation ridges are arranged on the outer curved surfaces of the hollow semicircle bodies, a pair of connecting device bosses for fastening connection are separately arranged on the upper parts and lower parts, near an opening, of the outer curved surfaces of thetwo hollow semicircle bodies, circular holes for connecting devices docking are formed in the connecting device bosses, a plurality of sets of stud holes for fixing studs and seabeds connection are formed in the outer curved surfaces of the hollow semicircle bodies in a circumferential direction, and bionic grass is additionally and evenly arranged on the outer edges of the hollow semicircle bodies in contact with the seabeds. The offshore wind turbine fixed foundation bionic anti-scour device has convenient processing, light weight, easy transportation and installation and high reliability in corrosive seawater, the anti-scour cost of a fixed foundation of an offshore wind turbine can be greatly reduced, and remarkable economic benefits are provided.
本发明公开了一种海上风力机固定基础仿生防冲刷方法及防冲刷装置，主要包括两个左右对称的空心半圆体；空心半圆体外形呈喇叭形，其外表曲面上布设有若干鱼鳞状仿生脊，两个空心半圆体的外表曲面靠近开口一侧的上、下部分别设有一对用于紧固连接的连接装置凸台，连接装置凸台上设有用于连接装置对接的圆孔，空心半圆体外表曲面周向设有多组用于固定螺柱与海床连接的螺柱孔，空心半圆体与海床接触面的外缘均匀加装有仿生草。本发明装置加工方便、重量轻、容易运输和安装、在腐蚀性海水中可靠性高，可大大降低海上风力机固定基础的防冲刷成本，具有显著的经济效益。
Offshore wind turbine fixed foundation bionic anti-scour method and device
一种海上风力机固定基础仿生防冲刷方法及防冲刷装置
YANG WENXIAN (Autor:in) / LI ZHENHONG (Autor:in) / TIAN WENYE (Autor:in) / WANG SHIQIANG (Autor:in)
16.06.2020
Patent
Elektronische Ressource
Chinesisch
Offshore wind power single pile foundation scale bionic anti-scour device and construction method
| Europäisches Patentamt | 2024
Offshore wind turbine foundation anti-scour protection structure and construction method
| Europäisches Patentamt | 2022
Combined type offshore wind power foundation anti-scour device
| Europäisches Patentamt | 2023
| Europäisches Patentamt | 2024