Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Offshore wind power integral installation device and method utilizing bottom hull-buoyancy tank
The invention provides an offshore wind power integral installation device utilizing bottom hull-buoyancy tank. The offshore wind power integral installation device utilizing the bottom hull-buoyancytank comprises a bucket foundation, wherein auxiliary buoyancy tanks are arranged on the periphery of the bucket foundation in a surrounding way and are buckled on the outer edge of a top cover of thebucket foundation; barrel cable buckles are arranged on the auxiliary buoyance tanks; buoyancy tank cable buckles are arranged on the bucket foundation; a bottom hull is arranged under the bucket foundation; at least two winches are fixedly arranged on the bottom hull and are connected with the auxiliary buoyancy tanks and the bucket foundation through cable ropes penetrating through the barrel cable buckles and the buoyancy tank cable buckles; a transition section is fixedly arranged above the bucket foundation; and a tower barrel is fixedly arranged above the transition section. According to the offshore wind power integral installation device utilizing the bottom hull-buoyancy tank provided by the invention, the pull-down forces of force bearing points in various directions of the bucket foundation in the sinking process are controlled to be balanced, controllable and adjustable, so that the stability of the whole machine in the sinking process is maintained.
本发明提供了一种利用沉垫‑浮箱的海上风电整体安装装置，包括筒型基础，筒型基础周围环绕设置有辅助浮箱，辅助浮箱卡扣在筒型基础的顶盖外缘，辅助浮箱上设置有筒体索扣，筒型基础上均设置有浮箱索扣，筒型基础的下方设置有沉垫，沉垫上固定设置有至少两个卷扬机，卷扬机通过贯穿筒体索扣和浮箱索扣的缆绳与辅助浮箱和筒型基础连接，筒型基础的上方固定设置有过渡段，过渡段的上方固定设置有塔筒。本发明控制下沉过程中筒型基础各方向受力点下拉力均衡、可控、可调，维持了整机在下沉过程中的稳定性。
Offshore wind power integral installation device and method utilizing bottom hull-buoyancy tank
The invention provides an offshore wind power integral installation device utilizing bottom hull-buoyancy tank. The offshore wind power integral installation device utilizing the bottom hull-buoyancytank comprises a bucket foundation, wherein auxiliary buoyancy tanks are arranged on the periphery of the bucket foundation in a surrounding way and are buckled on the outer edge of a top cover of thebucket foundation; barrel cable buckles are arranged on the auxiliary buoyance tanks; buoyancy tank cable buckles are arranged on the bucket foundation; a bottom hull is arranged under the bucket foundation; at least two winches are fixedly arranged on the bottom hull and are connected with the auxiliary buoyancy tanks and the bucket foundation through cable ropes penetrating through the barrel cable buckles and the buoyancy tank cable buckles; a transition section is fixedly arranged above the bucket foundation; and a tower barrel is fixedly arranged above the transition section. According to the offshore wind power integral installation device utilizing the bottom hull-buoyancy tank provided by the invention, the pull-down forces of force bearing points in various directions of the bucket foundation in the sinking process are controlled to be balanced, controllable and adjustable, so that the stability of the whole machine in the sinking process is maintained.
本发明提供了一种利用沉垫‑浮箱的海上风电整体安装装置，包括筒型基础，筒型基础周围环绕设置有辅助浮箱，辅助浮箱卡扣在筒型基础的顶盖外缘，辅助浮箱上设置有筒体索扣，筒型基础上均设置有浮箱索扣，筒型基础的下方设置有沉垫，沉垫上固定设置有至少两个卷扬机，卷扬机通过贯穿筒体索扣和浮箱索扣的缆绳与辅助浮箱和筒型基础连接，筒型基础的上方固定设置有过渡段，过渡段的上方固定设置有塔筒。本发明控制下沉过程中筒型基础各方向受力点下拉力均衡、可控、可调，维持了整机在下沉过程中的稳定性。
Offshore wind power integral installation device and method utilizing bottom hull-buoyancy tank
一种利用沉垫-浮箱的海上风电整体安装装置及方法
LIAN JIJIAN (Autor:in) / LIU RUN (Autor:in) / WANG HAIJUN (Autor:in) / YAN XIANG (Autor:in)
31.07.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
| Europäisches Patentamt | 2020
| Europäisches Patentamt | 2020
Installation equipment and installation method of offshore wind power device
| Europäisches Patentamt | 2023