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A platform for research: civil engineering, architecture and urbanism
Offshore wind turbine anti-scouring suction bucket foundation capable of assisting penetration
The invention discloses an offshore wind turbine anti-scour suction bucket foundation capable of assisting penetration, and relates to the technical field of offshore wind power, the offshore wind turbine anti-scour suction bucket foundation comprises a suction bucket body, a scour protection mechanism, an auxiliary lifting mechanism and an inclination monitoring mechanism, the inclination monitoring mechanism is arranged above the suction bucket body, and the auxiliary lifting mechanism is fixedly installed at the end of the suction bucket body; and the auxiliary lifting mechanism is connected with the scouring protection mechanism. According to the offshore wind turbine anti-scouring suction bucket foundation capable of assisting penetration, the scouring protection mechanism is used for protecting the suction bucket to reduce surrounding seawater scouring and assisting penetration of the suction bucket at the same time; the scour protection device is driven by the auxiliary lifting mechanism to move up and down, when the scour protection mechanism makes contact with the seabed, counter force can be provided for penetration of the suction barrel, and the suction barrel is further assisted by the auxiliary lifting mechanism to complete penetration; the penetration gradient of the suction bucket can be detected in real time through the inclination monitoring mechanism, and deviation correction of the suction bucket foundation is completed by adjusting the lifting speed of the inclined part of the scouring protective cover.
本发明公开了一种可辅助沉贯的海上风机防冲刷吸力桶基础，涉及海上风电技术领域，包括吸力桶本体、冲刷防护机构、协助升降机构和倾斜监测机构，倾斜监测机构设置在吸力桶本体的上方，吸力桶本体的端部固定安装有协助升降机构，协助升降机构与冲刷防护机构连接。本发明采用上述结构的一种可辅助沉贯的海上风机防冲刷吸力桶基础，通过冲刷防护机构保护吸力桶减小周边海水冲刷，同时协助吸力桶沉贯；通过协助升降机构带动冲刷防护装置上下移动，当冲刷防护机构与海床接触后，可为吸力桶沉贯提供反力，进一步通过协助升降机构协助吸力桶完成沉贯；通过倾斜监测机构可实时检测吸力桶贯入的倾斜度，并通过调整冲刷防护罩倾斜部位的升降速度完成吸力桶基础的纠偏。
Offshore wind turbine anti-scouring suction bucket foundation capable of assisting penetration
The invention discloses an offshore wind turbine anti-scour suction bucket foundation capable of assisting penetration, and relates to the technical field of offshore wind power, the offshore wind turbine anti-scour suction bucket foundation comprises a suction bucket body, a scour protection mechanism, an auxiliary lifting mechanism and an inclination monitoring mechanism, the inclination monitoring mechanism is arranged above the suction bucket body, and the auxiliary lifting mechanism is fixedly installed at the end of the suction bucket body; and the auxiliary lifting mechanism is connected with the scouring protection mechanism. According to the offshore wind turbine anti-scouring suction bucket foundation capable of assisting penetration, the scouring protection mechanism is used for protecting the suction bucket to reduce surrounding seawater scouring and assisting penetration of the suction bucket at the same time; the scour protection device is driven by the auxiliary lifting mechanism to move up and down, when the scour protection mechanism makes contact with the seabed, counter force can be provided for penetration of the suction barrel, and the suction barrel is further assisted by the auxiliary lifting mechanism to complete penetration; the penetration gradient of the suction bucket can be detected in real time through the inclination monitoring mechanism, and deviation correction of the suction bucket foundation is completed by adjusting the lifting speed of the inclined part of the scouring protective cover.
本发明公开了一种可辅助沉贯的海上风机防冲刷吸力桶基础，涉及海上风电技术领域，包括吸力桶本体、冲刷防护机构、协助升降机构和倾斜监测机构，倾斜监测机构设置在吸力桶本体的上方，吸力桶本体的端部固定安装有协助升降机构，协助升降机构与冲刷防护机构连接。本发明采用上述结构的一种可辅助沉贯的海上风机防冲刷吸力桶基础，通过冲刷防护机构保护吸力桶减小周边海水冲刷，同时协助吸力桶沉贯；通过协助升降机构带动冲刷防护装置上下移动，当冲刷防护机构与海床接触后，可为吸力桶沉贯提供反力，进一步通过协助升降机构协助吸力桶完成沉贯；通过倾斜监测机构可实时检测吸力桶贯入的倾斜度，并通过调整冲刷防护罩倾斜部位的升降速度完成吸力桶基础的纠偏。
Offshore wind turbine anti-scouring suction bucket foundation capable of assisting penetration
一种可辅助沉贯的海上风机防冲刷吸力桶基础
CHENG XINGLEI (author) / LIU JIASHUO (author) / LU DECHUN (author) / WANG GUOSHENG (author) / MA CHAO (author) / LIU ZHONGXIAN (author)
2024-08-09
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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