Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
System for retarding and inhibiting offshore pile foundation settlement through buoyancy-adjustable special-shaped buoy
The invention relates to the technical field of offshore wind turbine pile foundation maintenance, in particular to a buoyancy-adjustable special-shaped buoy system for slowing down and restraining settlement of an offshore pile foundation. Comprising at least two special-shaped buoys which can be annularly distributed, the two or more special-shaped buoys are tightly fixed to an offshore pile foundation in a certain form to form a whole, the bottoms of the special-shaped buoys are flush with a seabed, and the special-shaped buoys are used for providing buoyancy and supporting force for the offshore pile foundation. According to the design, the offshore wind turbine pile foundation is mainly served and is suitable for disturbed ocean where settlement of the built offshore wind power generation wind turbine pile foundation occurs, the buoyancy-adjustable special-shaped buoys can reduce the downward pressure and the pressure intensity of the whole wind turbine by balancing buoyancy and stabilizing supporting force, and therefore the effect of relieving and restraining settlement of the offshore wind turbine pile foundation is achieved; the balance stability of the offshore wind turbine pile foundation is enhanced; the device is also used for offshore platforms such as offshore oil and gas platforms supported by pile foundations in shallow sea areas and related industries, and is used for relieving and inhibiting settlement of offshore pile foundations.
本发明涉及海上风力发电机桩基维护技术领域，具体地说，涉及一种浮力可调异形浮筒减缓抑止海上桩基沉降的系统。包括至少两个可环形分布的异形浮筒，通过两个或多个异形浮筒，以一定形式紧紧固定在海上桩基上使其成为一体，异形浮筒底部与海床持平，用于为海上桩基提供浮力和支撑力。本发明设计以服务海上风机桩基为主，适用于已建成海上风力发电风机桩基出现沉降的扰乱海洋，这些浮力可调异形浮筒能够通过平衡浮力和稳定支撑力，减小整个风机向下的压力及压强，从而达到减缓抑止海上风机桩基沉降的效果，并增强海上风机桩基的平衡稳定性；也延伸用于浅海区以桩基为支撑的海上油气平台等海上平台和相关行业，用于减缓抑止海上桩基的沉降。
System for retarding and inhibiting offshore pile foundation settlement through buoyancy-adjustable special-shaped buoy
The invention relates to the technical field of offshore wind turbine pile foundation maintenance, in particular to a buoyancy-adjustable special-shaped buoy system for slowing down and restraining settlement of an offshore pile foundation. Comprising at least two special-shaped buoys which can be annularly distributed, the two or more special-shaped buoys are tightly fixed to an offshore pile foundation in a certain form to form a whole, the bottoms of the special-shaped buoys are flush with a seabed, and the special-shaped buoys are used for providing buoyancy and supporting force for the offshore pile foundation. According to the design, the offshore wind turbine pile foundation is mainly served and is suitable for disturbed ocean where settlement of the built offshore wind power generation wind turbine pile foundation occurs, the buoyancy-adjustable special-shaped buoys can reduce the downward pressure and the pressure intensity of the whole wind turbine by balancing buoyancy and stabilizing supporting force, and therefore the effect of relieving and restraining settlement of the offshore wind turbine pile foundation is achieved; the balance stability of the offshore wind turbine pile foundation is enhanced; the device is also used for offshore platforms such as offshore oil and gas platforms supported by pile foundations in shallow sea areas and related industries, and is used for relieving and inhibiting settlement of offshore pile foundations.
本发明涉及海上风力发电机桩基维护技术领域，具体地说，涉及一种浮力可调异形浮筒减缓抑止海上桩基沉降的系统。包括至少两个可环形分布的异形浮筒，通过两个或多个异形浮筒，以一定形式紧紧固定在海上桩基上使其成为一体，异形浮筒底部与海床持平，用于为海上桩基提供浮力和支撑力。本发明设计以服务海上风机桩基为主，适用于已建成海上风力发电风机桩基出现沉降的扰乱海洋，这些浮力可调异形浮筒能够通过平衡浮力和稳定支撑力，减小整个风机向下的压力及压强，从而达到减缓抑止海上风机桩基沉降的效果，并增强海上风机桩基的平衡稳定性；也延伸用于浅海区以桩基为支撑的海上油气平台等海上平台和相关行业，用于减缓抑止海上桩基的沉降。
System for retarding and inhibiting offshore pile foundation settlement through buoyancy-adjustable special-shaped buoy
一种浮力可调异形浮筒减缓抑止海上桩基沉降的系统
CHEN NANNAN (Autor:in) / CHEN TONGTAO (Autor:in)
18.08.2023
Patent
Elektronische Ressource
Chinesisch
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