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Floating support structure in the open sea and connected to anchors through reinforcement means for wind turbines, service stations or conversion stations
Floating support structure in the open sea and connected to anchors through reinforcement means for wind turbines, service stations or conversion stations
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机译:漂浮在海上的支撑结构,并通过用于风力涡轮机,加油站或转换站的加强装置连接至锚
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摘要
A support structure (2) floating in the open sea and connected to anchors through anchoring means for wind turbines (1), service stations or conversion stations with - a first component (3) arranged underwater with first bodies of buoyancy (5) arranged in the vertices of a polygon perpendicular to a plane and acting as carriers of the second component (4) that crosses the surface of the water, and second tubular buoyancy bodies (6) connected to the first buoyancy bodies ( 5) arranged in a plane, in which a nodal structure (7) with a star-shaped base connected to at least two second buoyancy bodies (6) and at least one plate are arranged in the first buoyancy body (5) U-shaped nodal (8), connected to the nodal structure (7) and which divides the first buoyancy body in vertical sections, and the nodal structure (7) is at the same time the carrier of a support element tu bular that crosses the surface of the water (9) and, thus, connected to the nodal plate (8), a node that absorbs and conducts the forces of the underwater support structure (3), and - the second component (4 ) with tubular support elements that furrow the surface of the water in the first buoyancy bodies (5) that are connected through support means (10) to a support structure (11) of the wind turbine (1), the station of service or the conversion station, characterized in that at least one U-shaped nodal plate (8) is arranged, connected to the nodal structure (7) and dividing by sections the first buoyancy body (5) in the vertical and because it is at the same time the carrier of a tubular support element (9) that crosses the surface of the water (9) and, thus, connected to the nodal plate (8), a node that absorbs and conducts the forces of the structure underwater support (3).
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