Overwater floating body anchoring system adapting to large wind power

Abstract

The invention discloses an overwater floating body anchoring system adapting to large wind power. Floating platform, the bottom end of the floating platform is symmetrically and fixedly provided withthe upper end of a tumbler shell. A rotating plate is fixedly arranged on the rotating circular ring, the triggering arc-shaped plate makes contact with the working button without the pushing effect of external force, a drainage pipe is arranged in an inner cavity of the hollow adjusting floating plate in a communicating mode, a water pump is arranged on the drainage pipe, and a water inlet pipe is arranged in an inner cavity of the hollow adjusting floating plate in a communicating mode. A floating ball is fixedly arranged at the end, away from the extension pipe body, of the push rod, and the second anchor rope penetrates through the second rope penetrating hole, bypasses the guide wheel and then is fixed to the bottom end of the hollow adjusting floating plate. The invention provides anoverwater floating body anchoring system adapting to large wind power, which can swing within a small angle when a small storm occurs and can automatically settle according to the wind speed in caseof strong wind so as to avoid high-altitude strong wind on the water surface, so that the anchoring stability is effectively maintained, the degree of automatic adjustment is high, and the use is convenient.

Description

technical field [0001] The invention relates to the technical field of anchoring systems, in particular to an anchoring system for floating bodies on water adapting to strong winds. Background technique [0002] In the prior art, the cable-anchored offshore wind turbine foundation with the application number "201410183383.0" is mainly suitable for the construction of offshore wind turbines with the environmental requirements and technical characteristics of offshore and deep sea offshore wind farms. The top of the steel column is connected to the lower flange. The upper flange at the bottom of the wind turbine tower is fixed by bolts, the bottom of the steel column is hinged with a universal joint, so that the steel column is embedded in the seabed, and three or more guy cables are connected between the lower flange and the seabed to realize The tension and fixation of the steel column and the seabed, the anchorage type offshore wind turbine foundation enables the stiffness ...

AI Technical Summary

Problems solved by technology

[0003] However, there are still relatively obvious defects in its use: 1. The above-mentioned device adopts a universal joint to be embedded in the sea rock, so that the fan tower structure can swing in a small angle under the action of the storm, but it is fixed on the sea rock. The joints need to be operated underwater, which is not only difficult to construct, but also has great potential safety hazards; 2. The height of the fan cabin and fan blades in the above-mentioned device is fixed, not only cannot rise and fall with the fluctuation of the water surface, but also Not suitable for anchoring to floating bodies on the water surface

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