Floating body anti-wave dam

Abstract

The invention relates to a floating body anti-wave dam. A plurality of floating body anti-wave dams are sequentially in head and tail connection, floating body positioning piles are connected to protecting walls, and the positions close to the tops of the floating body positioning piles are connected with the protecting walls; each floating body positioning pile comprises a connecting column and a buoyancy compartment, wherein the buoyancy compartment is provided with a closed first cavity, and the buoyancy compartments are connected with top ends of the connecting columns; the displacement tonnage of the floating body anti-wave dams is larger than or equal to the total mass of the floating body anti-wave dams; when the floating body anti-wave dams are used for operation in the ocean, the center of gravity of the floating body anti-wave dams is positioned blow the sea lever and is lower than the center of buoyancy. Two floating body anti-wave dams are connected through one floating body positioning pile, when the floating body anti-wave dams are used in the ocean, through the adoption of the balance between buoyance generated by the buoyancy compartment and the gravity of the buoyancy compartment, the floating body positioning piles can realize balance in the direction which is perpendicular to the sea level and float on the ocean, and stable positioning can be realized. The floating body anti-wave dams cannot be influenced by the depth of the ocean, and can be used in the deep sea region.

Description

technical field [0001] The invention relates to the field of marine structure engineering, in particular to a floating anti-wave dam. Background technique [0002] The floating body anti-wave dams of the prior art are usually built by reclamation, so they can only be built in shallower sea areas. For deep-sea areas, it is impossible to build floating body anti-wave dams, so that marine structures (such as drilling platforms, etc.) or ships working in deep-sea areas cannot be guaranteed in the case of strong winds and waves, and the operation risk is high. [0003] For example, the South my country Sea has a vast sea area and rich fishery resources. However, if fishermen from Hainan, Guangdong and other provinces go to this area for fishery operations, the round-trip distance will exceed 4,000 kilometers. The enthusiasm of fishermen to work in the area. [0004] If there is a kind of wave dam or haven that can be used in deep sea areas, then the above problems can be solved ...

AI Technical Summary

Problems solved by technology

For deep-sea areas, it is impossible to build floating body anti-wave dams, so that marine structures (such as drilling platforms, etc.) or ships working in deep-sea areas cannot be guaranteed in the case of strong winds and waves, and the operation risk is high

[0003] For example, the South my country Sea has a wide sea area and rich fishery resources. However, if fishermen from Hainan, Guangdong and other provinces go to this area for fishery operations, the round-trip distance will exceed 4,000 kilometers. The enthusiasm of fishermen to work in the area

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