A quick disassembly floating breakwater

Abstract

The invention discloses a quick-to-disassemble and quick-to-assemble floating breakwater, comprising a plurality of water surface wave absorbing structure units, and the adjacent water surface wave absorbing structure units are connected by a connection device; each water surface wave absorbing structure unit comprises a cylindrical float bowl, wherein round covers are mounted on two ends of the cylindrical float bowl, the round cover on one end is welded on the cylindrical float bowl, a solid steel rod is mounted in the cylindrical float bowl, a floating body rubber part sleeves the solid steel rod, the round cover on the other end is connected to the floating body rubber part by a bolt, and symmetric mooring systems are arranged on both ends of the cylinder. The quick-to-disassemble and quick-to-assemble floating breakwater not only can effectively prevent waves and reduce material use and engineering cost and but also can be quickly mounted and disassembled, and the repetition use rate and efficiency of the breakwater are improved.

Description

technical field [0001] The invention relates to a quick disassembly and assembly floating breakwater, which belongs to the field of breakwaters. Background technique [0002] Breakwater is a common port and coastal engineering structure, which is used to prevent the invasion of waves on the port area, maintain the stability of the waters in the port, and ensure the safe berthing, mooring, normal loading and unloading operations of ships and passengers going up and down in the port. [0003] Compared with the fixed breakwater, the advantage of the floating breakwater is that its construction is not affected by the foundation and water depth, a large amount of materials are used in places where the wave energy is concentrated, it does not hinder the circulation of water in the shelter area, and the cost is less affected by the water depth, etc. , due to its advantages, floating breakwaters have attracted more and more attention and research from scholars, and have also gained ...

AI Technical Summary

Problems solved by technology

However, with the application of engineering examples, the shortcomings of floating breakwaters are constantly exposed

Since most of the floating breakwaters are currently made of steel or marine engineering concrete C50, etc., coupled with their huge size, heavy weight, and inconvenient transportation, it is impossible to quickly deploy them to the corresponding sea areas

Due to the harsh environment of the floating breakwater, after a period of use, many parts are corroded by sea water, which leads to the failure of the entire floating breakwater. Recycling after use, resulting in a large waste

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