Novel flexible floating breakwater

Abstract

The invention relates to a novel flexible floating breakwater which comprises a plurality of water surface wave dissipation structures, connecting structures for connecting the water surface wave dissipation structures, and mooring systems. The water surface wave dissipation structures comprise inflatable and water-injectable rubber float bowls and semi-openable mooring rope nets; the connecting structures for connecting the water surface wave dissipation structures comprise connecting structure pull rings and fast lock catches B; the connecting structure pull rings are connected onto the mooring rope nets; each fast lock catch B is used for connecting the two corresponding connecting structure pull rings arranged on the adjacent water surface wave dissipation structures; the mooring systems comprise mooring pull rings, fast lock catches C, mooring chains and high holding power anchors; the mooring pull rings are connected onto the mooring rope nets; the mooring chains are connected with the mooring pull rings through the fast lock catches C; and the high holding power anchors are arranged at the bottom ends of the mooring chains. The novel flexible floating breakwater provided bythe invention has the advantages that waves can be effectively resisted, the material use and the construction cost are reduced, the overall safety performance is improved by using the mooring rope nets, the novel flexible floating breakwater can be further quickly installed and disassembled, and the repetitive use rate and the efficiency of the breakwater are improved.

Description

technical field [0001] The invention relates to the technical field of breakwaters, in particular to a novel flexible floating breakwater. Background technique [0002] Breakwater is an important port hydraulic structure, which is mainly used to defend against waves from the open sea, maintain the stability of the internal waters of the port, provide a safe environment for ships entering and leaving the port, loading and unloading operations and personnel, and protect other projects in the port structure. In addition, breakwaters also serve to protect the coastline from erosion. [0003] With the continuous exploration and development of the ocean by human beings, offshore operations are becoming more and more frequent. Human exploration of the ocean is no longer limited to the coast, and traditional breakwaters have been unable to keep up with the pace of human exploration of the deep sea. It is based on this demand that the floating breakwater came into being. [0004]...

AI Technical Summary

Problems solved by technology

[0004] However, the structure of the existing floating breakwater is relatively complicated, and the materials are mostly steel or marine engineering concrete C50. In addition, the size is huge, and the quality is naturally high. Long-distance transportation will increase the construction cost of the floating breakwater.

In addition, the installation of the existing floating breakwater is complicated and the construction period is long, so it is impossible to achieve the effect of quick layout and quick disassembly, let alone achieve the purpose of cost-effectiveness

Images