Processing method for wind and wave resistance square metal net box

Abstract

The invention relates to a geometric structure for a wind and wave resistance square metal net box and a processing method thereof. The geometric structure consists of a net box net piece system and a net box framework system and is characterized in that the net box net piece system adopts the combined net piece form of double-layer synthesis fiber net pieces, metal inclined square nets, verticalsoft connectors and box body bottom square net pieces, the edge length of a bottom square net piece equals to the edge length of an inner frame of a square double-row zinc plating iron pipe framework, the bottom net piece of a box body of the net box is assembled on a square high-density polyethylene pipe framework through a high-intensity rope, the square high-density polyethylene pipe frameworkis connected with a second net piece through a high-intensity rope, and the box body side surface net piece of the net box is connected with the box body bottom net piece of the net box, cylindrical foam floats are distributed under the square double-row zinc plating iron pipe framework of the net box framework system, and the upper frame of the square double-row zinc plating iron pipe framework is connected with an upper head line of a first net piece in the vertical direction of the box body of the net box through a high-intensity rope.

Description

technical field [0001] The invention relates to a metal net cage used in the technical field of anti-wind and wave metal net cages. Background technique [0002] Anti-wind and wave metal cages can be divided into circular metal cages, square metal cages, spherical metal cages and polygonal metal cages according to their frame shapes. The anti-wind and wave square metal cage has the advantages of anti-wind and wave, and it is convenient for ships to dock. It is an important type of anti-wind and wave metal cage. The existing anti-wind and wave square metal cage uses a single form of metal mesh and the metal mesh for the cage is not equipped with vertical cables. During the development of the anti-wind and wave square metal net cage, some urgent problems have been exposed, such as the wear and tear of the metal frame and the metal mesh at the mesh opening, the energy consumption of the cage material, the volume retention rate of the net cage, the net The problem of the buoya...

AI Technical Summary

Problems solved by technology

The existing anti-wind and wave square metal cages use a single type of metal mesh and the metal mesh for the cage is not equipped with vertical wires

During the development of the anti-wind and wave square metal net cage, some urgent problems have been exposed, such as the wear and tear of the metal frame and the metal mesh at the mesh opening, the energy consumption of the cage material, the volume retention rate of the net cage, the net The problem of the buoyancy retention of the box system, the service life of the cage frame system, and the wear and tear of the metal wires used for the metal mesh under the weight of the mesh are technical problems that have not been solved for a long time in this technical field. The net cage needs to effectively prevent the wear and tear of the metal frame and the metal mesh at the net mouth, reduce the energy consumption of the material of the anti-wind and wave square metal net cage, improve the volume retention rate of the anti-wind and wave square metal net cage, improve the buoyancy retention rate of the net cage system, Improve the service life of the metal frame system of the net cage, reduce the mutual wear and tear of the metal wires used for the mesh of the wind and wave square metal cage under the weight of the mesh, improve the equipment level of the wind and wave square metal cage, and promote the low carbon of the wind and wave square metal cage , energy saving and climate friendly development

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