Underwater anti-storm net cage

Abstract

The invention provides an underwater anti-storm net cage. The underwater anti-storm net cage comprises a floating frame system, a balance weight system, a connecting piece, a netting system, and an anchoring system, wherein the floating frame system comprises a main floating pipeline and a plurality of connecting plates, each connecting plate comprises one or more main floating pipe holes, a cable hole and an anchor rope hole, the main floating pipeline is mounted in the main floating pipe holes; the balance weight system comprises a balance weight frame, and the balance weight frame is connected to cable holes in the connecting plates of the floating frame system; the connecting piece comprises a cable, and the cable is fixed between the floating frame system and the balance weight frame; the netting system comprises a netting which surrounds space inside the net cage, and the netting is fixedly connected with the connecting piece; and the anchoring system comprises at least four groups of anchor ropes, each group of anchor ropes comprises a first anchor rope and a second anchor rope, one end of the first anchor rope and one end of the second anchor rope are connected with the same anchor point, the other end of the first anchor rope is connected to the anchor rope hole of the connecting plate of the floating frame system, and the other end of the second anchor rope is connected to the balance weight system. According to the technical scheme, the problems of poor storm resistance and netting deformation and displacement of the deep sea net cage are solved.

Description

Technical field [0001] The present application relates to the field of underwater cage breeding technology, and in particular, a water-proof winding space box is specifically involved. Background technique [0002] There is a high investment and high risk of seawater culture, but it is widely used in large breeding activities due to its high efficiency, high-reward advantage. Deep water cage technology has developed rapidly in the past two or three decades, especially in the east and southern coastal applications. Deep water cage breeding, the risk is mainly due to the loss caused by large wind waves. [0003] At present, the deep water cage applied in our country can be divided into float, sublomery and lifting type in the water; the construction of the cab case can be divided into gravity, anchor tension, self-support or self-supporting Internet box. Various cages have been applied in different parts of my country, but they are facing problems with insufficient anti-style perfo...

AI Technical Summary

Problems solved by technology

At present, although my country is able to produce net cages and has entered industrialization, most of the net cages have problems such as poor wind and wave resistance, small breeding layers, and harsh conditions in the breeding sea area.

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