Anti-typhoon piling type mariculture net cage platform

Abstract

The invention discloses an anti-typhoon piling type mariculture net cage platform. The platform comprises a net cage body, a functional module, a matched sleeve, a connecting plate and pile legs. The functional module is installed at the top of the net cage body, the multiple pile legs penetrate through the sleeve, then are installed at the bottom of the net cage body through the connecting plate and are distributed at intervals along the periphery of the bottom of the net cage body to support the mariculture net cage platform, and meanwhile loads borne by the net cage body can be transmitted to a seabed through the sleeve and the pile legs. The stability of the mariculture net cage platform is ensured. The safety performance requirement of the platform is met, meanwhile, the installation procedure is simplified, the platform can adapt to various severe sea conditions and environments, the offshore net cage culture yield is increased, and the overall income of the whole marine ranch is guaranteed.

Description

technical field [0001] The invention relates to the technical field of sea farming, in particular to a platform-resistant piling-type sea farming cage platform suitable for thicker seabed surface silt and harsh sea conditions. Background technique [0002] With the continuous development of marine farming and the maturity of technology, the water volume of small cages in shallow seas can no longer meet the requirements of growing marine ranching. Therefore, marine ranching will continue to develop into deep and distant seas in the future. However, the aquaculture water body of small net cages is usually between hundreds and thousands of cubic meters, which is difficult to meet the planning requirements of deep-sea marine ranches. With the development of aquaculture water bodies, however, the surface layer of the seabed in the deep and open sea is usually thick with silt, and the bearing capacity of the surface foundation is poor. At the same time, the deep and open sea is of...

AI Technical Summary

Problems solved by technology

However, the aquaculture water body of small net cages is usually between hundreds and thousands of cubic meters, which is difficult to meet the planning requirements of deep-sea marine ranches. With the development of aquaculture water bodies, however, the surface layer of the seabed in the deep and open seas is usually thick with silt, and the bearing capacity of the surface foundation is poor. At the same time, the deep and open seas are often accompanied by harsh marine environments accompanied by typhoons. The interaction of various factors will raise the safety performance of the cage structure. higher requirement

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