Novel deep-sea culture platform

Abstract

The invention discloses a novel deep-sea culture platform, and particularly relates to the field of deep-sea culture equipment. The novel deep-sea culture platform comprises a culture working platform, a steel pipe is welded in the culture working platform, high-density foam is fixedly mounted in the culture working platform, and a 25T crane is fixedly mounted at the top end of a crane base; and asun-shading support is welded to the top end of a platform body base frame, a solar power generation panel is fixedly installed on the surface of a sun-shading board, and living facilities are fixedly installed on the rear half portion of the top face of the culture working platform. By arranging the culture working platform, the crane base, the 25T crane, the sun-shading board and the living facilities, by means of the shunting design of the culture working platform and the wave potential energy buffering and absorbing principle, and shunting is automatically generated by the culture workingplatform under the action of external wave excitation, so that the shaking reaction of the whole structure is reduced, the stability of the culture working platform on the sea is improved, the safetyof the culture working platform is improved, and the investment cost of deep sea culture is effectively reduced.

Description

technical field [0001] The invention relates to the technical field of deep-sea aquaculture equipment, and more specifically, the invention is a novel deep-sea aquaculture platform. Background technique [0002] With the development of society, more seafood has become people's food. People's demand for deep-sea fish has prompted the rapid development of marine fish farming. Because deep-sea fish need to survive in areas with high water pressure, they cannot survive in shallow seas and freshwater. Therefore, the cultivation of deep-sea fish has become one of the important factors restricting the development of seafood. [0003] Currently, the deep-sea aquaculture platforms used for marine fish farming usually adopt the form of boat-type or cage-type floating bodies. Due to structural limitations, these deep-sea aquaculture platforms are prone to violent shaking due to the impact of strong winds and waves during use, making it difficult for staff to stand On the platform, it ...

AI Technical Summary

Problems solved by technology

[0003] Currently, the deep-sea aquaculture platforms used for marine fish farming usually adopt the form of boat-type or cage-type floating bodies. Due to structural limitations, these deep-sea aquaculture platforms are prone to violent shaking due to the impact of strong winds and waves during use, making it difficult for staff to stand On the platform, it is prone to accidents of people falling into the sea, and even a major accident of deep-sea aquaculture platform rollover may occur, causing casualties and property losses. Shore-based, the breeding range is limited and the cost of breeding is high

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