Deep and distant sea fishery ecological platform

Abstract

The invention discloses a deep and distant sea fishery ecological platform. The platform comprises floating modules, a ballast system used for controlling a draught depth of the floating modules and amooring system used for mooring the floating modules, a plurality of floating modules separately comprises a supporting module and a plurality of breeding modules, and the ecological platform can beformed by the plurality of the floating modules in a manner of free combination splicing. According to the platform provided by the invention, the plurality of breeding modules are mutually spliced toform the ecological platform, assembly is flexible, a platform shape can be flexibly changed or the number of the breeding modules can be increased or decreased according to actual conditions, and the modules have high replaceability; and each first cable belt and one corresponding second cable belt are arranged between each first cable pile group and one corresponding second cable pile group ina sleeving and staggered manner, so that edge tangential displacement among the modules can be effectively limited, the modules are guaranteed to have good stability after being connected, connectionstability among the deep and distant sea breeding modules is effectively improved through the staggered cable belts, windstorm resistant ability is improved, and the platform has a simple structure, and is convenient for operation.

Description

technical field [0001] The invention relates to the field of deep-sea aquaculture, in particular to an ecological platform for deep-sea fishing and animal husbandry. Background technique [0002] China's mariculture is mainly concentrated in bays, tidal flats and offshore waters, while the utilization rate of aquaculture space in deep seas is very low. Therefore, vigorously developing deep sea aquaculture platforms has become an important strategy for the development of China's mariculture industry; deep sea aquaculture platforms refer to In the deep sea area, it is generally composed of buoyancy box frame, net clothing, ballast system and mooring device, and equipped with supporting facilities such as bait feeding system, underwater monitoring system, disease prevention system, etc., for offshore breeding. As a kind of mariculture method, deep-sea cage culture is an advanced mariculture method, which means that mariculture is developing in the direction of intensification. ...

AI Technical Summary

Problems solved by technology

[0002] China's mariculture is mainly concentrated in bays, tidal flats and offshore waters, while the utilization rate of aquaculture space in deep seas is very low. Therefore, vigorously developing deep sea aquaculture platforms has become an important strategy for the development of China's mariculture industry; deep sea aquaculture platforms refer to In the deep sea area, it is generally composed of buoyancy box frame, net clothing, ballast system and mooring device, and equipped with supporting facilities such as bait feeding system, underwater monitoring system, disease prevention system, etc., for offshore breeding. As a kind of mariculture method, deep-sea cage culture is an advanced mariculture method, which means that mariculture is developing in the direction of intensification. The deep-sea aquaculture platform has the functions of expanding aquaculture space, protecting and improving the ecological environment of sea area aquaculture, improving production efficiency and Product quality, promotion of fisherman's job change and income increase; the existing deep-sea aquaculture platform has a complex structure, high manufacturing cost, and the shape and function of the platform are relatively fixed, with poor flexibility. At the same time, when the aquaculture platform is designed to be larger Weakening typhoon capacity is not conducive to the construction of large-scale farming platforms

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