Cabin structure of deep-sea culture ship

Abstract

The invention relates to a cabin structure of a deep-sea culture ship, which adopts a longitudinal framework type double-shell structure, the double-shell structure consists of a culture ship shell and a culture ship inner shell, and a transverse cabin wall and a longitudinal cabin wall are welded at two ends of the culture ship inner shell; multiple groups of breeding cabins are arranged in the breeding boat inner shell, water outlets are connected to the lower portions of the breeding cabins, and water taking pipes are connected to the upper portions of the breeding cabins. The deep-sea culture ship is located in a deep-sea region for culturing high-standard fishes, the independent culture cabins and the culture tanks are of a cylinder and hemisphere structure suitable for a flow field, the culture cabins are more suitable for fish growth, in addition, compared with an existing cabin structure, foreign matter can be discharged more easily, the cabin space is more compact, and the structure is more compact. the arrangement space is more reasonable.

Description

technical field [0001] The invention relates to a deep-sea culture ship, in particular to a cabin arrangement form of the deep-sea culture ship. Background technique [0002] When loading cargo oil, the conventional ship type considers the maximization of the cargo tank on the one hand and the strength of the hull on the other hand, so there are more transverse bulkheads, and the conventional ship type does not consider the comfort of the cargo, so the conventional design is basically able to meet the requirements. [0003] The existing fish farming boats are basically transformed from conventional ship cabins, without specific consideration of the growth environment of farmed fish. Fish like to grow in living water and do not like to live in stagnant water. It is relatively square, and the stability and seakeeping of the existing ships are strong, so it is difficult for the aquaculture water in the aquaculture cabin to form a flow field, which is not suitable for fish grow...

AI Technical Summary

Problems solved by technology

[0003] The existing fish farming boats are basically transformed from conventional ship cabins, without specific consideration of the growth environment of farmed fish. Fish like to grow in living water and do not like to live in stagnant water. It is relatively square, and the stability and seakeeping of the existing ships are strong, so it is difficult for the aquaculture water in the aquaculture cabin to form a flow field, which is not suitable for fish growth

[0004] Therefore, there is a problem that the current technical solutions for breeding vessels are not suitable for fish growth

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