Integrated movable-type offshore culture fence

Abstract

The invention relates to an integrated movable-type offshore culture fence. The offshore culture fence comprises an integrated unit-type fence frame, net clothing, positioning piles and partition cavity force suction anchors. The fence frame comprises operation corridor platforms, float-and-sink adjustment pipes and caissons from top to bottom in sequence. The operation corridor platforms, the float-and-sink adjustment pipes and the caissons are fixedly supported by supporting columns, wherein the supporting columns are disposed in pairs on the inner and outer sides of the float-and-sink adjustment pipes and arranged at intervals in the shape direction of the fence frame. The net clothing is installed to the interior of the fence frame through the supporting columns on the inner side. Thepartition cavity force suction anchors are fixed to the bottoms of the caissons, first positioning holes are formed in partition cavities of the interiors of the tops of the corresponding partition cavity force suction anchors, second positioning holes vertically corresponding to the first positioning holes are formed in the operation corridor platforms, and the positioning piles are of hollow structures capable of adjusting floating and sinking and penetrate through the second positioning holes and the first positioning holes to be vertically slidingly assembled with the fence frame and partition cavity force suction anchors. Shore-based integrated and factory production of the culture fence can be achieved, and integrated movable construction on the sea can be achieved.

Description

technical field [0001] The invention belongs to the technical field of aquaculture fences, in particular to an integrally movable open sea aquaculture fence. Background technique [0002] Existing offshore fence breeding facilities are generally surrounded by pillars fixed on the seabed and nets installed on the pillars. This fence breeding facility mainly has the following deficiencies: [0003] First, most of the existing fence facilities are assembled by piling and welding at sea. Construction and disassembly on site are not only complicated but also difficult to operate; [0004] Second, the existing offshore fence breeding facilities are fixed in position and cannot be moved as a whole. In order to prevent the accumulation of excrement from local sea areas caused by long-term fixed-point breeding, rotation farming is now mostly used for breeding to achieve natural breeding in the breeding area. Repair, thereby reducing the efficiency of facility use. Contents of the ...

AI Technical Summary

Problems solved by technology

[0003] First, most of the existing fence facilities are assembled by piling and welding at sea. Construction and disassembly on site are not only complicated but also difficult to operate;

[0004] Second, the existing offshore fence breeding facilities are fixed in position and cannot be moved as a whole. In order to prevent the accumulation of excrement from local sea areas caused by long-term fixed-point breeding, rotation farming is now mostly used for breeding to achieve natural breeding in the breeding area. repairs, thereby reducing the efficiency of facility usage

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