Environmental-friendly abalone culturing platform

Abstract

The invention relates to the technical field of aquaculture, and particularly relates to an environmental-friendly abalone culturing platform. The platform comprises a main desk platform, the main deck platform comprises a plurality of deck cross beams which are parallelly arranged in the same direction, multiple deck longitudinal beams which are located on the same horizontal plane with the deckcross beams and perpendicularly connected with the deck cross beams, and multiple culturing regions are formed by the deck cross beams and the deck longitudinal beams; culturing net boxes are arrangedin the culturing regions, the culturing net boxes are connected with the main deck platform, the bottoms of the culturing net boxes are provided with horizontally arranged bottom floating tubes, andthe middles of the adjacent two culturing net boxes are connected through middle floating tubes; the main deck platform is square, and four vertexes of the main deck platform are provided with uprightcolumn floating tubes, and multiple hoisting devices which are used for lifting the culturing net boxes are arranged on the main deck platform. The abalone culturing platform has the advantages thatshaking and tilting do not easily take place, strong typhoon can be resisted, and the working efficiency can be improved.

Description

technical field [0001] The invention relates to the technical field of aquaculture, in particular to an environment-friendly abalone cultivation platform. Background technique [0002] At present, the abalone farming equipment is mainly in the form of plastic fishing rafts. The main body of the fishing rafts is buoyant by plastic floating bodies and plastic foams. On the deck, wooden boards are used to build frames on the plastic floating bodies to form a "mouth"-shaped breeding unit. The abalone breeding cages are suspended from the deck and cultured in seawater by nylon rope traction. During the feeding operation, the breeding cages are lifted from the water to the deck by manpower for artificial feeding. At this stage, large-scale fishing rafts are about every 4 days. Carry out a feeding operation to abalone. The entire feeding operation process requires a huge amount of labor, and the operation efficiency is not high and the operating environment is relatively harsh. A...

AI Technical Summary

Problems solved by technology

The entire feeding operation process requires a huge amount of manual labor, low operating efficiency and harsh operating environment

At present, the plastic fishing raft farming equipment is relatively simple, and the structural strength cannot meet the environmental requirements of strong typhoons in the sea area, so it can only be farmed on the leeward side of the sea; at the same time, there are a lot of floating waste in the farming area, which is seriously polluted and prone to diseases, which leads to poor water quality in shallow waters. Increased pollution, degraded abalone quality, and food safety risks

At present, the majority of fishermen are family-style individualized operators. Fishermen’s unilateral ability to resist risks is extremely low. Once they encounter a catastrophic natural disaster, they will suffer huge losses. mass production

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