Deep water cage with pulley lifting mechanism

Abstract

The invention discloses a deep water cage with a pulley lifting mechanism, and belongs to the technical field of cage devices. The deep water cage comprises floaters, cables, lower pulleys, a plurality of cages, connection buckles, a pile leg, upper pulleys, a pile shoe and solar panels, the pile shoe is arranged on the lower portion of the pile leg, the lower pulleys are mounted on the pile shoe through connecting rods, the upper pulleys are mounted on the upper portion of the pile leg through connecting rods, the cages are sleeved on the pile leg, cables penetrate the upper pulleys and the lower pulleys, the floaters are mounted at two ends of each cable, the solar panels are arranged on the floaters, the cages are fixedly connected with the cables through the connection buckles, guide mechanisms for preventing the cables from separation are arranged on the upper pulleys and the lower pulleys, each guide mechanism comprises an L-shaped guide frame, a guide pipe and a heating tape, the guide pipes are arranged on the upper portions of the L-shaped guide frames, and the heating tapes are arranged on the outer sides of the guide pipes. The deep water cage is provided with the settling pile leg, so that the deep water cage can adapt to culture in an abyssal region, typhoon at more than twelve levels can be resisted by the aid of great-depth settlement, cultured fishes are prevented from damage, and the deep water cage is reasonable in structure and simple to operate.

Description

technical field [0001] The invention relates to a deep-water net cage with a pulley lifting mechanism, belonging to the technical field of net cage equipment. Background technique [0002] On the blue sea, there are huge black and round cages floating one after another. Swarms of yellow croakers are floating on the water, competing for food, jumping around alive and well, creating a spectacular scene. It is understood that the cages currently farmed are all floating structures, and they are all placed in the coastal and offshore areas. Therefore, when encountering natural disasters such as typhoons and cold waves, they cannot avoid danger by themselves, resulting in large economic losses, and are affected by the structure of the cages. There is still a certain gap between the meat quality of the yellow croaker raised in the offshore and the wild yellow croaker. At present, for the northern muntjac breeding industry, it is urgent to introduce new breeding methods and metho...

AI Technical Summary

Problems solved by technology

[0004] The problem to be solved by the present invention is that the existing cage structure is greatly affected by the typhoon.

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