Tidal current energy abalone culture box with automatic feeding and shell cleaning functions

Abstract

The invention discloses a tidal current energy abalone culture box with automatic feeding and shell cleaning functions. The tidal current energy abalone culture box comprises a first box body; and thefirst box body comprises a power cavity. The tidal current energy abalone culture box is simple in structure and easy and convenient to operate; algae feed such as kelp is automatically cut by a machine for feeding, so that the time for manually treating the feed is saved; the culture box is lifted and finishes a feeding action through a mechanical device, so that the time for abalone to leave seawater is shortened; a shell of the box body is cleaned to scrap off attachments and dirt while the culture box is lifted, so that communication of water inside and outside the culture box is guaranteed, and the survival rate of the abalone is greatly increased; and meanwhile, a solar panel at the top of the culture box and a paddle mounted on the lower side of the culture box charge a storage battery by utilizing tidal current energy, so that the problem of inconvenience in power utilization on the sea is solved, the automatic mechanization degree of the abalone culture industry is effectively improved, and the labor cost is reduced.

Description

technical field [0001] The invention relates to the field related to electric motors, in particular to a tidal current energy abalone breeding box that automatically feeds and cleans the shell. Background technique [0002] As we all know, valve-type abalone farming requires workers to cut algae feed such as kelp and asparagus into strips, and then pull the abalone breeding box from the sea to the floating valve to open the front cover and put in the feed. The process is cumbersome and the speed of manual feeding is slow. The health of the abalone may be affected if the breeding tank is out of the water for too long. Algae and lime worms are easy to adhere to the outer surface of the abalone breeding tank, which will block the water hole, affect the water exchange, and endanger the safety of the abalone. Can not be effectively utilized, therefore need to design a kind of tidal current energy abalone breeding box that feeds automatically and cleans shell to solve the above pr...

AI Technical Summary

Problems solved by technology

[0002] As we all know, valve-type abalone farming requires workers to cut algae feed such as kelp and asparagus into strips, and then pull the abalone breeding box from the sea to the floating valve to open the front cover and put in the feed. The process is cumbersome and the speed of manual feeding is slow. The health of the abalone may be affected if the breeding tank is out of the water for too long. Algae and lime worms are easy to adhere to the outer surface of the abalone breeding tank, which will block the water hole, affect the water exchange, and endanger the safety of the abalone. Therefore, it is necessary to design a tidal current energy abalone breeding box that automatically feeds and cleans the shell to solve the above problems

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