Indoor automatic breeding system

Abstract

An automatic indoor culture system for aquatic products features that the culture pool is stepped for staged cultures, the water for culture is treated by a circulating water treating system, the water quality is monitored and the optimum state is controlled by a water monitor system, and beside, the bait is uniformly distributed by an overlead moving throwing equipment. Its advantages are high density and quality, high survival rate and high output.

Description

technical field [0001] The invention relates to a breeding system, in particular to an indoor breeding system capable of automatic monitoring of water quality, automatic replacement of breeding water and automatic bait feeding. Background technique [0002] The traditional aquaculture system uses groundwater and outdoor aquaculture. Since the groundwater or seawater is directly pumped into the aquaculture pond, the oxygen content in the groundwater or seawater is low and there are many microorganisms, which will easily cause the death of the aquaculture organisms, and a large amount of groundwater will also cause damage to the foundation. Instability makes the breeding pond easy to lose; in addition, the poor breeding environment and unstable climate change in recent years have caused various viruses to endanger the survival of breeding organisms (such as: fish, shrimp, etc.), which significantly reduces the survival rate of farming; therefore, in order to To solve the above...

AI Technical Summary

Problems solved by technology

[0002] The traditional aquaculture system uses groundwater and outdoor aquaculture. Since the groundwater or seawater is directly drawn into the aquaculture pond, the oxygen content in the groundwater or seawater is low and there are many microorganisms, which can easily cause the death of the aquaculture organisms, and a large amount of groundwater extraction also causes damage to the foundation. Instability makes the breeding pool easy to lose; in addition, the poor breeding environment and unstable climate change in recent years have caused various viruses to endanger the survival of farming organisms (such as: fish, shrimp, etc.), which significantly reduces the survival rate of farming; therefore, in order to To solve the above-mentioned impact of the external environment and groundwater on the aquaculture environment, the aquaculture system of indoor aquaculture and recirculating aquaculture has been valued by the aquaculture industry, and has become the most researched and developed aquaculture system at present.

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