Cuttlefish Individual Ring Pipe Precise Control Feeding System

Abstract

The invention discloses a precise-control breeding system with an annular pipeline for cuttlefish individuals, and belongs to the technical field of artificial breeding of cuttlefishes. The breeding system comprises the annular pipeline and a water quality precise-control mechanism. The upper surface of the annular pipeline is connected with a feeding opening and a water inlet pipeline, and the lower surface of the annular pipeline is connected with a collection opening and a water outlet pipe. The water quality precise-control mechanism is connected with a detection and adjustment mechanism,a water supply pipeline and a water pumping pipeline. The water supply pipeline is connected with the water inlet pipeline through a water inlet hose, and the water pumping pipeline is connected withthe water outlet pipeline through a water outlet hose. According to the breeding system, the annular pipeline is used in combination with the water quality precise-control mechanism to provide an annular water body in which the bred cephalopods such as the cuttlefishes and the like can spray at any possible speed to swim backwards without causing tail collision or friction, so that the survival rate of the bred cuttlefishes is high, the appearance of the cuttlefishes when the cuttlefishes are put into the market is attractive, and the breeding value of the cephalopods such as the cuttlefishesis increased.

Description

technical field [0001] The invention belongs to the technical field of squid artificial breeding, and in particular relates to a precise control breeding system of squid individual ring pipes. Background technique [0002] The artificial breeding technology of squid and other cephalopods is becoming more and more mature, and an industrial chain has been formed. However, the breeding methods are nothing more than indoor bucket cultivation, indoor cement pond cultivation, outdoor pond cultivation and outdoor cage cultivation, all of which are relatively extensive cultivation methods, and have the same disadvantage that squid and other cephalopods are sprayed The water body swims in the water in the way of swimming backwards with power. The high-speed backwards is obviously hindered in the aquaculture water body with a small space, which will cause the tail (tail needle) to violently collide with the inside of the bucket, the inner wall of the cement pool, the inner wall of the...

AI Technical Summary

Problems solved by technology

However, the breeding methods are nothing more than indoor bucket cultivation, indoor cement pond cultivation, outdoor pond cultivation and outdoor cage cultivation, all of which are relatively extensive cultivation methods, and have the same disadvantage that squid and other cephalopods are sprayed The water body swims in the water in the way of swimming backwards with power. The high-speed backwards is obviously hindered in the aquaculture water body with a small space, which will cause the tail (tail needle) to violently collide with the inside of the bucket, the inner wall of the cement pool, the inner wall of the polder ridge of the pond, and the net. The netting of the box will cause frightening inkjet, and the tail will be severely damaged by collision and friction. The survival rate of injured squid is not high, and there will be a shortcoming of "selling difference" when put into the market.

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