Culture system for Andrias davidianus

Abstract

The invention relates to a culture system for Andrias davidianus. The system includes a culture room constructed below the horizontal plane; the culture room is composed of multiple mutually independent culture ponds; the top of each of the culture ponds is open; the wall of each of the culture ponds is provided with a water inlet, and the bottom of each of the culture ponds is provided with a discharge outlet; the discharge outlet is provided with a feces collector of the Andrias davidianus; the multiple culture ponds are connected with each other through a water inlet pipeline system; and alive fish bait throwing device is disposed in each of the culture ponds. The culture system is simple in structure, is stable in water temperature, is good in water quality, is stable in operation, improves the survival rate of the Andrias davidianus, is low in running cost, and is long in service life.

Description

technical field [0001] The invention relates to a fish culture system, in particular to a salamander culture system. Background technique [0002] The control of water temperature is a very important factor in the process of giant salamander breeding. If the water temperature is too high or too low, it will affect the growth of giant salamanders, and even cause diseases. At present, the artificial breeding of giant salamanders mostly adopts manual measurement of water temperature and observation of temperature changes, which may easily lead to untimely temperature control and affect the normal growth of giant salamanders. There are also some water temperature control devices on the market, but these devices all use a single electronic thermometer to measure the temperature and judge the change of water temperature. Once the installation position of the electronic thermometer is incorrect or the local temperature When there is an abnormality, wrong judgments will be made, an...

AI Technical Summary

Problems solved by technology

At present, most of the artificial breeding of giant salamanders adopts manual measurement of water temperature and observation of temperature changes, which may easily lead to untimely temperature control and affect the normal growth of giant salamanders.

There are also some water temperature control devices on the market, but these devices all use a single electronic thermometer to measure the temperature and judge the change of water temperature. Once the installation position of the electronic thermometer is incorrect or the local temperature When an abnormality occurs, it will produce wrong judgments and perform abnormal operations, which will affect the growth of the giant salamander and even lead to the death of the giant salamander

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