Method for breeding tiger frog and equipment thereof

Abstract

The invention relates to a method for breeding a tiger frog. The method comprises the following step of constructing a frog pool in such a manner that: a concrete masonry structure is adopted around the periphery and bottom of the frog pool, a thermometer is arranged inside the frog pool, a filter net is arranged at a lower middle part inside the frog pool, the filter net is fixedly connected withthe inner wall of the frog pool, the frog pool is provided with a heater at the bottom, the frog pool is provided with a feces collector on the left, the feces collector is provided with a waste water pipe on the left, one end of the waste water pipe is connected with the right end of the feces collector, the other end of the waste water pipe is connected with a sewage pipe, and the frog pool isprovided with a feed water pump on the right. The invention has the beneficial effects of being capable of completely breeding the tiger frog, having a flowing water system that can ensure the water quality is clean at all times, having a heating system which can keep the temperature at a constant value and prevent the tiger frog from entering a hibernation state in winter, and being capable of screening out the tiger frogs with different growth degrees during the breeding.

Description

technical field [0001] The invention relates to the technical field of aquaculture, in particular to a constant temperature breeding method and equipment for tiger frogs. Background technique [0002] At present, most of the frog farming methods on the market are soil ditch farming, which is inefficient and has many shortcomings. For example, there is no water changing device, which leads to insufficient oxygen content in the water and turbid and dirty water. The mortality rate of tadpoles and young frogs is high. If there is no feces collection device, the input feed and feces and dirty water are mixed together, causing frogs to be infected with germs and infection, and the morbidity and mortality rate will increase significantly. There is no constant temperature device and frogs have hibernation characteristics in winter, so this kind of The breeding method can only be cultured twice a year, and the economic benefits are low. For example, in the breeding process, the size ...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the frog farming methods on the market are soil ditch farming, which is inefficient and has many shortcomings. For example, there is no water changing device, which leads to insufficient oxygen content in the water and turbid and dirty water. The mortality rate of tadpoles and young frogs is high. If there is no feces collection device, the input feed and feces and dirty water are mixed together, causing frogs to be infected with germs and infection, and the morbidity and mortality rate will increase significantly. There is no constant temperature device and frogs have hibernation characteristics in winter, so this kind of The breeding method can only be cultured twice a year, and the economic benefits are low. For example, in the breeding process, the size and uniformity of the frogs will gradually differentiate, and the size difference between the big frogs and the small frogs will also increase. Vulnerable to attack and devour by large frogs, leading to increased mortality

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