High-density industrial giant spiny frog culture device

Abstract

The invention discloses a high-density industrial giant spiny frog culture device which comprises a box (1), wherein movable trapezoidal floating plates (2) arranged longitudinally are arranged on the two sides in the box; a water inlet (3) is formed at the upper part of an external wall of a front side plate in the box; a water outlet (4) is formed at the bottom of a rear side plate in the box; a bait platform (5) is arranged in the middle of the box; the box (1) is provided with an oblique bottom (6); and the culture device can effectively utilize space resources, increases the survival rate of giant spiny frog culture, and solves the contradiction between the culture density and the survival rate of giant spiny frogs.

Description

technical field [0001] The invention relates to a stone frog breeding device, in particular to a high-density industrialized stone frog breeding device. Background technique [0002] Stone frog, the scientific name of spiny-breasted frog, belongs to the delicacies of mountains and seas. The meat is tender and delicious, and rich in nutrition. It can be used as a refreshing tonic in midsummer. It has always been favored by people. However, as the demand for stone frogs continues to increase, its wild population is far from meeting people's needs. While artificially breeding stone frogs is developing, problems in the breeding process have also emerged. In order to meet the needs of the market and improve the efficiency and quality of cultured products, the problems that arise during the breeding of stone frogs need to be solved urgently. [0003] At present, the problem of high-density factory farming of stone frogs has not been solved. Although there are many methods of rai...

AI Technical Summary

Problems solved by technology

[0003] At present, the problem of high-density factory farming of stone frogs has not been solved. Although there are many methods of raising stone frogs on the market, such as imitation ecological breeding, the required land area is large and the breeding conditions are unstable, resulting in The cost of raising stone frogs is high, the hatching rate of tadpoles is low, and the survival rate of stone frogs is not high.

There are also people who have designed breeding equipment suitable for the metamorphosis period for the survival rate of tadpole metamorphosis. For example, the utility model patent "a pot-bottom type stone frog tadpole metamorphosis breeding pond" with the patent No. CN201430850 discloses a tadpole breeding device, which includes a pond body, water inlet, and water outlet can effectively discharge sewage, but this patent cannot meet the growth needs of stone frogs after metamorphosis, nor can it increase the density of stone frog breeding, and it is difficult to achieve high-density factory farming

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