Snake keeping cellar

Abstract

The invention discloses a snake keeping cellar. The snake keeping cellar comprises a snake keeping cellar body and a snake keeping bed, wherein the snake keeping cellar body is of a concave structurewith an upward opening, and a floor heating layer is laid at the bottom of the snake keeping cellar body; the floor heating layer comprises a main support body with an H-shaped section and a thermal insulation board; the thermal insulation board is arranged at the bottom of the main support body; a one-way reflecting film layer, a carbon fiber heating body, a heat conducting net layer and a top plate are sequentially laid at the upper part of the main support body from bottom to top; multiple layers of snake keeping beds are placed on the floor heating layer, each snake keeping bed comprises aframe and a bottom plate, the frames are placed on the bottom plates, upper and lower parts of the frames are open, an inlet/outlet is formed in one side wall of each frame, the rest three side wallsare of closed structures, and a soil layer is laid on each layer of bottom plate; cover plates are laid at the tops of the snake keeping beds, multiple communicating holes are formed in the cover plates and communicate with communicating grooves, and the inlets/outlets communicate with the communicating grooves. The snake keeping cellar facilitates temperature regulation, also has a function of being warm in winter and cool in summer, is suitable for snakes to live and can prevent snakes against cold and freezing.

Description

technical field [0001] The invention relates to the field of snake breeding enclosures, in particular to a snake raising cellar. Background technique [0002] Snakes are temperature-changing animals whose body temperature changes with the temperature of the environment. Changes in temperature have a great influence on the growth and reproduction of snakes. Too high or too low temperature is not conducive to its growth. Under normal circumstances, 20°C to 30°C is the most suitable for the growth and reproduction of snakes. If the temperature is lower than 10°C, the snake will curl up and do not like to move, and enter a hibernation state; if it is in an environment above 40°C or below 0°C, Weak, thin snakes will die in large numbers. However, due to the destruction of the environment and the over-hunting of snakes by people in recent years, the habitats of wild snakes in various places have been severely damaged. Fewer and fewer snakes have been found in the wild, and the i...

AI Technical Summary

Problems solved by technology

[0003] At present, there are three ways to raise snakes: the first is the open-air mode, enclosure breeding, the advantage is that the snake grows naturally without much management, the disadvantage is that the land area is large, the snake cannot be well monitored, and the temperature changes greatly. It is not conducive to the growth and development of snakes, and the cost is high and the risk is high; the second indoor breeding method is easy to monitor the growth of snakes and facilitate daily management, but requires a good understanding of the snake's living habits, high breeding technology, and high operational risks; The third is a semi-outdoor mode that combines the first two modes, a snake house combined with an imitation ecological yard, but it is greatly affected by the weather and is not easy to control the environment

[0004] In the process of snake breeding, temperature is also one of the most important factors, but the existing snake breeding room cannot regulate the temperature, and the temperature cannot be adjusted according to the seasonal climate temperature. There are multiple layers of snake raising space on the snake frame, it is difficult for snakes to contact with the soil (the so-called grounding air), for snakes, it is easy to have hidden dangers of illness, so it is necessary to provide a snake raising cellar that is more suitable for snake life

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