Ground beetle hatching basin

Abstract

The invention relates to a ground beetle hatching basin. The ground beetle hatching basin comprises a two-layer basin body, a two-layer sieve screen basin cover, a constant-temperature heating device arranged at the bottom of the outer side of the basin body, a transparent cover body covers above the basin body and a soil turning device connected to the upper part of the transparent cover body in a sliding manner, wherein a sliding rail is arranged at the central position of the upper part of the transparent cover body; the soil turning device comprises a connection rod and a soil turning head; the soil turning head is anchor-shaped and is made of flexible materials. Through the ground beetle hatching basin, the constant-temperature heating device, the basin cover and the soil turning device are additionally mounted on a conventional ground beetle breeding basin and the conventional ground beetle breeding basin is transformed into the hatching basin capable of hatching ground beetle egg masses; the range of the basin body can be heated; the heating energy can be greatly saved; the basin cover can be used as a sieve screen for sieving the hatched larvae and eggs, so that the soil can be conveniently replaced; the soil turning device can replace the manpower and can be used for automatically turning the eggs; the manpower is saved.

Description

Technical field [0001] The invention relates to the field of soil element breeding, in particular to a soil element incubation basin. Background technique [0002] There are many ways to incubate the soil element. The most common applications are indoor temperature control incubation, constant temperature incubator and kerosene lamp heating incubation. Indoor temperature-controlled incubation requires constant temperature control of the entire incubation room. Large local temperature differences often occur, high energy consumption and difficult control; constant temperature incubators need to purchase professional incubation equipment, which undoubtedly increases the cost of incubation; and kerosene lamps The incubation temperature is not precisely controlled and cannot maintain a constant temperature. Therefore, for ordinary Tuyuan farmers, a more economical, simple structure and good hatching effect has become an urgent need at this stage. Summary of the invention [0003] In...

AI Technical Summary

Problems solved by technology

Indoor temperature-controlled incubation requires constant temperature control of the entire incubation room, often resulting in large local temperature differences, high energy consumption and difficult control; constant temperature incubators require the purchase of professional incubation equipment, which undoubtedly increases the cost of incubation; and kerosene lamps Incubation temperature control is imprecise, unable to maintain a constant temperature

Images