Goose egg incubation device

Abstract

The invention discloses a goose egg incubation device. The goose egg incubation device comprises an incubation box, wherein a temperature adjusting device is connected with the incubation box; supporting rods are arranged in the incubation box, and multiple rotating rods are arranged on each supporting rod; each rotating rod is connected with a rotating motor, a timing device and an installation disk, and an upper incubation disk, a plurality of reflectors, fixing rods, pushing air cylinders, a lower incubation disk and illuminating light bars are arranged on each installation disk; the lowerincubation disks and the upper incubation disks are each provided with multiple incubation grooves which are evenly distributed, and fixing devices are arranged in each incubation groove; humidification pipes are arranged on both inner side surfaces of the incubation box, and an atomizer is arranged on each humidification pipe; and a ventilation pipe is arranged on the top surface of the incubation box, and a suction pump is arranged on the ventilation pipe. The goose egg incubation device not only can improve the safety of egg turning, but also has the advantages that the stability of goose egg placement is good, the working efficiency is high, use is convenient, an application range is wide, the incubation efficiency of goose eggs is high, the adjustment rate is high, and the heating rate is high.

Description

technical field [0001] The invention relates to a hatching device for a breeding hatchery, in particular to a goose egg hatching device. Background technique [0002] Breeding and hatching of poultry is generally divided into artificial hatching and natural hatching of female poultry. With the development of science and technology in recent years, in order to improve production efficiency, more and more farms choose artificial hatching for poultry. reproduce. [0003] The artificial incubator mainly relies on the incubator. Although the incubator can replace the natural hatching of the mother poultry to speed up the hatching rate, in order to avoid the phenomenon of adhesion between the embryo and the shell membrane during the hatching process, it is necessary to perform different frequency tests on the goose eggs according to the hatching time. egg-turning operation; while the existing incubator mainly performs the egg-turning operation manually, and the workers pick up, t...

AI Technical Summary

Problems solved by technology

[0003] The artificial incubator mainly relies on the incubator. Although the incubator can replace the natural hatching of the mother poultry to speed up the hatching rate, in order to avoid the phenomenon of adhesion between the embryo and the shell membrane during the hatching process, it is necessary to perform different frequency tests on the goose eggs according to the hatching time. egg-turning operation; while the existing incubator mainly performs the egg-turning operation manually, and the workers pick up, turn over and put down the goose eggs one by one, and the overall work efficiency is low; and in the process of manual egg-turning, It is easy to cause goose eggs to break or fall due to excessive force or unstable placement, thereby reducing the safety of egg turning; at the same time, the existing incubator mainly uses the electric heater located on the side wall of the incubator As a heating element for temperature control, but the heating elements located on the side walls have different heat transfer distances, so the temperature in the middle will be lower than the temperature on both sides, which will lead to poor temperature uniformity in the hatching device, making the overall hatching environment Poor stability, which affects the hatching efficiency of goose eggs

Therefore, the existing hatching device has the problems of low safety of turning eggs, low hatching efficiency of goose eggs and low working efficiency.

Images