Epidemic prevention inoculation apparatus for livestock breeding

Abstract

The invention discloses epidemic prevention inoculation apparatus for livestock breeding. The epidemic prevention inoculation apparatus comprises a base, supporting legs, a pedal switch, a workbench,cross beams, an inoculation groove, a sliding groove, an installation hole, a lifting groove, an inoculation part and a power part, wherein four corners of the top end of the base are fixedly providedwith the vertical supporting legs respectively, the front part of the top end of the base is fixedly provided with the pedal switch, the top ends of the supporting legs are fixedly provided with thehorizontal workbench together, the horizontal cross beams are fixedly arranged at the middles of the supporting legs, the vertical inoculation groove penetrates through the front part of the workbench, the horizontal sliding groove penetrates through the middle of the workbench, and the vertical installation hole is formed in the front part of the top end of the workbench. According to the epidemic prevention inoculation apparatus, the inoculation efficiency can be greatly improved while the inoculation puncture action is simulated, and the effective puncture of an inoculation part can still be realized through manual control for chickens with relatively thick patagium tissues at inoculation parts, and with relatively large body sizes.

Description

technical field [0001] The invention relates to an anti-epidemic inoculation device, in particular to an anti-epidemic inoculation device for animal husbandry. Background technique [0002] Fowl pox is an acute and contagious infectious disease of chickens. It is easy to cause epidemics in collective or large-scale chicken farms, which can make poultry gain weight slowly and become thin. When laying hens are infected, the egg production temporarily decreases. The countermeasure is to vaccinate the chickens with the "fowl pox sabrox vaccine" by puncturing the wing membrane. And the adoption of vaccinated vaccinia is suitable for chickens of various ages above the age of 7 days, and can be effectively immunized for five months. [0003] Most of the existing fowlpox vaccinations use puncture needles and push-type inoculators to vaccinate chickens. Compared with traditional puncture needles, the push-type inoculator is easy to operate with one hand and can be convenient and qui...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing fowlpox vaccinations use puncture needles and push-type inoculators to vaccinate chickens. Compared with traditional puncture needles, push-type inoculators are easy to operate with one hand, and can be convenient and quick. The vaccination of chickens can greatly improve the vaccination efficiency, but the inoculator also has certain disadvantages. When the inoculated chickens are large in size, it is difficult for one person to inoculate, and two inoculation personnel are often required to cooperate. And when the chicken to be inoculated is larger, such as adult chickens used for breeding for more than one year, the wing membrane tissue of the inoculated part is thicker, so that the inoculator has obvious resistance during the puncture process, and it needs to be properly added. Large pressing force will inevitably affect the inoculation efficiency, and the inoculator often needs to be thoroughly disinfected and cleaned after use, so as to facilitate recycling

Images