Chick beak breaking and injecting integrated device

Abstract

The invention discloses a chick beak breaking and injecting integrated device. The chick beak breaking and injecting integrated device comprises a frame, a conveyor, a beak breaking device and an injecting device. The conveyor comprises a plurality of poultry fixing devices arranged in sequence. The poultry fixing devices pass the beak breaking device and the injecting device sequentially to perform beak breaking and injection. The chick beak breaking and injecting integrated device has the advantages that the conveyor drives the poultry fixing devices to rotate, and chicks are driven to rotate for beak breaking and injecting, so that operation space is saved; stations of the chick beak breaking and injecting integrated device are linked up smoothly, automation degree and operation efficiency are high, and labor cost is reduced greatly.

Description

technical field [0001] The invention relates to the technical field of poultry treatment, in particular to a chick beak trimming and injection integrated device. Background technique [0002] When laying hens are raised in groups in chicken farms, affected by factors such as stocking density, pecking behaviors such as feather pecking, anus pecking, and toe pecking will occur. The hot blade cuts off the part of the chicken beak to be treated, and the high-temperature blade makes the section of the chicken beak and coagulates the blood to stop the bleeding. However, this traditional beak trimming tool brings great stress to the chicks, affecting their development speed and production performance. Secondly, the chicks need to be vaccinated after hatching. Traditionally, manual injection is used, which has low efficiency, high labor costs, and a large amount of manual labor. Moreover, the injection will bring great immune stress to the chicks, resulting in inaccurate injections....

AI Technical Summary

Problems solved by technology

[0002] When laying hens are raised in groups in chicken farms, affected by factors such as stocking density, pecking behaviors such as feather pecking, anus pecking, and toe pecking will occur. The hot blade cuts off the part of the chicken beak to be treated, and the high-temperature blade makes the section of the chicken beak and coagulates the blood to stop the bleeding. However, this traditional beak trimming tool brings great stress to the chicks, affecting their development speed and production performance

Secondly, the chicks need to be vaccinated after hatching. Traditionally, manual injection is used, which has low efficiency, high labor costs, and a large amount of manual labor. Moreover, the injection will bring great immune stress to the chicks, resulting in inaccurate injections. Vaccines, the immune effect of chicks is uneven, which is not conducive to the overall epidemic prevention of chicken flocks

However, the existing automated poultry processing equipment is a single-function independent equipment, which requires a large amount of manual labor when trimming and injecting chicks.

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