Living pig barbering device

Abstract

The invention discloses a living pig barbering device. Two side walls of a barbering box are provided with side doors. Two sides of a barbering bracket in a center position of the inner bottom face ofthe barbering box are respectively provided with two conveying belts. The inner side wall of the barbering box is fixedly provided with a protecting plate. A center position of the top of the barbering box is fixedly provided with a telescopic pump. The driving end of the telescopic pump is fixedly connected with a telescopic rod. The bottom end of the telescopic rod is fixedly provided with a suspension frame. The bottoms of rotation rods on two side wall of the suspension frame are fixedly provided with a barbering frame. The interior of the barbering frame is provided with a motor chamberand a barbering cavity. Multiple barbering motors are installed in the motor chamber. A barbering cutter is positioned in the barbering cavity. The right side wall of the barbering cavity is formed bya barbering blocking piece. The bottom of the barbering cavity is provided with a hair leakage hole. The barbering frame of the living pig barbering device is capable of automatically and cleanly scraping pig hairs of the living pig body clamped on the protecting plate under the drive of the conveying belts, the manpower consumption is reduced, the living pig barbering device is more suitable forthe assembly line work of a large-scale slaughter house, and the barbering efficiency of the living pig is greatly improved.

Description

technical field [0001] The invention relates to the field of breeding equipment, in particular to a live pig shaving device. Background technique [0002] In the process of domestic pig breeding, in order to improve the appearance and eating effect of pigs, it is often necessary to shave pigs. For mechanized slaughterhouses, it is generally necessary to cut pigs from live pigs to slaughter. The pigs are generally processed in a streamlined manner, but before or during the slaughter, the pig hairs on the surface of the pork need to be shaved, and this process is often manually removed, which is generally difficult to shave live pigs. Therefore, shaving is generally carried out after slaughtering, which leads to the need to stop the manual shaving process after the pigs are slaughtered in the assembly line slaughtering process, which is very time-consuming and manpower-consuming. [0003] At present, most domestic pig shaving devices are mostly hand-held shaving devices or or...

AI Technical Summary

Problems solved by technology

[0002] In the process of domestic pig breeding, in order to improve the appearance and eating effect of pigs, it is often necessary to shave pigs. For mechanized slaughterhouses, it is generally necessary to cut pigs from live pigs to slaughter. The pigs are generally processed in a streamlined manner, but before or during the slaughter, the pig hairs on the surface of the pork need to be shaved, and this process is often manually removed, which is generally difficult to shave live pigs. Therefore, shaving is generally performed after slaughtering, which leads to the need to stop manual shaving after the pigs are slaughtered in the assembly line slaughtering process, which is very time-consuming and labor-intensive.

[0003] At present, most domestic pig shaving devices are mostly hand-held shaving devices or ordinary razor devices, and the shaving area per unit time is limited, which leads to slow shaving speed and low shaving efficiency. Therefore, we need A fast live pig shaving device that can adapt to large slaughter lines

Images