Carousel type sheepskin tearing machine

Abstract

The invention discloses a carousel type sheepskin tearing machine, belonging to the technical field of sheepskin tearing machines. The sheepskin tearing machine comprises a rotary rack, wherein a variable-frequency gear motor for driving the rotary rack to rotate is arranged at the top of the rotary rack; a rotation mechanism penetrates in the middle of the rotary rack; at least two guide pillars are uniformly distributed and fixed on the peripheral edge of the rotary rack; each guide pillar is in slip connection with a sliding block; a servo motor is fixed on one side of the sliding block; a rotor of the servo motor is connected with a skin rolling mechanism; the sliding block is also fixedly connected with an air cylinder; and the air cylinder is fixed on the rotary rack and connected with a pneumatic control valve group for controlling the air cylinder to move up and down. According to the invention, through the compound motion of rotation of the skin rolling mechanism and lifting of the sliding block, the sheepskin is torn from the sheep body; and the carousel type sheepskin tearing machine has the advantages of being stable and reliable in skin tearing during work, easiness in operation, convenience in adjustment, low labor intensity, high automation degree, high speed and the like.

Description

technical field [0001] The invention relates to the technical field of a sheep skinning machine, in particular to a merry-go-round sheep skinning machine. Background technique [0002] my country's sheep slaughtering equipment started relatively late. In the early 1990s, the domestic slaughtering equipment manufacturing industry began to develop cattle and sheep automation equipment. Prior to this, most of the slaughtering and processing enterprises in my country used manual and semi-mechanized processing methods. As the demand for mutton products continues to rise, slaughtering equipment manufacturers have begun to seek innovations in machinery and technology, and strive to develop automated sheep skinning equipment that suits my country's needs. At present, the sheep skinning equipment used in most sheep slaughtering and processing production lines in China is mainly fixed. According to the structure, it is divided into drum type sheep skinning machine and swing arm type ...

AI Technical Summary

Problems solved by technology

At present, the sheep skinning equipment used in most sheep slaughtering and processing production lines in China is mainly fixed. According to the structure, it is divided into drum type sheep skinning machine and swing arm type sheep skinning machine, and most of them are single station, that is, sheep skinning mechanism After the skinning of a sheep carcass is completed, the sheep skinning mechanism needs to return to the original position to continue the process of skinning the next sheep carcass. This production and processing method is inefficient and difficult to adapt to the continuous mass production of the assembly line , even if there are multi-station sheep and sheep skinning machines, most of them are below four stations, and most of the skinning drives are powered by hydraulic motors. The disadvantages of this equipment are: first, the structure is complex and the automation control is relatively difficult; two The transmission method adopts hydraulic transmission, and there will inevitably be hydraulic oil leakage between the relative moving surfaces, which will affect the hygiene and safety of meat quality; the third is that the hydraulic transmission speed is slow and the production volume is limited; the fourth is that it can meet the production flow operation The equipment required for speed is mostly foreign products, and the equipment is expensive. It is difficult for general production and processing enterprises to bear such a high cost.

The above-mentioned patent documents realize the peeling process through the compound movement of rotation and up and down. Although the tilt angle can adjust the position of the rolling device in the horizontal and vertical directions, this will make the structure more complicated and occupy more space in the operation workshop. In actual operation, it is of little significance and the cost is high; moreover, the sheep skinning machine described in the above-mentioned patent document has a low degree of automation, and can only perform skinning operations on one sheep carcass at a time, and the skinning efficiency is poor

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