Novel pug cut-off machine

Abstract

The invention discloses a novel pug cut-off machine and belongs to the field of cut-off equipment. The novel pug cut-off machine comprises a bottom frame and is characterized in that the bottom frame abuts against a pug shaping machine body, a cutting ring is arranged at the end, connected with the pug shaping machine body, of the bottom frame and fixed onto the bottom frame through a movable steel pipe, the movable steel pipe is connected with a motor, and the movable steel pipe is controlled to circularly swing in the left-right direction through the motor; a steel wire is arranged in the cutting ring, a check block is arranged on the bottom frame and used for controlling the swing angle of the cutting ring, and the movable steel pipe is a double-layer steel pipe; an outer-layer steel pipe body is in a hollow semi-ring shape, the two ends of the outer-layer steel pipe body are each inwards provided with a baffle, and an inner steel pipe body is tangent to the outer steel pipe body; and the upper end of the inner steel pipe body is provided with a baffle, and the inner steel pipe body is connected with the motor. According to the novel pug cut-off machine, design is simple and convenient, effective innovation is achieved, the cutting ring makes circularly-reciprocating movement through the motor, and by adjusting the movement speed of the cutting ring, pug after shaping is cut into fixed sizes; and the design is simpler and more convenient, and operation is easy.

Description

technical field [0001] The invention relates to the field of cutting equipment, more specifically, to a novel mud cutting machine. Background technique [0002] In the production process of porcelain, the mud used as a raw material needs to be cut into a specific size after mixing and forming to facilitate the subsequent production steps. When the traditional mud is formed and cut, the cutting equipment usually uses a cutter to cut it. However, the mud is dense and viscous, and it is easy to cause residue on the knife surface when cutting with a cutter. The accumulation will affect the subsequent cutting. It needs to be cleaned manually, which is inefficient and consumes human resources. At the same time, through detailed According to investigation and understanding, people have higher requirements for intelligence, such as: monitoring of ambient temperature, if the above functions can be combined to intelligently drive and further control electrical appliances, it can provi...

AI Technical Summary

Problems solved by technology

[0002] In the production process of porcelain, the mud used as a raw material needs to be cut into a specific size after mixing and forming to facilitate the subsequent production steps. When the traditional mud is formed and cut, the cutting equipment usually uses a cutter to cut it. However, the mud is dense and viscous, and it is easy to cause residue on the knife surface when cutting with a cutter. The accumulation will affect the subsequent cutting. It needs to be cleaned manually, which is inefficient and consumes human resources. At the same time, through detailed According to investigation and understanding, people have higher requirements for intelligence, such as: monitoring of ambient temperature, if the above functions can be combined to intelligently drive and further control electrical appliances, it can provide great convenience for people's lives, However, the existing devices still have many deficiencies in function, and it is difficult to meet the above-mentioned requirements.

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