Belt guide machine for textile processing

Abstract

The invention discloses a belt guide machine for textile processing, the structure of which comprises a separate plate, a bracket, an elastic adjustment mechanism, a wire plate, a control panel, a body, a platform, a cutting knife, and an outlet. The top of the body is a platform, and the two ends of the platform are respectively There is a wire reel and a cutting knife. There is an outlet directly below the cutting knife. A control panel is installed on one side of the platform of the machine body. An elastic adjustment mechanism is installed on the outer side of the wire reel away from the cutting knife, and a bracket is installed on the other side of the elastic adjustment mechanism. , more than two discrete discs are installed on the bracket to separate the guide belt. The spring and the pressure plate of the elastic adjustment mechanism are used in the present invention to cooperate with each other to realize the tightness adjustment of the guide belt in the vertical direction. The inner wall of the shell of the present invention is provided with The mutually symmetrical elastic strips can adjust the guide belt, reduce the rigid collision of the contact, reduce the wear of the guide belt, and avoid barbs. The surface of the elastic strip is smooth, and the friction coefficient between the guide belt and the elastic strip is low, and it is not easy to wear and fluff.

Description

technical field [0001] The invention relates to the field of textile equipment, in particular to a belt guide machine for textile processing. Background technique [0002] In the process of textile processing, the belt guide is an indispensable device, which can realize the transmission of the textile belt and improve the processing efficiency. The belt guides currently used are all simple in structure and poor in adaptability. It cannot be automatically tensioned to adapt to the guide belt. In addition, some guide belts will produce burrs due to long-term use. The burrs will hang and be stuck in the roller body, and the conveyor roller will continue to move. On the one hand, the guide belt will be partially torn, on the other hand The torn fibers are entangled by the conveying roller, which affects the overall rotation speed of the conveying roller, resulting in speed deviation and inconsistent tightness after weaving the finished product. SUMMARY OF THE INVENTION [000...

AI Technical Summary

Problems solved by technology

[0002] In the process of textile processing, the belt guide machine is an indispensable device, which can realize the transmission of the textile belt and improve the processing efficiency. The belt guide machines currently used are simple in structure and poor in adaptability. When the conveying roller is worn out, the conveying stability is poor. It cannot be automatically tensioned to adapt to the guide belt. In addition, some guide belts will have burrs due to long-term use. The burrs will be stuck in the roller body and the conveyor roller will continue to move. The torn fiber is involved by the conveying roller, which affects the overall rotation speed of the conveying roller, resulting in speed deviation, and inconsistent tightness after weaving finished products

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