Ultrasonic slitting machine for cloth

Abstract

The invention discloses an ultrasonic slitting machine for cloth. The structure of the ultrasonic slitting machine comprises a rotating mechanism, a control console, a fixing frame and a winding rod,wherein the rotating mechanism is provided with a cutting mechanism, transmission rods, a fixing plate and a compression mechanism. Cloth acts on bent plates to compress the bent plates, then compression rods extrude a balance rod, then a spring acts on a stress block, thus air in a sealing groove is discharged through the stress block and acts to a bent groove, fine scraps are blown to flow out from two sides, thus the fine scraps are prevented from being adhered to the slit cloth, the phenomenon that the quality of the slit cloth is poor is further avoided, the influences of the fine scrapson the cut cloth are reduced, in addition, each sliding ball is of a shaft-shaped structure, a triangular structure is distributed on the outer side of each sliding ball, then the grabbing force on the cloth is enhanced, the cloth is prevented from sliding, so that the cloth is smooth, the phenomenon of irregular slitting is avoided, the reduction of tensile strength of cloth strips is prevented,the probability of edge scattering is reduced, and the quality of the cloth is prevented from being affected.

Description

technical field [0001] The invention relates to the field of slitting machines, in particular to an ultrasonic cloth slitting machine. Background technique [0002] When using the ultrasonic technology to make vermicelli on the cloth, it has the effect of reducing energy loss and improving energy saving. The ultrasonic slitting machine uses the sharp blade of the knife to cut the cloth. When the cloth is driven by the motor and passes through the knife, it is cut by the knife edge. Divide it into multiple strips with smaller width, and then roll the strips into rolls for convenience. However, when the fabric is slitting and its edges are relatively soft, it is prone to irregular cutting, resulting in the strip’s tensile strength. Falling, even the problem of loose edges will appear, which will seriously affect the quality of the fabric, and cloth scraps or dust will be generated during cutting. These cloth scraps or dust are easy to adhere to the cut fabric, which will lead ...

AI Technical Summary

Problems solved by technology

[0002] When using the ultrasonic technology to make vermicelli on the cloth, it has the effect of reducing energy loss and improving energy saving. The ultrasonic slitting machine uses the sharp blade of the knife to cut the cloth. When the cloth is driven by the motor and passes through the knife, it is cut by the knife edge. Divide it into multiple strips with smaller width, and then roll the strips into rolls for convenience. However, when the fabric is slitting and its edges are relatively soft, it is prone to irregular cutting, resulting in the strip’s tensile strength. Falling, even the problem of loose edges will appear, which will seriously affect the quality of the fabric, and cloth scraps or dust will be generated during cutting. These cloth scraps or dust are easy to adhere to the cut fabric, which will lead to The quality of the fabric is relatively poor, which leads to low production yield and low production efficiency

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