Deviation-rectifying feeding device of ultrasonic self-deviation-rectifying slitter

Abstract

The invention discloses a deviation-rectifying feeding device of an ultrasonic self-deviation-rectifying slitter. The deviation-rectifying feeding device is arranged between a left deviation-rectifying plate and a right deviation-rectifying plate, and comprises a feeding module and a deviation-rectifying module, wherein the feeding module comprises an inflatable shaft for winding a coiled materialand two deviation-rectifying guide rollers for tightening the coiled material, and the coiled material is led out of the inflatable shaft and then wound around the lower surface of the first deviation-rectifying guide roller at the lower position and the upper surface of the second deviation-rectifying guide roller at the upper position sequentially; the deviation-rectifying module comprises a deviation correcting motor, a sensor assembly, a photoelectric assembly, deviation-rectifying plate pull rods and a wallboard pull rod, wherein the sensor assembly is arranged at the front end of the coiled material and comprises a sensor fixing shaft, a sensor fixing frame and a sensor, and the photoelectric assembly is arranged at the rear end of the coiled material and comprises a sliding plate,photoelectric sliding rails and an electric eye; and according to the deviation-rectifying feeding device of the ultrasonic self-deviation-rectifying slitter, feeding and deviation-rectifying of the coil material are integrated, and the problems that the coiled material is easy to deviate and the slitting efficiency is low are solved.

Description

technical field [0001] The invention relates to the field of strip cutting machines, and more specifically relates to a deviation correcting feeding device of an ultrasonic self-correcting deviation cutting machine. Background technique [0002] In various industries such as clothing, leather, handbags, tape, paper, etc., there are often coil slicing operations. The traditional method of cutting coils is mostly manual cutting, which is manually unwound, fixed to length, and then cut by a cloth cutter. The finished product obtained by the process method not only has low precision, large deviation, and unevenness, but also takes time and effort and low work efficiency. With the development of technology, some cutting machines for cutting coils have appeared. Most of these cutting machines are driven by motors. The cutter, and then cut by the rotation of the cutter, is suitable for the division and cutting of sheets in all walks of life. It does not need any molds, and is contr...

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Problems solved by technology

[0006] In view of this, in order to solve the above-mentioned deficiencies in the prior art, the object of the present invention is to provide a deviation correcting and feeding device of an ultrasonic self-correcting deviation cutting machine, which integrates coil feeding, deviation correction and integration, and solves the problem that the coil is easy to Problems of deviation and low cutting efficiency

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