A device for cutting photocopied paper

Abstract

The invention discloses a device for tailoring autotype paper and belongs to the field of autotype paper tailoring. The device comprises a transmission mechanism, a paper carrying table, a tailoring mechanism, a body base, a proximity sensor, a micro-processor module and an alarm; the transmission mechanism, the paper carrying table, the tailoring mechanism, the proximity sensor, the micro-processor module and the alarm are arranged on the body base; the micro-processor module is connected to the motor, the proximity sensor and the alarm; the transmission mechanism comprises a motor, a straight gear and a first bevel gear; the paper carrying table comprises a paper carrying table body, a side rack and a compression bar; the tailoring mechanism comprises a transmission main shaft, a second bevel gear and a tailoring disc; the body base comprises a base body, a supporting plate, a track and a motor base. The device provided by the invention automatically tailor the autotype paper in different dimensions through the paper carrying table, the tailoring mechanism and the micro-computer, so that not only is the work efficiency of tailoring improved, but also the tailoring precision of the autotype paper is ensured.

Description

technical field [0001] The invention relates to the field of photocopy paper cutting, in particular to a device for photocopy paper cutting. Background technique [0002] At present, most of the cutting devices for photocopying paper on the market are composed of horizontal scale plates, vertical scale plates, bases and guillotines. Usually, one end of the side knife is hinged and installed at the corner of the upper end of the base. A horizontal scale plate and a vertical scale plate perpendicular to each other are correspondingly installed at the corners of the upper end surface. The working principle of the device is to fix the photocopy paper by manual pressing, measure the cutting size of the photocopy paper through the horizontal scale plate and the vertical scale plate, and cut the photocopy paper by manually controlling the side knife. Although the device has a simple structure and low manufacturing cost, the cutting effect is poor. During the cutting process, the d...

AI Technical Summary

Problems solved by technology

Although the device has a simple structure and low manufacturing cost, the cutting effect is poor. During the cutting process, the displacement of the photocopying paper is easily changed under the shear force before it is completely cut, resulting in low cutting accuracy. Moreover, the cut edge of photocopy paper is easy to wrinkle when cutting

At the same time, only one side of the photocopied paper can be cut each time, resulting in low work efficiency for photocopied paper cutting

In addition, the device has high requirements on the operating skills of the cutting workers, so the operator needs to be specially trained before he can be competent to operate the device

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