Paperboard waste cleaner

Abstract

The invention discloses a paperboard waste cleaner which comprises a paperboard access device, a brush roller waste cleaning device and a paperboard sending device, wherein a gas-blowing waste cleaning device is arranged on the paperboard access device; the gas-blowing waste cleaning device comprises a blowing nozzle; the brush roller waste cleaning device comprises a plurality of horizontal upper brush rollers which are rotatably arranged and a plurality of horizontal lower brush rollers which are rotatably arranged; the upper brush rollers and the lower brush rollers are arranged in a staggered mode and are reverse in rotary direction; and a paper outlet end of the brush roller waste cleaning device is horizontally provided with a brush row. After entering the waste cleaner, the paperboards realize preliminary waste cleaning by virtue of the blowing nozzle; then, waste is ejected and dropped by virtue of the upper brush rollers and the lower brush rollers; and finally, un-scattered waste attached on the paperboards is finally brushed off by virtue of the brush row, and the waste is completely cleaned. The paperboard waste cleaner disclosed by the invention replaces manual operation, and realizes automatic waste cleaning, so that the paperboard waste is completely cleaned, the cleaning speed is high, the production efficiency is high and the product quality is guaranteed.

Description

technical field [0001] The invention relates to the technical field of equipment used in the packaging industry, in particular to a cardboard stripping machine for cleaning undetached waste on cardboard after die-cutting by a die-cutting machine or slotting by a slotting machine. Background technique [0002] Cartons are the most widely used packaging products, which are made from printed cardboard through steps such as die-cutting, stripping, and box binding (or pasting). [0003] At present, the actual situation is that when the printed cardboard is die-cut by a drum die-cutting machine or slotted by a slotting machine, due to reasons such as technology and processing equipment, the excised waste material cannot fall off in the product, thus affecting one step process. At present, the commonly used cleaning methods include equipment cleaning and manual cleaning. The equipment cleaning method is mostly oscillating cleaning. The problem with the oscillating cleaning is that...

AI Technical Summary

Problems solved by technology

[0003] At present, the actual situation is that when the printed cardboard is die-cut by a drum die-cutting machine or slotted by a slotting machine, due to the process, processing equipment and other reasons, the excised waste material cannot fall off in the product, thus affecting one step process

At present, the commonly used cleaning methods include equipment cleaning and manual cleaning. The equipment cleaning method is mostly oscillating cleaning. The problem with the oscillating cleaning is that the cleaning is not complete; the problem with the manual cleaning is that, Time-consuming and labor-intensive, low work efficiency, not only increases the labor intensity of the staff, but also difficult to guarantee product quality

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