A post-press finishing counting device for an ink-wash printing machine

Abstract

The invention relates to a post-print arranging and counting device of a water ink printer. By means of the post-print arranging and counting device, waste materials are removed thoroughly, double-mold cartons are separated thoroughly, intersecting overlaying and stacking are avoided, counting is precise, and waste materials are arranged in order. According to the scheme, the post-print arranging and counting device comprises a water ink printing die-cutting machine, a dual-oscillation waste removing and arranging machine, a separating and counting device and a patting aligning and arranging buffer device, wherein the water ink printing die-cutting machine, the dual-oscillation waste removing and arranging machine, the separating and counting device and the patting aligning and arranging buffer device are arranged in sequence. The dual-oscillation waste removing and arranging machine comprises a machine frame, a carton board receiving and conveying mechanism, an upper round belt belt conveyor, a lower round belt belt conveyor, a draught fan and an oscillator. The waste materials on carton boards are completely removed through vibration. The separating and counting device carries out counting and arranging on the carton boards. The patting aligning and arranging buffer device is used for putting the carbon boards in order. According to the post-print arranging and counting device, automatic control is achieved, the occupied space is small, the waste materials are completely removed, the double-mold cartons are separated thoroughly, intersecting overlaying and stacking are avoided, counting is precise, and the waste materials are arranged in order.

Description

technical field [0001] The invention relates to the technical field of carton production equipment, in particular to a finishing and counting device for an ink printing machine. Background technique [0002] The production process of corrugated boxes is generally: cardboard paper (and corrugated base paper), corrugated cardboard, printing and die-cutting (or slotting), binding (or gluing), packaging and storage, and then packaging products for lower-level users; With the continuous development of all walks of life, some corrugated cartons made of staples (or glued) are directly mechanically packaged in the customer's product line, and some corrugated boxes do not need to be stapled (or glued) to directly pack a certain amount The printed finished products are bundled and packed and then sent to the customer's product line for mechanical packaging. The corrugated boxes used in the production of these two methods are usually called machine-sealed boxes, and the outer dimension...

AI Technical Summary

Problems solved by technology

[0009] The above-mentioned equipment configuration and production method, after printing and die-cutting the corrugated cardboard, cleaning, sorting, manual alignment and binding are very chaotic, usually labor-intensive and time-consuming, occupying a lot of space, occupying a large number of people, resulting in increased secondary waste and low efficiency. ;

[0010] Regardless of the production method, we found that the waste cleaning in the post-printing production process of corrugated cartons, the separation and alignment of semi-finished cartons after double-mode printing, and bundling all have the above problems: the waste is not completely cleaned on the equipment, and the double-mode production The two corrugated cartons are chaotic on the stacker, resulting in chaotic stacking on the pallet, labor-intensive secondary cleaning of waste, secondary damage to some products, inaccurate manual counting of the number of corrugated cartons per bundle, and a large turnover space and other defects

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