Cigarette case packaging detection process

Abstract

The invention relates to a cigarette case packaging detection process. The cigarette case packaging detection process sequentially comprises the steps of conveying, detecting, removing and collectingand is realized based on a cigarette case packaging detection system. The cigarette case packaging detection system is sequentially provided with a paper feeding mechanism, a detection mechanism, a removing mechanism and a collecting mechanism in the conveying direction of a conveying belt. To-be-detected packaging paper is conveyed to the detection mechanism at a uniform speed piece by piece at intervals through the paper feeding mechanism. Good products or defective products are detected through the detection mechanism. The good products enter the rear collecting mechanism directly through agood product channel. The defective products are introduced into a defective product channel to enter the rear collecting mechanism through the removing mechanism. According to the cigarette case packaging detection process, an integrated production process is formed through the conveying and detection of the to-be-detected packaging paper and the separating, conveying and collecting of the goodproducts and the defective products, and detecting automation is realized. All working procedures are tightly matched through a device, so that the detection efficiency and the detection accuracy areimproved, and the labor intensity is reduced.

Description

technical field [0001] The invention relates to a cigarette case packaging detection process, which belongs to the field of printed matter detection. Background technique [0002] In the production of cigarette box packaging and printing, packaging inspection is an important part of cigarette quality control. In the actual production and printing of cigarette boxes, due to various reasons, there are inevitably flaws in the appearance of cigarette boxes. Therefore, in order to ensure the quality of cigarette boxes, Manufacturers must carry out appearance inspection on the produced cigarette cases, select qualified ones, and reject defective ones; at present, manual methods are generally used to inspect the quality of printed matter of cigarette packs, and then the staff will separate the good and bad products Classification and stacking are carried out, and the detection efficiency is low. The market demand for inspection machines is increasing, and it is more and more impor...

AI Technical Summary

Problems solved by technology

[0002] In the production of cigarette box packaging and printing, packaging inspection is an important part of cigarette quality control. In the actual production and printing of cigarette boxes, due to various reasons, there are inevitably flaws in the appearance of cigarette boxes. Therefore, in order to ensure the quality of cigarette boxes, Manufacturers must carry out appearance inspection on the produced cigarette cases, select qualified ones, and reject defective ones; at present, manual methods are generally used to inspect the quality of printed matter of cigarette packs, and then the staff will separate the good and bad products Sorting and stacking, the detection efficiency is low

The market demand for inspection machines is increasing, and it is more and more important to improve the performance of the inspection machines. The existing inspection machines can only perform overall general inspections on single printed products, but cannot perform accurate inspections based on different inspection items. Inspection and waste classification can only distinguish qualified products from unqualified products from an overall perspective, but cannot detect unqualified products in different items based on precise inspection items

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