Recycling cigarette box finished product sorting method and sorting device for storage

Abstract

The invention discloses a recycling cigarette box finished product sorting method and sorting device for storage. The sorting method includes the steps of performing logical operation on scanned storage codes and project one codes, comparing operation results with standard information of cigarette finished products in an information bank, accurately identifying cigarette boxes and performing storage lane by lane. Based on the prior art, the recycling cigarette box finished product sorting device is characterized in that an auxiliary code scanner (7) and an auxiliary code scanner interface box (8) are additionally arranged, an arithmetic unit (10) is additionally arranged on a center control unit (9), and the arithmetic unit (10) performs logical operation on the information scanned by the auxiliary code scanner (7) and information scanned by a project one code scanner (2); the center control unit (9) conducts information comparison according to an operation result and controls an execution mechanism to deliver the cigarette finished products into correct lanes and storage the cigarette finished products in a classified mode. The recycling cigarette box finished product sorting method and sorting device for storage can guarantee that the new cigarette boxes can be distinguished from the old cigarette boxes, meanwhile can distinguish finished products of different types, and therefore real classification management can be achieved.

Description

technical field [0001] The invention relates to a storage sorting method for cigarette finished products and a sorting device for implementing the method, in particular to a storage sorting method and a sorting device for recycled cigarette case finished products, belonging to the field of tobacco logistics methods and logistics equipment. Background technique [0002] Cigarette finished product packaging includes two types of new cigarette boxes and recycled cigarette boxes. The tobacco industry has a clear goal of recycling cigarette boxes, and the use rate of recycled cigarette boxes will increase year by year in the future. In terms of management, the industry requires all finished cigarettes to be coded and put into storage, and 100% of finished products using recycled cigarette boxes must be coded and put into storage. In terms of warehousing, cigarettes of the same brand produced by different models should be released separately to facilitate market management and qua...

AI Technical Summary

Problems solved by technology

The No. 1 project code or the warehousing code printed on the cigarette box only has information such as the brand (specification), manufacturer, etc., but there is no model information, and there is no information on the difference between old and new cigarette boxes. When using robots for stacking, it will inevitably cause Mixed packaging of new and old cigarette boxes for finished products is inconvenient for product differentiation and market release, so that classification management in the fundamental sense cannot be realized

[0004] In addition, with the increase in the number of times of use, the barcode damage increased, and the electronic control system could not recognize it. As a result, some finished products that used recycled smoke boxes could not be separated and could not be put into the warehouse. They were always spinning outside the warehouse. Accumulation and extrusion cause relatively large warehousing failures, form production bottlenecks, and increase consumption

Usually, experienced workshop dispatchers can arrange personnel to manually carry down the finished products after the sealing machine and coding machine, and manually stack them according to the brand (specification), new and old cigarette boxes and models before moving to the warehouse, so that Although it is also possible to distinguish brands (specifications), distinguish new and old cigarette boxes, and distinguish models for storage, it requires additional staffing, which is labor-intensive, and automatic control cannot be realized, which brings inconvenience to the storage of finished products.

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