Flexible tobacco shred storage and distribution method

Abstract

The invention discloses a flexible tobacco shred storage and distribution method which comprises the following steps of packing, warehousing and box storing, ex-warehousing, conveying, inbound box outrunning and tobacco shred feeding station feeding. According to the flexible tobacco shred storage and distribution method, cabinet tobacco shred storage is replaced by box tobacco shred storage, and the storage position is mobile and flexible. The flexible tobacco storage and distribution method has the beneficial effects that the accurate tobacco shred box information flow is realized through the reading and writing functions of a smoke box information barcode scanning device and a barcode identifying device; the space utilization ratio and the flexibility of tobacco shred production and produced tobacco shred storage can be effectively improved, and particularly, the storage of a small batch of tobacco shreds is more convenient and more practical, so that the flexible function of the tobacco shred storage is realized. When the tobacco shreds are stored in a relatively-sealed smoke box, the adsorption of finished tobacco shred flavor and the moisture balance are more facilitated, so that the quality of finished tobacco shreds is further improved.

Description

technical field [0001] The invention belongs to the technical field of shredded cigarettes, and in particular relates to a method for flexible storage and distribution of finished shredded tobacco in the shredded cigarette process. Background technique [0002] Existing methods for storing and distributing finished cut tobacco generally use cabinet storage under constant temperature and humidity conditions, and after a certain period of time, the finished tobacco is transported to the wire feeding station by a belt conveyor, and the shredded tobacco is supplied to the wrapping workshop by wind feeding. [0003] With the development of the characteristic silk-making process, the individual demand trend of the cigarette consumption market further strengthens the market segmentation. Group processing, refined processing, and flexible processing are the inevitable trends in the development of silk processing technology, and the production of cigarette products presents a pattern...

AI Technical Summary

Problems solved by technology

Accordingly, the current processing technology of cabinet-type storage of shredded tobacco and wire feeding by belt can no longer meet the technological requirements of group processing, refined processing, and flexible processing, and there are problems in the following aspects:

[0004] 1. The cabinet-type silk storage method has a large storage capacity per cabinet, requiring a relatively high product output and a large production volume per batch, otherwise it will inevitably cause waste of storage resources in the cabinet, which is not conducive to the silk production and processing of small batch products;

[0005] 2. The finished tobacco shreds are stored in a cabinet, which cannot be entered and exited at the same time. The next batch of production can only be carried out after the storage cabinet is emptied. In order to ensure the demand for wire supply in the coiling workshop, a large amount of storage cabinet space is required, which reduces the production of silk. Space utilization;

[0006] 3. At present, the brands processed by various cigarette factories not only have many specifications, but also have small output of some specifications. At the same time, they often use multiple silk production lines to coordinate production. High chemical process requirements

Therefore, it is difficult for the finished silk cabinet storage method to meet the flexible requirements of production organization and scheduling;

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