A flexible cabinet entry system and cabinet entry method for expanded cut tobacco cooked silk cabinet

Abstract

The invention discloses a flexible cabinet entry system and a cabinet entry method for an expanded shredded tobacco cooked silk cabinet. On the basis of the existing cooked silk cabinet, a feeder connected to an airflow module shredded tobacco and a limit positioning mechanism are added. The feeder is arranged on the material laying Above the carriage and between No. 2 and No. 3 cabinets, the limit positioning mechanism is set at the left end of the travel rail. The method of seeking cabinets and right-seeking cabinets realizes two kinds of different cut tobacco materials. On the basis of not changing the existing equipment, the independent storage of different materials is realized with minimal modification, which not only improves the utilization rate of the cooked silk cabinets, but also facilitates the realization of three The group of cabinets are switched to each other, the whole production process is smoother, the production organization is more matched, saving three hours of waiting time for cabinets every day, solving the problem of production delay, improving production efficiency, achieving energy saving, emission reduction, cost reduction and efficiency increase Effect.

Description

technical field [0001] The invention relates to the technical field of cigarette processing and production, in particular to a flexible cabinet entry system and a cabinet entry method for an expanded shredded tobacco cooked silk cabinet. Background technique [0002] At present, with the continuous change of tobacco process formula, the blending ratio of expanded cut tobacco is increasing continuously. In order to meet the needs of different brands, the number and types of silk storage cabinets need to be adjusted accordingly to meet the changing needs. At present, when the cigarette workshop is processing mango and other brand cigarettes, the self-produced airflow module expanded shredded tobacco needs to be blended in proportion to the shredded tobacco produced by the thin plate line. However, due to the limited number and capacity of storage cabinets in the blending area, frequent cabinet waiting occurs , resulting in unsmooth production connection and insufficient storag...

AI Technical Summary

Problems solved by technology

Since No. 3 cooked silk cabinet is only used for the buffer storage of purchased and exported expanded silk, the utilization rate is not high, resulting in a waste of resources. If No. 3 cooked silk cabinet can be used for the transportation of airflow module shredded tobacco, it will be It greatly improves its utilization rate. However, if the airflow module shredded tobacco is transported directly by using the belt equipment for exporting expansion filaments, it is very easy to cause mixed batches or mixed numbers. It can minimize the shredding rate of cut tobacco, but limited by the site and different ways of entering the cabinet, the feeder for air conveying can only be set between the two cooked silk cabinets on the left, so it is between the three cabinets Under the influence of different distances, if the laying vehicle uses the original positioning method and laying method, it will exceed the blanking range of the feeder when the laying vehicle spreads to the right, which will cause the material to spill and fail to complete the laying Work

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