Automatic checking method for smoke box discharged from formulation library

Abstract

The invention provides an automatic checking method for a smoke box discharged from a formulation library, which comprises the following steps: (1) scanning a bar code of the smoke box at an inlet of The invention provides an automatic checking method for a smoke box discharged from a formulation library, which comprises the following steps: (1) scanning a bar code of the smoke box at an inlet ofae box, recording the time information for smoke box entering the production line if the smoke box accords with the production requirement of the batch, discharging the smoke box, otherwise, waitingoke box, recording the time information for smoke box entering the production line if the smoke box accords with the production requirement of the batch, discharging the smoke box, otherwise, waitingfor manual check and processing. The method achieves automatic check of the smoke box discharged from the library, ensures accurate formulation, and improves efficiency.for manual check and processing. The method achieves automatic check of the smoke box discharged from the library, ensures accurate formulation, and improves efficiency. gathering conveyor to acquire related information of the smoke box, recording the related information of the smoke box if a production order of the smoke box is the same as that of the prior smoke ba gathering conveyor to acquire related information of the smoke box, recording the related information of the smoke box if a production order of the smoke box is the same as that of the prior smoke box, and guiding the smoke box to enter the gathering conveyor, otherwise, searching the detailed information of the formulation from the database of a formulation library, recording the information ofox, and guiding the smoke box to enter the gathering conveyor, otherwise, searching the detailed information of the formulation from the database of a formulation library, recording the information ofthe smoke box in a database of a management program, and guiding the smoke box to enter the gathering conveyor; (2), acquiring a production order which the production line produces and formulation nu the smoke box in a database of a management program, and guiding the smoke box to enter the gathering conveyor; (2), acquiring a production order which the production line produces and formulation number from a control program of the production line by the management program; and (3) scanning the bar code of the smoke box at an outlet of the gathering conveyor to acquire the information of the smmber from a control program of the production line by the management program; and (3) scanning the bar code of the smoke box at an outlet of the gathering conveyor to acquire the information of the smok

Description

technical field [0001] The invention relates to an automatic checking method used in the tobacco industry for the delivery of smoke boxes from a formula warehouse. Background technique [0002] At present, the tobacco industry's silk production line generally adopts automatic tobacco leaf formula warehouse to supply materials, and the tobacco leaf formula warehouse and production line are connected by collecting and releasing conveyors. After the smoke boxes leave the warehouse from the formula warehouse, they enter the collection and release conveyor through the entrance of the collection and release conveyor, are transported to the exit of the collection and release conveyor by the collection and release conveyor, and then enter the production line from the exit of the collection and release conveyor. The conveyor is controlled. The outbound smoke boxes of the formula warehouse need to be manually checked according to the formula list whether the outbound smoke boxes meet...

AI Technical Summary

Problems solved by technology

The outbound smoke boxes of the formula warehouse need to be manually checked according to the formula list whether the outbound smoke boxes meet the requirements of the production work order of the production line. The staffing is large, the efficiency is low, and the labor intensity is high.

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