Cut tobacco production batch homogenization evaluation method

Abstract

The invention discloses a cut tobacco production batch homogenization evaluation method. Production is carried out in multiple batches in the cut tobacco production process, and in the cut tobacco production process of a single batch, tobacco leaf material sequentially goes through the steps of hot-air tobacco leaf moistening, leaf flavoring, cutting, heating and moistening of cut tobacco, cut tobacco drying and cut tobacco aromatization; each on-line index datum of each step is first acquired on line; each off-line index datum is acquired by artificial sampling inspection; each acquired datum is inputted into a quality management information system for statistical analysis, and according to a statistical analysis result, each index related to each datum is evaluated to generate a corresponding single-batch evaluation index value; according to the single-batch evaluation index value generated in the cut tobacco production process of each single batch, the quality management information system automatically generates a whole-batch cut tobacco quality evaluation report, and according to the whole-batch cut tobacco quality evaluation report, a corresponding step improvement measure is taken. The method can effectively increase the accuracy, controllability and homogenization of cut tobacco production quality process control, and the implementation of the method does not require new inspection instruments and equipment to be added.

Description

technical field [0001] The invention relates to a method for precisely and homogenizing the quality of silk-making process, belonging to the technical field of silk-making. Background technique [0002] There are three major problems in the traditional silk-making process: first, there is a large amount of data online, but there is a lack of data utilization and processing analysis; second, there is no scientific and reasonable quality index that reflects fine and stable control and key process control for the control characteristics of each process. Parameter indicators, etc., failed to be discovered in a timely manner after the unstable control and non-compliance of standards occurred in a certain process; the third is that the data processing and analysis process is not clear. These problems lead to inaccurate quality monitoring in the silk-making process, lack of motivation for operators to improve the quality of silk-making products, and a series of problems such as lag...

AI Technical Summary

Problems solved by technology

[0003] Aiming at the problems existing in the current traditional silk-making process, the purpose of the present invention is to provide a method that can effectively improve the accuracy, controllability and homogenization of the silk-making quality process control; Requirements, realize the transformation of traditional manual experience to intelligent and scientific, make full use of online monitoring and measurement equipment, scientifically and effectively process data, and determine evaluation indicators, methods, and standards through homogenization of silk-making batches, and improve the Timely analysis and improvement of silk-making process control level and online problems ensure the stability of sensory quality of products

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