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Method for grouping tobacco leaf raw materials in cigarette leaf group formula

A grouping method and technology of cigarette leaves, which are applied in the fields of tobacco, tobacco preparation, and manufacturing computing system, etc., can solve problems such as limitation, failure to achieve complementary coordination, reduction of richness and diversity, etc., and achieve strong operability and stable cigarettes. Product quality, the effect of improving the quality of cigarette products

Active Publication Date: 2020-08-25
CHINA TOBACCO ANHUI IND CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

This grouping method has the following deficiencies: First, after the component division is based on the sensory quality of the tobacco leaf raw materials, the tobacco leaf raw materials contained in the formula components of each leaf group have strong similarities in sensory characteristics and grade parts, and the grouping Based on the lack of realization of the important role played by the complementarity and coordination between tobacco leaf raw materials with different characteristics in the process of forming and improving the functional characteristics of leaf group formula components, it is not conducive to the scientific and rational use of the potential of tobacco leaf raw materials, and to a certain extent also limits or Reduced the richness and diversity of each leaf group formula component in its aroma type
[0005] The research on these leaf group formula grouping methods is of positive significance for improving the level of tobacco processing and improving the quality of cigarette products, but each existing method has limitations

Method used

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  • Method for grouping tobacco leaf raw materials in cigarette leaf group formula
  • Method for grouping tobacco leaf raw materials in cigarette leaf group formula
  • Method for grouping tobacco leaf raw materials in cigarette leaf group formula

Examples

Experimental program
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Effect test

Embodiment 1

[0023] Step 1. For the new product of Huangshan brand A, the product formula designer designed the leaf group formula in the laboratory. The batch dosage of the leaf group formula is 3300kg. The leaf group formula is shown in Table 1.

[0024] Table 1 Huangshan A brand leaf group formula

[0025]

[0026] Since this product is a newly developed product, there are relatively few grades of tobacco leaves in the leaf group formula, and there are 13 grades of tobacco leaves. Tobacco leaf sampling In the raw material warehouse, three consecutive batches of tobacco leaves of each grade in the leaf group formula were sampled, and multi-point sampling was carried out from different cigarette bales for tobacco leaves of each grade.

[0027] Step 2. The tobacco leaves of all grades sampled are respectively rehydrated on the screen (40 mesh) placed on the constant temperature water bath. After resurfacing, the tobacco leaves use a leaf puncher to take 50 leaf discs, and wait until the...

Embodiment 2

[0038] Huangshan B brand product leaf group formula maintenance, the leaf group formula has a total of 31 grades of tobacco leaves, which are processed in groups, with a single batch of 12000kg. There are 14 grades in the thin plate drying group, and the feeding amount is 4200kg; there are 17 grades in the air drying group, and the feeding amount is 7800kg. The average leaf density is 92.53g / m 2 . Two grades of tobacco leaves need to be changed, tobacco leaves C and tobacco leaves D, respectively in the air-flow drying group and the thin-plate drying group. Tobacco leaf C and tobacco leaf D are fed 400kg and the leaf density is 87.52g / m3 respectively. 2 and 91.63g / m 2 . Tobacco leaf E and tobacco leaf F are proposed to replace these two grades of tobacco leaves, and the leaf density of tobacco leaf E and tobacco leaf F is 88.71g / m3 respectively 2 and 93.65g / m 2 , according to the leaf surface density grouping rules, use tobacco leaf E to replace tobacco leaf C, and use to...

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Abstract

The invention discloses a method for grouping tobacco leaf raw materials in a cigarette leaf group formula. The tobacco leaf raw materials are grouped according to the leaf surface density of tobaccoleaves of various grades. The leaf surface density index in the tobacco leaf quality characteristics is used as the key index of the leaf group formula grouping; the method overcomes the defects thatin an existing method, artificial decision experience is mainly used, reliable sensory and chemical evaluation guidance bases are lacked, key procedure technological parameters in the tobacco primaryprocessing process are designed in a targeted mode, the quality level of the processing technology is further exerted, and the quality of cigarette products is stabilized and improved. And the leaf surface density of the tobacco leaves is an index which is easy to obtain a result in numerous quality characteristics of the tobacco leaves, and the method has relatively strong operability.

Description

technical field [0001] The invention relates to the processing of shredded cigarettes, in particular to a method for grouping leaf components in the grouping process. Background technique [0002] The traditional grouping method of silk-making formula leaf grouping is based on the sensory characteristics of tobacco leaf raw materials. Through sensory evaluation of each single-grade tobacco leaf raw material, the grouping of silk-making formula leaf groups is carried out according to their sensory characteristics, grades, and parts. divided. The specific process is based on the sensory characteristics of each single-grade tobacco leaf raw material in the silk-making formula leaf group, and several tobacco leaf raw materials with the same or similar style characteristics in the silk-making formula leaf group are combined to form a leaf group formula component, namely Through sensory evaluation, tobacco leaf raw materials with good aroma characteristics and relatively good oth...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A24B3/16
CPCA24B3/16Y02P90/30
Inventor 瞿先中张劲蒋士盛邵名伟程雷平谢鹏徐峻韩路卢幼祥严志景雷振
Owner CHINA TOBACCO ANHUI IND CO LTD
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