Simulating guide system for fire-curing or flue-curing tobacco leaves

A guidance system and tobacco leaf technology, applied in tobacco, tobacco preparation, application, etc., can solve problems such as lack of experimental methods, inability to accurately compare and analyze, and difficult design and implementation, and achieve the effect of reducing economic losses and high grades

Inactive Publication Date: 2002-02-06
李盎
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] 1. The means of acquisition are primitive, relying on experience and feeling, without accurate data as the basis;
[0004] Second, it is impossible to accurately conduct comparative analysis;
[0005] 2. The lack of experimental means makes the design difficult

Method used

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  • Simulating guide system for fire-curing or flue-curing tobacco leaves
  • Simulating guide system for fire-curing or flue-curing tobacco leaves
  • Simulating guide system for fire-curing or flue-curing tobacco leaves

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0061] Will come from Jiange, collected from the lower part of tobacco leaves, K 326 Tobacco leaves of various varieties are packed in three flue-cured tobacco test boxes, and different process curves are set on the monitoring computer for each flue-cured tobacco test box, and the tobacco leaves are experimentally cured.

[0062]Setting of the process curve on the monitoring computer: No. 1 test box uses the second expert process curve saved in the monitoring computer; No. 2 test box calls out the fifth process curve archived last year; No. 3 test box calls out the previous year’s file The third process curve, the monitoring computer automatically controls the flue-cured tobacco experiment box through the control cabinet, and compares the temperature, humidity, and wind speed parameter values ​​collected from the temperature sensor, humidity sensor, and wind speed sensor in the flue-cured tobacco experiment box with the set process. The temperature, humidity, and wind speed pa...

Embodiment 2

[0065] Will originate from Henan, collect from the upper part of tobacco leaves, N c Tobacco leaves of 89 varieties; from Henan, collected from the lower part of tobacco leaves; tobacco leaves of Yunnan 85 varieties; from Henan, collected from the lower part of tobacco leaves, N c Tobacco leaves of 89 varieties are packed in 3 flue-cured tobacco test boxes, and for each flue-cured tobacco test box, the same process curve is set on the monitoring computer, and the tobacco leaves are experimentally cured.

[0066] The setting of the process curve on the monitoring computer adopts the method of separately calling out the process curves previously used for baking and archiving. The monitoring computer automatically controls the flue-cured tobacco experiment box through the control cabinet, and the temperature sensor, humidity sensor, wind speed The temperature, humidity, and wind speed parameter data collected by the sensor are compared with the temperature, humidity, and wind spe...

Embodiment 3

[0069] Will come from Jiange, collected from the middle of tobacco leaves, K 326 Tobacco leaves of various varieties; Tobacco leaves from Henan, collected from the lower part of the tobacco leaves, and Yunnan 85 varieties; , set different process curves on the monitoring computer, and carry out experimental baking on the tobacco leaves.

[0070] The setting of the process curve on the monitoring computer adopts the process curve method set by the user. The monitoring computer automatically controls the flue-cured tobacco experiment box through the control cabinet, and collects the temperature and humidity from the temperature sensor, humidity sensor, and wind speed sensor in the flue-cured tobacco experiment box. 1. Compare the wind speed parameter data with the temperature, humidity, and wind speed parameter data on the set process curve, and adjust the difference, so that the temperature, humidity, and wind speed in the flue-cured tobacco experiment box are constantly approa...

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PUM

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Abstract

A simulation system for instructing the fire- and flue-curing of tobacco leaves features that an experimental oven is autocontrolled by a monitor computer in which a technological fire- and flue-curing curve is preloaded, the data about the flue-curing process is collected and used to define optimal technological curve, said optimal technological curve is stored in intelligent card or chip, and said card or chip is installed to the controller for fire- and flue-curing tobacco leaves.

Description

Technical field: [0001] The invention relates to a tobacco leaf baking guidance system, in particular to a tobacco leaf baking simulation guidance system which collects data through a computer, determines an optimum process curve, and guides the tobacco leaf baking process. Background technique: [0002] my country is a big tobacco producing country. For a long time, the baking technology and equipment are quite backward. Restricted by factors such as capital, technology, and personnel quality, the modernization process is difficult. Because the baking of tobacco leaves is very complicated, it is not a simple drying process. It is affected by geography, soil quality, tobacco leaf growth position, tobacco leaf fatness, etc., which requires high baking technology and is not easy to master. The majority of tobacco areas adopt traditional experience. Baking method, the tobacco leaves that bake out are good and bad, the overall quality is poor, and the high-quality rate is low, w...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A24B1/02
Inventor 李盎卢文成殷卫平杜昆
Owner 李盎
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