Tobacco leaf modulation process method based on time oscillation
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A process method and time technology are applied in the field of time oscillation tobacco leaf modulation process to achieve the effects of moderate thickness, strong gloss and improved apparent morphological characteristics
Active Publication Date: 2020-05-08
YUNNAN ACAD OF TOBACCO AGRI SCI
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Embodiment 1
[0027] Example 1: (A time oscillating tobacco leaf modulation process is applied to the air-flow ascending horizontal intensive curing barn)
[0028] The verification process and results are shown in Table 1:
[0029] Table 1 The results of a time-oscillating tobacco leaf modulation process applied to an ascending-airflow horizontal intensive curing barn
[0030]
[0031] Evaluation of time-oscillating tobacco leaf brewing process: the brewing process is accelerated, the brewing time is shortened, the brewing quality is better, labor and cost are saved, energy is saved and emissions are reduced.
[0032] Statistics of brewing quality: Compared with the brewing quality of the large-area upward airflow horizontal intensive curing barn, the proportion of high-quality tobacco leaves increased by 4.05%, the proportion of medium-grade tobacco leaves increased by 5.80%, and the cost of brewing was saved by 7.88%. The economic benefits are very significant.
[0033] Tobacco leaf p...
Embodiment 2
[0034] Example 2: (A time oscillating tobacco leaf modulation process method is applied to the airflow descending horizontal intensive barn)
[0035] The verification process and results are shown in Table 1:
[0036] Table 1 The results of a time-oscillating tobacco leaf modulation process applied to a horizontal intensive barn with downward air flow
[0037]
[0038] Evaluation of time-oscillating tobacco leaf brewing process: the brewing process is accelerated, the brewing time is shortened, the brewing quality is better, labor and cost are saved, energy is saved and emissions are reduced.
[0039] Statistics of brewing quality: Compared with the brewing quality of large-area air-flow descending horizontal intensive barn, the proportion of high-quality tobacco leaves increased by 4.50%, the proportion of medium-grade tobacco leaves increased by 7.30%, and the cost of brewing was saved by 9.09%. The economic benefits are very significant.
[0040] Tobacco leaf preparatio...
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Abstract
The invention discloses a tobacco leaf modulation process method based on time oscillation, and belongs to the technical field of tobacco leaf modulation. The process method sequentially comprises a yellowing stage, a withering stage, a color fixing stage and a stem drying stage, wherein the yellowing stage adopts an oscillation process at the time speed of the yellowing stage, the withering stageadopts an oscillation process at the time speed of the withering stage, the color fixing stage adopts an oscillation process at the time speed of the color fixing stage, and the stem drying stage adopts an oscillation process at the time speed of the stem drying stage; and the oscillation process of each time speed is specifically an oscillation method of dry-bulb temperature rising (adversity physiology)-descending (adversity physiology)-rising (adversity physiology)-descending (adversity physiology) along with the modulation process. By the adoption of the process method, the quality characteristics, style characteristics and cigarette industry availability of the cured tobacco leaves are obviously improved, and high stability is achieved.
Description
technical field [0001] The invention belongs to the technical field of tobacco leaf preparation, and in particular relates to a time-oscillating tobacco leaf preparation process method. Background technique [0002] Fresh tobacco leaves are living organisms with vital activities, and the modulation process involves the physiological processes of good and bad conditions. The physiological process of good times "accelerates the speed of time", and the physiological process of adversity "slows down the speed of time". Einstein once said: When a pair of lovers fall in love, the speed of time is very fast; if you put your fingers on a high-temperature stove, the speed of time will be very slow. The physiological processes of favorable conditions and adverse conditions are carried out alternately in the process of tobacco leaf modulation, which embodies the "oscillation of time speed". [0003] The life activity process of an organism, "consistent good times" and "flowers in a g...
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