Full-automatic tea leaf processing system

Abstract

The invention discloses a full-automatic tea leaf processing system. The full-automatic tea leaf processing system comprises a lifting machine, a fixation machine, a plurality of conveying machines, aplurality of automatic material sorting systems, a twisting machine set, a drying machine, a re-drying machine set and a packaging machine, wherein the lifting machine is connected with the fixationmachine; the fixation machine is connected with one of the automatic material sorting systems through the conveying machine, the twisting machine set is connected with the drying machine through the conveying machine, the drying machine is connected with the other automatic material sorting system through the conveying machine, and the re-drying machine set is connected with the packaging machinethrough the conveying machine; the material sorting system behind the fixation machine is connected with the twisting machine set; the material sorting system behind the drying machine is connected with the re-drying machine set; and the twisting machine set and the re-drying machine set are separately arranged below the corresponding automatic material splitting systems. According to the full-automatic tea leaf processing system disclosed by the invention, the whole tea leaf processing mechanism is full automatic, so that the situation that operating workers participate in the processing of the tea leaves is avoided; the automatic producing mold is adopted, so that the producing efficiency of the tea leaves is improved, the yield of the tea leaves is increased, the whole quality of the tea leaves in the same batch is convenient to control, besides, labor cost is reduced, the working efficiency is improved, production benefits are increased, and full-automatic industrial production isrealized.

Description

technical field [0001] The invention relates to the technical field of tea processing, in particular to an automatic tea processing system. Background technique [0002] Most of the tea leaves produced in the prior art are produced manually or semi-automatically. Operators are set up to assist in the operation of the tea leaves in the feeding, rolling, and coloring links of tea production. For example, when the rolling machine is working, it is necessary to manually push the cover. Add a cylinder of tea leaves in the cylinder. During the rotation of the cylinder, it is necessary to manually adjust the cover to exert pressure on the tea to increase the effect of kneading the tea. After kneading the tea, open the cover at the bottom of the rolling table by hand. The trolley transports the tea leaves to the next processing procedure. The work efficiency of the workers is low, which reduces the tea production efficiency. During the working process of the car color machine, manua...

AI Technical Summary

Problems solved by technology

[0002] Most of the tea leaves produced in the prior art are produced manually or semi-automatically. Operators are set up to assist in the operation of the tea leaves during the feeding, rolling, and coloring of the tea leaves. For example, when the rolling machine is working, the cover needs to be manually pushed open to Add a cylinder of tea leaves in the cylinder. During the rotation of the cylinder, it is necessary to manually adjust the cover to exert pressure on the tea and increase the effect of kneading the tea. After kneading the tea, open the cover at the bottom of the rolling table by hand. The trolley transports the tea leaves to the next processing procedure. The work efficiency of the workers is low, which reduces the tea production efficiency. During the working process of the car coloring machine, manual sampling is required to judge whether the humidity of the tea leaves meets the requirements, which is dangerous and must be judged manually. , the error is large, which is not conducive to industrial production

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