Automatic production line for green tea

Abstract

The invention discloses an automatic production line for a green tea. The automatic production line comprises a fixation machine, wherein a fixation machine is connected with a baking machine through a first hoisting machine, and the baking machine is connected with a rolling machine set through a second hoisting machine; a conveying trough is formed under the rolling machine set, and is connected with a vibration conveyor through a third hoisting machine; the vibration conveyor is connected with a multi-functional machine, and the multi-functional machine is connected with a drying machine through a fourth hoisting machine. The automatic production line for the green tea, disclosed by the invention, has the advantages that tea leaves do not have residues when being rolled, the tea leaves cannot splash out, the processing noise is small, and the rolling efficiency is high; when the rolled tea leaves are deblocked, the tea leaves are not broken, and the shapes of the tea leaves are good; the multi-functional machine in the production line also has the advantages that the multi-functional machine can realize multiple functions, reduces the production equipment of the production line, and reduces the mounting cost of the production line.

Description

technical field [0001] The invention relates to a green tea production line, in particular to an automatic green tea production line. Background technique [0002] Existing green tea generally mainly contains several forms of manual frying, semi-mechanical processing and full mechanical processing. Its processing technology is generally divided into steps such as cooling, fixing, kneading, unblocking, shaping, drying, and aromatherapy. For fully automatic production, each step must correspond to one or a group of production equipment. After long-term research, it is found that there are several problems in the existing production line: [0003] 1. After the existing tea kneading machine kneads the tea leaves, they drop into the collection box from the discharge opening at the discharge tray. However, during the discharging process, some tea leaves will still be distributed in the grooves between the convex ribs and cannot fall down. Moreover, the opening of the existing ...

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Problems solved by technology

However, during the discharging process, some tea leaves will still be distributed in the grooves between the convex ribs and cannot fall down.

Moreover, the opening of the existing kneading disc is conical, the opening is outward, and the depth of the kneading disc is relatively low. During the process of kneading tea leaves in the kneading cylinder, when the speed of the kneading cylinder is relatively fast, part of the tea leaves will easily splash out from the kneading disc.

In addition, in the process of kneading the tea leaves in the existing kneading machine, the tea leaves are kneaded only through the interaction between the kneading disc and the kneading cylinder, and the processing efficiency is low.

Furthermore, the existing kneading machines generally use an air gun to clean the residual tea leaves in the kneading disc. The air gun is connected to the gas cylinder for use, and the noise generated by the two during use is relatively large.

[0004] 2. After the tea leaves are rolled, it is necessary to deblock the bonded tea leaves. However, during the working process of the existing deblocking equipment, it is easy to break the tea leaves and affect the quality of the tea leaves.

[0005] 3. Each step corresponds to one or a group of machines, so the entire production line is relatively long, and the corresponding requirements for the factory building are relatively large, and there are more equipment and higher installation costs. These undoubtedly increase the expenditure of the enterprise and give Enterprises have caused an economic burden. For small enterprises, they cannot afford such a high cost, making it difficult to fully promote the full-automatic tea production line.

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