Efficient refining and processing system for Yellow Mountain mee tea

Abstract

The invention discloses an efficient refining and processing system for Yellow Mountain mee tea.The efficient refining and processing system is in a mainly mechanical combination and accessorily manual stereoscopic semi-automatic production mode and comprises a first plane circular sieve machine, an upper-section tea production line, a middle-section tea production line and a lower-section tea production line.The first plane circular sieve machine is used for primarily circularly sieving primary tea, and the upper-section tea production line, the middle-section tea production line and the lower-section tea production line are butted to the first plane circular sieve machine.The upper-section tea production line, the middle-section tea production line and the lower-section tea production line are integrated into the same efficient refining and processing system for characteristics of the primary tea with different specifications, oversize tea is heated and re-fired and then is subjected to sieve shaking winnowing, and only fourth tea heads are cut and crushed and then are subjected to sieve shaking; undersize tea is subjected to sieve shaking, stem separation and winnowing sieving blank setting, and then are heated, re-fired and graded.The efficient refining and processing system has the advantages of high production efficiency, low broken tea rate, reasonable layout and small occupied space.Besides, the daily output of the efficient refining and processing system can reach 10 thousand kilograms by production practice, and accordingly the production efficiency can be greatly improved.

Description

technical field [0001] The invention relates to the field of refined processing of tea, in particular to a high-efficiency refined processing system of Huangshanmei tea. Background technique [0002] Eyebrow tea is one of the treasures of green tea. Its shape is tight and even, the gray-green frost is oily, and it has a high fragrance and strong flavor. Mei tea originated in Tunxi, Xiuning, Yixian and Shexian in the Huangshan area of ​​Anhui Province at the junction of Anhui, Zhejiang and Jiangxi provinces, Wuyuan in Jiangxi Province and Chun'an, Jiande and Kaihua in Zhejiang Province. The tea with the widest production area, the highest output, the most stable sales area and the most common consumption in China. Because Huangshan eyebrow tea was processed and exported in Tunxi, Anhui in history, it is also called "Tunlu". The production area is located at the foot of Huangshan Mountain and beside the Xin'an River. The traditional Huangshanmei tea processing method is: fir...

AI Technical Summary

Problems solved by technology

[0003] 1. Low production efficiency and high operating intensity

Each machinery and equipment in the existing workshop operates independently, and there is often a lack of corresponding conveying devices and buffer devices for connection between the equipment. When the production tempo of the link slows down, there will often be a large amount of material accumulation, which will affect the refining production efficiency

In addition, during the refining process of eyebrow tea, semi-finished products of various sizes will be formed depending on the number of sieves used, and these semi-finished products sometimes need to go through multiple processes such as re-fire, car color, shaking sieve, and yuan sieve. In the technology, the collection box is basically used to collect at the corresponding discharge port, and then carry out secondary processing of a number of heads when a certain processing volume is reached. The above scheme will easily make the equipment in the workshop occupy too much space and is difficult to arrange, and sometimes even Mistaking the collection box will happen, which will affect the quality of the product

In addition, most of the equipment is arranged in the workshop in an open style, which will inevitably cause tea ash and tea dust to fly around in the workshop, affecting the health of employees and even causing serious safety hazards

[0004] 2. The re...

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