Large production line of green brick tea and production method

Abstract

The invention discloses a large production line of green brick tea and a production method, primarily, a production device which comprises an annular conveying track and a spiral conveying track, wherein a tea automobile matching and blanking device, a pressing device and a lifting device are arranged on one side of the annular conveying track; a mould head disassembly device and a green brick tea ejection device are arranged on the other side of the annular conveying track; the mould head disassembly device and the green brick tea ejection device are connected with a mould head conveying belt and a panel cleaning conveying belt respectively; the other ends of the mould head conveying belt and the panel cleaning conveying belt are connected with the annular conveying tracks in front of and at back of the pressing device. According to the large production line of green brick tea and the production method disclosed by the invention, by setting a complete production line, the labor intensity can be greatly reduced, and the production efficiency is improved.

Description

technical field [0001] The invention relates to the field of green brick tea production, in particular to a large-scale production line and production method of green brick tea. Background technique [0002] According to the requirements for making tea bricks, the tea brick pressing molding process includes: feeding, steaming tea, weighing tea, adding tea, cover plate, preliminary pressing, forming pressing, brick back, cover plate treatment, tea brick trimming. Existing technology is to carry out semi-automatically, and most of operations such as wherein tea is weighed, adds tea, cover plate needs manual completion. Under this technology, manual work will cause errors and cause potential safety hazards. In addition, each process is either fast or slow, resulting in inconsistent coordination, resulting in a decrease in the overall production speed, unreasonable use of time, problems in product quality, and excessive waste bricks. [0003] Specifically, in the original batc...

AI Technical Summary

Problems solved by technology

First, firstly, the conveying track after pressing the brick tea is either a circular track or a straight track. Both of these two tracks occupy a large area, and the storage efficiency is extremely low, and the tracks are driven by multiple motor control systems, so there is a breakdown very high chance

Second, the brick tea mold head must be put in after pressing, and it must be taken out and transferred to the pressing station after the rewinding is completed. Although some improvements have been made before, the disassembly of the brick tea mold head, the insertion and transfer of the brick tea mold head are all passed. It is done manually. A brick tea mold head weighs tens of kilograms, and the nuts on both sides must be quickly loosened every time it is disassembled, which is very labor-intensive and very inefficient.

Third, the thickness of the tea bricks is thick, the panel is separated from the tea bricks manually, and the paint is transported to the place where the tea bricks are pressed. In this process, the artificial coating is uneven, and the thickness of the paint is not uniform. After the tea bricks are formed, it is easy to cause waste bricks. If it is not placed in the correct position, it is easy to cause damage to the panel and cause mechanical failure

[0005] Although the original tea steaming, pressing, turning back, and mold pressure maintenance all use corresponding equipment to work, but these equipment are relatively independent and do not constitute a complete production line, requiring a large number of employees to operate, and from weighing, pouring tea to steaming , put the tea into the mold three times, put it into the panel, step on the pressing switch by hand to press twice, push it to the return station, manually transfer the tea brick mold to the place, step on the return switch by hand to turn back, and push the head of the brick tea mold to the A series of operations such as pressing the station, taking out the panel and oiling are all done by the staff, the procedure is cumbersome, the labor intensity is high, and many people are required

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