A tea-picking device clamped by static friction

Abstract

The invention discloses a tea-picking device clamped by static friction force, which includes a casing, an equipment room is opened in the casing, a tea-picking mechanism is arranged inside the equipment room, and the lower end of the equipment room communicates with the outside world. The tea-picking mechanism includes a low-speed motor embedded in the rear inner wall of the equipment room, the low-speed motor controls a low-speed motor shaft, and the front end of the low-speed motor shaft is fixedly connected with a tea-picking wheel. To achieve static friction clamping tea picking, the effect of improving tea picking efficiency and maintaining tea integrity is more significant. There is a tea picking mechanism part in the invention, which can use static friction to carry out non-destructive tea picking, adjust the mechanism, and adjust the required collection. The degree of tenderness of the tea leaves and the collection mechanism can collect the collected tea leaves. The overall design of the invention has low cost, simple structure and high degree of automation, and is suitable for large-scale popularization.

Description

technical field [0001] The invention relates to the related field of tea picking, in particular to a static friction clamping tea picking device. Background technique [0002] my country is the country with the largest area of ​​tea gardens and the widest distribution of tea trees in the world. Tea trees have the characteristics of a long harvest period and multiple batches of picking every year and every season. Therefore, every batch and every season must be closely linked, and young tea leaves that meet the requirements must be picked in a timely manner. If one batch is not paid attention to in one season, a chain reaction will occur, affecting the output and quality of the year and in the future. Most areas still use manual tea picking, which not only wastes manpower but also is inefficient. However, the advantage is that the tea leaves are complete. Some areas use mechanical cutting to pick tea, which is more efficient, but the tea leaves are more broken and the taste o...

AI Technical Summary

Problems solved by technology

Therefore, every batch and every season must be closely linked, and young tea leaves that meet the requirements must be picked in a timely manner. If one batch is not paid attention to in one season, a chain reaction will occur, which will affect the output and quality of the year and in the future.

Most areas still use manual tea picking, which not only wastes manpower but also is inefficient. However, the advantage is that the tea leaves are complete. Some areas use mechanical cutting to pick tea, which is more efficient, but the tea leaves are more broken and the taste of the tea industry is poor. So how to be efficient? The complete picking of tea still needs continuous research

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