A portable tea picking machine structure

Abstract

The invention provides a portable tea picking machine structure. The portable tea picking machine structure comprises an outer shearing cylinder, an inner shearing knife, an inner cylinder, a working housing, a drawing fan, a miniature motor, a tea bag, a pipeline and a top board. The inner cylinder and the outer shearing cylinder are arranged at one side of the working housing, the inner cylinder is arranged in the outer shearing cylinder, the inner shearing knife is fixed on the inner cylinder, the inner cylinder is connected with the drawing fan and the miniature motor in the working housing, the drawing fan is connected with the tea bag through the pipeline, and the top of the outer shearing cylinder is sealed by the top board. The portable tea picking machine structure is simple in structure, easy to understand and use and light in weight, and is efficient and environmental friendly, and achieves integrated tea picking and collecting.

Description

technical field [0001] The invention relates to a structure of a tea picking machine, in particular to a structure of a portable tea picking machine, which belongs to the field of agricultural machinery and equipment. Background technique [0002] Tea is an extremely important and irreplaceable traditional drink in the life of our people, and it is also loved and respected by people all over the world. Tea picking is the labor that lasts the longest and takes the most hours in the management of tea gardens. In areas where tea gardens are concentrated and labor is scarce, the yield and quality of tea are often seriously affected due to untimely picking. At the same time, due to the rapid increase in labor costs, the cost of tea picking accounts for an increasing proportion of the entire tea production cost. The mechanization of tea picking machines can not only improve work efficiency and increase income, but also save a large amount of labor, alleviate the picking peak, and...

AI Technical Summary

Problems solved by technology

[0003] However, nowadays, the main tea picking machines are divided into reciprocating and rotary types. For the reciprocating tea picking machines, the equipment is relatively large, and fuel oil is used as energy, which has high energy consumption and is not environmentally friendly. Electricity is used as energy. Due to the use of linear motors, Therefore, the power consumption is large, the vibration is strong, the heat generation is large, and it cannot be self-locked; for the rotary tea picking machine, because the tea leaves are pushed out after harvesting, the tea leaves will be damaged during the pushing process, and it is easy to get stuck inside. accumulate

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