Riding-type tea plucking machine

Abstract

The invention discloses a riding-type tea plucking machine which comprises a rack, a power device, a cutting system, a leaf collection system, a walking system, a driver's seat, a steering wheel and a storage battery. The walking system is driven by the power device through a central transmission assembly, a left transmission assembly and a right transmission assembly, a power output gear of a speed changing box in the power device is meshed with a central gear mounted on a transmission shaft in the central transmission assembly, first driving bevel gears mounted on the left end and the right end of the transmission shaft in the central transmission assembly are meshed with first driven bevel gears in the left transmission assembly and the right transmission assembly respectively, and third driving bevel gears in the left transmission assembly and the right transmission assembly are meshed with third driven bevel gears coaxially mounted on driving wheel shafts on the left side and the right side in the walking system. The riding-type tea plucking machine has the advantages of being low in labor intensity, high in tea plucking efficiency and low in cost, and is especially suitable for current purchasing power level of tea growers in China and convenient for popularization and application.

Description

technical field [0001] The invention relates to a tea picking machine, in particular to a seated tea picking machine. Background technique [0002] There are mainly three kinds of mechanical tea picking machines currently in use: one is a miniature tea picking machine powered by a battery, which has low efficiency, difficult to control the picking quality, and the continuous use time after one charge is short; the other is a single tea picking machine. The human tea picking machine is powered by a small gasoline engine. In order to reduce the labor intensity, it is mostly operated by a single person on the back, and the work efficiency is higher than that of a miniature electric tea picking machine; the third is a two-person tea picking machine, which is powered by a small gasoline engine. Hand-carrying operation, the labor intensity is lower than that of a single-person tea picking machine, and the efficiency is higher, but it requires more labor. [0003] Compared with ma...

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Problems solved by technology

[0002] There are mainly three kinds of mechanical tea picking machines currently in use: one is a miniature tea picking machine powered by a battery, which has low efficiency, difficult to control the picking quality, and the continuous use time after one charge is short; the other is a single tea picking machine. The human tea picking machine is powered by a small gasoline engine. In order to reduce the labor intensity, it is mostly operated by a single person on the back, and the work efficiency is higher than that of a miniature electric tea picking machine; the third is a two-person tea picking machine, which is powered by a small gasoline engine. Hand-held operation, the labor intensity is lower than that of a single-person tea picker, and the efficiency is higher, but more labor is required

[0003] Compared with manual tea picking, the above three models have improved labor efficiency, but more labor is required for tea picking and the labor intensity has not been reduced, and it is difficult to ensure the quality of tea picking

At present, most of the ride-on tea picking machines in Japan have high technical content, and most of them are driven by hydraulic stepless variable speed (HST), and the cost is relatively high. Considering factors such as the purchasing power of tea farmers in my country, it is difficult to popularize and use them on a large scale in the short term.

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