Energy-saving auxiliary manual pineapple picking machine

Abstract

The invention discloses an auxiliary manual pineapple picking machine, and belongs to the field of fruit picking machines. A pineapple picking method at the current stage is still traditional manual picking, and the picking machine can effectively solve the problems that in the manual picking process, the labor amount is large, the picking efficiency is low, and risk certainly exists in manual picking. The pineapple picking machine mainly comprises a carrying trolley body (3), a solar power generation module (4) used for supplying power and installed on the top of the carrying trolley and a four-lead screw mechanism (12) arranged on the front section of the carrying trolley, the four-lead screw mechanism loads a picking platform (6) and a double-guide rail transverse cutting pushing mechanism (21) for locating and cutting, and the picking platform and the double-guide rail transverse cutting pushing mechanism can parallelly move up and down in the direction of lead screws (12); a climbing conveying belt (2) arranged on the right side of the carrying trolley conveys pineapples to a collecting box (41) arranged at the back end of the trolley body, and a machine control end is designed as a trolley handle type (42) to be arranged at the back end of the carrying trolley. The machine is convenient to operate, high in piking efficiency and quality, environmentally friendly, energy-saving, and high in adaptability.

Description

technical field [0001] The invention belongs to the field of fruit picking machinery, and relates to an energy-saving auxiliary manual pineapple picking machine that can be used for large-scale pineapple picking. Background technique [0002] China is the world's largest fruit producer, ranking first among the 13 countries whose output exceeds 10 million tons. Among them, the output of pineapples is also firmly in the forefront of the world. An important link in the whole process of orchard production is fruit harvesting, which is seasonal and labor-intensive. The labor force used accounts for 35% to 45% of the labor force used in the entire production process. At this stage, the pineapple picking method still stays in the traditional manual picking. There are usually two methods. One is that people carry a basket on their backs and cut the pineapple from the stem with a sickle. Come down and put it lightly in the basket. Usually, a basket can only hold a few to a dozen pin...

AI Technical Summary

Problems solved by technology

The use of the present invention can change the traditional way of picking pineapples by hand, realize mechanization, and solve the problems of low picking efficiency, heavy labor and potential safety hazards in the manual picking process

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