Fruit picking method

Abstract

The invention discloses a fruit picking method. The fruit picking method is characterized by comprising the following steps of step a, designing a portable fruit picker, and the two groove walls of the first sliding groove block of the portable fruit picker are correspondingly provided with retaining structures which are used for preventing fruit stems inside the first sliding groove block from moving downwards. The portable fruit picker applied in the fruit picking method can control scissors to shear through a control mechanism and push a fruit stem clamp inside the first sliding groove block to move upwards, the fruit stem clamp at the upper end of the first sliding groove block can clamp the stem of a ripe fruit, the scissors shear the stem off the fruit, and the fruit stem clamp clamping the stem then passes through an upward inclined sliding groove block. According to the fruit picking method, the portable fruit picker touches only the stem during picking, fruit fresh can also avoid being touched during transportation, so that the picking quality of fruit can be ensured and subsequent fruit storage and transportation can be facilitated, and meanwhile, due to the fact that thehollow support rod of the portable fruit picker is relatively long, the picking range and the operation range can be expanded, the picking efficiency can be greatly improved, and the labor intensitycan be effectively reduced.

Description

technical field [0001] The invention belongs to the field of fruit picking, in particular to a fruit picking method. Background technique [0002] At present, a variety of management methods are widely used in agricultural production. Economic crops, especially fruits, are planted in large quantities and put into the market, which enriches people's dietary varieties and improves people's quality of life. But in the process of planting and picking, many problems appeared. [0003] For example: in many areas of the country, fruit picking is still dominated by manual labor. However, a large number of fruit picking not only has high labor intensity and a wide range of operations (mainly manifested as uneven distribution of fruits), but also requires high touch control. The juicy fruit is easy to bruise, and it needs to be picked selectively, because the ripening period of a single fruit is inconsistent. The existing commonly used fruit pickers can only interrupt the fruit bran...

AI Technical Summary

Problems solved by technology

[0003] For example: in many areas of the country, fruit picking is still dominated by manual labor. However, a large number of fruit picking not only has high labor intensity and a wide range of operations (mainly manifested as uneven fruit distribution), but also requires high touch control. The juicy fruit is easy to bruise, and it needs to be picked selectively, because the ripening period of single fruit is inconsistent

The existing commonly used fruit pickers can only interrupt the fruit branches and clamp them, and then put down the fruit manually, which not only has low picking efficiency, but also easily touches the peel and pulp of the fruit during the picking process, thereby damaging the fruit. And then be unfavorable for the preservation and transportation of fruit, be badly in need of solving above-mentioned technical problem for this reason

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