Portable fruit picking device

Abstract

The invention discloses a portable fruit picking device, comprising a telescopic rod, a handle part, a traction component, a shearing component and a collecting part. The telescopic rod is a support rod capable of freely telescoping, is used for adjusting the length of the device to adapt to fruits at different heights, and is made of a hollow metal rod. The handle part is a power source to the traction component and may adjust the length of a steel wire according to the length of the telescopic rod. The traction component is used for dragging a moving blade to move and is composed of the steel wire and four fixed pulleys. The shearing component is used for shearing pedicels, is composed of blades and a blade rail and shears a pedicel by meshing of the blades. The collecting part is used for receiving fruits having the pedicels sheared, is mounted below the shearing component and is composed of a steel ring, a mesh passage and a collecting box. After pedicels of fruits are sheared off,the fruits fall into the steel ring and enter the collecting box along the mesh passage. The portable fruit picking device according to the scheme is suitable for picking a lot of fruits at a time, is simple to operate and good in collection convenience and has reliable properties.

Description

Technical field [0001] The invention belongs to the technical field of fruit picking machinery, and specifically relates to a portable fruit picking device. Background technique [0002] At present, fruit harvesting operations at home and abroad are dominated by manual methods, and only use transportation machinery to achieve auxiliary transportation and transportation. Most fruit picking is seasonal, and the peak harvest period is usually only about half a month. Manual picking requires a lot of manpower in a short period of time. When harvesting, the fruit grower puts on gloves, selects the fruit according to the size and color of the fruit, and cuts it with a fruit knife. This kind of harvesting method leads to high labor intensity of manual harvesting and low production efficiency. The harvesting operation accounts for about 30% of the production cost. In recent years, with the development of my country's rural urbanization and the gradual transfer of rural labor to other i...

AI Technical Summary

Problems solved by technology

Nowadays, most fruit farmers plant fruit trees in a large area, but manual fruit picking is a very time-consuming and labor-intensive task, so a fruit picker was invented to assist fruit farmers to pick fruits

However, the existing fruit pickers have disadvantages such as inconvenient positioning, low picking efficiency, cumbersome reception, and easily damaged fruits during the receiving process.

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