Low-damage high-altitude fruit picking device convenient to move

Abstract

The invention discloses a low-damage high-altitude fruit picking device convenient to move. The low-damage high-altitude fruit picking device convenient to move comprises a moving platform, a telescopic sleeve is fixedly connected to the center of the upper surface of the moving platform, a rotating table is rotationally connected to the top of the telescopic sleeve, symmetric supporting side plates are fixedly connected to the rotating table, and a threaded telescopic sleeve is hinged between the supporting side plates; a picking cylinder is hinged to the left side of the inner sleeve, a single-blade cutter and a double-blade cutter are arranged on an opening in the left side of the picking cylinder. By arranging the moving platform, the rollers and fixing cones, fruit picking device is convenient to move and fixe and saves labor; by arranging the telescopic sleeve, the threaded telescopic sleeve and an electric telescopic cylinder, the spatial position and angle of the picking cylinder can be adjusted conveniently, and the fruit picking device can reach a high place to pick up fruits conveniently; an air bag is arranged and used for wrapping and fixing fruits, fruit stems are cutby the rotating cutters, fruit integrity is ensured, the fruits are prevented from being damaged, and the damage to fruit trees by picking operation is small.

Description

technical field [0001] The invention relates to the field of agricultural tools, in particular to an easy-to-move low-damage high-altitude fruit picking device. Background technique [0002] Traditional hand-held fruit pickers generally fix the fruit with claws, and then remove the fruit by pulling. Not only will the claws damage the surface of the fruit, but the pulling method is not only laborious but also easy to pull off the branches of the fruit tree. Or damage, and the picking height of the hand-held picker is very limited, and it cannot be picked for higher melons and fruits; some pickers drive the cutter through the linkage rod to cut off the fruit stem, although it is easier to make the fruit and the fruit tree separate, but The fruit lacks fixation, falls into the picking net, and the fruit collides with each other, which damages the appearance. The height of the same picking is very limited. Traditional large-scale picking machinery sends people to high places th...

AI Technical Summary

Problems solved by technology

[0002] Traditional hand-held fruit pickers generally fix the fruit with claws, and then remove the fruit by pulling. Not only will the claws damage the surface of the fruit, but the pulling method is not only laborious but also easy to pull off the branches of the fruit tree. Or damage, and the picking height of the hand-held picker is very limited, and it cannot be picked for higher melons and fruits; some pickers drive the cutter through the linkage rod to cut off the fruit stem, although it is easier to make the fruit and the fruit tree separate, but The fruit lacks fixation, falls into the picking net, the fruit collides with each other, and damages the appearance. The height of the same picking is very limited

Traditional large-scale picking machines send people to high places through the lifting platform for manual picking. Although the above problems are better solved, the operation scene is only suitable for standardized planting on flat plantations, and the adaptability is poor.

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