Anti-collision receiving device for fruit harvesting

Abstract

The invention discloses a collision prevention carrying device for fruit harvesting, and relates to a fruit harvester. The collision prevention carrying device comprises a conveying pipe and a bracket, and is characterized in that the conveying pipe is a cloth hose; binding buckles are distributed on the outer side of the cloth hose; the bracket consists of a base plate, a telescopic base rod, a middle-section telescopic rod and an upper-section telescopic rod; the telescopic base rod is connected to the base plate; through holes are formed in the telescopic base rod, the middle-section telescopic rod and the upper-section telescopic rod in a circling manner; the cloth hose circles on the bracket in a spiral manner; the binding buckles distributed on the outer side of the cloth hose are respectively connected to the through holes in the telescopic base rod, the middle-section telescopic rod and the upper-section telescopic rod; the upper end of the cloth hose is provided with an upper free section; the head end of the upper free section is provided with a fruit carrying inlet; the lower end of the cloth hose is provided with a lower free section; the tail end of the lower free section is provided with a fruit outlet. According to the collision prevention carrying device, fruits can slowly fall into a fruit basket along the cloth hose in a spiral falling manner, so that collision of the fruits with tree branches or other objects is avoided, and the fruits can be preserved for a longer time.

Description

technical field [0001] The invention relates to an agricultural machine, in particular to a fruit harvesting machine. Background technique [0002] In fruit harvesting operations such as citrus or apples, in order not to damage the fruit by bumps, most of them use traditional manual harvesting. The operator holds the fruit to be harvested in one hand and cuts the fruit from the tree with scissors in the other hand. Next, carefully put the harvested fruit into the basket. The working efficiency of this mode of operation is very low, and because the length of the arm of the person is limited, the operator needs to frequently move the position to get the fruit by hand, which is easy to make the operator tired. [0003] Citrus trees and apple trees are often relatively tall. When people harvest citrus or apples in the conventional way, they need to use ladders to climb up to work, which is prone to falling accidents. In citrus producing areas, frequent falling accidents that ca...

AI Technical Summary

Problems solved by technology

The working efficiency of this method is very low, and due to the limited length of the human arm, the operator needs to frequently move the position to get the fruit by hand, which is easy to make the operator tired

[0003] Citrus trees and apple trees are often relatively tall. When people harvest citrus or apples in the conventional way, they need to use ladders to climb up to work, which is prone to fall accidents. In citrus producing areas, frequent fall accidents that cause injuries and injuries occur every year.

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