Transmission mechanism of fruitlet bagging machine

Abstract

The invention discloses a transmission mechanism of a fruitlet bagging machine. The transmission mechanism comprises an upper arm, wherein a first torsion spring for driving the upper arm to rotate far away from the upper side of the bagging machine is arranged on a hinged shaft of the upper arm, a push arm for driving a bag delivery mechanism, an intermittent push rod for driving an intermittent mechanism to rotate, and an adsorption pull rod for driving a bag opening device to move are arranged sequentially from the hinged shaft of the upper arm to the free end of the upper arm, and the intermittent mechanism is used for switching actions of the bag delivery mechanism and the bag opening device. The transmission mechanism of the fruitlet bagging machine can link the bag delivery mechanism with the bag opening device, the bag delivery and the preparation for bag opening can be realized by pressing the upper arm once, and therefore, through the bag opening device, the bagging efficiency can be improved, and the bagging workload and cost can be lowered.

Description

technical field [0001] The invention relates to the technical field of fruit and vegetable bagging, in particular to a transmission mechanism of a bagging machine for young fruits. The intermittent mechanism switches automatically. Background technique [0002] Fruit bagging is mainly to prevent the fruit from being attacked by birds, diseases and insect pests, and damage from wind, rain and sunlight during the growth process. Will not be scratched by branches. Bagging can produce a local greenhouse effect, keep the fruit at proper humidity and temperature, increase the sweetness of the fruit, improve the luster of the fruit, increase the yield of the fruit, and shorten its growth period. At the same time, because no pesticides are needed during the growth process, the fruits are of high quality and pollution-free, reaching international standards. [0003] The existing fruit bagging generally adopts manual bagging, which has low efficiency and is easy to cause damage to...

AI Technical Summary

Problems solved by technology

[0003] The existing fruit bagging generally adopts manual bagging, which has low efficiency and is easy to cause damage to young fruit; while the traditional bagging machine for young fruit is less automatic, bagging is slow, and cannot meet the demand, so it is necessary to Design a transmission device for young fruit bagging machine with high degree of automation and can improve bagging efficiency

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