Net feeding mechanism and small fruit net sleeve sleeving and boxing machine with same

Abstract

The invention relates to the technical field of small fruit boxing, in particular to a net feeding mechanism and a small fruit net sleeve sleeving and boxing machine with the same. The net feeding mechanism comprises two driving curved rollers which are parallel to each other, a driving mechanism driving the two driving curved rollers to synchronously rotate reversely, and a plurality of rotatableomnidirectional wheels which are uniformly distributed on the circumference of the top end of an opening column, the omnidirectional wheels are positioned between the two driving curved rollers, anda net sleeve can be driven to vertically move downwards along the opening column; and the diameter of the bottom end of the opening column is gradually increased in the direction away from the omnidirectional wheels, meanwhile, four symmetrically-distributed brushes can be arranged on the periphery of the bottom of the opening column, the four brushes limit horizontal displacement of the net sleeve and shift the net sleeve downwards at the same time, the set of brushes at the symmetrical positions can also be replaced with limiting balls, only the effect of limiting horizontal displacement ofthe net sleeve is achieved, therefore the problem that the net sleeving opening conveying efficiency is low can be solved, and the overall efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of small-sized fruit boxing, in particular to a net feeding mechanism and a small-sized fruit netting and boxing machine equipped with the same. Background technique [0002] my country is the largest fruit-growing country in the world. There are many fruit-growing areas and are widely distributed, and they are often shipped to other places for sale. As we all know, fruits are damaged and perishable during storage and transportation. Therefore, fruits are usually covered with nets after picking. On the one hand, packaging can reduce damage to fruits during transportation and ensure fruit quality. , on the other hand, can improve the economic benefits of the fruit. [0003] In recent years, fruit production has been on the rise, and the fruit processing industry has risen accordingly. After field inspections in some fruit production areas, the work of setting nets and boxes in domestic small and medium-sized...

AI Technical Summary

Problems solved by technology

The mechanical shutter in this fruit packaging machine only has the function of covering the net. The utilization rate of the equipment is low and the efficiency is low. At the same time, the steps of the apple netting process are complicated. It is necessary to go online first, then open the net cover, and then put the apples into the opened net cover. Then take away the apple, resulting in a decrease in the overall network speed

The fruit packaging machine has a long online journey, and it also needs to go online first and then support the net. During the net support process, the push rod is used to push the paddle to open the net cover, which leads to the slow speed of the overall net cover.

In addition, the fruit falling stroke of the fruit packaging machine is too long, and the falling will cause great damage to the apples. At the same time, the falling process of the apples is easy to deviate from the falling direction due to the vibration of the equipment. Apples do more damage

[0009] However, the speed of the existing Apple network equipment cannot keep up with the speed of the existing sorting equipment

To solve the problem of apple sorting and netting, the existing apple netting equipment can only be set up for apples that have been sorted

However, an apple sorting line often has multiple apple channel outlets, which requires multiple network equipment to cooperate with an apple sorting line, which takes up a lot of production space, consumes more energy, and increases production costs.

[0010] Therefore, the current existing fruit packaging technology has disadvantages such as low netting efficiency, damage to apples, and inability to combine with existing fruit sorting equipment.

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