High-speed arrangement production line

Abstract

The invention discloses a high-speed arrangement production line. The high-speed arrangement production line comprises a frame, and is characterized in that the frame is provided with a small packingbag alternate falling mechanism for alternately separating small packing bags and quickly and vertically falling the bags and a bag arrangement mechanism for quickly arranging and conveying the smallpacking bags in sequence; the small packing bag alternate falling mechanism is positioned above the bag arrangement mechanism; and an outlet of the small packing bag alternate falling mechanism communicates with an inlet of the bag arrangement mechanism. Compared with the prior art, the high-speed arrangement production line has the following beneficial effects: as a quick alternate distribution unit can alternately separate the small packing bags, the mutual disturbance of the adjacent small packing bags in the falling process can be prevented; a bag picking unit can quickly pull off the small packing bags to achieve high speed and high efficiency; a quick bag falling unit can quickly and accurately feed the small packing bags into the bag arrangement mechanism; and a bag arrangement large rotating disc of the bag arrangement mechanism can quickly feed the small packing bags to a bag laminating and conveying unit for arrangement and delivery in sequence.

Description

technical field [0001] The invention relates to a sorting device for small packaging bags, and more specifically relates to a high-speed sorting production line for quickly and automatically sorting a plurality of small packaging bags. Background technique [0002] Many foods or medicines circulating in the market need to be packaged into small packaging bags, and then repacked into large outer packaging containers (packaging bags or boxes). This structure has many advantages. mainly reflects in: [0003] It can better protect food or medicine and prolong the shelf life of food or medicine; the outer packaging container can better protect the appearance quality of food or medicine and produce certain economic benefits. Handling, loading and unloading, transportation and storage can easily cause damage to the appearance and quality of food or medicine. After food or medicine is packaged inside and outside, the food or medicine can be better protected to avoid damage. [000...

AI Technical Summary

Problems solved by technology

[0006] There are many kinds of packaging machines in the existing market, which can pack food and medicine, and pack granular or small food or medicine into small packaging bags. In order to facilitate transportation and storage, it is generally necessary to repackage the bulk small packaging bags. Packaging, packed into large packaging containers, most of them are packaged in a semi-automatic and semi-manual way at present. The mechanization efficiency is low, and full-automatic production cannot be realized. The packaging efficiency is low and the labor cost is high.

[0007] The problem that ordinary automatic production lines cannot be used for packaging is that the small packaging bag contains a small amount of granular or small food or medicine, so when the small packaging bag is conveyed, the volume at the bottom is large and the volume at the top is small. If all the small packaging bags are stacked in the forward direction, they are easy to fall over, and cannot be stacked vertically into a stack, let alone loaded into the outer packaging container with equipment, and this arrangement will waste a lot of space, resulting in the small size of the outer packaging container that can be stored. The number of bags is greatly reduced

However, in this method, it is troublesome to complete the step of evenly distributing the materials in the small packaging bags, and the efficiency is relatively low, causing other institutions to wait for this step to be completed, which seriously affects the production efficiency. Therefore, the high-speed and high-speed finishing production line with this structure cannot adapt The need for large-scale industrial production

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