Automatic carton sleeving machine

Abstract

The invention relates to automatic carton sleeving machines, in particular to an automatic carton sleeving machine which is formed by unfolding a corrugated carton into a stereoscopic shape and conducts automatic sleeving. The automatic carton sleeving machine comprises at least two carton forming conveying mechanisms, a grabbing mechanism and a carton sleeving mechanism. Each carton forming conveying mechanism at least comprises a carton bin, a forming assembly and a conveying assembly, wherein the carton bin of the carton forming conveying mechanism is arranged on one side of the forming assembly, and the conveying assembly is arranged on the other side of the forming assembly; the size and number of cartons decrease progressively. All the conveying mechanisms are connected to the cartonsleeving mechanism. The carton sleeving mechanism completes sleeving actions of all cartons. The automatic carton sleeving machine is compact in structure, reasonable in layout and capable of unfolding the bottom of each carton to prevent the edges of the bottom of the carton from interfering with the edges of a product bottom bracket, thereby rapidly and accurately completing carton sleeving operation and effectively improving the carton sleeving efficiency.

Description

technical field [0001] The invention relates to an automatic box fitting machine, in particular to an automatic box fitting machine which unfolds corrugated cartons from a flat state into a three-dimensional shape and automatically sets them together. Background technique [0002] The existing carton-in-carton method is completely manual, and there is no automatic equipment for mechanical fitting. Due to the high mobility of workers on site and the differences in technical levels among different workers, there is a huge gap in the quality of the combined cartons. The difference is not conducive to the packaging, storage and transshipment of products. The quality of the cartons is relatively high, and the continuous operation time is long, and the labor intensity of the workers is relatively high. The on-site working environment has a lot of dust, which affects the physical and mental health of workers, increases occupational diseases and labor risks, low efficiency, high cos...

AI Technical Summary

Problems solved by technology

[0002] The existing carton-in-carton method is completely manual, and there is no automatic equipment for mechanical fitting. Due to the high mobility of workers on site and the differences in technical levels among different workers, there is a huge gap in the quality of the combined cartons. The difference is not conducive to the packaging, storage and transshipment of products, and the quality of the carton is relatively large, and the continuous operation time is long, and the labor intensity of the workers is relatively high.

The on-site working environment is dusty, affects the physical and mental health of workers, increases occupational diseases and labor risks, low efficiency, high cost, less output, time-consuming and labor-intensive disadvantages, etc.

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