Automatic casing machine for cartons

Abstract

The invention discloses an automatic casing machine for cartons. The automatic casing machine for the cartons comprises a machine frame, a feeding mechanism, a pushing mechanism, a pressing mechanism, a packaging case positioning mechanism and a discharging mechanism. The feeding mechanism comprises a feeding roller, and the feeding roller is arranged on the machine frame through a feeding frame. The pushing mechanism comprises pushing rods and a pushing rod driving mechanism, and the pushing rod driving mechanism comprises a pushing rod moving mechanism used for controlling the pushing rods to move front and back and a pushing rod lifting mechanism used for controlling the pushing rods to move up and down. The pressing mechanism comprises a pressing plate and a pressing air cylinder used for driving the pressing plate to move up and down. The packaging case positioning mechanism comprises positioning rods, a positioning shaft and a power mechanism used for driving the positioning rods to turn by 90 degrees. The discharging mechanism comprises a plurality of rows of discharging rollers. The automatic casing machine for the cartons is simple in structure and convenient and fast to operate, automatic casing is achieved, and casting is accurate; damage to finished cartons and packaging cases is avoided, and the quality of the finished cartons and the packaging cases is guaranteed; and the casting efficiency is high, the labor intensity of workers is relieved, and the carton casing cost is reduced.

Description

technical field [0001] The invention relates to an automatic carton packing machine, which belongs to the technical field of carton packaging. Background technique [0002] After the carton is processed, it needs to be packed and sealed. Specifically, multiple finished cartons are put into the packing box. After the packing is completed, it enters the joint position of the upper and lower box covers of the packing box in the automatic sealing machine. The box is sealed with an adhesive tape seal. The existing finished cartons are packed manually. In actual operation, the upper cover of the packing box is opened, and the worker picks up a stack of finished cartons and puts them into the packing box. Since the items to be packed are multiple Finished cartons, the finished cartons have a certain length and width, and each packing box must contain a certain number of finished cartons, a stack of finished cartons has a certain thickness, and the loading process must be aligned w...

AI Technical Summary

Problems solved by technology

The existing finished cartons are packed manually. In actual operation, the upper cover of the packing box is opened, and the worker picks up a stack of finished cartons and puts them into the packing box. Since the items to be packed are multiple Finished cartons, finished cartons have a certain length and width, and each packing box must contain a certain number of finished cartons, a stack of finished cartons has a certain thickness, and the loading process must be aligned with the mouth of the packing box, if a stack of finished cartons If there is a large gap with the box mouth, there will be missing packing of finished cartons

Therefore, the existing manual packing is generally a group of two people, a stable packing box, and one person puts the laminated finished carton into the packing box. The packaging box is easy to move, and it is prone to the problem that the laminated finished cartons are not fully loaded into the packaging box. The number of finished cartons contained in a packaging box is required, and the process of separately loading the missing finished cartons is not only slow, time-consuming, but also efficient. Low, and it is easy to damage the finished cartons and packaging boxes. The packing process takes a long time. For the packing workers, the labor intensity is high. If it is required to complete 2,000 boxes per day, four groups of people are required to complete it. Therefore, the existing manual packing There are problems of difficult operation, labor intensity of workers, low packing efficiency, easy damage to finished cartons and packaging boxes, and increased packaging costs

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