Box body packaging and forming device

Abstract

The invention discloses a box body packaging and forming device. An annular guide rail bulge and a supporting driving device are fixed to the top of a workbench, a center cylinder and a rotary table are arranged at the top of the supporting driving device, a cam is fixed to the bottom end of the center cylinder, an annular guide rail groove is formed in the side face of the center cylinder, eight bosses are evenly distributed on the periphery of the rotary table, a connecting rod pressing mechanism is arranged at the top of each workpiece base, a horizontal push block pressing mechanism is arranged on one side of each workpiece base, and a vertical push block pressing mechanism is arranged at the bottom of each boss. The workpieces are carried by the eight identical tools to rotate along with the rotary table by a circle, the workpieces are sequentially subjected to the eight procedures of outer side edge folding, pressure maintaining, lug folding, pressure maintaining, upper side edge folding, pressure maintaining, lower side edge folding and pressure maintaining, and therefore, a paper box is formed through one-time processing; and the whole device is flexible in driving mode and simple in structural principle and has the characteristics of being continuous in production process and high in production rate of an assembly line production mode, all the tools are independent of one another, and the machined workpieces do not interfere with one another.

Description

Technical field[0001]The present invention relates to the field of carton packaging instruments, and more particularly to a casing package molding device.Background technique[0002]With the advancement of mechanical automation, many packaging manufacturers use automatic production lines to process packaging cartons, especially some small cartons such as pharmaceutical boxes, cigarette cases, existing automated lines, each station can be completed The number of steps is limited, mostly one to two folding actions, resulting in a long time, equipment operation and control, and once a certain station fails, the follow-up will not be performed, and these devices Putting is generally through the cylinder pusher to enter the cardboard into a particular cavity, or the folding plate is driven by the motor, and the folding of the side of the paperboard is realized. These work structures require complex clamping tools and drive support, equipment input The cost is large.Inventive content[0003]T...

AI Technical Summary

Problems solved by technology

[0002] With the advancement of mechanical automation, many packaging manufacturers use automatic production lines to process packaging cartons, especially some large-scale small cartons such as medicine boxes and cigarette boxes. The existing automatic lines, each station can complete The number of processes is limited, and most of them can only be folded once or twice, resulting in a long production line, troublesome equipment operation and control, and once a certain station fails, the follow-up process cannot be carried out. The folding action is generally to press the cardboard into a specific cavity through the cylinder push rod, or to use the motor to drive the folding plate to realize the folding of the side of the cardboard. These working structures require the support of complex clamping tooling and driving devices. high cost

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