Automatic coil stock packaging device

Abstract

An embodiment of the invention discloses an automatic coil stock packaging device. The automatic coil stock packaging device comprises an end cover feeding device, a bubble film cutting device, a weighing table, an air shaft pressing plate device, a roll-over table and a glue sticking packaging device. The end cover feeding device comprises an end cover storage barrel and an end cover feeding manipulator. The bubble film cutting device comprises a bubble film unwinding mechanism, a cutter and three sets of pulling clamping jaws. The weighing table comprises a weighing assembly, a lifting bearing platform and a label printing assembly. The air shaft pressing plate device comprises an air shaft, a pressing plate structure and an air shaft transmission device, and the roll-over table comprises a roll-over mechanism, a material receiving shaft, a material receiving shaft driving gear and a material receiving shaft driving motor, the glue sticking packaging device comprises a bubble film double-sided adhesive tape sticking device, a cylindrical surface circumferential glue sticking manipulator and a cylindrical surface circumferential glue sticking manipulator transmission device. The automation of cylindrical surface bubble film packaging of various specifications of coil stocks and packaging of end covers at two ends is achieved, labor intensity is reduced, the labor cost is saved, and the level of workshop automation is improved.

Description

technical field [0001] The invention relates to a coil material auxiliary packaging equipment, in particular to an automatic coil material packaging device. Background technique [0002] In recent years, the packaging requirements for food, medicine and other items in various countries have become higher and higher with the development of society, and the demand for functional plastic films has shown an upward trend, driving high-end film manufacturers to further improve the level of automation. The automation technology and equipment of the film stretching / blowing and slitting process of film production are relatively mature, but due to the different packaging requirements of coil materials of different specifications, and the packaging process is complicated and constrained, automation is difficult. Various types of enterprises in the industry have to hire a lot of manpower in the packaging position, and because of the high labor intensity and easy strain, the pressure on ...

AI Technical Summary

Problems solved by technology

[0003] The coil material is basically a cylinder, and the specifications produced by a large-scale enterprise are circular section diameter 410-540mm, cylinder height 380-2000mm, and mass 38-400kg. The workshop configures each slitting machine task according to the order, and one-to-one Equipped with a packaging workshop, after the slitting coils are off the machine in sequence, they are manually transported to the packaging workshop for packaging; for coils with such a large specification span, conventional assembly line packaging technology cannot adapt

[0004] If multiple robots are used to cooperate to complete the packaging, the complexity of the action and the load requirements to match the weight of the coil will make the automation cost far beyond the capacity of the enterprise. The industry needs an automated packaging technology and device with high adaptability and low cost.

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