Automatic card stacking machine and stacking technology

Abstract

The invention discloses an automatic card stacking machine and a stacking technology. The automatic card stacking machine comprises a stacking device and automatic feeding devices arranged on one side of the stacking device; film unreeling devices are arranged at the end, far away from the automatic feeding devices, the stacking device and located on the lower portion of the stacking device; a cutting device is arranged between the film unreeling devices; the stacking device and the cutting device are each provided with an automatic welding device; the automatic feeding devices convey cards to the stacking device and the automatic welding devices to be stacked and welded; films conveyed by the film unreeling devices and the welded cards are stacked and are welded by the automatic welding devices; and the cutting device is used for cutting welded films. According to the technical scheme, automatic stacking of intelligent cards can be achieved, the production efficiency is improved, and labor cost is lowered.

Description

Technical field [0001] The invention relates to card production equipment, in particular to an automatic card folding machine and a folding process applied to the automatic card folding machine. Background technique [0002] Smart cards have been widely used in all aspects of life. They are popular with people because of their convenient portability, large storage capacity, high reliability and high security of information recording. The base material for making smart cards is usually PVC The production process of the sheet material is to cut three PVC sheets and two layers of transparent film, and then stack and weld them to make the initial semi-finished smart card. Traditional production equipment is usually divided into cutting equipment, stacking equipment, and welding equipment to process separately. Moreover, the feeding of PCB sheet and transparent film, the connection process between each equipment, and the final discharge all need to be processed manually. The cost is ...

AI Technical Summary

Problems solved by technology

Traditional production equipment is usually divided into cutting equipment, lamination equipment, and welding equipment for separate processing, and the feeding of PCB sheets and transparent films, the connection process between various equipment, and the final output all need to be processed manually. The cost is high and the production efficiency is low. In the traditional process, the upper and lower transparent films are cut into sheets and then stacked, which is not conducive to automation

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