Self-service printer for packaging cartons

Abstract

The invention discloses a self-service printer for a packaging carton. The self-service printer comprises a movable disc, a fixed disc, a movable disc driving device, a printing head and a printing head driving device. The movable disc is provided with a plurality of concave bayonets, one concave bayonet serves as an input station in the movable disc rotating process, one concave bayonet serves as a printing station, and one concave bayonet serves as an output station. The fixed disc is located below the movable disc, and an output inclined part is arranged on the part, corresponding to the output station, of the fixed disc. The movable disc driving device is connected with the movable disc in a transmission mode so as to drive the movable disc to intermittently move relative to the fixed disc. The printing head is arranged above the printing station. The printing head driving device is connected with the printing head in a transmission mode so as to drive the printing head to lift up and down above the printing station to achieve the printing work. The self-service printer is simple, compact, flexible and reliable in movement, easy to manufacture and machine and high in integration degree, the inputting, positioning printing and outputting functions are achieved at the same time, and the printing precision and the production efficiency of the self-service printer are guaranteed.

Description

technical field [0001] The invention relates to a self-service printer for packaging cartons, which belongs to the field of mechanical automation. Background technique [0002] At present, in today's society, no matter in any aspect of work, office automation equipment plays an extremely important role. The emergence of automated printers frees office workers from heavy manual labor, enabling them to shift their work focus to creative management and decision-making, maximizing work efficiency and work quality. Nowadays, in order to meet the printing needs of certain packaging cartons, dedicated automatic printers have come out one after another. An automatic printer needs to have the function of feeding materials to the station, then printing marks, and finally outputting automatically. However, the existing printing mechanism has problems such as the complicated shape of the control output rod, the high requirements for the cooperation between the seal and the output mech...

AI Technical Summary

Problems solved by technology

However, the existing printing mechanism has problems such as the complicated shape of the control output rod, the high requirements for the cooperation between the seal and the output mechanism, the complicated feeding and positioning mechanism, and the high requirements for the manual placement of the carton, which to a certain extent results in low production efficiency and low printing accuracy. , which greatly increases the production cost, expands the production space, and wastes resources

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