Marking equipment system for associating two-dimensional codes or patterns on bottle caps

Abstract

The invention relates to the technical field of packaging bottle caps, in particular to a marking equipment system for associating two-dimensional codes or patterns on bottle caps. By the adoption ofthe marking equipment system, the operation mode is relatively automatic, the device can effectively carry out pattern and character printing on the bottle inner side face and the bottle outer side face of a container bottle cap in a single working process, and a person does not need to adjust the position of the bottle cap again for multi-face pattern printing. The marking equipment system comprises a base, a cap feeding conveying line, an upper-layer separation disc cover, a transmission plate, an upper-layer conveying line, an upper-layer laser, an overturning pipeline, a lower-layer separation disc cover, a lower-layer conveying line, a lower-layer laser, a correction mechanism and a centrifugal cap arranging machine. The cap feeding conveying line is fixedly mounted at the top end ofthe base. The input end and the output end of the overturning pipeline are correspondingly located on the right sides of the upper-layer conveying line and the lower-layer separation disc cover. The lower-layer separation disc cover is mounted on the right side of the lower-layer conveying line and the left side of the overturning pipeline. The upper-layer laser is fixedly mounted on an upper-layer laser lifting device, and the lower-layer laser is fixedly mounted on a lower-layer laser lifting device.

Description

technical field [0001] The invention relates to the technical field of packaging bottle caps, in particular to a marking equipment system for associated two-dimensional codes or patterns on bottle caps. Background technique [0002] As we all know, the marking equipment system used to associate two-dimensional codes or patterns on bottle caps is a kind of laser marking information such as two-dimensional codes or single bar codes and characters for identification information on the inner surface or outer surface of container bottle caps. Surface, in order to trace the source of production information according to the factor pattern of the container bottle cap, so as to facilitate the purpose of promotion and anti-counterfeiting according to the information source, it has been widely used in the field of packaging bottle caps; an existing The marking equipment system associated with the QR code or pattern on the bottle cap generally uses the cap sorting machine to sort out a ...

AI Technical Summary

Problems solved by technology

[0002] As we all know, the marking equipment system used to associate two-dimensional codes or patterns on bottle caps is a kind of laser marking information such as two-dimensional codes or single bar codes and characters for identification information on the inner surface or outer surface of container bottle caps. Surface, in order to trace the source of production information according to the factor pattern of the container bottle cap, so as to facilitate the purpose of promotion and anti-counterfeiting according to the information source, it has been widely used in the field of packaging bottle caps; an existing The marking equipment system associated with the QR code or pattern on the bottle cap generally uses the cap sorting machine to sort out a large number of irregularly sorted bottle caps, and uses the feeding mechanism to transport the bottle caps that need to be laser-coded on the surface information To the appropriate working position, use the marking machine to directly print the two-dimensional code or related pattern information on the inner surface or outer surface of the bottle cap of the container, so as to ensure that the cap of the container can achieve the production purpose of promotion or anti-counterfeiting. During the use of the marking equipment system associated with two-dimensional codes or patterns on bottle caps, it was found that the operation of the device is inconvenient. It can only print patterns and characters on one side of the container cap in a single working process. The user can only adjust the position of the bottle cap again to print the pattern on the other side of the bottle cap, resulting in low working efficiency and low reliability of the device.

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