Code-reading and marking system for workpieces

Abstract

The invention relates to a code-reading and marking system for workpieces. The system comprises a code-reading mechanism, a marking mechanism, a barcode recognition mechanism, a carrier moving mechanism, a control cabinet and a rack. The system is characterized in that the rack is a square frame comprising upper and lower layers, the upper layer is internally provided with the code-reading mechanism, the marking mechanism, the barcode recognition mechanism and the carrier moving mechanism, the lower layer is internally provided with the control cabinet, the code-reading mechanism, the markingmechanism and the barcode recognition mechanism are successively arranged in a carrier moving direction of the carrier moving mechanism, and a code-reading position of the code-reading mechanism, a marking position of the marking mechanism and a recognition position of the barcode recognition mechanism are located above a carrier of the carrier moving mechanism. By reading codes by electronic labels to recognize barcode marks attached to workpiece products and tagging the electronic label of each workpiece and generated barcode product information in a one-to-one correspondence manner, automatic recognition can be carried out in links of production, warehousing and circulation, so that the production efficiency can be improved greatly and the labor and management costs are lowered.

Description

technical field [0001] The invention relates to the field of industrial automation production, in particular to a workpiece code reading and marking system. Background technique [0002] With the advancement of automation, the product line has undergone intelligent and modern upgrades, and automated operations have been realized in the assembly and combination of multiple parts of the product line, as well as the processing and assembly of subsequent processes. As a mature wireless identification technology, electronic tags can identify targets and read and write relevant data through radio signals without establishing physical or optical contact. Therefore, electronic tags are widely used in product logistics tracking, information data collection, and quality tracking. [0003] However, when using electronic tags for electronic registration in the product production line, there are fewer technological processes for marking and assembling while identifying electronic tags. ...

AI Technical Summary

Problems solved by technology

[0003] However, when using electronic tags for electronic registration in the product production line, there are fewer technological processes for marking and assembling while identifying electronic tags. The standard efficiency is low, unable to meet the needs of efficient automated production

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