Multi-bar-code efficient automatic acquisition system and method

Abstract

The invention discloses a multi-bar-code efficient automatic acquisition system and method. The method comprises the steps: placing a tray carrying a to-be-detected product in a feeding region, starting a transmission belt, transmitting the tray to an acquisition region, detecting the tray through an inductor, transmitting a signal to an upper computer through a PLC control system, controlling a code reader to acquire bar code information through the upper computer, sending the bar code information to the upper computer through the code reader, judging whether the bar code information meets the requirement or not after the upper computer receives the bar code information, uploading the bar code information meeting the requirement into a test machine, sending an instruction to the PLC control system, transporting the tray is to a to-be-tested area, and carrying to-be-detected products with bar codes not meeting the requirements to an unqualified area. According to the multi-bar-code efficient automatic acquisition system and method, through designing the unmanned bar code acquisition system, automatic code scanning and acquisition are realized, multi-bar-code information of small-module products is efficiently and massively acquired, the repair rate is reduced, and the multi-bar-code efficient automatic acquisition system and method have the characteristics of high flexibility and miniaturized structure.

Description

technical field [0001] The invention relates to the technical field of barcode scanning, in particular to a multi-barcode efficient automatic collection system and method. Background technique [0002] The bar code is the unique identity information of the product, and it is the basic condition to realize the informatization of production, and informatization is an important means to improve the management level. The barcode collection of small module products is collected manually with a barcode gun, and then the small module product is put into the designated test tool for testing. In this collection process, the barcode is prone to mismatch with the barcode on the tested module, resulting in record Data errors will affect the accuracy of subsequent traceability of the production process and easily cause after-sales complaints. [0003] The use of traditional manual barcode collection means low efficiency and high error rate. Low efficiency means high cost of collecting b...

AI Technical Summary

Problems solved by technology

The barcode collection of small module products is collected manually with a barcode gun, and then the small module product is put into the designated test tool for testing. In this collection process, the barcode is prone to mismatch with the barcode on the tested module, resulting in record Data errors will affect the accuracy of subsequent traceability of the production process and easily cause after-sales complaints

[0003] The use of traditional manual barcode collection means low efficiency and high error rate. Low efficiency means high cost of collecting barcode information, and high error rate means high repair rate. Therefore, it is necessary to develop an efficient multi-barcode automatic collection system to improve production. Production and testing level of the line

Images