Efficient quality inspection package warehouse-out management control method for batch intelligent labels

Abstract

The invention discloses an efficient quality inspection package warehouse-out management control method for batch intelligent labels. The efficient quality inspection package warehouse-out managementcontrol method comprises the steps that S10) a target package data template of the intelligent labels is imported into a data processing system; S20) the quantitative intelligent labels are read and identified through a card reader to obtain unique identification number reading data of each intelligent label; S30) the card reader transmits the data read by the unique identification number to the data processing system for consistency matching, and then whether the quantitative intelligent label is different from the corresponding target packaging data template or not is output; and S40) when the quantitative intelligent label is not different from the target packaging data template, it is judged that the quantitative intelligent label is qualified; and when a difference exists between thequantitative intelligent label and the corresponding target packaging data template, the difference item is judged to be an unqualified item. By means of the simple control technology, efficient, convenient and accurate quality testing, the efficient quality inspection package warehouse-out management control method achieves packaging and warehouse-out management of the batch of intelligent labels, and is suitable for being applied to production of the batch of intelligent labels.

Description

technical field [0001] The invention relates to a manufacturing technology in the field of smart labels, in particular to a management and control method for efficient quality inspection packaging of batch smart labels. Background technique [0002] The main working principle of the smart label is to use radio frequency identification technology (Radio Frequency Identification, RFID), which is a kind of automatic identification technology. Identify the target and purpose of the data exchange. [0003] Specifically, in the large-scale mass production of existing smart labels, after the smart labels are mass-produced, before batch packaging, it is necessary to manually check the number of smart labels contained in the packaging batch and the corresponding label information. Instead of checking the expected packaging and delivery information, the current quality inspection methods are manually counted or quickly estimated. Due to the huge number of smart labels, this quality i...

AI Technical Summary

Problems solved by technology

The configuration of this structure is cumbersome and has a high failure rate, and it can only be applied in the label composite production line environment, and cannot be used as a counting structure for smart labels for quality inspection.

[0005] Another example is the patent of invention of CN110287745A, which discloses a fast RFID multi-tag identification method for dynamic scenes. The reader sends a query command QUERY to start multi-tag access; when receiving the query command QUERY, the multi-tags are randomly placed Choose an integer between [0,2^Q-1], and the tag whose counter is 0 sends an access response frame immediately; the reader estimates the number of tags currently participating in the access according to the receiving result of the tag access response frame, and updates Query the Q value and n value in the command QUERY; altho...

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