A drug logistics intelligent supervision system and method

Abstract

The invention provides a medicine logistics intelligent supervision system and method. The system comprises a warehousing code scanning module, a comparison module, an information acquisition module and an inventory management module. The warehousing code scanning module is used for identifying and acquiring supervision codes of medicines; judging whether the supervision code meets the rule of thesupervision code or not; if the rules are met, the rules are met, if yes, sending the supervision code to an information acquisition module; the information acquisition module acquires a supervisioncode; the supervision code is retrieved through the platform, and corresponding commodity information is downloaded; Sending to a comparison module, Comparison module stores order information, the order information and the commodity information are compared and judged; if it is judged that the order information is consistent with the commodity information; according to the logistics management system and the logistics management method, supervision code acquisition and drug information acquisition in the logistics operation process can be combined, additional operation of independently acquiring and recording the drug information is reduced, and the operation efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of logistics management, in particular to a drug logistics intelligent supervision system and method. Background technique [0002] In view of the country's GSP (Good Supply Practice) requirements for drug supervision and traceability in the circulation of pharmaceutical commodities, the usual warehousing logistics management system will scan the barcode actively by the operator during the links of drug warehousing, outbound, and in-store storage. For barcode collection, all the barcodes collected by the operator actively scan the code, the system can only judge that the barcode starts with 8 and the length is 20 digits, that is, it is the correct barcode by default. This system control scheme has great efficiency and accuracy Due to the defect of degree, it is impossible to analyze the barcode with a length of 20 digits at the beginning of 8 to obtain the judgment of the product, batch number, expiration da...

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Problems solved by technology

[0002] In view of the country's GSP (Good Supply Practice) requirements for drug supervision and traceability in the circulation of pharmaceutical commodities, the usual warehousing logistics management system will scan the barcode actively by the operator during the links of drug warehousing, outbound, and in-store storage. For barcode collection, all the barcodes collected by the operator actively scan the code, the system can only judge that the barcode starts with 8 and the length is 20 digits, that is, it is the correct barcode by default. This system control scheme has great efficiency and accuracy Due to the defect of degree, it is impossible to analyze the barcode with a length of 20 digits at the beginning of 8 to obtain the judgment of the product, batch number, expiration date, number of packages, and packaging level corresponding to the barcode. As a result, the operator needs to scan the barcode again in the system Manually select products in the computer, enter information such as batch number, expiration date, and number of packages, and the efficiency is extremely low

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