Medical article inventory method and inventory system based on RFID

Abstract

The invention discloses a medical article inventory method and inventory system based on RFID. The inventory method comprises the following three steps: performing preparation before inventory, inventory of a single article, inventory result recording according to a result whether the article exceeds the time limit, and continuous inventory or end inventory of the next article; and judging whetherthe inventory is finished or not, if so, sending an inventory report, and if not, performing supplementary inventory. The RFID technology is used for digitally recording medical articles; during inventory, article labels are manually placed near the RFID reader for data reading, the system judges and prompts whether the articles exceed the storage life or not, suggested placement positions are given according to inventory article information; and an operator is supervised and urged to manually pick up and observe all articles, the data are compared to judge whether missing inventory and wrongarrangement sequence exist or not, and an electronic inventory report is generated for supervision.

Description

technical field [0001] The invention relates to an inventory method and an inventory system, in particular to an RFID-based medical item inventory method and an inventory system. Background technique [0002] In the hospital, there is a push locker (usually named as an ambulance) for storing emergency first aid supplies. The ambulance is usually distributed and used in various occasions that may require emergency first aid, such as outpatient and inpatient wards. There are various types of items stored in it, including first-aid medicines, medical equipment, flashlights, etc., and their damage and failure forms are various (for example, first-aid medicines produce suspended solids or sediment during the shelf life, metal products are oxidized and rusted, fragile items are cracked, Medical devices need to be re-disinfected and sterilized, electrical items need to be charged and have complete inspection functions), there are requirements for the order of the same items, it is ...

AI Technical Summary

Problems solved by technology

[0002] In the hospital, there is a push locker (usually named as an ambulance) for storing emergency first aid supplies. The ambulance is usually distributed and used in various occasions that may require emergency first aid, such as outpatient and inpatient wards. There are various types of items stored in it, including first-aid medicines, medical equipment, flashlights, etc., and their damage and failure forms are various (for example, first-aid medicines produce suspended solids or sediment during the shelf life, metal products are oxidized and rusted, fragile items are cracked, Medical devices need to be re-disinfected and sterilized, electrical items need to be charged and have complete inspection functions), there are requirements for the order of the same items, it is difficult to use intelligent electronic equipment to identify the validity, and due to item management requirements, periodic inspections are required Carry out inventory, disinfection, charging and testing operations for relatively scattered items, and specify the person in charge of the operation and the operating time. Sometimes there are many types and quantities of items, and it is necessary to manually identify whether the item has exceeded the storage period or has been damaged or invalid. Replace it and place it according to the prescribed placement rules, and then tick or sign the corresponding position on the paper inventory work record sheet to record the inventory work. The work intensity is high and the work efficiency is low (it usually takes an hour for a skilled person to count an ambulance operation) above), and this type of ambulance is usually in a state of preparation for war all the year round, and is not used frequently. Operators are prone to slack and resistance, which makes their work very prone to inventory omissions, the possibility of mistakes or even fraud, and the supervision is extremely difficult

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