Intelligent medicine cabinet type medicine storing and fetching system and medicine storing and fetching method

Abstract

The invention discloses an intelligent medicine cabinet type medicine storing and fetching system and a medicine storing and fetching method. The system comprises a hospital pharmacy dosage system, aplurality of intelligent medicine baskets and a plurality of intelligent medicine cabinets, wherein the hospital pharmacy dosage system comprises a medicine inventory management module and a patient medicine prescription processing module; IC cards for writing patient medicine prescription information are mounted on the intelligent medicine baskets; each intelligent medicine cabinet comprises a plurality of medicine storage grid units, a plurality of electronic tags, an MCU controller module, a pharmaceutical administration setting module, a card swiping device, a WIFI module and a power supply module; the medicine storage grid units are used for placing medicines and are matched with the electronic tags in a one-to-one correspondence manner; the MCU controller modules are wirelessly connected with the hospital pharmacy dosage system through the WIFI modules; and the card swiping devices are matched with IC cards of the intelligent medicine baskets. The intelligent medicine cabinet type medicine storing and fetching system has the beneficial effects that the medicines are conveniently and flexibly stored, the medicine fetching efficiency is high, the speed is high, and the mistakenmedicine fetching operation can be avoided.

Description

technical field [0001] The invention relates to the technical field of dispensing medicines in hospital pharmacies, in particular to a system for storing and taking medicines in an intelligent medicine cabinet and a method for storing and taking medicines. Background technique [0002] At present, the medicines stored in the hospital pharmacy are all stored in batches in each medicine cabinet according to the medicine category. After the doctor writes out the patient's drug prescription and charges, the patient's drug prescription will be handed over to the hospital pharmacy, and the pharmacist in the hospital pharmacy will distribute the corresponding drugs to the patient according to the patient's drug prescription. Since different medicines are stored in different medicine cabinets, and different medicines have different specifications at the same time, pharmacists are required to know the storage location of medicines very well, and at the same time, pharmacists are also...

AI Technical Summary

Problems solved by technology

[0003] However, this way of storing and taking medicine has the following defects: First, in the process of storing medicine, medicines are stored in batches. Second, in the process of taking medicine, pharmacists need to find out the corresponding medicines one by one according to the patient's medicine prescription information displayed in the hospital pharmacy dispensing system, and then take out the medicines one by one; because the medicines are stored in scattered locations , to find the corresponding medicine depends on the experience of the pharmacist and the memory of the location of the medicine, so the whole process of finding medicine is very time-consuming, which makes the efficiency of taking medicine low and affects the overall work efficiency of the pharmacist

Third, the process of taking medicine is prone to errors. According to the patient's drug prescription information displayed by the hospital pharmacy dispensing system, the pharmacist must ensure the correctness of taking medicine in the process of taking medicine, which mainly depends on human factors such as the experience and care of the pharmacist. Therefore, , when the patient has a large number of drug prescriptions, it is easy to make mistakes in taking medicine

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