Drug and patient drug prescription checking system, hospital pharmacy drug dispensing system and method

Abstract

The invention discloses a drug and patient drug prescription checking system, a hospital pharmacy drug dispensing system and method. The checking system comprises an intelligent drug information capturing system and a hospital drug dispensing management system, wherein the intelligent drug information capturing system comprises a motor, a drug delivery belt and a plurality of CCD cameras, the drugdelivery belt is used for delivering to-be-checked drug, the motor and the drug delivery belt are connected and drive the drug delivery belt to move, the plurality of CCD cameras capture instant photos of a drug package and / or a drug label from different directions respectively and transmit the instant photos to the hospital drug dispensing management system, the hospital drug dispensing management system matches the instant photos captured by the CCD cameras and a standard photo, the drug on the drug delivery belt is recognized, the recognized drug and the patient drug prescription are subjected to matching checking, and whether to be correct is judged. The checking speed is quick, the checking efficiency is high, the number of checking pharmacists can be greatly reduced, and wrong problems existing in the checking itself can be avoided.

Description

technical field [0001] The invention relates to the technical field of dispensing medicines in hospital pharmacies, in particular to an intelligent checking system for medicines and drug prescriptions for patients, and a dispensing system and method for hospital pharmacies using the intelligent checking system. Background technique [0002] At present, the medicines stored in the hospital pharmacy are all stored in batches according to the category of medicines. After the doctor issues the 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 drug to the patient according to the drug prescription. This dispensing method has the following defects when faced with a large number of prescriptions for medicines to be taken: First, the pharmacist needs to take out the corresponding medicines from the medicine storage according to the prescriptions, a...

AI Technical Summary

Problems solved by technology

This dispensing method has the following defects when faced with a large number of prescriptions for medicines to be taken: First, the pharmacist needs to take out the corresponding medicines from the medicine storage according to the prescriptions, and send the taken out medicines to the corresponding medicine taking window This makes the pharmacist constantly go back and forth between the drug storage place and the drug delivery window. The labor intensity is high, the work efficiency is low, it is unavoidable to be in a hurry, and it is easy to make mistakes; When the medicine is sent to the corresponding medicine taking window, it is also necessary to check which medicine taking window the medicine prescription belongs to, which further reduces the work efficiency of the pharmacist; third, the process of the pharmacist filling the medicine according to the medicine prescription and the process of taking the medicine by the patient are often out of sync. , there are usually two situations: the first situation is that when the loaded medicine is placed at the medicine collection window, the patient has not yet arrived at the medicine collection window; the second situation is that when the patient arrives at the medicine collection window, the pharmacist has not yet arrived. The medicines are installed and placed in the medicine taking window; however, the existing dispensing method cannot display the names of the patients who have prepared the medicines, nor can they guide the patients to line up to obtain the medicines, causing patients to get together in front of the medicine taking window to get medicines, and the order is chaotic; 4. When the patient takes the medicine, the pharmacist needs to check the patient’s medicine taking guide sheet with the medicine prescription in the medicine basket filled with the medicine. The checking process is usually done manually, which is labor-intensive and low-efficiency

However, the above-mentioned patent 201711196855.6 hospital pharmacy dispensing system still needs to assign a pharmacist to manually check the medicine and the patient's medicine prescription at each medicine taking window for the last step of checking work. The checking workload is very large and the checking efficiency is low. , the professional requirements for pharmacists are very high, pharmacists must be very familiar with the packaging and specifications of each drug, and are greatly affected by pharmacists' human factors, some dispensing errors are still difficult to find

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