Intelligent medicine cabinet system

Abstract

Disclosed is an intelligent medicine cabinet system. A user inputs a medicine purchase instruction through a business management platform. The business management platform uploads a shopping instruction to a cloud management platform, saves the shopping instruction, and compares a prescription for purchasing the prescription medicine scanned in the shopping instruction with prescription billing information uploaded by a hospital system. If the result is consistent, the comparison result is fed back to the business management platform. Then the business management platform receives a payment request of the user, and uploads the payment request to the cloud management platform. A deduction operation is performed through the cloud management platform. After the deduction is completed, the result of the deduction is fed back to the business management platform. Afterwards, the business management platform sends a shipping instruction to a control platform. After receiving the shipping instruction, the control platform controls the shipment of corresponding medicine. As the intelligent medicine cabinet system can not only purchase non-prescription medicine, but also purchase prescription medicine and complete a series of continuous actions of identification, collection, and medicine delivery, the efficiencies of the user's payment and medicine dispensing are greatly increased and the working efficiency of the hospital is improved.

Description

technical field [0001] The invention relates to an intelligent medicine cabinet system. Background technique [0002] At this stage, when people buy non-prescription drugs, they can go to pharmacies to buy them, or they can buy them from non-prescription drug vending machines. However, once they need to buy prescription drugs, they can only go to the hospital and get a doctor's bill before they can buy them in the hospital. After seeing a doctor in the hospital, it is necessary to pay manually and take the prescription to the pharmacy to pick up the medicine. Manual payment and pharmacy need to queue up, which is time-consuming and labor-intensive, and the work efficiency is very low. Unnecessary confusion is caused, which requires the installation of smart medicine cabinets that can automatically identify prescriptions, pay and dispense medicines at any location inside or outside the hospital, so as to improve the efficiency of payment and medicine collection after the visi...

AI Technical Summary

Problems solved by technology

[0002] At this stage, when people buy non-prescription drugs, they can go to pharmacies to buy them, or they can buy them from non-prescription drug vending machines. However, once they need to buy prescription drugs, they can only go to the hospital and get a doctor's bill before they can buy them in the hospital. After seeing a doctor in the hospital, it is necessary to pay manually and take the prescription to the pharmacy to pick up the medicine. Manual payment and pharmacy need to queue up, which is time-consuming and labor-intensive, and the work efficiency is very low. Unnecessary confusion is caused, which requires the installation of smart medicine cabinets that can automatically identify prescriptions, pay and dispense medicines at any location inside or outside the hospital, so as to improve the efficiency of payment and medicine collection after the visit, quickly evacuate the crowd, and avoid Too many people gathered in the hospital

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