Shelf control system of intelligent medicine cabinet

Abstract

The invention discloses a shelf control system of an intelligent medicine cabinet. By arranging a superordinate interface and a subordinate interface in an aisle drive plate of each aisle drive unit,the quantity of the aisles can be increased or decreased according to an actual quantity need of the aisles; the cascade control of a drive circuit is achieved to allow the free change of the medicinestorage capacity of the intelligent medicine cabinet, so as to meet the actual need for storing various medicines to meet the basic medicine purchase needs of users; and the shelf control system is flexible in use and has high practicability. In addition, according to the volume sizes of different medicine packaging boxes, adjacent aisle modules can be combined or separated, so as to accommodatethe medicine packaging boxes of different volumes and shapes; and the aisle modules can combined or separated without changing hardware, simply through software. Therefore, the shelf control system has wider application range and stronger practicability.

Description

technical field [0001] The invention relates to a shelf control system of an intelligent medicine cabinet. 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 manually pay the fee and take the prescription to the pharmacy to pick up the medicine. Manual payment and pharmacy need to queue up to pick up the medicine, which is time-consuming and labor-intensive, and the work efficiency is very low. For the above problems, a smart medicine cabinet has been developed in the industry, which can identify the user's prescription and connect to the hospital system to confirm the authenticity of the prescription and automatically output the corr...

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, you need to pay manually and take the prescription to the pharmacy to pick up the medicine. Manual payment and pharmacy need to queue up to pick up the medicine, which is time-consuming and labor-intensive, and the work efficiency is very low.

For the above problems, a smart medicine cabinet has been developed in the industry, which can identify the user's prescription and connect to the hospital system to confirm the authenticity of the prescription and automatically output the corresponding prescription medicine, which is fast and convenient to use; however, this smart When the medicine cabinet system is required to accommodate many different kinds of medicines, due to its limited space capacity, it is impossible to realize large-capacity storage of medicines, resulting in incomplete medicines in the same intelligent medicine cabinet, which brings inconvenience to users when purchasing medicines. Inconvenience

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