A drug automatic deposit and withdrawal system

Abstract

The invention relates to an automatic medicine storing and taking system for a hospital, in particular to a storing and taking management system of medicines and consumed materials in an operating room. The medicine storing and taking system comprises a cabinet body, a medicine storage unit and a control system, wherein the control system controls the medicine storage unit by a control circuit; the medicine storage unit comprises a body, a plurality of controllable medicine boxes and a medicine box fixing frame, and the controllable medicine boxes are arranged on the medicine box fixing frame; the medicine box fixing frame is arranged at the bottom of the box from an installing groove at the rear part of the body; the side surface of the medicine box fixing frame is provided with a plurality of L-shaped opened grooves at equal intervals, and the L-shaped opened grooves are in matched installation with bosses arranged at the lower part of the controllable medicine box; the controllablemedicine box comprises a single medicine keeping box and a plurality of medicine keeping boxes; the size unit of the single medicine keeping box is the basic size unit of the controllable medicine box; and the lengths and the widths of the medicine keeping boxes are integral multiples than those of the single medicine keeping box. The automatic medicine storing and taking system required to be protected in the invention conforms to the China medicine management and the hospital management system completely, and has the advantages that the storage space is free and adjustable, the mechanical structure, disassembly and maintenance are simple and the safety is high, the installation and the combination of the medicine boxes are also simpler and more convenient, and the storage space of the medicines is greatly saved.

Description

Technical field: [0001] This application relates to an automatic storage and withdrawal system for medicines used in hospitals, in particular to an automatic management and storage system for medicines and consumables in operating rooms. Background technique: [0002] The management of general drugs, narcotic drugs and consumables in the operating room has always been a difficult problem for each hospital. Anti-theft facilities and alarm devices shall be installed in the counters for the storage of narcotic drugs; two people check and accept the drugs when they enter the warehouse, and double people check when they leave the warehouse. Anesthesiologists in the operating room need to quickly obtain the required drugs and consumables during the operation, but the national regulations on the management of anesthetic drugs are relatively cumbersome. Therefore, no matter whether the anesthesiologist manages the anesthetics he has received, or takes the medicines from the safe th...

AI Technical Summary

Problems solved by technology

[0005] To sum up, the drug management cabinets in the prior art all have the following disadvantages: First, the drug boxes for storing drugs in the prior art are directly fixed on the bottom of the drawer, and the entire drawer needs to be disassembled when the drug box is replaced and maintained. , and the storage space of the drawer is fixed, and the storage space cannot be increased or reduced according to the demand, and it is easy to cause the drawer to be removed in the open state and not reinstalled in time, which may cause errors in drug management and delays in the patient's condition; Secondly, the existing drug management cabinet has a complex mechanical structure, relatively high processing costs, a large amount of space is occupied by the mechanical structure, and the capacity of the whole machine is limited, and the drug filling procedure for a single dose of drug is more complicated and error-prone; prior art products The software process is designed according to American standards, and the operation process is completely unsuitable for China's national conditions and China's drug management and hospital management regulations; third, the existing drug management cabinet cannot pass through the The host (controller) issues a reset command to make the drug management cabinet re-check the drug storage status; fourth, when the host, drawers, medicine boxes and other auxiliary equipment of the existing drug management cabinet are being repaired or replaced, different The maintenance door increases the difficulty of maintenance, resulting in a complicated mechanical structure, an increase in failure rate, and an increase in cost. The increase in entrances also increases the difficulty of management, increases the unsafety of maintenance and maintenance, and increases the difficulty of drug monitoring. It is easy to cause loss and loss of medicines; fifth, the existing medicine management cabinet uses a very complicated step-by-step pop-up mechanism to control the pop-up of medicines to complete the work of taking and placing controllable medicines. Due to the principle design of step-by-step pop-up, Medicines need to be filled in chronological order rather than in spatial order, the filling efficiency is low and the management is complicated; sixth, the unlocking of medicine boxes in existing medicine management cabinets mostly adopts mechanical structures, which is not conducive to the electrification control of medicine boxes, and the existing Most of the traditional Chinese medicine box covers adopt a vertical hook mechanism, so that there is an opening on the surface of the medicine box, which is easy to expose the internal structure of the lock. If the medicine liquid accidentally drips in during use, it may cause corrosion of the internal mechanism of the lock and affect the opening of the medicine box. and shut down, it may even pollute the medicine, affect the efficacy of the medicine, and easily lead to medical accidents in severe cases

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