Safe and efficient intelligent anesthesiology department medicine distribution charging method and system

Abstract

The invention discloses a safe and efficient intelligent anesthesiology department medicine distribution charging method and system. The method comprises steps of inputting the first data informationand performing pre-verification; searching and verifying the first data information; selecting required anesthetic names, quantity and usage in a preset selection questionnaire, and packaging the information into second data information; verifying the second data information according to a preset verification model and generating a drug use risk probability, and if the drug use risk probability iswithin a set threshold range, passing the verification and returning a serial number with an anti-counterfeit label; obtaining a driving signal according to the serial number; the control module being used for controlling the conveying mechanism to automatically send out the medicine according to the driving signal, sending fee deduction information to a hospital charging system for fee deduction, and feeding the back fee deduction success information to the printing module after fee deduction is completed; and the first data information and the second data information being synchronized to the anesthesia recording system while the medicine is successfully and automatically sent out. The method is advantaged in that management and charging of anesthetics are facilitated.

Description

technical field

[0001] The present invention relates to the field of medical systems, and more specifically, to a safe and efficient intelligent anesthesia drug delivery charging method and system. Background technique

[0002] In the anesthesiology department of the hospital, the current method of receiving anesthetic drugs is relatively chaotic. Some patients or their family members go directly to the pharmacy to receive anesthetic drugs, and some directly receive drugs from the anesthesiology department. Occurrence of missed charges, and after the anesthetic drugs are received, drug use errors are prone to occur, and the use of anesthetic drugs cannot be monitored; at the same time, if the drugs in the 4°C storage area are to be used in the operating room, they need to be taken out in advance And placed in the constant temperature room of the operating room, resulting in drug degradation and reduced drug efficacy. For this reason, it is necessary to develop a safe and ef...

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