Infusion monitoring system and control method based on medical internet of things

Abstract

The invention relates to an infusion monitoring system and control method based on the medical internet of things. A distributed dynamic networking monitoring mode is adopted, and a nurse on duty at the nurse station can conduct manual regulation of the drip rate remotely through the control over a stepper motor; when the infusion is completed, an automatic blocking function is added so as to reduce the workload of the nurse. Compared with an existing hospital infusion monitoring system, a mobile phone client terminal facing the round nurse is added to the existing monitoring system on the PC terminal of the nurse station, and the ward, ward bed, drip rate and liquid level and other infusion information of a current infusion patient are displayed on the client terminal in real time; moreover, the safety of infusion can be ensured by scanning a bar code of a drug, meanwhile, patient information, infusion records, drug information and other data management functions are added to the monitoring system of the nurse station, and thus the efficiency is improved while standardized management is provided at the same time.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to an infusion monitoring system and control method based on the medical internet of things. Background technique [0002] Most hospitals in my country now use traditional infusion methods, that is, medical personnel need to monitor the patient's infusion situation regularly, and manually control the infusion rate by virtue of their own experience and patient feedback. There is following inevitable shortcoming in the mode of this monitoring infusion situation: intravenous infusion generally will last several hours, and patient and medical worker are easy to negligently observe the infusion situation in the lengthy process. When the infusion speed is inappropriate or the situation that the liquid medicine is about to be dripped cannot be dealt with in time, it may delay the recovery of the patient, and even cause medical accidents. This not only increases the pressure on medical worke...

AI Technical Summary

Problems solved by technology

This method of monitoring the infusion situation has the following unavoidable disadvantages: the intravenous infusion generally lasts for several hours, and patients and medical workers tend to neglect to observe the infusion situation during the long process

Some hospital-oriented infusion monitoring systems provide one-stop management of monitored information, but they cannot allow ward nurses to understand and deal with abnormal infusion situations in a timely manner. Centralized display, information such as patient information, types of infusion drugs, and historical infusion records cannot be displayed

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