Method for implementing digitalized infusion monitoring and alarming

Abstract

The invention provides an implementation method of a digitalized infusion monitoring and alarming system, and relates to the infusion monitoring and alarming management system capable of realizing on-line monitoring and automatic alarming via a computer network system by combining a weighing / tension sensor with a single-chip microprocessor. In the invention, a network terminal computer is equipped with infusion monitoring and alarming control software, wherein, the software is equipped with a graphical simulation infusion bottle matched with each patient and an infusion / injection medicine incompatibility database to automatically compare whether medicines are incompatible; and the simulation infusion bottle simulates the same liquid level height as the liquid in the actual infusion bottlein real time according to the data sent to control software from the sensor and the single-chip microprocessor so as to automatically monitor the whole infusion process and display the infusion speed and the remaining infusion time in real time, thus achieving full-automatic functional microcomputer infusion alarm. In the case of alarm, the software reminds and displays the seat number of the patient on whom the alarm occurs to inform a nurse to serve, thus achieving the purpose of on-line patient monitoring without calling.

Description

technical field [0001] The invention relates to the field of medical technology, in particular to a method for on-line monitoring of the entire transfusion patient through the network by using sensor technology and computer software technology. Background technique [0002] Today, with the rapid development of information and digital medical society, there is a lack of a digital infusion alarm and monitoring system in the modern medical industry. Most of the existing infusion alarm devices are just a simple communication tool. After the patient infusion is completed, the patient presses the call button beside the bed to notify the nurse. Most of the entire process of infusion must be monitored by the patient himself or the patient's family members. . During the infusion, the patient should observe the amount of residual liquid in the infusion bottle at intervals to prevent the blood from flowing back after the liquid is dripped, so that the patient cannot get a real rest du...

AI Technical Summary

Problems solved by technology

During the infusion, the patient should observe the amount of residual liquid in the infusion bottle at intervals to prevent the blood from flowing back after the liquid is dripped, so that the patient cannot get a real rest during the infusion, which is time-consuming and troublesome; some infusion alarm devices The detection equipment must be installed on the infusion pipeline, or the infusion pipeline is stuck on the detection equipment, which is very troublesome to implement, and actually reduces the work efficiency of the nurses; the traditional method for patients with infusion problems during the infusion process is to rely on When the patient calls or the nurse patrols and observes, the workload of the nurse is very heavy and the efficiency is not high; the nurse can only rely on the visual measurement of the drop rate when adjusting the liquid drop rate, and there is no scientific digital display; the patient can only wait blindly during the infusion process. I don't know how long it will take to finish the fluid transfusion

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