Intravenous drip infusion monitoring system

Abstract

The invention discloses an intravenous drip infusion monitoring system. The invention is characterized in that each infusion bag gravity monitor respectively and correspondingly detects and processes the weight information of each infusion bag and transmits signals to a signal processing transmission module in a computer; the signal processing transmission module transmits the signals to the computer; the computer simulates and displays the infusion state of each infusion bag, and transmits the signals to the corresponding infusion bag gravity monitor or a corresponding mobile display respectively according to settings through the signal processing transmission module; and the infusion bag gravity monitor gives out an alarming prompt, and the mobile display displays prompt messages. The intravenous drip infusion monitoring system can master the intravenous drip progress in real time by utilizing the weight sensor technology, and can be communicated with the computer through a wirelesscommunication technology; the computer can analyze the intravenous drip progress according to the settings, and finally results can be transmitted to various prompting display devices; and simultaneously, the intravenous drip process of all patients can be intelligently monitored, and corresponding nursing personnel can be prompted accurately, thus the unnecessary tension and fluster caused by negligence of the nursing personnel can be avoided, the work load of the nursing personnel is effectively reduced, and the intravenous drip infusion monitoring system can be used safely and reliably.

Description

technical field [0001] The invention relates to the field of intravenous drip monitoring, in particular to a monitoring system for intravenous drip injection. Background technique [0002] At present, the monitoring of the infusion process in the hospital is still in the state of manual management. Even if there are medical staff or patients monitoring the infusion process by monitoring the liquid level in the infusion bottle, it is very inconvenient to use. Due to the large number of patients, patients who come to the infusion room or ward in an endless stream every day have different drips, the start and end times of the infusion are different, and the speed of the infusion process is also different. This requires nursing staff or patients to constantly Carefully watch the level of liquid in the drip bottle, causing unnecessary tension and panic. Contents of the invention [0003] In order to overcome the above defects, the present invention provides an intravenous drip...

AI Technical Summary

Problems solved by technology

[0002] At present, the monitoring of the infusion process in the hospital is still in the state of manual management. Even if there are medical staff or patients monitoring the infusion process by monitoring the liquid level in the infusion bottle, it is very inconvenient to use

Due to the large number of patients, patients who come to the infusion room or ward in an endless stream every day have different drips, the start and end times of the infusion are different, and the speed of the infusion process is also different. This requires nursing staff or patients to constantly Unnecessarily watching the level of liquid in the drip bottle, causing unnecessary tension and panic

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