Urine volume monitoring system and data processing method thereof

Abstract

The invention provides a data processing method of a urine volume monitoring system. the method is characterized by including steps: lower computers are started for initializing setup parameters; an upper computer is started for reading user configuration parameters; the lower computers acquire urine volume real-time data and report to the upper computer; the upper computer receives data reported by all of the lower computers; the upper computer saves monitoring data of the lower computers; the upper computer completes real-time curve display of the monitoring data according to the setup parameters; the upper computer spontaneously judges whether the urine volume real-time monitoring data exceeds an alarm set point or not, and if yes, the upper computer conducts sound and picture flicking alarm; local alarm fades away after confirmation. The invention further comprises the urine volume monitoring system which comprises the upper computer and the lower computers, wherein the upper computer comprises a reading module, a wireless receiving module, a display module and an alarm, and each of the lower computers comprises a reading module, a liquid level infrared sensor, an acquiring module and a wireless sending module. By the aid of the urine volume monitoring system and the data processing method thereof, numerical values of the lower computers in each ward can be read simultaneously by the upper computer, thereby medical staffs at a nursing station can know urine volume situations of patients in each ward, and burden of the medical staffs is greatly relieved.

Description

technical field [0001] The invention relates to a urine volume monitoring system and a data processing method thereof. Background technique [0002] Urine output monitoring is an important part of various monitoring indicators in critically ill patients, and it is the most direct and sensitive physiological indicator reflecting the level of renal blood perfusion. Accurate urine output monitoring is helpful for judging changes in the condition and formulating a reasonable treatment plan in time. According to the RIFLE criteria for the stratified diagnosis of renal failure developed by the AKIN International Consensus, urine output is an important stratified diagnostic criterion. Continuous hourly or even minute-by-minute urine output monitoring can judge the state of renal function in time, prompt clinical early intervention, and prevent further deterioration of renal function. [0003] Traditionally, the urine output is monitored by using measuring cup (canister) monitorin...

AI Technical Summary

Problems solved by technology

[0005] In view of the technical problem that the urine volume monitors in each ward cannot be observed at one place at the same time in the prior art, the present invention is proposed. The present invention mainly provides a urine volume monitoring system and a data processing method, which can realize that medical staff can Centralized monitoring of urine output in each ward

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