Urine flow dynamic monitoring system

Abstract

The invention relates to a urine flow dynamic monitoring system. A microprocessor of a substation receives the output signal of a gravity sensor for testing the urine, processes the signal and outputs to an Ethernet interface or zigbee wireless transmission module, and sends the information to a master station; an information receiving unit of the master station receives the information sent by each substation and outputs the information to a computer; and the computer host receives, processes, displays and stores the information, and sends the information to an output unit at the same time. The substation acquires and processes data, and uploads the data to the master station which processes, analyzes, displays and stores the data. Meanwhile, the urine volume data and a urine volume run chart of a patient are displayed or output in real time by use of multiple statistic modes. A great quantity of history data and using information can be stored, and the urine flow record information can be accessed anytime to meet the clinical needs; and moreover, the urine measuring flow is greatly simplified, the working efficiency of the medical personnel is improved, and the possibility of polluting nurses is reduced.

Description

technical field [0001] The invention relates to a medical monitoring device, in particular to a dynamic monitoring system for urine flow. Background technique [0002] With the development of science and technology and the application of various advanced automation equipment, almost all vital signs and new monitoring indicators are continuously monitored and applied automatically. However, for a long time, the accuracy and timeliness of clinical monitoring of urine volume are far from enough, let alone safe automatic monitoring. At present, the urine volume monitoring of critically ill patients in China has always been manual intermittent static monitoring. Contents of the invention [0003] The present invention aims at the problem of poor accuracy and timeliness in clinical monitoring of current urine volume, and proposes a dynamic monitoring system for urine flow, which is a system device that can automatically monitor patient urine information. urine bag) to collect ...

AI Technical Summary

Problems solved by technology

[0003] The present invention aims at the problem of poor accuracy and timeliness in clinical monitoring of current urine volume, and proposes a dynamic monitoring system for urine flow, which is a system device that can automatically monitor patient urine information. urine bag) to collect the urine discharged by the patient, through the collection and processing secretary of the sub-station, the patient's urine flow, urine flow rate and cumulative total urine volume can be accurately calculated without manual operation, and the data can be uploaded to the main station for supply The master station completes the data processing analysis, display and storage

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