Electroencephalogram centralized monitoring system for neonatal intensive care unit

Abstract

The invention discloses an electroencephalogram centralized monitoring system for a neonatal intensive care unit. The system comprises an electroencephalogram acquisition device, a video acquisition device, a video storage device, a bedside monitoring device, a report output device, a video centralized storage device, a centralized monitoring server, a centralized monitoring device, a neonatal information database, an electroencephalogram data storage device, a communication device, a working terminal and a centralized display device. The system can acquire neonatal electroencephalogram signals in real time, analyze and process the signals, generate neonatal amplitude integration signals, filter out artifact signals, achieve automatic analysis, early warning, processing and report generation of sleep awakening, convulsion and outbreak inhibition, display the signals on the centralized display device of a doctor office or a nurse station in real time, give an alarm and remind a doctor, and make medical staff master the brain function state of a neonatal under intensive care in real time.

Description

technical field [0001] The invention relates to the technical field of electroencephalogram monitoring, and more specifically, the invention relates to a centralized electroencephalogram monitoring system used in neonatal intensive care units. Background technique [0002] Newborns who are admitted to the neonatal intensive care unit have many gestational ages and are young. Other examination methods, such as head MRI, still have a greater risk. Early brain development assessment of newborns can provide a timely and dynamic understanding of the brain function of newborns. [0003] Existing bedside EEG monitors usually work on a stand-alone basis. During the monitoring process, doctors need to frequently visit the bedside to check the monitoring status. When emergencies (such as convulsions) occur, it is easy to miss the best time to rescue. Moreover, the neonatal EEG monitoring data is scattered on each monitor stand-alone. If you need to view and read historical data, you ...

AI Technical Summary

Problems solved by technology

[0003] Existing bedside EEG monitors usually work on a stand-alone basis. During the monitoring process, doctors need to visit the bedside frequently to check the monitoring status. When emergencies (such as convulsions) occur, it is easy to miss the best time to rescue

In addition, the neonatal EEG monitoring data is scattered on each monitor stand-alone. If you need to view and retrieve historical data, you need to search on each stand-alone monitor, which is very troublesome.

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