BIOSIGNALS-BASED AIR TREATMENT CONTROL SYSTEM FOR NEUROVEGETATIVE PATIENTS

Ștefan-Radu Bala, Ionut Banu, Tania-Ioana Cîmpeanu, Bogdan-Gabriel Duță
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Abstract

The global epidemic of COVID-19 has highlighted a not obvious weakness of the medical system, namely establishing a favorable environment that can also contribute to the recovery process. This has led to many medical complications and the gravity of this situation could be mitigated by simply implementing an automatic system for monitoring and adjusting environmental parameters. The paper highlights how the bio signals sampled by the sensors will be used for the calibration of the heating ventilation air conditioning control system and maintain the optimal parameters both in terms of temperature and humidity, which will prevent the development and transmission of microbes, while the ECG device and the EMG signal amplifier will help with the monitoring of the neurovegetative patients.
基于生物信号的神经植物病人空气治疗控制系统
全球新冠肺炎疫情凸显了医疗系统一个不明显的弱点,即建立一个有利的环境,也有助于恢复进程。这导致了许多医疗并发症,这种情况的严重性可以通过简单地实施监测和调整环境参数的自动系统来减轻。本文重点介绍了传感器采集的生物信号如何用于供暖通风空调控制系统的校准,并在温度和湿度方面保持最佳参数,以防止微生物的生长和传播,而心电装置和肌电信号放大器将有助于神经植物患者的监测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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