首页> 外国专利> ENVIRONMENT/HEALTH MONITORING SYSTEM FOR CAPTURING ELECTROMAGNETIC FIELDS AND THE INFLUENCE OF VEGETATIVE REGULATION MECHANISMS OF THE HUMAN ORGANISM

ENVIRONMENT/HEALTH MONITORING SYSTEM FOR CAPTURING ELECTROMAGNETIC FIELDS AND THE INFLUENCE OF VEGETATIVE REGULATION MECHANISMS OF THE HUMAN ORGANISM

机译:用于捕获电磁场的环境/健康监测系统以及人类有机体植物调节机制的影响

摘要

Method for capturing the exposure of a test subject to electric, magnetic or electromagnetic fields (EMF), preferably for the purpose of evaluating the influence of EMF on neurophysiological functional parameters (NFP) of the cardiovascular system or the autonomic nervous system of the test subject, wherein an electrophysiological measuring device (M) for capturing EPM measurement signals, such as in particular ECG or EEG signals, is used to capture EMF-induced EMF fields, i.e. EMF fields from external, non-physiological EMF emitters, in a temporally indexed sequence, wherein EMF exposure measurement signals (EMF-ME) received from an EMF sensor device (SA) connected to the measuring device (M) are converted into the operating or scanning range of the electrophysiological measuring device (M) by means of a signal-scaling data conversion device (X) and are forwarded, as an EPM-compatible information data set (EPMN-ID), to the electrophysiological measuring device (M) or to an evaluation device (A) which has a data connection to the latter. Complex high-frequency EMF exposures with changing modulation types, power flux densities and frequency bands can also be processed by a method according to the invention in such a manner that potential effects become visible in the electrophysiological functional range of the body or in an evaluation device imaging the latter.
机译:用于捕获受试者暴露于电场、磁场或电磁场(EMF)的方法,优选用于评估EMF对受试者心血管系统或自主神经系统的神经生理学功能参数(NFP)的影响,其中用于捕获EPM测量信号的电生理测量装置(M),例如,特别是ECG或EEG信号,用于以时间索引序列捕获电动势诱导的电动势场,即来自外部非生理电动势发射器的电动势场,其中,从连接到测量装置(M)的EMF传感器装置(SA)接收的EMF暴露测量信号(EMF-ME)通过信号缩放数据转换装置(X)转换为电生理测量装置(M)的工作或扫描范围,并作为EPM兼容信息数据集(EPMN-ID)转发,连接到电生理测量装置(M)或与后者有数据连接的评估装置(A)。具有改变的调制类型、功率通量密度和频带的复杂高频EMF暴露也可以通过根据本发明的方法进行处理,其方式使得潜在效应在身体的电生理功能范围内或在成像于身体的评估装置中变得可见。

著录项

  • 公开/公告号WO2021248168A4

    专利类型

  • 公开/公告日2022-03-10

    原文格式PDF

  • 申请/专利权人 HAUSCHILD PETER R.;

    申请/专利号WO2021AT00010

  • 发明设计人 MATISSEK MICHAEL;MASCHEK HUBERTUS;

    申请日2021-06-12

  • 分类号A61B5/05;A61B5/0205;A61B5/024;A61B5/333;A61B5;A61B5/307;

  • 国家 AT

  • 入库时间 2022-08-24 23:51:45

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