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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
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机译：用于捕获电磁场的环境/健康监测系统以及人体生物营养监管机制的影响
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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.
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