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Method and apparatus for analyzing the interaction of high frequency electromagnetic emissions with autonomic regulation mechanisms of a test subject

机译:用于分析高频电磁辐射与测试对象的自主调节机制之间相互作用的方法和装置

摘要

Method and apparatus for analyzing the interaction of high frequency electromagnetic emissions (HFI) with autonomic regulation mechanisms of a test subject, comprising the steps of: determining the course of the power flux density of HFI over a defined period, determining the variance of the time interval by means of electrocardiogram measurement methods (EKG ) detected, successive heartbeats and the course thereof determined vegetative function parameters (HRV FP), synchronization and calibration of HFI and HRV-FP-courses on a reference time interval (T1_n), compared with characteristic, HFI-induced secondary significances which from current experimental design or from at least one of these previous experimental arrangement with the current test subject or third test subjects were determined and are held in the form of digital or analog data, preferably in the form of graphical curves, alphanumeric or algorithmic data on a storage device; carried out upon detection of a defined, at least partially present match the currently determined HRV FP course with characteristic, HFI-induced secondary significances or in correlation with primary significances in HFI course a positive evaluation of the presence of its human biologically relevant influencing the autonomic regulation mechanisms of the test subject ,
机译:用于分析高频电磁辐射(HFI)与测试对象的自主调节机制之间相互作用的方法和装置,包括以下步骤:确定HFI的功率通量密度在定义的周期内的变化过程,确定时间的方差通过检测到的心电图测量方法(EKG)间隔,连续的心跳及其过程确定的营养功能参数(HRV FP),参考时间间隔(T1_n)上的HFI和HRV-FP过程的同步和校准,与特性进行比较,确定HFI引起的次要意义,这些意义是根据当前的实验设计或与当前测试对象或第三测试对象的至少这些先前实验安排中的至少一个并以数字或模拟数据的形式保存的,最好以图形形式保存存储设备上的曲线,字母数字或算法数据;在检测到当前确定的,至少部分存在的,具有特征,HFI诱导的次要意义或与HFI过程中的主要意义相关的当前确定的HRV FP病程后进行的阳性评估,该结果是对人类生物学相关影响自主神经的测试对象的调节机制,

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