The Influence of the Course of Electrostimulation by the Device "VEB-1" on Metabolic Parameters of Practically Healthy Men

N. Babelyuk, Clinical Sanatorium, V. Babelyuk, V. Kikhtan, I. Popovych, M. M. Burkovs’Ka, Y. Dobrovolskyi, I. Korsuns’kyi, Moldova
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引用次数: 5

Abstract

Introduction. While constructing and creating the generator design for electrotherapy and stimulation of human nerve centers, we based on the following provisions. The influence of impulses of a rectangular shape (range 7-18 Hz) made it possible fix the frequency ranges of each basic nerve node. Low frequency had minimal effects of stimulation on the corresponding nerve node, while high frequency the maximum effect. For the effective excitation of nerve centers, the frequency beat method is used which consists in obtaining oscillations with close frequencies. To obtain the effect of the frequency, beats are generated by impulses of a rectangular shape to two signal channels. The channels differ in frequency which is known to be the beat frequency. For example, for obtaining a beat frequency of 6 Hz, impulses in the first channel were formed at a frequency of 30 Hz, in the second channel at a frequency of 36 Hz. When the first impulse is formed on both channels with a phase shift of 0o, we obtain an absolute zero current in the output. Figure 1 shows a periodic signal generated by frequency beats voltage in two channels to form a common output signal (a). Figure 1 is a graph of the current of the output signal (b). Such effect creates a shock wave through the object at the desired frequency. It also spins an electromagnetic field in the object. The generator has been assembled on the basis of the patent of Ukraine for the utility model 105875 "Portable device for electrotherapy and stimulation" [4]. Its operation is described in [6]. The generator has been assembled on the basis of a two-channel circuit using two frequency synthesizers, amplifiers, each of them generates its own frequency. Figure 2 shows a block diagram of the device indicating the movement of the electric current.
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“VEB-1”装置电刺激过程对实际健康男性代谢参数的影响
介绍。在构建和创造用于电疗和刺激人体神经中枢的发电机设计时,我们基于以下规定。矩形脉冲的影响(范围7-18赫兹)使得固定每个基本神经结的频率范围成为可能。低频对相应神经节的刺激作用最小,而高频对相应神经节的刺激作用最大。为了有效地激发神经中枢,采用频率拍法,即获得频率接近的振荡。为了获得频率的影响,拍是由矩形脉冲产生到两个信号通道。信道的频率不同,这就是已知的拍频。例如,为了获得6 Hz的拍频,在第一通道中以30 Hz的频率形成脉冲,在第二通道中以36 Hz的频率形成脉冲。当在两个通道上形成相移为0的第一个脉冲时,我们在输出中获得绝对零电流。图1显示了频率在两个通道中击败电压形成共同输出信号(a)而产生的周期信号。图1是输出信号(b)的电流曲线图。这种作用使冲击波以期望的频率穿过物体。它还在物体中旋转电磁场。发电机是在乌克兰专利105875“便携式电疗和刺激装置”[4]的基础上组装的。其操作见[6]。发生器是在双通道电路的基础上组装的,使用两个频率合成器、放大器,每个频率合成器产生自己的频率。图2显示了指示电流运动的装置的框图。
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