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METHOD OF ADAPTIVE IMPACT ON A LIVING ORGANISM (VERSIONS)

机译:对生活有机体(版本)的适应性影响的方法

摘要

FIELD: physiotherapy.;SUBSTANCE: group of inventions relates to physiotherapy, namely to methods of electroimpulse impact on a living organism. Method of adaptive electro-impact includes installation of electrodes on the tissues of a biological object and transmission of bundles of electrical stimuli through them, formed by means of an inductive storage device in the form of an inductor, or a transformer or autotransformer, controlling the duration of the impact and / or parameters of the stimuli, depending on the parameters of free oscillations, arising in the oscillatory circuit formed by the accumulator inductance and inter-electrode tissue impedance, in the first embodiment of the method the parameters of free oscillations are measured during the impact of the current stimulus bundle and, in accordance with the results of these measurements, parameters of the stimuli in the same bundle and/or in any subsequent stimulus bundles are controlled, including controlling the start of the next stimulus in the bundle, depending on the phase of free oscillations of the previous stimulus. In a second embodiment, the free oscillation parameters of the last stimulus of the bundle are measured. In the third embodiment of the method, at the end of the bundle and before the beginning of the next one, a probing stimulus is formed, the parameters of its free oscillations are measured.;EFFECT: use of the inventions provides higher electro-impact effectiveness.;6 cl, 18 dwg
机译:发明领域本发明涉及物理治疗,即涉及电脉冲对生物的冲击的方法。自适应电冲击的方法包括将电极安装在生物物体的组织上,并通过电感应束传输,这些电刺激借助感应器,变压器或自耦变压器等形式的感应存储设备形成,控制冲击的持续时间和/或刺激的参数,取决于在由蓄电池电感和电极间组织阻抗形成的振荡电路中产生的自由振荡的参数,在该方法的第一实施例中,自由振荡的参数为在当前刺激束的冲击过程中进行测量,并根据这些测量的结果,控制同一束和/或任何后续刺激束中刺激的参数,包括控制束中下一个刺激的开始,取决于先前刺激的自由振荡的阶段。在第二实施例中,测量束的最后刺激的自由振荡参数。在该方法的第三实施例中,在束的末端并且在下一个束的开始之前,形成探测刺激,测量其自由振荡的参数。效果:本发明的使用提供了更高的电冲击效率。; 6 cl,18 dwg

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