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Dynamic electroneurostimulation and electrical properties of skin
Špeta, Marek ; Dvořák, Petr (referee) ; Špinka, Jiří (advisor)
The focus of this diploma thesis is on theoretical basics of dynamic electroneurostimulation, which is an effect of electrical signal on acupuncture points of skin. This technology is used in devices made by russian DiaDENS company. Practical part of this thesis covers design of human skin impedance model. Especially derivation from three-element Cole-Cole model. Elementary, there is design of equivalent circuit of constant phase element and its incorporation into circuit. Then this circuit is designed, simulated and produced. Resulting product is used as a load to measure the characteristics of the DiaDENS device.
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Dynamical electroneurostimulation
Míka, Petr ; Bartušek, Karel (referee) ; Špinka, Jiří (advisor)
This work describes method of dynamic electroneurostimulation and it’s properties and apparatures which are used to accomplish the method. The general aim of this work is to furnish collective information about method of dynamic electroneurostimulation and about problems of modelling a human tissue impedance and to acquire information about signals which apparatures work with.
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Dynamical electroneurostimulation
Míka, Petr ; Bartušek, Karel (referee) ; Špinka, Jiří (advisor)
This work describes method of dynamic electroneurostimulation and it’s properties and apparatures which are used to accomplish the method. The general aim of this work is to furnish collective information about method of dynamic electroneurostimulation and about problems of modelling a human tissue impedance and to acquire information about signals which apparatures work with.
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Dynamic electroneurostimulation and electrical properties of skin
Špeta, Marek ; Dvořák, Petr (referee) ; Špinka, Jiří (advisor)
The focus of this diploma thesis is on theoretical basics of dynamic electroneurostimulation, which is an effect of electrical signal on acupuncture points of skin. This technology is used in devices made by russian DiaDENS company. Practical part of this thesis covers design of human skin impedance model. Especially derivation from three-element Cole-Cole model. Elementary, there is design of equivalent circuit of constant phase element and its incorporation into circuit. Then this circuit is designed, simulated and produced. Resulting product is used as a load to measure the characteristics of the DiaDENS device.
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