POPOVI&Cacute-MANESKI, LANA DR,POPOVIĆ-MANESKI, Lana dr,POPOVI&Cacute, DEJAN,POPOVIĆ, Dejan
申请号：
RSP20140436
公开号：
RS20140436A1
申请日:
2014.08.15
申请国别(地区):
RS
年份:
2014
代理人:
摘要：
Invention herewith described refers to the magnetic electrode for selective transcutaneous electrical stimulation of sensory or motor structures that is placed between one or more output channels of the stimulator and the skin. This invention has an application in the rehabilitation process of patients after the skeletal-muscle injuries, injuries of the central nervous system, treatment of pain (transcutaneous electrical nerve stimulation - TENS) and strengthening the muscles in healthy individuals (e.g. athletes). The medium is composed of the upper layer (1) made of a flexible material having the characteristics of the insulator within which there are optionally cut out the fields (2) with inserted a biocompatible conductive material, and the lower layer of adhesive hydrogel (3) whose depth of the conductivity is much higher than the radial conductivity. At least one of the two materials in the top layer has the magnetic characteristics that provide a reliable contact with an electric actuator (4) that comprises a permanent magnet and which is moved along the upper surface of the medium achieving an electrical contact with one or more of the conductive fields.Magnetna elektroda za selektivnu transkutanu električnu stimulaciju senzornih ili motornih struktura koji se postavlja između jednog ili više izlaznih kanala stimulatora i kože. Ovaj pronalazak ima primenu u procesu rehabilitacije kod osoba posle skeletno-mišićnih povreda, povreda centralnog nervnog sistema, tretmanu bola (transkutana električna nervna stimulacija - TENS) i jačanju mišića kod zdravih osoba (npr. sportisti). Medijum se sastoji od gornjeg sloja (1) izrađenog od fleksibilnog materijala koji ima karakteristike izolatora u kome su proizvoljno isečena polja (2) u koja je umetnut provodni biokompatibilni materijal i donjeg sloja koji čini adhezivni hidrogel (3) čija dubinska provodnost je mnogo veća nego radijalna. Makar jedan od dva materijala u gornjem sloju ima magnetne karakteristike koje omoguć
