the subject invention apparatus and procedures are presented, which enabled a new way nemote\u010dega elektrokardiogafskih measurement signals (ecg) in opazovan\u010devem living environment through dry or kapacitivnih electrodes.the invention is based on a dry or kapacitivnih electrodes which constitute the elements of living space and which comes into contact with opazovanec their everyday activities, so that they touch, and is in contact with them, at least for a short time. the electrodes are connected to a measuring circuit, which enhances the inizlo\u010di ecg signals from several types of disturbances.if the electrodes are made as a metallic pipe is inserted in the measuring circuit, electrodes and thereby further protected against electromagnetic interference. the invention is in the device as a whole and subassembly for elimination of the network frequency (50 hz) and for the compensation of nonlinear distortions in the measured signals.the first subassembly includes an input stage with preklapljanimi oja\u010devalno filter capacitors (fpk) and mikrokrmilnik, which it controls. this special procedure obdelamerjeni signal directly from the calculated frequency and current network disturbance and forms a control signal for fpk that adapts in real time and optimal removes disorder regardless of any change in its frequency.the second subassembly connects the input of the amplifier and oja\u010devalno instrumentacijskim mikrokrmilnik. this leads to the special process, which detects the signal sections, which are non-linear finger, and in real time with the help of polinomske smoothed interpolations. the mikrokrmilnikskrbi for communication with the computer network, which transmits the measured ecg signals.Predmet predstavljenega izuma so naprava in postopki, s katerim je omogočen nov način nemotečega merjenja elektrokardiogafskih signalov (EKG) v opazovančevem bivalnem okolju s pomočjo suhih ali kapacitivnih elektrod. Izum temelji na suhih ali kapacitivnih elek
