UNIVERZA V MARIBORU FAKULTETA ZA ELEKTROTEHNIKO; RAČUNALNIŠTVO IN INFORMATIKO
发明人:
DAMJAN ZAZULA,Damjan Zazula
申请号：
SI201400272
公开号：
SI24778A
申请日:
2014.07.31
申请国别(地区):
SI
年份:
2016
代理人:
摘要：
the object of the invention is a device and procedure is presented, which is a new method for the rapid and nemote\u010dega measurement blood pressure and vascular and blood parameters.the invention is based on an electronic device, which includes a built-in computer and fotopletizmograf consisting of light sources of at least two different wavelengths of light and regular optical sensors with a number of diode, and a multi axis pospe\u0161komer. optical sensors are positioned so that they opazovanec during daily work upon zroko while lighting presvetlijo his fingers.the invention can be installed on the elements for living space, to be opened by pulling the hands and only at a certain traction force suddenly released, as in the case of the refrigerator door. the invention is a device can be installed in a dedicated, separate the housing which provides the same effect of force moment in time pressure on the toes.the invention processes are calculated from a short segment of fotopletizmografskih acceleration signals and nasi\u010denostkrvi oxygen means compressibility coefficient for the opazovan\u010deve veins, the maximum capacity of the vessels and the volume izena\u010denem external and internal pressure on the walls of the blood vessels and the blood no pressure.Predmet predstavljenega izuma so naprava in postopki, s katerimi je omogočen nov način hitrega in nemotečega merjenja krvnega tlaka ter žilnih in krvnih parametrov. Izum temelji na elektronski napravi, ki vsebuje vgrajeni računalnik in fotopletizmograf, sestavljen iz svetlobnih izvorov vsaj dveh različnih valovnih dolžin svetlobe in linijskih optičnih senzorjev z večjim številom fotodiod, ter večosni pospeškomer. Optični senzorji so nameščeni tako, da se jih opazovanec med vsakodnevnimi opravili oprime zroko, ob tem pa svetila presvetlijo njegove prste. Naprava po izumu je lahko nameščena na elementih bivalnega okolja, ki jih je treba odpreti s potegom roke in se šele pri določeni vlečni sili nenadoma sp
