Vykhliaiev Yurii Mykolaiovych,Вихляєв Юрій Миколайович,Tarasiuk Vladyslav Mefodiyevych,Тарасюк Владислав Мефодієвич,Boyko Hanna Leonidivna,Бойко Ганна Леонідівна
申请号：
UA2012012414
公开号：
UA109005C2
申请日:
2012.10.30
申请国别(地区):
UA
年份:
2015
代理人:
摘要：
The present invention relates to the branch of medical and sport diagnostical radioelectronics. The claimed method for oxygen saturation and heart rate determination at which body region surface of a bioobject is irradiated with wave flow and then their shall be made the following analysis of their characteristics. At that electromagnetic emission of millimetric range of wave-length on two frequencies is used. Emission intensity penetrated through a body or resisted from it shall be measured and a measured result shall be processed and displayed. One frequency conforms with energy peak absorption of electromagnetic waves in oxygen. (59±0,4 HHz). Another frequency conforms with evenness of energy absorption of electromagnetic waves in oxygen and water vapors (45±0,2 HHz or 80±0,4 HHz). Difference analysis of electromagnetic wave absorption in biological tissue for two frequencies of emission frequency is used for determination of oxygen saturation degree and analysis of dependence of absorption intensity of electromagnetic waves of the involved frequencies in biological tissues at a time shall be used for heart rate determination. The clamed device for oxygen saturation and heart rate determination contains a unit of generators, emitters, receiving apparatus, processing and information display unit. A generator unit is a generator unit of electromagnetic emission of millimeter range of wave length on two frequencies of low non-thermal intensity (to 10 mW/cm2), which signals income in an emitter lighting up a surface of bioobject body region and emission which penetrated through a bioobject or resisted from it, incoming to receiving apparatus of electromagnetic waves where signals for each of involved frequencies are separated out and delivered to an amplitude detector unit, at that signals containing information of amplitude on each of two emission frequencies, income to a processing and displaying information unit. Application of the claimed method and device provid
