Таймаров Михаил Александрович (RU),Лавирко Юрий Васильевич (RU)
申请号：
RU2016126912
公开号：
RU0000169590U1
申请日:
2016.07.04
申请国别(地区):
RU
年份:
2017
代理人:
摘要：
The invention relates to medical engineering, in particular to devices for measuring in a production environment systolic upper and diastolic lower the blood pressure and heart palpitations in power stations workers, electricity, elektroispolzuyuschih and electricity transmission devices which by the nature of production activities are exposed directly exposed to highly stressed electromagnetic fields and, as a consequence, may experience symptoms of cardiac arrhythmia.The object of the utility model is directed, it is development of the tonometer, by which to identify the degree of arrhythmia.The technical result consists in detecting the degree of fibrillation, is achieved in that the tonometer comprising a compression cuff Pneumatic solenoid valve, a throttle, an air compressor with electric drive, pressure sensor, an electronic processor, a liquid crystal display unit of the voice instructions, the electronic analyzer frequency intervals repetition pulse oscillation amplitudes and having a software package, and the control panel connected to the power supply unit, wherein the compression cuff is connected, by means of pneumatic tubes, solenoid valve and through a throttle with an air compressor and the pressure sensor, the electronic processor is coupled in electrical communication with a solenoid valve, a pressure sensor, an air compressor, a liquid crystal display unit voice guidance and control, the electronic analyzer connected to electrical connections an electronic processor, a liquid crystal display, and the voice guidance unit is adapted to determine the maximum s and minimum values of the time intervals of the pulse repetition frequencies of oscillation and the oscillation amplitude values at these frequencies with the pulse derivation specified values on the LCD and the voice guidance unit according to the present utility model, there is an electronic unit to determine the degree of fibrillation using the formula Stwhere nmax - the number of peri
