Алексанян Грайр Каренович (RU),Горбатенко Николай Иванович (RU),Кучер Артем Игоревич (RU),Тарасов Александр Дмитриевич (RU)
申请号：
RU2016106620/14
公开号：
RU00164812U1
申请日:
2016.02.26
申请国别(地区):
RU
年份:
2016
代理人:
摘要：
The invention relates to medical engineering and is intended for collecting and transmitting data from the surface of the biological object composed of electrical impedance tomography device. The technical result of the utility model is to expand the functional capabilities of the device electrical impedance tomography of biological objects by providing a quality assessment electrode attachment and the formation of various lead systems when removing the potential from the surface of the biological object, by changing the shape, frequency and intensity of the probing current, providing the possibility of studying various areas of biological object and purpose of the common electrode among the contact electrodes independent belt in electrodes. The apparatus 1 for data collection and transmission to electrical impedance tomography of biological objects comprises an electrode (BE) 3, a probing signal generator 4, the voltage measurement unit 5 for measuring passive electrodes, and a microprocessor unit (IBC) 6. The generator 4 is composed of a probing signal source current (IT) 7, and a multiplexer unit (HDA) 8 generator 4, the current source output of the generator 7 is input multiplexer unit 4. The measuring unit 8 5 consists of a block voltage multiplexers (BMI) measurement block 9 5 and the analog-to-digital converter 10, the output multiplexer unit 9 is input to an analog-digital converter 10, the output of analog-to-digital converter 10 is connected to a measuring input of the microprocessor unit 6. The outputs of the microprocessor unit 6 connected to the control inputs of multiplexer units 8 and 9, and electrode assembly includes contact electrodes 3 and the common electrode and the discharge is in the form of independent belts electrodes connected simultaneously to a block generator 4 and the multiplexer 8 to block multiplex 9 moat measuring unit 5 voltage. Microprocessor unit 6 is operable to control the current source 7, the generator unit 8 of the multiplexe
