FIELD: medical engineering.
SUBSTANCE: device has individual transmitter part mounted on human body of each patient. The transmitter part comprises in series connected multiplexer which input serves as system input and analog-to-digital converter, microprocessor unit having common bus connected to analog-to-digital converter output and via register to multiplexer control input, in series connected encoder connected to common bus with its input and infrared radiator and receiving part having in series connected photoreceiver and decoder, in series connected digital-to-analog converter with register and demultiplexer which output serves as system input, another microprocessor unit which common bus is connected to register input of the digital-to-analog converter and decoder output and also connected to demultiplexer control input. The receiving part is common to all individual transmitting parts in series connected via digital-to-analog converter to register. Register input is connected to common bus of one more microprocessor unit, building signal permitting transmission for next individual transmitting part. Radio transmitter has radio transmitting antenna. Network of infrared detector units is arranged for detecting radiation emitted by each infrared radiator and connected to infrared photodetector input. The transmitting part has in series connected radio receiver and radio transmitting antenna and another analog-to-digital converter which output is connected to microprocessor unit common bus for processing signal, permitting and controlling telemetric data transmission for next individual transmitting part.
EFFECT: wide range of functional applications.
1 dwg
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Authors
Dates
2006-07-10—Published
2003-12-31—Filed