FIELD: medical equipment.
SUBSTANCE: system intends for transmitting cardiologic signals along radio channels; it can be used in hospitals, clinics, for ambulance service and at consultation-diagnostic medical centers. System has equipment for serving patient and control board equipment. Patient serving equipment has electrodes, preamplifier, high frequency first generator, first amplitude modulator, modulating code generator, first phase manipulator, first power amplifier, first receiving-transmitting aerial, second heterodyne, second mixer, first intermediate frequency amplifier, first aerial switch, second power amplifier, third heterodyne, third mixer, second intermediate frequency amplifier, second amplitude limiter, second sync detector, registration unit, multiplier, band-pass filter and second phase detector. Control board equipment has microprocessor, comparison unit, lower and top level's memory units, adjusted threshold unit, alarm signal forming unit, magnet registrar, sound signal unit, second receiving-transmitting aerial, tuning unit, first mixer, second intermediate frequency amplifier, detector, delay line, switch, first amplitude limiter, first sync detector, second delay line, first phase detector, high frequency second generator, analog messages source, second phase manipulator, fourth heterodyne, fourth mixer, intermediate frequency amplifier, third and fourth power amplifiers, second aerial switch. Detector has spectrum width measuring unit, phase doubler, second comparison unit and first threshold unit. Radio channel is used in duplex (two-directional) mode when analog and discrete information is transmitted not only from patient to control board but from control board - to patient or to doctor treating the patient.
EFFECT: improved efficiency.
5 dwg
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Authors
Dates
2006-08-10—Published
2004-11-16—Filed