FIELD: medicine.
SUBSTANCE: invention relates to telemedical equipment, namely to means of automated control over condition of patients of cardiologic rehabilitation departments during post-operative or recovery period of treatment. Information system contains N sensors of electrocardiosignals, channels of communication, doctor on duty control unit. Additionally it contains central post unit and N units of patients' state monitoring, into each of which included are successively connected ADC, connected to corresponding elecrocardiosignal sensor, unit of information filtration and compression, shaper of alarm signals, shaper of alarm signal packets, modulator, commutator, radioreceiver-transmitter of patient's state monitoring unit and programmed shaper of time slots, start pulse generator, connected to ADC, reference frequency generator, connected to modulator, information packet shaper, connected with its inlet to second outlet of unit of information filtration and compression, and with its outlet - with second cummutator inlet, whose third inlet is connected with outlet of programmed shaper of time slots and controlling inlets of shapers of information packets and alarm signals. Central post (CP) unit includes successively connected CP radioreceiver-transmitter, CP commutator, doctor on duty control unit and generator-informer of acoustic alarm signal, central shaper of time slots, connected with CP radioreceiver-transmitter, CP commutator and doctor on duty control unit, and N sensors of alarm sensors, inlet of each of which is in parallel way connected with other outlet of CP commutator, and with outlet - with corresponding individual inlet of doctor on duty control unit interrupt, where N is number of beds in department of cardiologic rehabilitation.
EFFECT: invention allows to detect critical situations in controlled patients' state quickly and take medicinal measures in order to remove crisis manifestations in due time in situations when number of controlled patients is large.
4 dwg
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Authors
Dates
2011-01-10—Published
2009-10-06—Filed