Abstract: During a personalized monitoring procedure facilitating safe and effective sport or rehabilitation activities, in the preparatory section user anamnesis and activity protocol data are recorded; at an idle phase, based on current heart rate measurement, we decide whether the activity can be continued; at a load phase, we monitor changes in physiological parameters, related to the physical activity, primarily the parameters that determine safe heart operation and, if necessary, provide a warning; in a regeneration phase, heart rate deceleration stage is monitored, heart rate variability parameters are calculated, and the result obtained is taken into account when monitoring in relation to the next training, while evaluating the idle phase. Related apparatus comprises a data processing unit connected to measuring electrodes and sensors and a display unit in wireless communication with the data processing unit.

Abstract: During a personalized monitoring procedure facilitating safe and effective sport or rehabilitation activities, in the preparatory section user anamnesis and activity protocol data are recorded; at an idle phase, based on current heart rate measurement, we decide whether the activity can be continued; at a load phase, we monitor changes in physiological parameters, related to the physical activity, primarily parameters that determine safe heart operation and, if necessary, provide a warning; in a regeneration phase, heart rate deceleration stage is monitored, heart rate variability parameters are calculated, and the result obtained is taken into account when monitoring in relation to the next training, while evaluating the idle phase. Related apparatus comprises a data processing unit connected to measuring electrodes and sensors and a display unit in wireless communication with the data processing unit.

Abstract: A method for monitoring specific activity parameters of the human heart, where ECG and PCG signal monitoring is performed simultaneously by at least two electrodes placed on the chest in such a way that the ECG signal is utilized as a reference time point during PCG monitoring, and monitoring is performed with a measuring unit consisting of a couple of measuring heads containing combined ECG and PCG electrodes, a controlling master measuring head and a slave measuring head performing synchronized implementation, and a computing evaluating unit which is in wireless data communication connection with the above unit and is capable of data processing. ECG and PCG signals are simultaneously monitored by two measuring heads, each comprising an ECG electrode and a PCG electrode, one of the measuring heads serving as a master measuring head and the other one of the measuring heads serving as a slave measuring head.

Abstract: A method for monitoring specific activity parameters of the human heart, where ECG and PCG signal monitoring is performed simultaneously by at least two electrodes placed on the chest in such a way that the ECG signal is utilized as a reference time point during PCG monitoring, and monitoring is performed with a measuring unit consisting of a couple of measuring heads containing combined ECG and PCG electrodes, a controlling master measuring head and a slave measuring head performing synchronized implementation, and a computing evaluating unit which is in wireless data communication connection with the above unit and is capable of data processing. ECG and PCG signals are simultaneously monitored by two measuring heads, each comprising an ECG electrode and a PCG electrode, one of the measuring heads serving as a master measuring head and the other one of the measuring heads serving as a slave measuring head.

Abstract: During a personalized monitoring procedure facilitating safe and effective sport or rehabilitation activities, in the preparatory section user anamnesis and activity protocol data are recorded; at an idle phase, based on current heart rate measurement, we decide whether the activity can be continued; at a load phase, we monitor changes in physiological parameters, related to the physical activity, primarily parameters that determine safe heart operation and, if necessary, provide a warning; in a regeneration phase, heart rate deceleration stage is monitored, heart rate variability parameters are calculated, and the result obtained is taken into account when monitoring in relation to the next training, while evaluating the idle phase. Related apparatus comprises a data processing unit connected to measuring electrodes and sensors and a display unit in wireless communication with the data processing unit.