Abstract: The present invention relates to a method for measuring an exercise, in which method the electrical signals caused by active muscles are measured with a measuring device and response is given from the physical performance with a perceivable signal. In the method in accordance with the invention by measuring and analyzing EMG activities of muscles or EMG activities of muscles and movements of the body quantities describing the physical performance and/or the result of the physical performance are calculated or evaluated.

Abstract: Disclosed is a portable monitoring module and a monitoring method utilizing the module for monitoring a plurality of electrical biosignals of a person. The module includes a measurement for measuring an electrical biosignal from the at least two electrodes, a wireless communication unit, and a processing unit. The processing unit selects a biosignal type to be monitored from a list of types supported by the monitoring module, store samples of biosignal data generated by the measurement unit, detect an indicator pattern within the biosignal data, wherein the indicator pattern represents an indication of a possible event of the selected biosignal type, and send a set of biosignal data wirelessly to a validation system. The set of biosignal data represents a sequence of samples of biosignal data related to the detected indicator pattern, and the validation system confirms the presence of the event in the received set of biosignal data.

Abstract: The present invention relates to a method for measuring an exercise, in which method the electrical signals caused by active muscles are measured with a measuring device and response is given from the physical performance with a perceivable signal. In the method in accordance with the invention by measuring and analyzing EMG activities of muscles or EMG activities of muscles and movements of the body quantities describing the physical performance and/or the result of the physical performance are calculated or evaluated.

Abstract: Disclosed is a portable monitoring module and a monitoring method utilizing the module for monitoring a plurality of electrical biosignals of a person. The module includes a measurement for measuring an electrical biosignal from the at least two electrodes, a wireless communication unit, and a processing unit. The processing unit selects a biosignal type to be monitored from a list of types supported by the monitoring module, store samples of biosignal data generated by the measurement unit, detect an indicator pattern within the biosignal data, wherein the indicator pattern represents an indication of a possible event of the selected biosignal type, and send a set of biosignal data wirelessly to a validation system. The set of biosignal data represents a sequence of samples of biosignal data related to the detected indicator pattern, and the validation system confirms the presence of the event in the received set of biosignal data.

Abstract: The present invention relates to a method for recognizing and measuring heartbeat in physical training, in which method individual heartbeats are recognized and measured from the electrical signal of the heart, the EKG signal, on the area of waist and/or on the body area below the waist by means of two or more electrodes (2, 3) integrated to an outfit (1) or to a part of an outfit, and/or by means of two or more electrodes integrated to one or several wearable sensors, and for calculating various quantities describing the function of the heart. In the method in accordance with the invention, for recognizing and measuring heartbeat, the signals received from the heart are processed and examined with two or more different ways for improving the reliability of calculation and for decreasing the impact of noises.

Abstract: The objective of the invention is a method and a device for identifying, measuring and analyzing abnormal neurological responses. In the method in accordance with the invention neurological diseases, pain, fatigue, power producing ability and/or activeness and/or symptoms connected with those are estimated by measuring signals produced by muscles and by analyzing signals with nonlinear calculation methods. The device in accordance with the invention includes sensors to be placed in the body or on the body surface for measuring signals produced by muscles, a signal-analyzing device for analyzing signals with nonlinear calculation methods and a feedback device for giving feedback.

Abstract: The present invention relates to a method for recognizing and measuring heartbeat in physical training, in which method individual heartbeats are recognized and measured from the electrical signal of the heart, the EKG signal, on the area of waist and/or on the body area below the waist by means of two or more electrodes (2, 3) integrated to an outfit (1) or to a part of an outfit, and/or by means of two or more electrodes integrated to one or several wearable sensors, and for calculating various quantities describing the function of the heart. In the method in accordance with the invention, for recognizing and measuring heartbeat, the signals received from the heart are processed and examined with two or more different ways for improving the reliability of calculation and for decreasing the impact of noises.

Abstract: The present invention relates to a method for measuring an exercise, in which method the electrical signals caused by active muscles are measured with a measuring device and response is given from the physical performance with a perceivable signal. In the method in accordance with the invention by measuring and analyzing EMG activities of muscles or EMG activities of muscles and movements of the body quantities describing the physical performance and/or the result of the physical performance are calculated or evaluated.