Abstract: The main principle of the invention is that measurement of the heart rate occurs by wireline with the fixed ECG electrodes according to FIG. 1. The electronics that are unnecessary for the wireless receiver are removed from what is in itself a prior-art pulse counter and also the wireless pulse transmitter is omitted and replaced with fixed ECG electrodes, which are connected in a fixed manner to the pulse counter (1).

Abstract: Method and system for measuring the activity of the functions of the body of a person, wherein the vital functions are measured wirelessly with a portable activity measuring apparatus. For measuring an activity a sensor or sensors, e.g. activity sensors, blood pressure sensors, ECG sensors or heart pulse sensors, that are fixable to the body arc used, from which sensor or sensors a measured value or measured values are received, e.g. activity values, blood pressure values, ECG curves or heart pulse values. The aforementioned value or aforementioned values are sent wirelessly to the server of the measuring of an activity for processing, monitoring, analysis and/or other actions. The server analyzes the measured values, converts the processed measurement results into a suitable format for sending onwards, and sends the converted measurement results to the user/users.

Abstract: A procedure and a means for telemetric measurement of heartbeat and ECG signal, according to the procedure a person's heartbeat or ECG signal being measured in a suitable part of the body and transmitted from a separate transmitter means to a separate receiver means. The telemetric data transfer is carried out, using the magnetic proximity field, by controlling magnet coils in the transmitter unit, with the heartbeat or ECG signal detected in the body and amplified, the magnetic field produced by the magnet coils being essentially multidimensional, and by detecting in the receiver the magnetic field with a coil structure having at least partially an equivalent directional pattern of the magnetic field.