Abstract: A vibration dosimeter (2) adapted to monitor whole-body vibration comprising a sensor (6) arranged to continuously measure magnitude of mechanical vibrations received by a person being monitored, means for sampling the vibration measurements (20) produced by the sensor (6), and a processor (10) configured to analyse the vibration measurements and to record an analysis thereof to a data store internal to the dosimeter (2).

Abstract: A device for acquiring electric signals of the human body from a patient's heart includes at least two independent connection elements that each has supports that are provided each with electrodes. The electrodes are attached to an electric cable with parallel strands, which is connected to an input of an acquisition card that receives and transmits, free of electromagnetic interference, electric signals derived from the electrodes to a central unit for data processing, analyzing and editing.

Abstract: The invention concerns a device for acquiring electric signals of the human body from a patient's heart (P, 2), comprising at least two independent connection elements (8, 9; 80, 90) comprising respectively supports (4) provided each with electrodes (3) connected by an electric cable (5, 5′) with parallel strands which is connected to an input (10, 11) of an acquisition card (6) to receive and transmit free of electromagnetic interference electric signals derived from the electrodes (3) to a central unit (7) for data processing, analysing and editing.