SYSTEM FOR THE DETECTION AND ACQUISITION OF PHYSIOLOGICAL AND MOTOR PARAMETERS THROUGH WEARABLE SENSORS

A system comprising at least one inertial motion sensor, an integrated circuit including an antenna to enable radio communication with other devices; at least one wearable physiological signal detector, an integrated circuit including an antenna to enable radio communication with other devices, capa...

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Hauptverfasser: ZUPONE, Giuseppe, TESCONI, Mario, TACCONI, Carlo, CAMPIGLI, Luigi, BERTOCCI, Paolo, SGAMBELLURI, Nicola, MELLONE, Sabato, ZACCHEO, Fabrizio, MANZI, Salvatore, PALMERINI, Luca, PICCININI, Roberta
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creator ZUPONE, Giuseppe
TESCONI, Mario
TACCONI, Carlo
CAMPIGLI, Luigi
BERTOCCI, Paolo
SGAMBELLURI, Nicola
MELLONE, Sabato
ZACCHEO, Fabrizio
MANZI, Salvatore
PALMERINI, Luca
PICCININI, Roberta
description A system comprising at least one inertial motion sensor, an integrated circuit including an antenna to enable radio communication with other devices; at least one wearable physiological signal detector, an integrated circuit including an antenna to enable radio communication with other devices, capable of detecting/transmitting at least one heart rate datum of the wearer; at least one remote data collection unit capable of communicating with the motion sensor and the physiological parameter detector, of securely storing and processing the data transmitted to it by the latter; at least one operator interface, connected via radio to the motion sensor, to the physiological parameter detector and to the remote data collection unit; synchronization device/unit/component or the like for synchronizing the signals transmitted and received by the different elements; wherein at least one inertial motion sensor comprises connection device/unit/component or the like for the connection to a respective footwear of a patient.
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language eng ; fre ; ger
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subjects DIAGNOSIS
HUMAN NECESSITIES
HYGIENE
IDENTIFICATION
MEDICAL OR VETERINARY SCIENCE
SURGERY
title SYSTEM FOR THE DETECTION AND ACQUISITION OF PHYSIOLOGICAL AND MOTOR PARAMETERS THROUGH WEARABLE SENSORS
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