IoT-based respiratory measuring and training system and method through measurement of electromyography and respiratory pressure
AssigneeInthetech
InventorSeung Ho CHOUN
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Abstract
An IoT-based respiratory measuring and training system according to one embodiment of the present invention may include an IoT-based respiratory measuring device including a respiratory measuring module for measuring a user's respiration and an electromyography measuring module for measuring electromyography of a user's body part; and a user terminal for analyzing data on the measured respiration and electromyography to determine and output the user's respiratory pattern and breathing pattern.
Claims10
An IoT-based respiratory measuring and training system through the measurement of electromyography and respiratory pressure, comprising:
- an IoT-based respiratory measuring device including a respiratory measuring module for measuring a user's respiration and an electromyography measuring module for measuring electromyography of a user's body;
- and
- a user terminal for analyzing data on the measured respiration and the electromyography to determine and output the user's respiratory pattern and breathing pattern.
An IoT-based respiratory measuring and training method performed in an IoT-based respiratory measuring and training system through the measurement of electromyography and respiratory pressure, comprising:
- acquiring a user's respiratory measurement data and electromyography measurement data through an IoT-based respiratory measuring device;
- processing the respiratory measurement data and the electromyography measurement data in a specified manner in a user terminal;
- analyzing the processed respiratory measurement data and the electromyography measurement data to determine the user's respiratory pattern and breathing pattern;
- and
- outputting the determination result through a display of the user terminal.
Dependencies are inferred from the claim text.