Bio-signal measurement device attachable to and detachable from various body-wearable/body-attachable products and control method thereof

A control method of a bio-signal measurement device including a sensor that collects a user's bio-signal, and a dock that is installed on a body-wearable and/or body-attachable product and has a space for mounting the sensor, the sensor and the dock being detachable and attachable to each other using magnetism, the body-wearable product including at least one of clothing, a band, a belt, and underwear, and the body-attachable product including an electrode patch, the control method comprising:

• when the sensor is attached to the dock, determining product type information of a product on which the dock is installed,
• setting an operation mode of the sensor to a mode corresponding to the product type information,
• setting an operation mode of the sensor to a work risk determination mode when the product type is determined to be workwear among the clothing,
• setting the operation mode of the sensor to a sports risk determination mode when the product type is determined to be sportswear among the clothing or the band,
• setting the operation mode of the sensor to a cardiovascular disease determination mode when the product type is determined to be the electrode patch,
• setting the operation mode of the sensor to a daily mode when the product type is determined to be the belt or the underwear,
• wherein motion data measured through activated sensing modules among a plurality of sensing modules of the sensor in the work risk determination mode is used to determine a risk of work activities of the subject, and an electrocardiogram change is used to determine whether work should continue,
• wherein heart rate, body temperature, body fat, and motion data measured through activated sensing modules among a plurality of sensing modules of the sensor in the sports risk determination mode are used to determine a risk of sports activities of a subject,
• wherein electrocardiogram data and oxygen saturation data measured through activated sensing modules among a plurality of sensing modules of the sensor in the cardiovascular disease determination mode are used to determine a cardiovascular disease of the subject,
• wherein electrocardiogram data and body temperature data measured through activated sensing modules among a plurality of sensing modules of the sensor in the daily mode are used to monitor a daily health state of the subject,
• wherein the sensor stores bio-data measured for each body-wearable and/or body-attachable product separately, and
• the bio-signal measurement device further comprises a charger for charging the sensor, wherein the sensor and the charger are detachable and attachable to each other using magnetism, and when the sensor is attached to the charger, the charger provides power to the sensor and transmits data stored in a storage unit of the sensor to an external device.

A non-transitory computer-readable recording medium recording a computer program performing a control method of a bio-signal measurement device that includes a sensor that collects a user's bio-signal, and a dock that is installed on a body-wearable and/or body-attachable product and has a space for mounting the sensor, the sensor and the dock being detachable and attachable to each other using magnetism, the body-wearable product including at least one of clothing, a band, a belt, and underwear, and the body-attachable product including an electrode patch,

• wherein the control method includes:
• when the sensor is attached to the dock, determining product type information of a product on which the dock is installed,
• setting an operation mode of the sensor to a mode corresponding to the product type information,
• setting an operation mode of the sensor to a work risk determination mode when the product type is determined to be workwear among the clothing,
• setting the operation mode of the sensor to a sports risk determination mode when the product type is determined to be sportswear among the clothing or the band,
• setting the operation mode of the sensor to a cardiovascular disease determination mode when the product type is determined to be the electrode patch,
• setting the operation mode of the sensor to a daily mode when the product type is determined to be the belt or the underwear,
• wherein motion data measured through activated sensing modules among a plurality of sensing modules of the sensor in the work risk determination mode is used to determine a risk of work activities of the subject, and an electrocardiogram change is used to determine whether work should continue,
• wherein heart rate, body temperature, body fat, and motion data measured through activated sensing modules among a plurality of sensing modules of the sensor in the sports risk determination mode are used to determine a risk of sports activities of a subject,
• wherein electrocardiogram data and oxygen saturation data measured through activated sensing modules among a plurality of sensing modules of the sensor in the cardiovascular disease determination mode are used to determine a cardiovascular disease of the subject,
• wherein electrocardiogram data and body temperature data measured through activated sensing modules among a plurality of sensing modules of the sensor in the daily mode are used to monitor a daily health state of the subject,
• wherein the sensor stores bio-data measured for each body-wearable and/or body-attachable product separately, and
• the bio-signal measurement device further comprises a charger for charging the sensor, wherein the sensor and the charger are detachable and attachable to each other using magnetism, and when the sensor is attached to the charger, the charger provides power to the sensor and transmits data stored in a storage unit of the sensor to an external device.