image: A smart wearable real-time diagnosis sensor applying complex nature-mimicking structure view more
Credit: DGIST
DGIST announced that Professor Hyuk-Jun Kwon in the Department of Information and Communication Engineering developed a 'patch-based health diagnosis sensor system' that is easily attached to skin with Professor Sunkook Kim's research team at Sungkyunkwan University. This sensor is attached to skin as if attaching band-aid and collects various health information in real-time by monitoring biosignals and certain movements, drawing huge expectations for diverse applications.
Research on wearable healthcare devices has been actively conducted with the well-being era. However, product developments have faced many difficulties due to barriers in collecting biometric information such as body movements, sweats, and secretions. Professor Kwon's team focused on developing sensors that can collect stable biometric data from various situations including intense workouts and emergencies.
As a result, the research team has successfully developed precise structures for daily life using laser and increased the stability of sensor that collects biometric information. Inspired by the crooked movements of snakes and spider webs, Professor Kwon's team created a stable structure for sensors to operate without damage despite huge body movements. Moreover, the team greatly improved the vertical elasticity of the sensors by applying the zigzag paper craft structure, so that sensors endure intense body movements.
The patch-based sensor developed this time was made of a biometric-friendly waterproof material, thus improving the difficulties in acquiring accurate information due to the skin-attachment problem. In addition, the sensor can also be connected to smartphone using Bluetooth, so biometric data can be saved to a cloud server 24/7. This will enable making timely response to various emergencies such as infants, young children, and elders living alone who are need care as well as soldiers and firefighters who are constantly exposed to dangerous environments.
Professor Kwon said that "The key for this sensor development was securing structural stability and skin adhesion that can endure very intensive physical movements. The sensor is very useful because as long as it is attached to skin like a band-aid, it can collect various biodata information. It is expected to be applied to observe and monitor animal and livestock diseases as well in the future."
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This research was published on the online version of IEEE (Transaction on Industrial Electronics), a world-renowned international journal in electrical and electronic engineering.
Journal
IEEE Transactions on Industrial Electronics