Development of a wearable deep body temperature sensor (dual heat flow method) [Suwa University of Science and Technology]
It is a technology for a compact module capable of measuring "core body temperature" with medical device-level accuracy.
"High-Precision Deep Body Temperature Measurement Using Dual Heat Flow Method" - Air layer on the side of the temperature sensor, two independent heat flow paths - Achieves medical device level accuracy (average error: ±0.2 to 0.3℃) "Compact Module" Configurable with Implementation Technology Only - SMD temperature sensor IC, printed circuit board - Size suitable for integration into wearable devices *For more details, please refer to the PDF document or feel free to contact us.
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This technology is the result of research from the Public Suwa Tokyo University of Science. We hope to collaborate with companies for practical application development. If you have any requests for product development in collaboration with university technology, please feel free to contact us.
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(Expected Applications) - Early detection of heat stroke - Prevention of heat stroke in elderly living alone - Health management of infants and young children (Development Status at University) - Ongoing research aimed at further improving measurement accuracy (Intellectual Property Rights) Patent Application No. 2023-222637 "Probe for Deep Temperature Measurement and Deep Temperature Meter"
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