Innovative wearable monitoring device for pregnant women can record the signals of contractions, fetal movement, and fetal heart rate in real time. With AI intelligent classification and sequential analysis technology, it can link the difficult-to-classify GTC signal patterns with the possibility of fetal distress Finally, the position, size and duration of fetal movement are further estimated to provide accurate follow-up clinical analysis. It allows pregnant women to monitor the relevant physiological parameters at any time at home to avoid the troubles and worries caused by the risk of nosocomial infection of pregnant women.
1. Intelligent monitoring technology and device design that can accurately measure pregnant women＇s fetal movement, fetal heart rate and contractions at the same time.
2. AI intelligent classification and sequential analysis methods link the difficult-to-classify GTC signal patterns with the possibility of fetal distress.
3. The system can further estimate the position, size, and duration of fetal movement, providing a more accurate basis for subsequent clinical analysis of fetal activity
4. Complete two IRB human experiments with actual system verification (validation) results
1. In the future of post-epidemic era, under the shadow of variants or unknown viruses, improving the safety of pregnant women before giving birth and reducing the risk of premature birth are urgent issues in clinical care.
2. Compared with the products currently on the market, this technology has more complete sensing parameters and AI prediction capabilities, supported by clinical database, and has strong competitiveness.
3. Two clinical tests have been completed in domestic medical institutions, and the feasibility of commercialization is high.

Technology

S11101T0641

National Cheng Kung University(國立成功大學)

Academic institution

Prototype

2022/01/06

Patent_exclusive license,Joint development,

2024/01/06

https://www.dropbox.com/s/1isa19euyxo5hsx/media2.wmv?dl=0