The global healthcare sector is undergoing a profound transformation, with a strong push towards preventative care and remote monitoring to alleviate strained medical resources. Simultaneously, industries face increasing regulatory scrutiny and competitive pressure to enhance worker safety and operational efficiency. This technology's ability to provide highly accurate and stable biosignal data, even in challenging environments, positions it as a critical enabler for these trends, supporting the development of next-generation health and safety solutions worldwide.
Achieves ~2x higher measurement accuracy by uniquely removing potential fluctuation noise from body surface potential and static electricity, significantly improving signal-to-noise ratio.
Ensures stable measurement by securing consistent contact with the detection site, potentially reducing false detections by up to 80% despite body movement or environmental changes.
Facilitates easy integration into existing monitoring systems without special pre-treatment or complex attachment, minimizing user burden and reducing deployment costs.
This patent protects a broad and detailed technical scope, covering a biological information detection device with a unique noise reduction structure and stable sensor contact. Its patentability was established through a rigorous examination process, including overcoming two office actions and comparison against seven prior art documents, indicating a robust and difficult-to-invalidate right.
This patent primarily covers the hardware and algorithm for noise-reduced biosignal detection. White space exists in developing advanced AI-driven predictive analytics based on the clean data, or integrating this technology into therapeutic devices beyond mere monitoring.
In remote medical monitoring, assuming 100 false detections annually, with each requiring an average of $30 (AI est.) for additional verification or re-examination. If this technology improves the false detection rate by 80%, a direct cost reduction of 100 incidents × 0.8 × $30 = $2,400 (AI est.) per year is projected. Additionally, in industrial worker monitoring, considering accident prevention through early detection of hazards or health issues, indirect economic benefits of tens to hundreds of thousands of dollars (AI est.) annually could be realized.
X: High-Precision Measurement Stability
Y: Ease of Integration & Versatility