非接觸感測Contactless sensing

精準智慧醫療Precision Smart Healthcare

教授自2012年起與臺大醫工所林啟萬教授合作,開發用以檢測物質品質之感測晶片與系統模組。其中使用林啟萬教授研究團隊所開發之天線作為感測器,教授研究團隊開發其介面電路,利用共振頻率與品質因數來判定待測物之介電係數。相關研究成果於教授任助理教授期間便申請並獲證中華民國發明專利,美國專利則是於教授升等副教授生效後,2016年8月23日公告獲證。初期研究成果也於2017年5月至美國之電路系統領域之旗艦會議IEEE International Symposium on Circuits and Systems (ISCAS 2017)以口頭方式發表。相關技術及專利也於2018年授權並技術移轉至工業技術研究院進行後續產業推廣工作,教授也因此兼任工研院顧問約一年時間,協助相關技術之推廣。期間工研院團隊利用此技術設計一鮮度計之雛形品,由教授擔任指導老師,參加2019年光寶創新獎,榮獲技術創新組之銀賞。後續相關之研究發展仍在積極進行中。In collaboration with NTU's Institute of Biomedical Engineering, we developed sensing chips and system modules for contactless material-quality assessment. An antenna serves as the sensor, while our interface circuit extracts resonant frequency and quality factor to determine the material's permittivity.

原始研究說明:Research descriptions: 技術說明Technology description

相關公開論文Related public papers

依公開論文題名關鍵字篩選,共 4 篇,依公開年份與已載月份由新到舊排列;未載月份者置於該年最後。4 papers matched by title keywords, ordered by published year and stated month, newest first. Entries without a month follow dated entries in the same year.

  1. Real-Time Non-Contact Dielectric Sensing of Electrolytes and Droplets Using a Wireless LC Resonator

    Sensing and Bio-Sensing Research, vol. 53, Art. no. 101040, Aug. 2026.

  2. A CMOS LC-Resonator System for Non-Invasive, Real-Time Complex Dielectric Constant Sensing

    The 3rd International Conference on AI Sensors and Transducers (AIS 2026), Jeju, Korea, 2026. (Best Poster Award)

  3. Design and Characterization of an LC-based Resonator Complementary Metal-oxide-semiconductor Circuitry for Noncontact Complex Dielectric Constant Sensor System

    Bulletin of the Chemical Society of Japan, vol. 98, no. 7, Art. no. uoaf064, July 2025. (100th Anniversary Collection; BCSJ Award Article and issue cover)

  4. A Non-Invasive Material Sensing System and Its Integrated Interface Circuits

    in Proc. 2017 IEEE International Symposium on Circuits and Systems (ISCAS), Baltimore, USA, May 28~31, 2017, pp. 1-4. (EI)

相關研究計畫Related projects

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