Patent/Invited Talk

PATENT & INVITED TALK 

[38] 국내출원완료, 고흡수성 부재 기반 수질지표미생물의 농축 및 분석방법, 인천재능대학교 산학협력단 / 남정훈, 한병조, 황영자, 추승희, 조승인, 강준서, 황주영, 홍수지, 안소민, 신지호, patent application: 10-2024-0065338 (2024)

[37] 국내출원완료, 식물 유래 세포외 소포체 동적 농축 방법, 인천재능대학교 산학협력단 / 남정훈, 한병조, 황영자, 추승희, 송윤선, 이예인, 신율, 성시연, 김하은, 한지니, 홍수지, 황주영, patent application: 10-2024-0065337 (2024)

[36] 국내출원완료, A Estimated Revenu Of Goods Imaginary Guide System (제품 예상매출 가상 안내 시스템) Incheon Jaeneung University / 한병조, 남정훈, 홍유나, patent application: 10-2024-0014660 (2024)

[35] 국내출원완료, A system of analysis of local commercial power based drone feed (드론영상 기반 동네상권 분석 시스템) Incheon Jaeneung University / 한병조, 남정훈, 홍유나, patent application: 10-2024-0014634 (2024)

[34] 국내출원완료, A method of trade for creative work (저작물 거래 중계 방법), Incheon Jaeneung University / 한병조, 남정훈, 홍유나, patent application: 10-2024-0014652 (2024)

[33] 국내출원완료, A prevention chemical products information guide system based harmful insects image (작물 병충해 영상정보기반 방제 약용제품 정보안내시스템 및 그 방법), Incheon Jaeneung University / 한병조, 남정훈, 홍유나, patent application: 10-2024-0014636 (2024)

[32] 국내출원완료, A calcium intake cuide system based humpback measurement of an angle (척추후만도 측정 기반 칼슘섭취 안내 시스템), Incheon Jaeneung University / 한병조, 남정훈, 홍유나, patent application: 10-2024-0014665 (2024)

[31] 국내출원완료, Smart heating chair (스마트 온열의자), Incheon Jaeneung University / 한병조, 남정훈, 홍유나, patent application: 10-2024-12873 (2024)

[30] 국내출원완료, Sample concentraton system (시료 농축 시스템), Incheon Jaeneung University / 남정훈, 임현정, 이창석, 추승희, 박규빈, 김영준, 김영무, Patent application: 10-2023-0017842 (2023)

[29] Device for measuring viscosity using peristaltic pump (연동펌프를 이용한 점도 측정 장치), Incheon Jaeneung University / 남정훈, 임현정, 추승희, 김영준, 이창석, 송연민, 김보경, 김다희, Patent application: 10-2022-0142828 (2022)

[28] Microfluidic device-based apparatus and method for pretreaing biofluidic sample (미세유체소자 기반 생체유체 시료 전처리 장치 및 방법), Incheon Jaeneung University / 남정훈, 임현정, 추승희, 김태은, 박지온, Patent application: 10-2022-0038907 (2022), Patent application: PCT/KR2022/016691 (2022)

[27] Acoustic device with embedded top plate (상판 삽입형 음향파 소자), Korea University Guro Hospital / 임채승, 남정훈, 임현정, Patent application: 10-2021-0152936 (2021)

[26]  Fine particle separation and cleaning apparatus (미세 입자 분리 및 세척 장치), Korea University & Incheon Jaeneung University / 임현정, 남정훈, 추승희, 박지온, 윤준희, 김태은, Patent application: 10-2021-0147117 (2021), Patent application: PCT/KR2022/003573 (2022), 국내특허 등록 심사중

[25] Flow channel and device for separation of particles in body fluid (유동채널 및 체액 내 입자 분리 장치), Korea University Guro Hospital / 임채승, 남정훈, 지현슬, Patent application: 10-2021-0040964 (2021), 국내특허 등록 심사중

[24] 바이오산업 생태계조성(2기) 과정 초청 강연 'LAB CHIP 기반 체외진단기술' 인천시인재개발원, 2021년 9월 30일

[23] 바이오산업 생태계조성(1기) 과정 초청 강연 '랩온어칩 기반 체외진단기술' 인천시인재개발원, 2021년 5월 10일

[22] Apparatus and method for microparticle analysis (미세입자의 분석방법 및 장치), Korea University Guro Hospital / 임현정, 남정훈, Patent application: 10-2020-0156599 (2020)

[21] Nanoparticle separation device and method of separation of nanoparticles using it (나노입자 분리소자 및 이를 이용한 나노입자 분리방법), Korea University Guro Hospital / 임채승, 남정훈,  Patent application: 10-2020-0096748 (2020), 국내특허 등록 심사중

[20] Chamber chip, microfluidic mixing device including the chamber chip and method of manufacturing the microfluidic mixing device (챔버 소자, 상기 챔버 소자를 포함하는 미세 유체 혼합장치 및 미세 유체 혼합 장치의 제조 방법), Korea University Guro Hospital / 최혁, 남정훈, 임현정, Patent application: 10-2019-0137219 (2019)

[19] Lamb-wave-based molecular diagnostic method and diagnostic device (램-웨이브 기반 분자진단 방법 및 진단용 소자), Korea University Guro Hospital / 임채승, 남정훈, 장웅식, Patent application: 10-2019-0015044 (2019), Patent registration: 10-2228410 (2021)

[18] Specimen analysis method based on a LAMB-wave and device for specimen analysis (램-웨이브 기반 검체 분석방법 및 검체 분석용 소자), Korea University Guro Hospital / 임채승, 남정훈, 장웅식, Patent application: 10-2019-0015026 (2019), Patent registration: 10-2185652 (2020)

[17] Microfluidic device (미세유체소자), Korea University Guro Hospital / 임채승, 남정훈 , Patent application: 10-2018-0067628 (2018), (기술이전, ㈜바이오젠텍, 실시료 5천만원, 계약기간 2017.10.24-2019.10.23), Patent registration : 10-2033701 (2019)

[16] Microscope system(현미경 시스템), Korea University Guro Hospital / 김재영, 남정훈, 임채승, Patent application: 10-2017-0147952 (2017), Patent registration : 10-0052336 (2019)

[15] Device and method for blood coagulation evaluation based on Lamb-wave (램-웨이브 기반 혈액응고 평가소자 및 방법), Korea University Guro Hospital / 임채승, 남정훈, 장웅식, 최현주 , Patent application: 10-2017-0143896 (2017), Patent application: PCT/KR2018/006056 (2018)(보건산업진흥원 '기술발굴 및 사업화 전문가 활용지원사업' 수행 중 '2017년도 TLO협의체 우수기술 대상 해외특허 등록지원' 사업 선정), Patent registration: 10-2030248 (2019)

[14] Microfluidic device and method for manufacturing the same (미세유체소자 및 상기 미세유체소자의 제조방법),  Korea University Guro Hospital / 임채승, 남정훈, Patent application: 10-2017-0135056 (2017), Patent registration: 10-1993526 (2019)

[13] Chamber chip, blood testing device including the chamber chip and method of manufacturing the blood testing device (챔버 소자, 상기 챔버소자를 포함하는 혈액검사장치 및 상기 혈액 검사장치의 제조방법), Korea University Guro Hospital / 임채승, 남정훈, Patent application: 10-2017-0039365 (2017), Patent registration: 10-1953012 (2019)

[12] Microfluidic device and method for fabricating thereof (미세유체소자 및 이의 제조방법), Korea University Guro Hospital / 임채승, 남정훈, Patent application: 10-2016-0116705 (2016), Patent registration: 10-1891401 (2018), Patent application: U.S.A.,16323163 (2019), Patent application: EP 17839627.1 (2019), Patent application: CN 201780049472.8 (2019), Patent registration: CN 201780049472.8 (2021)

[11] Device design for microparticle separation (미세입자 분리소자), Korea University Guro Hospital / 임채승, 남정훈, Patent application: 30-2016-0026532 (2016)

[10] Development of microfluidic device for high-throughput, high-efficiency microparticle separation using non-Newtonian fluid (비뉴턴성 유체 기반 고수율, 고쇼율 미세입자 분리소자),  Korea University Guro Hospital / C.S. Lim, J.H. Nam, Patent application: 10-2016-0005177 (2016), Patent registration: 10-1824080 (2018)

[09] Hybrid capillary-inserted microfluidic device for sheathless focusing and separation in viscoelastic flow (비뉴턴성 유체를 이용한 미세입자 포커싱 및 분리를 위한 하이브리드 캐필러리 삽입형 미세유체소자), Korea University Guro Hospital / 임채승, 남정훈, Patent application: 10-2016-0005176 (2016), Patent application: PCT/KR2016/006016 (2016), Patent registration: 10-1824087 (2018)

[08] Apparatus and method for monitoring platelet function and drug response using centrifugation-based  microfluidics, Korea University / 신세현, 임채승, 남정훈, 임현정 , Patent application: PCT,KR2013/012289 (2013), Patent application: CN 201380068809.1 (2015), Patent application: U.S.A., 14758291 (2015), Patent application: EP 13868176 (2015), Patent application: Japan 2015-547873 (2015), Patent registration: Japan 6091649 (2017), Patent registration: U.S.A., 9927425 (2018), Patent registration: CN104884954B (2018), Patent registration: EP2940470 (2020)

[07] Microchip-based apparatus for examining platelet composite functions, Korea University / 신세현, 남정훈, 임채승, Patent application: PCT, KR2012/006338 (2013), Patent application: CN201280039166 (2014), Patent application: EP20120821927 (2014), Patent application: U.S.A., 14237667 (2012), Patent application: France, 12821927.6 (2014), Patent registration: U.S.A., 9239325 (2016), Patent registration: EP20182743692 (2018), Patent registration: France, 2743692 (2018)

[06] Apparatus and method of platelet multi-function analysis, and micro stirring chip, Korea University / 신세현, 남정훈, 임현정, Patent application: U.S.A., 13600519 (2012), Patent registration: U.S.A., 08772040 (2014) 

[05] Apparatus and method of microparticle separation based on microfluidic chromatography using surface acoustic wave (표면탄성파를 이용한 미세유동 크로마토그래피 기반 미세입자 분리 장치 및 방법), Korea University /신세현, 남정훈, 임현정, Patent application: Korea, 10-2012-0155968 (2012), Patent application: U.S.A., 14758249 (2014), Patent registration: Korea, 10-1356933 (2014), Patent registration : U.S.A., 10082455 (2018)

[04] Apparatus of platelet multi-function analysis based on micro-chip, Korea University /신세현, 남정훈, 임현정, 임채승, Patent application: Korea, 10-2011-0079497 (2011), Patent registration: Korea, 10-1193566 (2012) 

[03] Apparatus and method of platelet multi-function analysis, and micro stirring chip, Korea University / 신세현, 남정훈, 임현정, Patent application: Korea, 10-2011-0078578 (2011), Patent registration: Korea, 10-1276179 (2013) 

[02] Apparatus and method of blood coagulation measurement using light transmission intensity, and micro stirring chip, Korea University / 신세현, 남정훈, 임현정, Patent application: Korea, 10-2010-0133462 (2010), Patent registration: Korea, 10-1222585 (2013) 

[01] Apparatus and method of red blood cell deformability measurement using rotating disc, Korea University / 신세현, 남정훈, Patent application: Korea, 10-2008-0018961 (2008), Patent registration: Korea, 10-0915195 (2009)