KIMIRo - 한국마이크로의료로봇연구원 실용화기술센터

정량적 성과지표 안내표 : 항목벌 사업기간 내 최소목표를 보여주고 있습니다.
Category		Minimum Goal Within Project Period
Common Ground Module	Domestic Patent	18 registered (39 applications)
	International Patent	5 registered (22 applications)
	SCI(E) Paper	73 papers (10 papers JCR 10%)
	Technology Transfer	3 items (Technology fee over 1.5 billion won)
	Common Ground Module Prototype	Developed 20 types total Drive module 5 types Carrier module 5 types Diagnosis module 4 types Treatment module 3 types Recognition and visualization module 3 types
Integrated System	Domestic Patent	6 registered (8 applications)
	International Patent	5 registered (5 applications)
	SCI(E) Paper	10 papers (2 papers JCR 10%)
	Target Disease	3 types (solid cancer, circulatory system, digestive system) Micro medical robot integrated system prototype development
Outcome Exchange Meeting		4 times a year Establishment of Korea Micro Medical Robot Society Participation in the Korea Micro Medical Robot Association 2 International Conference Hosting [IEEE BioRob, ISR]

A1	Mobile Electromagnetic Actuation Module
A2	Fixed Electromagnetic Actuation Module
A3	Robotic Electromagnetic Actuation Module
A4	Ultrasonic Actuation Module
A5	Self-Actuation Module
C1	Tumor Embolism Carrier Module
C2	Hemorrhagic Embolism Carrier Module
C3	Janus Drug Module
C4	NK Cell Carrier Module
C5	Exosome Carrier Module
D1	Pacemaker Diagnosis Module
D2	Hemodynamic Diagnosis Module
D3	Compound Eye Diagnosis Module
D4	Intestine Measurement Diagnosis Module
D5	Hemostatic Patch Module
D6	Microbial Collection Delivery Module
D7	Reconstruction Assembly Module
V1	Meso-scale Recognition Module
V2	Micro-scale Recognition Module
V3	MR Visualization Module
I1	Integrated SytemSystem for Solid Cancer
I2	Integrated SytemSystem for Circulatory Disease
I3	Integrated SytemSystem for Digestive Disease

Publicity	Health Industry Development	Contributing to national health care by expanding the diagnostic treatment area
	Disease eradication	Contributing to a paradigm shift in the treatment of future diseases without pain by combining medical technology and advanced science
	Public welfare	Micromedical robots are exemplary in practice in the field of medical devices in response to the 4th Industrial Revolution, contributing to improving people's quality of life and enhancing medical care
Technology	Leading global technology	All 20 are the world's first such attempted technologies, and we are aware of the significance so the direction is clear
	Leading global patents	Research participants are already the world's leading group related to patents, and the goal of securing patents and leading the world through this project is clear
	Technical generalization/standardization	Aiming to achieve generalization and standardization of micromedical robots through this project
Business feasibility	New product development	This project aims to make new products through the development of new technologies
	Global leader in new products	The development of new products in this project means to have world-leading products
	New medical device certification	As a new medical device/technology, we are preparing for certification from the beginning

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