International Patent
2006
1. S. Y. Kim et al., "Method and apparatus for efficiently providing tactile information", 2006.06.14 (11/452388)
2. S. Y. Kim et al., "Mobile apparatus for providing the user interface and method for executing functions using the user interface", 2006.07.13 (11/485342)
3. S. Y. Kim et al., "User interface system and method", 2006.08.25 (11/509611)
4. S. Y. Kim et al., "Haptic button and haptic device using the same", 2006.10.27 (11/588219)
5. S.Y. Kim et al., "Input device supporting various input modes and apparatus using the same", 2006.11.01 (11/590742)
2009
1. S. Y. Kim, B. S. Soh, Y. B. Lee, and K. U. Kyung, "METHOD AND APPARATUS FOR EFFICIENTLY PROVIDING TACTILE INFORMATION", 2009.01.09(4242400)
2011
1. S. Y. Kim et al., "Haptic feedback generator, portable device, haptic feedback providing method using the same and recording medium thereof", 2011.02.09 (13/024108)
2. S. Y. Kim et al., "Apparatus and method enhancing muscular movement", 2011.06.21 (07966074)
3. S. Y. Kim et al., "Method and apparatus for providing information during a call, and a mobile device including the same", 2011.09.27 (08027705)
4. S. Y. Kim et al., "Haptic Actuator Using Cellulose Paper Actuator Film and Method For Manufacturing Same", 2011.11.10 (PCT/KR2011/008567)
2012
1. S. Y. Kim et al., "HAPTIC ACTUATOR IMPLMENTING MOVING VIBRATION WAVE", 2012.01.20 (PCT/KR2012/000575)
2. S. Y. Kim et al., "Film type apparatus for providing haptic feedback and touch screen including the same", 2012.05.31 (13/485004)
3. S. Y. Kim et al., "Method for generating vibrotactile traveling wave for enabling vibrotactile traveling wave by sequentially actuating plurality of actuators while changing frequencies according to velocity of virtual object", 2012.11.16 (PCT/KR2012/009766)
4. S. Y. Kim et al., "Method for generating vibrotactile traveling wave for enabling vibrotactile traveling wave by sequentially actuating plurality of actuators while changing frequencies according to velocity of virtual object, wherein detected location of vibrotactile stimulation changes continuously", 2012.11.16 (PCT/KR2012/009768)
2013
1. S. Y. Kim et al., "METHOD FOR DESIGNING AND GENERATING IMAGE-BASED HAPTIC EFFECT FOR PROVIDING USER-DEFINED HAPTIC EFFECT USING IMAGE-BASED HAPTIC PRIMITIVE", 2013.01.18 (PCT/KR2013/000444)
2. S. Y. Kim et al., "Input device and method for protecting input information from exposure", 2013.04.23 (08427422)
3. S. Y. Kim et al., "Apparatus for providing grayscale voltages and display device using the same", 2013.06.25 (08471796)
4. S. Y. Kim et al., "Method for providing device-participation-based electronic device after-sales service using sns server", 2013.12.31 (PCT/KR2013/012437)
2014
1. S. Y. Kim et al., "MODULE FOR GENERATING COMPLEX TACTILE SENSATIONS, METHOD FOR DISPLAYING COMPLEX TACTILE SENSATIONS, MOUSE PROVIDED WITH MODULE FOR GENERATING COMPLEX TACTILE SENSATIONS AND SYSTEM~", 2014.02.11 (PCT/KR2014/001110)
2. S. Y. Kim, J.H. Kim, "Haptic actuator using cellulose electro-active paper film", 2014.03.25 (08680741)
3. S. Y. Kim et al., "Apparatus, method and computer-readable medium generating ultrasonic waves and vibration", 2014.07.08 (08774871)
2015
1. S. Y. Kim et al., "Polymer-based tunable lens, electroactive polymer therefor, and manufacturing method therefor", 2015.12.11 (PCT/KR2015/013623)
2016
1. S. Y. Kim et al., "Rotary actuator and method of providing kinesthesia using a magnetorheological fluid", 2016.01.26 (09245454)
2. S. Y. Kim et al., "INTEGRATED HAPTIC FEEDBACK SIMULATING DEVICE USING KINESTHESIA PROVIDING MODULE INCLUDING MAGNETORHEOLOGICAL FLUID AND THIN-FILM-TYPE TACTILE SENSATION PROVIDING MODULE", 2016.05.31 (09354705)
2017
1. S. Y. Kim et al., "ROUGHNESS DISPLAY APPARATUS USING ELECTROACTIVE GEL", 2017.11.21 (PCT/KR2017/013254)
2019
1. S. Y. Kim et al., "SHAPE COMPLIANT GRIPPER", 2019.05.14 (10286560)
2020
1. S. Y. Kim et al., "VERTEX OPTIMIZATION METHOD USING DEPTH IMAGE IN WORKSPACE MODELING AND SYSTEM THEREFOR", 2020.03.24 (10600244)
2. S. Y. Kim et al., "IMPACT TYPE VIBRATION ACTUATOR", 2020.05.26 (10666122)
3. S. Y. Kim et al., "CONTROLLER CAPABLE OF CHANGING VOLUME BASED ON LINEAR MOTOR", 2020.11.25 (17/104228)
2021
1. S. Y. Kim et al., "민감도 제어가 가능한 자기 유변 탄성체 기반 스트레인 게이지와 이를 포함하는 감지장치", 2021.06.01 (PCT/KR2021/006822)
2. S. Y. Kim et al., "전기유변유체 기반 유압식 정전기력 액츄에이터", 2021.06.14 (PCT/KR2021/007367)
3. S. Y. Kim et al., "PVC 겔 기반 전기활성 프레넬 존 플레이트 렌즈 시스템", 2021.06.18 (PCT/KR2021/007644)
4. S. Y. Kim et al., "VISUAL AND TACTILE AR MEDIUM BASED ON AUGMENTED REALITY", 2021.11.17 (17/528418)
5. S. Y. Kim et al., "VISUAL AND TACTILE AR MEDIUM BASED ON AUGMENTED REALITY", 2021.11.19 (21209265.4)
6. S. Y. Kim et al., "METHOD AND SYSTEM FOR INTERACTION BETWEEN VR APPLICATION AND CONTROLLER CAPABLE OF CHANGING LENGTH AND CENTER OF GRAVITY", 2021.11.23 (17/533405)
7. S. Y. Kim et al., "증강현실기반 시촉각 매체", 2021.11.25 (2021-191246)
8. S. Y. Kim et al., "HAPTIC TOOL SYSTEM", 2021.11.30 (11188150)
2022
1. S. Y. Kim et al., "Controller capable of changing volume based on linear motor", 2022.09.13 (11439899)
2. S. Y. Kim et al., "ER 유체 기반의 형상 변형 스위치 장치", 2022.10.21 (18/048787)
3. S. Y. Kim et al., "자기유변유체 기반의 햅틱 노브 장치", 2022.11.09 (18/054141)
2023
1. S. Y. Kim et al., "HAPTIC ACTUATOR BASED ON NUTATION STRUCTURE USING SQUEEZE MODE OF MAGNETO-RHEOLOGICAL FLUID", 2023.02.27 (18/175,332)
2. S. Y. Kim et al., "METHOD OF MANUFACTURING ARTIFICIAL SKIN STRUCTURE APPLIED WITH HAPTIC TECHNOLOGY AND ARTIFICIAL SKIN STRUCTURE MANUFACTURED BY THE SAME", 2023.04.20 (18/304,227)
3. S. Y. Kim et al., "자기유변 유체 기반 향상된 T 형상의 회전자 타입 햅틱 액추에이터", 2023.12.18 (PCT/KR2023/020857)
2024
S. Y. Kim et al., "HAPTIC ACTUATOR USING MAGNETORHEOLOGICAL ELASTOMER AND MAGNETORHEOLOGICAL FLUID", 2024.01.11 (18/409,998)
S. Y. Kim et al., "HAPTIC ACTUATOR USING MAGNETORHEOLOGICAL ELASTOMER AND MAGNETORHEOLOGICAL FLUID", 2024.01.11 (24151461.1)
S. Y. Kim et al., "磁気粘弾性エラストマと磁気粘性流体を用いたハプティックアクチュエータ", 2024.01.12 (2024-003302)
S. Y. Kim et al., "Visual and tactile AR medium based on augmented reality", 2024.01.29 (7428402)