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17. “TEMPERATURE MEASURING DEVICE”, 04.30.2025., 10-2804351 (Republic of Korea)

16. “Multifunctional High-performance Smart Textile and Manufacturing Method Thereof”, 11.14.2024., 10-2024-0161799 (Republic of Korea)

15. “COMPOSITE IN WHICH DEFECT-INDUCED CARBON BODY AND METAL OXIDE ARE BONDED, METHOD FOR MANUFACTURING THE SAME, AND BONDED ENERGY STORAGE DEVICE INCLUDING ELECTRODE AS THE SAME”, 06.24.2024., 18/724,328 (USA)

14. “MANUFACTURING METHOD FOR ANODES IN LITHIUM ION AND METAL HYBRID BATTERIES”, 04.24.2024.,10-2024-0054392 (Republic of Korea)

13. “COMPOSITE IN WHICH DEFECT-INDUCED CARBON BODY AND METAL OXIDE ARE BONDED, METHOD FOR MANUFACTURING THE SAME, AND BONDED ENERGY STORAGE DEVICE INCLUDING ELECTRODE AS THE SAME”, 12.04.2023., 10-2611344 (Republic of Korea)

12. “Humidity-responsive energy harvester and its manufacturing method”, 11.15.2023., 18/560,994 (USA)

11. “MANUFACTURING METHOD OF TRANSITION METAL OXIDE-BASED BINDER-FREE ELECTRODE FOR LITHIUM-ION BATTERIES”, 09.27.2023., 18/373,437 (USA)

10. “TEMPERATURE MEASURING DEVICE”, 01.05.2023., PCT/KR2023/000231 (PCT)

9. “Humidity-responsive energy harvester and its manufacturing method”, 12.23.2022., 10-2482084 (Republic of Korea)

8. “COMPOSITE IN WHICH DEFECT-INDUCED CARBON BODY AND METAL OXIDE ARE BONDED, METHOD FOR MANUFACTURING THE SAME, AND BONDED ENERGY STORAGE DEVICE INCLUDING ELECTRODE AS THE SAME”, 11.21.2022., PCT/KR2022/018396 (PCT)

7. “MANUFACTURING METHOD OF TRANSITION METAL OXIDE-BASED BINDER-FREE ELECTRODE FOR LITHIUM-ION BATTERIES”, 11.08.2022., 10-2022-0147931 (Republic of Korea)

6. “Tactile sensor using triboelectric field propagation and tactile sensing method using the same”, 09.30.2022., PCT/KR2022/014787 (PCT)

5. “Tactile sensor using triboelectric field propagation and tactile sensing method using the same”, 09.29.2022., 10-2022-0123946 (Republic of Korea)

4. “FLEXIBLE TEMPERATURE–FLOW VELOCITY DUAL-PARAMETER SENSORS”, 04.12.2022., 11,300,433 (USA)

3. “Humidity-responsive energy harvester and its manufacturing method”, 12.01.2021., PCT/KR2021/017991 (PCT)

2. “A Fabrication Method of Combustion Waves Based Palladium Oxides Composites And A Fabrication Method of pH Sensor”, 04.22.2020., 10-2105763 (Republic of Korea)

1. “Flexible sensors”, 07.05.2019., 10-1999456 (Republic of Korea)