| 초록 |
Skin-attachable sensor patches which can monitor vital signs, detect biomarkers for disease diagnostics, and monitor activities of patients with chronic diseases in unobtrusive way are promising. Those systems can be also used for human-machine interfaces and soft robotics. For this purpose, various sensors with new functionalities such as stretchability and/or optical transparency need to be developed. In this presentation, stretchable physical (strain, pressure, and temperature), chemical (gas) and biological (metabolite, protein) sensors based on elastomeric nanocomposites of nanoscale materials (0D, 1D and 2D) or geometric engineering of nanohybrid sensing materials on a novel 3D micropatterned elastomeric substrate with the capability of efficient stress relieving are presented. In addition, some examples of patchable integrated platforms with multiple sensors or sensor-energy harvester-energy storage are also presented. |
