物件寄生体（可持续智能寄生体）
Object Parasites (Sustainable Smart Parasites)
Battery-free biodegradable skin patch for on-demand physiological monitoring via NFC energy harvesting. Developed by Design Friction Lab × Sensing Technologies Lab at Free University of Bozen-Bolzano. Fully printed electronics architecture on biodegradable carrier membrane with capacitive sensors and RFID communication. Activated by mobile phone gesture, transmits real-time data wirelessly. TRL 5 research prototype addressing e-waste and sustainability in wearable bioelectronics. Zero battery waste, complete biodegradability, low carbon manufacturing.
主要特点
- Battery-free operation (NFC-powered)
- Biodegradable skin patch
- On-demand physiological data
- Mobile phone activated
- Real-time data transmission
- Fully printed electronics
- Conformal to human body
工作原理
Biodegradable carrier membrane with fully printed electronics including conductive traces, interdigital capacitive sensors with functionalized polymer films, and miniature RFID chip with printed coil antenna. Activated by NFC tap from mobile phone, harvests wireless energy to power sensors and transmit physiological data to designated app. Compatible with spray deposition and 3D conformal printing for body-integrated designs.
可持续性影响
Addresses sustainability crisis in wearable electronics: zero battery waste, complete biodegradability, low carbon manufacturing. Eliminates e-waste accumulation from disposable health monitors. Enables accessible point-of-care diagnostics in clinical and athletic settings.
牵头机构: Design Friction Lab × Sensing Technologies Lab, Free University of Bozen-Bolzano