Smart Prostheses and Neural Interfaces
High-density flexible electronic skin is embedded within prosthetic sockets to monitor residual-limb pressure distribution and fitting tightness in real time. This prevents excessive local pressure and feeds signals back to neural interfaces to deliver authentic tactile sensations.
Adaptive Exoskeletons and Rehabilitation Robots
The sensor network captures patients’ motion intention and changes in joint force, dynamically adjusting assistive torque to enable safe, compliant human‑robot collaborative rehabilitation training.
Smart Care Equipment
Large-area sensing matrices are embedded in medical beds, electric wheelchairs and pressure-relief air cushions. They continuously track the posture and micro-movements of bedridden patients, enabling timely intervention by nursing staff.
Multimodal flexible sensing technology is deeply embedded in smart home, maternal-infant and wearable devices, granting everyday consumer products tactile perception to achieve non-intrusive health monitoring and human-robot interaction.
For intelligent cockpits, flexible sensors are integrated into steering wheels, seats and interior trim to realise gesture recognition, fatigue monitoring and tactile interaction for human-machine co-driving under autonomous driving.
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