Friction Nanosensors for Robots, Medical Devices

Friction Nanosensor and Gait Measurement Method

Tags: National Tsing Hua University, Taiwan, Science & Exploration, Electronics & Robotics

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The innovation introduces a friction nanosensor with an elastomer, liquid metal, and circuit line, featuring bionic shark skin microstructures. This design reduces liquid metal adhesion, enhancing the sensor's output stability. It's pivotal for developing sensitive tactile sensors in robotics and medical devices.

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IP Type or Form Factor: Patent Granted; Device; Platform

TRL: Not specified

Industry or Tech Area: Nanotechnology; Robotics

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Friction Nanosensors for Robots, Medical Devices

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