Ultra-high resolution, multi-scenario, super-elastic inductive strain sensors based on liquid metal for the wireless monitoring of human movement
Jian Mao, Zidong He, Yuanzhao Wu, Jinwei Cao, Shijing Zhao, Bin Chen, Jie Shang, Yiwei Liu, Run‐Wei Li
Abstract
The paper presents a new liquid metal putty strain sensor that can measure strains from 0.05% to 300%. A wireless motion monitoring system is developed based on this sensor, which is expected to be used for health and motion tracking.
Topics & Concepts
WirelessMovement (music)Strain (injury)High resolutionMaterials scienceComputer scienceAcousticsPhysicsTelecommunicationsRemote sensingGeologyMedicineInternal medicineAdvanced Sensor and Energy Harvesting MaterialsAnalytical Chemistry and SensorsTactile and Sensory Interactions