Research on Wearable Sensors Based on Knitted Fabrics with Silver Plating Fiber

Jin Feng Wang; Hair U Long

doi:10.4028/www.scientific.net/AMR.331.36

Paper Titles

Cell Immobilization with Textile Carriers for TA Biodegradation
p.19

Study on Spunlaced Nonwoven Fabric’s Moisture Absorption and Permeability Based on BP Network
p.23

Methods for Measuring the Surface Area of Nude Body
p.27

A Stochastic Simulation of Cotton Combing Process
p.31

Research on Wearable Sensors Based on Knitted Fabrics with Silver Plating Fiber
p.36

Comparison of the Cost Performance between Pure Cashmere Siro-Spun Yarn and Pure Rabbit Hair Ring-Spun Yarn
p.40

Modelling and Simulating Textile Structures Using TexGen
p.44

Effect of Fabric Construction on Water Permeability Rate of Woven Filter Cloth
p.48

Mechanical Properties of 2D Braided Polyester Ropes
p.52

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Research on Wearable Sensors Based on Knitted Fabrics with Silver Plating Fiber

Abstract:

Two kinds of plain fabrics, made of silver plating yarn, were tested on conductivity under weft extension to investigate the relationships between tensile property and resistance. The results are following: the resistances of two kinds of fabrics have a linear relationship with strain within a definite range; the strain sensitivity of the inelastic plain fabric is smaller than that of the elastic plain fabric; the changes of contact resistance of the overlapped yarns cause the inelastic plain fabric sensitive to strain; when two kinds of fabrics were stretched repeatedly to simulate heartbeat signals, their resistance remained stable at a value. So they satisfy stability requirement.