CAJ | 학술논문

柔性应变传感器件可以作为智能纺织的敏感元件，在运动监测、医疗康复等领域有广泛的运用。本文以针织面料作为基布，通过印花方式涂覆导电复合材料制成具有应变传感功能的导电面料，并对其加工工艺进行分析优化，对影响其传感性能的因素进行分析测试，制得了弹性模量低于0.5 Mpa，变形能力远大于20%且能重复使用的导电面料，可以嵌入服装中作为传感器敏感元件使用。
유성응변전감기건가이작위지능방직적민감원건，재운동감측、의료강복등영역유엄범적운용。본문이침직면료작위기포，통과인화방식도복도전복합재료제성구유응변전감공능적도전면료，병대기가공공예진행분석우화，대영향기전감성능적인소진행분석측시，제득료탄성모량저우0.5 Mpa，변형능력원대우20%차능중복사용적도전면료，가이감입복장중작위전감기민감원건사용。
Flexible strain sensors can be used as sensitive elements in smart textiles and widely applied in sports monitoring, rehabilitation, etc. In this paper, knitted fabric was used as substrate material and it is coated with conductive composites by printing method to produce conductive fabric with strain sensing properties, and the process was optimized, the factors that influence the performance of the conductive fabrics were analyzed. The optimized conductive fabric can be embedded in garment as sensing element for repeat use with a tensile modulus less than 0.5 MPa and strain higher than 20%.