針織物結構織入和夾入導電紗線的方式對其導電傳遞性能之影響

The Effect of Conductive Yarns Knit and Inlay into Knitted Fabric Structure on Conductivity Transmission

蔡雅蕾(Y. L. Tsai) ； 尤政平(C. P. Yu) ； 吳繼仁(C. J. Wu)

《紡織綜合研究期刊》 31卷3期 (2021/07) Pp. 77-91

https://doi.org/10.6439/TTRJ.202107_31(3).0010

摘要

隨著醫療的發達與科技技術層次的提高，健康即時監測系統與元件逐漸受到重視，現今運動服裝講求時尚、機能性與訊號傳遞性能。本研究分別以織入組織、夾入組織、經向針環間隔數及緯列間隔數，使織物組織結構的不同排列效果，探討導電紗線的導電傳遞性能。設計45種組織結構進行電阻值檢測，研究結果，考量導電紗線使用成本，選用經向針環間隔1針，銀纖維緯列間隔2次，聚酯纖維緯列間隔1次，其電阻值0.44Ω，銀纖維用紗長度707.1cm，不但減少銀纖維使用量也能達到導電傳遞性能較佳的效益。

關鍵字

導電紗線 ； 針織物結構 ； 智慧型紡織品

並列摘要

In the age of advanced medical advancement and technology, people attach more importance on real-time health management systems. Nowadays, sportswear emphasize on fashion, function and biomedical signals. This study use stitch of Plated, Inlay, the repeat knit stitches, and interval of tuck stitches techniques to design fabrics and make various fabric structure stitching arrangement, as well as research the conductivity transmission performance of conductive yarns in knitted fabrics. 45 knitted fabrics are design and tested for electrical resistance. The results of the study, considering the cost of conductive yarns, choose fabrics with 1 interval of tuck stitches, plated fabrics with 2 intervals of conductive yarn stitches, and 1 intervals of polyester stitches. The resistance of the sample is 0.44Ω. 707.0cm of silver yarns were used in the sample, which not only reduced the amount of silver yarns used, but also achieved the benefits of better conductivity and biomedical signal transmission performance.

並列關鍵字

Conductive yarns ； knitted fabric structure ； smart textiles