Textile-based touch sensing methods for ubiquitous and wearable interfaces employ multiple independent or specific shaped electrodes, leading to limitations on three aspects: design freedom of electrode shape, durability, and simple production. We introduce the creation approach of an embroidery touch sensor by adding embroidery using non-conductive threads on top of an electrode made of conductive threads. Changes of stitch densities of the non-conductive thread embroidery lead to differences in electrical properties, which can be useful to distinguish which part of the embroidery is touched. Our method enables the creation of touch-sensitive embroidery with high design freedom of electrode shape and durability in a simple process.




Kazuhiro Shinoda, D. Antony Chacon, and Koji Yatani. 2023. An Embroidery Touch Sensor with Layered Structure of Conductive and Non-Conductive Threads. IEEE Sensors Letters, Vo. 7, No. 6, Article 6003104. (paper)

篠田 和宏,矢谷 浩司.導電糸と非導電糸の組み合わせによるインタラクティブ刺繍.インタラクション2023(デモ発表),2023年3月.(paper) インタラクティブ発表賞(一般投票)受賞