조도센서와 LED를 적용한 기능성 의상 제작 연구 -핸드워머를 중심으로-

Abstract

With the rise of IT convergence, fashion education increasingly emphasizes software and convergence design incorporating wearable technology. This study explores the potential of wearable tech in fashion by developing sensor-embedded garments. Handwarmer was created for safety in dangerous situations by attaching LEDs to the Lilypad Arduino using an illuminance sensor. The illuminance sensor measures the ambient light level and triggers the LEDs to illuminate when it detects low light conditions. It naturally enhances the wearer's visibility, especially during winter with shorter daylight hours. This functional fashion using illuminance sensors and LEDs offers several benefits. Firstly, it improves visibility in low-light conditions, promoting safety compared to carrying a separate flashlight. The illuminance sensor automatically activates the LED when needed, similar to a smartwatch flash, but with the added convenience of being integrated into a hand warmer. Secondly, this study demonstrates the potential for commercializing wearable tech clothing. The design prioritizes ease of use and minimal physical burden, paving the way for user-friendly wearable tech fashion. Finally, it can serve as valuable educational content for university courses, online programs, and academic lectures, promoting the convergence of fashion education with wearable technology.