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네오프렌(Neoprene)소재로 구성된 골프자세훈련용 웨어러블 디바이스의 실용적 기능에 관한 연구: Flex Sensor 및 아두이노를 장착한 보조밴드를 중심으로

A Study on Practical Function of Neoprene Fabric Design in wearable Device for Golf Posture Training: Focus on Assistance Band with Arduino/Flex Sensor

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초록

Currently smart textile market is rapidly expanding and the demand is increasingintegration of an electronic fiber circuit. The garments are an attractive platform forwearable device. This is one of the integration techniques, which consists of is theselective introduction of conductive yarns into the fabric through knitting, weaving orembroidering. The aim of this work is to develop a golf bend driven prototype design foran attachable Arduino that can be used to assess elbow motion. The process begins withthe development of a wearable device technique that uses conductive yarn and flex sensorfor measurement of elbow bending movements. Also this paper describes and discussesresistance value of zigzag embroidery of the conductive yarns on the tensile properties ofthe fabrics. Furthermore, by forming a circuit using an Arduino and flex sensor theprototype was created with an assistance band for golf posture training. This studyprovides valuable information to those interested in the future directions of the smartfashion industry.

Abstract

Currently smart textile market is rapidly expanding and the demand is increasingintegration of an electronic fiber circuit. The garments are an attractive platform forwearable device. This is one of the integration techniques, which consists of is theselective introduction of conductive yarns into the fabric through knitting, weaving orembroidering. The aim of this work is to develop a golf bend driven prototype design foran attachable Arduino that can be used to assess elbow motion. The process begins withthe development of a wearable device technique that uses conductive yarn and flex sensorfor measurement of elbow bending movements. Also this paper describes and discussesresistance value of zigzag embroidery of the conductive yarns on the tensile properties ofthe fabrics. Furthermore, by forming a circuit using an Arduino and flex sensor theprototype was created with an assistance band for golf posture training. This studyprovides valuable information to those interested in the future directions of the smartfashion industry.

참고문헌 (39)

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