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김성미 ( Kim Seong Mi ),구수민 ( Koo Su Min ) 한국패션디자인학회 2021 한국패션디자인학회지 Vol.21 No.4
Social interests in protecting the animals and environment have been increasing as the ethical recognition of people grows in recent days. As such, vegan, which has been only limited to the food categories, also appears in various domains such as fashion, beauty, and daily necessities. In the fashion industry, although the vegan is currently used with a broad meaning that considers the environmental factors, beyond the furs and leathers of animals, there is still a lack of awareness or design research on vegan leathers. Thus, this study has significance in that it not only identifies the awareness of people and the current status regarding vegan fashion but also suggests the fundamental data, which can assist the development of clothing design to protect the environment, based on the client survey in order for the vegan fashion to be efficiently commercialized. This study recruited 28 women in their 20s~30s as participants and conducted interviews in either face-to-face or untact manner. On top of that, this study conducted an interview with three leather experts on the issues to consider when employing cactus leathers. The main research results are as follows. First, 75.0% of the participants responded that they were interested in vegan fashion, and 10.7% of them have known about the vegan leather. The characteristics of participants were categorized as environmental protection types, animal protection types, sustainable fashion types, and indifferent types. Second, the participants considered durability as the most important when purchasing cactus leather products, followed by shape retention, manageability, practicality, lightweight, and functionality. Third, regarding the design preferences in fashion products with cactus leathers, outerwear was the most preferred among the item types, and a trench coat was the most preferred among them. The other preferred design aspects were the black color, X silhouette, midi length, flat collar, button closure, sleeves with buckles and cuffs, and seam pockets. Fourth, considering experts’ interview results, when fabricating products with cactus leathers, it is necessary to pay attention to the fire heat and the cactus leather is stretchy, so it is suggested attaching the reinforcing tapes before sewing. Based on the findings, five trench coat designs using cactus leather were developed. The designs were produced as virtual prototypes with a CLO software program, and the most preferred design was fabricated. This study is expected to help commercialize sustainable clothing products using vegan leather and ultimately help protect the environment and animals.
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섬유전극을 기반으로 한 라이프스타일 모니터링용 ECG-센싱의류의 프로토타입 연구
강다혜 ( Da Hye Kang ),조하경 ( Ha Kyung Cho ),송하영 ( Ha Young Song ),조현승 ( Hyun Seung Cho ),이주현 ( Joo Hyeon Lee ),이강휘 ( Kang Hwi Lee ),구수민 ( Su Min Koo ),이영재 ( Young Jae Lee ),이정환 ( Jeong Whan Lee ) 한국감성과학회 2008 감성과학 Vol.11 No.3
In order to develop “textile electrode-sensing clothing” which is a sort of smart clothing to measure electric activities of heart, we propose possible ways to develop textile electrode and design of sensing clothing, ultimately aiming to develop “ECG sensing clothing for lifestyle monitoring”. Conventional sensors for measuring typical electric activities of heart keep certain distance between measuring electrodes to measure signals for electric activities of heart, but these sensors often cause inappropriate factors (e.g. motional artifacts, inconvenience of use, etc) for monitoring natural cardiac activities in our daily life. In addition, most of textile electrodes have made it difficult to collect data due to high impedance and unstable contact between skin and electrodes. To overcome these questions, we minimized distance between electrodes and skin to maximize convenience of use. And in order to complement contact between skin electrodes, we modified textile electrode`s form and developed ways to design clothing. As a result, we could find out clinical significance by investigating possible associations of clinical electrocardiogram (ECG) with variation of distance between electrodes, and could also demonstrate clinically significant associations between textile electrode developed herein and clothing.
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