야간 작업자를 위한 에너지 하베스팅 기반 안전의복 개발
Development of energy-harvesting based safety apparel for night workers
2
조회
0
다운로드
6
인용
0
참고문헌
키워드
초록
The purpose of this study is to illustrate the design of safety suits based on energy-harvesting technology, particularly targeting street cleaners who must work at night with high mobility. The design focuses on applying lightweight energy- harvesting tools and illuminant into the wear. The design development reflects feedback from testers collected via survey constituting a key methodology. The development process has two main stages. Each stage uses a process of design prototyping, internal examination, test sampling, test wearing, and wearers’ feedback via survey that consists of questions on visibility, wearing convenience, and washability. The first stage results show the design of safety suits with energy-harvested LED illuminant inserted and the survey results collected from street cleaners dressed in 4 sample and 80 actual suits in total. Improved based on the first-stage survey results, the second stage designs the suits with detachable energy-harvested EL tape. From these 5 sample and 30 actual second-stage suits, the additional survey indicates that this second-stage design facilitates more visibility and convenience in washing and wearing than the first-stage design. Accordingly, one can expect that this new design can apply not only to safety suits for night workers but also to handicapped or outdoor sportswear applications in the future.
Abstract
The purpose of this study is to illustrate the design of safety suits based on energy-harvesting technology, particularly targeting street cleaners who must work at night with high mobility. The design focuses on applying lightweight energy- harvesting tools and illuminant into the wear. The design development reflects feedback from testers collected via survey constituting a key methodology. The development process has two main stages. Each stage uses a process of design prototyping, internal examination, test sampling, test wearing, and wearers’ feedback via survey that consists of questions on visibility, wearing convenience, and washability. The first stage results show the design of safety suits with energy-harvested LED illuminant inserted and the survey results collected from street cleaners dressed in 4 sample and 80 actual suits in total. Improved based on the first-stage survey results, the second stage designs the suits with detachable energy-harvested EL tape. From these 5 sample and 30 actual second-stage suits, the additional survey indicates that this second-stage design facilitates more visibility and convenience in washing and wearing than the first-stage design. Accordingly, one can expect that this new design can apply not only to safety suits for night workers but also to handicapped or outdoor sportswear applications in the future.
참고문헌 (28)
- "Vodafone's "power shorts" use body heat to charge your cellphone" (2013)[URL]
- "Wi-Fi power harvesting" (2014)[URL]
- "Electroluminescence (EL)"[URL]
- "Power up with Tommy Hilfiger's solar panel jacket" (2014)[URL]
- (2010)[URL]
- Huh, J.-K., "A study on the functional improvement of street cleaner uniform", master's, pp.2005
- "KATS Notification, 2017-14 <TEX>${\S}$<", TEX> 3, 2017
- "KATS Notification, 2017-033 <TEX>${\S}$<", TEX> 3, 2017
- (2017)[URL]
- Kang, I. H., (2016), Cheong Moon Gak Publisher
- Kim, J. W., "A study development of working clothes for railroad workers: With a focus on electric technology division", master's, pp.2008
- (2018)[URL]
- "LIFE-TECH Jacket" (2015)[URL]
- (2010)[URL]
- (2017)[URL]
- "Russian street cleaner's uniform/ Michael Kors FW 2013" (2013)[URL]
- Lee, H.-Y., "The evaluation of protective vests for night in the market", Proceedings of Korean Association of Human Ecology Summer Conference, pp.131~132 (2010)
- Lee, I.-H., "A study on the LED lighting", master's, pp.2008
- "Electrical and Electronic Materials", 2014, 27~36
- "Energy harvesting system market by technology (light, vibration, RF, thermal), component, application (building & home automation, consumer electronics, industrial, transportation, security), and region: Global forecast to 2023" (2017)[URL]
- "London marathon clean up sees 50,000 plastic bottles collected, Chartered Institution of Wastes Management" (2014)[URL]
- "2016 insight into technology and standards" (2016)[URL]
- (2008)[URL]
- "Seoul Metropolitan Government", 2009
- Shin, M.-K., "A study on the cases and formativeness of clothes perceived as public design", master's, pp.2009
- "SolePower: Power by walking" (2013)[URL]
- 서성은, "에너지 하베스팅 패션제품 개발현황", 한국패션디자인학회지, 17(4), pp.19~38 (2017), 한국패션디자인학회[DOI]
- "A street cleaner in high visibility waterproof clothing in Wesminster" (2013)[URL]