• Title, Summary, Keyword: 스카프 제작

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Development of Scarf Textile Design and the Scarf-Making by Using Art Works of SHIN SA-IM-DANG -Focusing on Grass and Insect painting- (신사임당의 예술작품을 활용한 스카프 직물디자인 개발 및 제작 -초충도를 중심으로-)

  • Jung, Jin-Soun
    • The Journal of the Korea Contents Association
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    • v.14 no.8
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    • pp.84-94
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    • 2014
  • Among artworks of Shin Sa-Im-Dang, 'grass and insect painting' was drawn the rustic materials that cannot be seen without a loving attention because they are too small and insignificant creatures. Likewise, 'grass and insect painting' is work that can feel the wonder of life, simplicity, and womanly sensitivity unique. Therefore, beauty of Korea can be found through the works. It needs to develop high value-added culture products with her works which contained this unique beauty of Korea and artistic soul. In this study, I tried to develop the scarf textile designs which had Korean sentiment with the Shin Sa-Im-Dang's 'grass and insect painting' and to make the scarves with the textile designs developed. For the purpose, theoretical examination about her art world and artworks was first performed. And then six scarf textile designs which based on them were developed using adobe illustrator 10.0, computer design program. The textile designs developed were printed on 100% silk satin using textile digital printing system. Six scarves were made with them.

A Study on Scarf Design Using Eco Printing -Focused on the Researcher's Works- (에코 프린팅(Eco Printing)을 활용한 스카프디자인 연구 -연구자의 작품을 중심으로-)

  • Jeong, In Suk;Kang, Ki Yong
    • The Journal of the Korea Contents Association
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    • v.17 no.11
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    • pp.221-228
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    • 2017
  • This paper aimed to find out the eco-friendly approach enabling to directly print patterns and dye colors on fabrics using leaves of plants. In the research process, I found out the 'eco-printing' which could effectively express unique colors and patterns of plants. While eco-printing can design the patterns and colors of plants in nature using the leaves of plant(Eucalyptus), it is difficult to implement because it is not systematically and academically investigated including the dictionary definition in Korea until now. Thus, I tried to define the eco-printing and natural dyeing using leaves or flowers of plants enabling to get natural patterns and colors and do the experimental research and production using the leaves of Eucalyptus. The leaves of Eucalyptus were arranged on a wool scarf and a silk scarf, tied and applied pressure to them and made pigments penetrate into fabrics by heating or steaming them. This approach is to directly print the patterns using the shapes of plants on fabrics unlike the existing approaches dyeing by extracting dyeing solution from natural materials. Furthermore, the change of colors was attempted by using the color fixers. In accordance with the results of this experimental research, the scarf design differentiated from the existing products could be acquired. It was identified that eco-printing could induce the color variables depending on the conditions of each material and environment. For improving the color variables, various kinds of fabrics and divers kinds of materials which can be easily acquired in a daily life will be investigated and compared. Furthermore, it is expected that the experimental research and production techniques on eco-printing be utilized when starting natural dyeing and the scope of natural dyeing be more expanded.

A study of disposable micro dust-mask design for bicycle users (자전거 이용자를 위한 일회용 미세먼지 마스크 디자인 연구)

  • Kwon, Jun Ho
    • Journal of Digital Convergence
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    • v.16 no.12
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    • pp.571-577
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    • 2018
  • Bicycle riders complain of many inconveniences when wearing glasses, sunglasses and masks. The disposable fine dust mask has been developed to resolve such inconveniences of bicycle riders. The scope of research is limited to the fiber which generates one-time static electricity and the shape of the mask due to the characteristic of fine dust mask. The purpose is to design and make the fine dust mask with a simple production process. The new disposable fine dust mask has secured enough space of the mask in front of the mouth by longitudinal folding and minimized stuffiness by maintaining the shape of the folded part to prevent touching the mouth even by heavy breathing. The streamlined sponge is attached at the part of nose support and the area of the cheek has been expanded to be about 2.5cm wider than ordinary masks to improve tight seal at the side. In addition, a new disposable fine dust scarf mask has been developed to block ultraviolet rays for the face and neck while filtering fine dust with the tight fine dust mask.

Tensile Strength of Composite Laminate Repaired Using Heat-blanket and a Novel Pressurization System (히트블랑켓과 새롭게 개발된 가압장치를 이용해 수리한 복합재 적층판의 인장강도 연구)

  • Chae, Song-Su;Lee, Gwang-Eun;Ahn, Hyonsu;Choi, Jin-Ho;Kweon, Jin-Hwe
    • Composites Research
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    • v.31 no.1
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    • pp.1-7
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    • 2018
  • In the case of a conventional composite patch repair using a heat blanket, the adhesive is pressurized using only a vacuum bag. In this study, however, a pressurization system has been developed to apply additional air pressure on the vacuum bag. In order to verify the performance of the developed system, the composite laminates were repaired with scarf patches and then tested under tensile load to be compared with the strength of the defect-free laminate. Tensile tests were also conducted on specimens with the same configuration but bonded in an autoclave. As a result of the test, the tensile strengths of the specimens repaired using the heat blanket with vacuum only without external pressure, the specimens repaired with additional pressure by the developed system, and the specimens repaired with the same external pressure in an autoclave, showed the strength recovery ratios of 74.9, 81.0, and 78.2%, respectively. The results of the tensile test after moisture saturation and the dried fatigue test also showed that the strength recovery ratios of the specimens repaired under the external pressure of 1 atm using the developed system are slightly higher than that of specimens bonded in autoclave.