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도월희(Wol-Hee Do) 전남대학교 생활과학연구소 2004 生活科學硏究 Vol.14 No.-
The purpose of this study was to provide information on how to improve the current sizing system of the upper ready-to-wear for middle-aged women through analysis of the present system. In order to compile the information about dissatisfaction with the appropriateness of the fit of the upper ready-to-wear, a questionnaire was administered to middle aged women of 241 living in Seoul, and analyzed. Also, the manufacturers’ basic body sizes were investigated. The results of this study were as follows : 1. The results of the comparison between the manufacturers’ basic body sizes and the body measurement values obtained as the physical standard of the nation(1997) show that in terms of stature and length, the manufacturers’ body sizes were larger. 2. Research on the production sizing system of domestic and international brands, showed that the size spec that the ready-to-wear makers has used were very different in size classification and it’s name between makers. The standard deviation in each sizes were also different. 3. Concerning fit, the areas causing most dissatisfaction was : the length of sleeve was found.
보문 : 의료용 압박스타킹의 사이즈 체계에 관한 연구-한국 시장에서의 수입 의료용 압박스타킹을 중심으로-
도월희 ( Wol Hee Do ),김남순 ( Nam Soon Kim ) 한국의류학회 2012 한국의류학회지 Vol.36 No.8
This study provides size information on current imported medical compression stockings in Korea. A total 20 brands from 6 countries imported and sold in the Korean on-off line markets were selected for this study and the sizing system of medical compression stockings was researched. The results of this study were as follows: there were size differences among different USA brands according to product type or compression class of medical compression stockings. To establish the sizing system for medical stockings of the German brands, the basic body measurements standard was set as cA, cY, cB, cB, cC, cD, cE, cF, cG, cH, cT, lD, lG, and lT. Italian brands developed the sizing system for medical compression stockings by compression class. In the Swiss brands, size types were sub-divided as ``Normal``, ``Plus``, ``Short``, and ``Long``. The sizing 1 were confined within very narrow limits. There were differences of the basic body measurements between Taiwan brands. The results of the comparison of the size range of the imported brands with Size Korea (KATS, 2010) by two-way size distribution shows that the sizing systems of the imported brands were unsuitable for Koreans. To enhance the suitability of the sizing system for medical compression stockings, a new sizing system for Korean adult males and females needs to be established.
보문 : 3차원 의상 모델링 시스템을 이용한 여성용 테일러드 재킷의 맞음새 평가
도월희 ( Wol Hee Do ) 한국의류학회 2012 한국의류학회지 Vol.36 No.9
This study evaluates the fit preference of the tailored jacket according to body types for 20`s adult women through a comparison of real and virtual fit. A five point fit evaluation scale utilizing a wearer acceptability scale by Shen and Huck was used to evaluate the degree of the preference of real and virtual fit. This scale contained 23 items in three categories: front fit, back fit, and side fit. For each item, 5 responses from ``too tight`` fit (1 point) to ``too loose`` fit (5 point) were possible. The middle position for each fit criterion indicated a ‘good’ fit (3 point). The data were analyzed with a t-test using statistical program SPSS 17.0. According to the results, there were no significant differences (p≤.05) between the real and virtual fit preference in total measurement items such as front collar, lapel and roll line, front shoulder slope, front armhole, front waist, abdomen, sideseam, hemline, front silhouette, side shoulder, side armhole, side sleeve width, side hip, side silhouette, back collar stand, upper back, back armhole, back waist, back hip, back silhouette except front bust, side waist, and back center back. The factor that caused a difference in the fit preference between the real and virtual fit evaluation was a specific body type such as Body Type A that indicated a small bust circumference and a big hip circumference.
도월희 ( Wol-hee Do ),김남순 ( Nam-soon Kim ) 한국의류학회 2013 한국의류학회지 Vol.37 No.8
This study measured and analyzed pressure at each measurement part of imported compression stockings sold in Korea to provide basic information to establish a pressure standard and grade ranking. This study used 40 medical compression stockings imported from 6 countries. Pressure measurements were taken at 11 points: front side and back side of ankle, end-point of the gastrocnemius muscle, front, inner side, back, and outer side of calf, back side of below knew girth, inner side, and outer side of mid-thigh girth, and inner side of thigh girth. AMI 3037-10 and AMI 3037-2 were used for measurements taken inside an environmental chamber at a temperature of 21℃ and a relative humidity (RH) of 65%. For the measurements, 11 air pack sensors were attached to a wooden model leg (Hohenstein) and three measurements were taken at each measurement point in three minutes. The average of these measurements was used for analysis. The findings of this study were as follows. As for the front side of the ankle, of the 40 products, 14 products (6 USA, 2 Swiss, 3 Italian, and 2 Taiwanese) were within the pressure range indicated on the product label; however, no German products fell within the pressure range. A total of 8 products (5 USA, 1 Swiss, 1 Italian, and 1 German) were gradient compression type; however, no Japanese or Taiwanese product were of this type. The majority of products had the highest pressure at the end-point of the gastrocnemius muscle. Only 3 products, 1 USA (Jobst Opaque 30-40mmHg), 1 Swiss (Sigvaris Cotton 34-46mmHg) and 1 Italian (Jobstocking 25-32mmHg), had measurements that met the indicated standard pressure, were a gradient compression type, and met the overall standard for compression stockings.