• International Journal of Costume and Fashion
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• 제3권
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• pp.13-24
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• 2003

The purpose of this study was to examine the changes brought by the upper body form using a three-dimensional human body measurement the gypsum method. The developed plane figure was constructed using paper replica to analyze the dimensional shape of the upper torso and to be able to design clothes suitable for elderly women's physical characteristics. The characteristics are analyzed and compared with existing patterns in order to extract the components for the pattern design. The examination was carried out based on the developed plane figures of upper body surface replicas. Type 1, the bent-forward body form, has a wide gap on the shoulder. In Type 2, the gap of waist line was wide at angulus scapulae point. Type 3 was the thin body form, and the girth of the chest, front interscye breadth and back interscye breadth were more level with one another, compared to the other types. In Type 4, the bent-backward body form, there was a wide gap on front shoulder. Comparison with the developed plane figure and existed pattern, items revealed differences in significance included the front and back interscye width between the measured values of the existed patterns and the developed plane figure. Therefore, the basic components of basic bodice pattern for old women were determined in the up-bust circumference and length of the back.

• 한국의상디자인학회지
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• 제5권1호
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• pp.13-24
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• 2003

The purpose of this study is to design Jugori model compatible with the body types of the middle-aged women especially from 40 to 59 years old. The result is as follows: We decided five items as the necessary items for designing jugori model : the bust girth (the breast & shoulder width), the B.P length, the neck width, the armhole circumference, and Hwa-jang. The breast & shoulder width are the size that comes out if the bust is divided by the breast & shoulder width on the basis of the side line, and Hwa-jang is a length measured with arms stretched out to 0° direction. With each person's physical characteristics considered, the application of the size of each body types and body parts is as follows: 1. The breast & shoulder width (1/4 portion) : We decided B/4+2cm as a standard size and, we adjusted the extra room on the basis of the discrepancy between the breast width and the shoulder width to make it fit well to the each body type. For the breast width (1/2 portion), we bisected the difference between the breast width and the shoulder width of the bust, and moved Gut-sup to the center of the Sup and Sup-sun for An-sup. According to the body type, the movement of the Sup for the people with big breasts gets bigger because there should be a big difference between the breast width and the shoulder width for them, and for the people with small breasts the movement will be relatively smaller. For the shoulder width (1/2 portion), we curved the back center line after we shortened as much as the difference between the amount of the shoulder width/2+1cm and of B/4+2cm. The movement of back center line will be bigger for a person with leaned-backward body type. 2. The front & back length: We made the front length to B.P length+2.5cm to have Jugori cover the breast point fully around the bust line, which is a vogue nowadays. For an upright body type, we decided the back length as (AH/2.2)+5cm. And for a bent-forward and a leaned-backward body type, we adjusted the calculation formulae differently taking the physical characteristics into account. We decided the back length (A) as (A.H/2.2)+5cm, and the front length (B) as the back length+5cm. So, (A+B) is the sum of the front length and the back length. Going back to the original formula, the front length is B.P+2.5cm. So, we can decide the back length if we subtract B.P+2.5cm from the sum of the front length and the back length. To make well-fit Jugoris, the front & back length are areas that we should pay attention to if we take each person's physical characteristics into consideration. 3. Go-dae (1/2 portion) : We decided Go-dae as the neck width/2+0.5cm. For an upright body type, because the base line which went down vertically from the tragion was straight, we generally decided Go-dae Dalim line as 1.0cm. But we decided Go-dae Dalim line down to 1.5cm for bent-forward type and up to 0.2cm for leaned-backward type because the upper half of the body of them was bent forward or leaned backward from the base line. 4. The armhole : We decided the armhole circumference as A.H/2+2cm with the whole extra room of 4cm. 5. The side line length : We can calculate the side line length to (the back length-the armhole)/2, and, in terms of the trend, 2.5cm will be appropriate.

• 한국의류학회지
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• 제26권6호
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• pp.901-910
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• 2002

This study is to classify somatotypes of the upper class boys in elementary school. The study is conducted through anthoropometric measurements and photometric measurements. The subjects are 320 boys in the age group of 10 to 11 years old. The following conclusions are drawn from this study. 1. The height items are increased along with age increase. The increases in the factors, which specify vertical sizes such as height and length, are a little larger than those of breadth, depth, and girth, which specify ; horizontal sizes. 2. The factor analysis on anthropometric measurements and photometric measurements reveals five somatic composition factors and those factors comprised 79.60% of total variance. 3. The torso shapes of the upper class boys in elementary school are classified into three categories. The first type is taller and heavier than the average elementary school upper class boys and has the highest rising shoulders. The shape of the back is about average and the chest is developed above average. The curvature of the lower back is gentle and lower abdomen protrudes the most of the three types. The second type is tall and slightly heavier than average and shoulders are raised a little. The shoulder blades protrude about average and the curvature of lower back is the most developed of all. The cheat is developed about average and the abdomen is a little protruding. The third type is the most common with the smallest height of the three and skinny with dropped shoulders. The chest is somewhat flat and the shoulder blades protrude about average.

• 한국의류학회지
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• 제20권2호
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• pp.282-297
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• 1996

The effective construction for ready-made clothes is one of the central concerns of both consumers and manufactuers in today's apparel industry. In order to reduce the burden of stocks and increase clothing fitness, systematic information on typical body sizes and somatotypes is essential. The purpose of this study i-: to provide basic data on young women's somatotypes for form designers and pattern makers. The subjects of the survey were 310 women of 18 to 26 years old. The study collected 84 anthropometric data for each Person. The data was analyzed by using of the multivariate method. The factor analysis was utilized in regard to the 65 items obtained from anthropometric measurement respectively. The principal component analysis was applied to the data with orthogonal rotation after extraction. The factor scores used in the factor analysis became the basis of determining the value of each variable of the cluster analysis. The cluster analysis was applied for identifying typical somatotypes. Ward's minimum variance method was applied for the purpose of extracting distance metrix by the standardized Euclidean distance. The element forming each cluster can be subdivided into several sets by crosstabulation which is obtained by the fastclus of the SAS. This research has demonstrated 3 distinctive types of silhouette contour of the trunk. Incidentally it also identified 4 of the lower body from the waistline to thigh contour respectively. The discriminant analysis showed that the most significant discriminant factor of the trunk classification were side neck point -1 scapular -1 waistiline length and waist girth. In Korea, the average somatotype of female college students tends to be tall, slim and straight. Reviewing the relationship between the classifications of three parts of body, they are related to each other to some extent but their distribution are not constant. Therefore, in view of clothing construction, a proper separation of the body surface is a necessity.

• Journal of Animal Science and Technology
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• 제45권6호
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• pp.967-974
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• 2003

본 연구는 한국재래 유산양(幼山羊)의 4개 위 형태 상호관계를 구명코자 실시한 연구의 일환으로서 제2위에 대한 12개 조사항목과 제4위에 대한 12개 조사항목간의 관계를 조사하였든 바 다음과 같은 결과를 얻었기에 보고하는 바이다. 1) 제2위와 제4위간에서 구한 상관계수는 총 144개로서 그 중 114개 항목간에서 5%이상의 유의성이 인정되었다. 2) 제4위 중량의 조사항목이 제2위의 조사항목과 가장 높은 상관관계를 보였다. 3) 생체중과 제4위의 중량(r$_1$) 그리고 중심부소실의 상하길이와 제4위의 중량(r$_2$)간에서 구한 각각의 상관계수와 회귀직선방정식은 r$_1$=0.8954$^{**}$와 y=10.703+3.394X, 그리고 r$_2$=0.8430$^{**}$와 y=5.689+4.311X였다. 4) 흉위와 제4위 중량(r$_1$) 그리고 체장과 제4위 중량(r$_2$)간에서 구한 각각의 상관계수와 회귀 직선방정식은 r$_1$=0.8708$^{**}$와 Y=-17.219+1.227X, 그리고 r$_2$=0.8589$^{**}$와 Y=-17.616+1.290X 이었다.

• 한국가금학회지
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• 제15권1호
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• pp.1-19
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• 1988

본 연구는 한국재래오골계의 품종보존과 육종개량을 위하여 주요 경제형질중의 하나인 산육능력을 규명하고자 천연기념물 265호로 지정된 연산오골계 총 300수를 공시하여 4주까지는 육계전기식료, 5주부터 16주까지는 육계후기사료로 사육하였다. 조사항목은 체중, 증가율, 가식부와 불가식부의 중량 및 비율, 흉부와 퇴경부의 체형 등이며, 나타난 결과를 요약하면 다음과 같다. 1) 재동오골계의 체중은 6주령부터 암수간에 유의한 차이를 나타내었다. 수컷과 암컷의 기중은 8주령 $659.0{\pm}154.9$와 $588.3{\pm}68.0$g이었고, 10주령시 $938.1{\pm}72.6$, $810.1{\pm}104.4$g이었다. 암수의 평균체중은 8주령 $623.7{\pm}121.9$, 10주령 $874.1{\pm}109.4$g으로 나타났다. 2) 증체율은 암수간에 큰 차이가 없었고, 암수의 평균증체율은 2~4주, 4~6주, 6~8주, 8~10주에 각각 166%, 106%, 41% 그리고 40%로 나타났다. 3) 총가식부의 증가양상은 12주령까지 암수 모두에서 고도로 유의하게 증가하였고 성간에는 6주령부터 익부, 배부 퇴경부 및 총가식부의 중량은 8주와 10주령시 수컷은 $395.4{\pm}98.5$와 $597.54{\pm}7.25$이고 암컷은 $355.6{\pm}42.0$과 $518.7{\pm}69.7$g이었다. 암수 평균총가식부 중량은 8주와 10주령시 각각 $375{\pm}72.7$g이었고 체중에 대한 비율은 60~63%정도로 나타났다. 4) 가식내장의 체중에 대한 비율은 8주와 10주령시 암수간에 큰 차이가 없었고, 암수 평균은 4~6%정도로 나타났다. 5) 불가식부의 체중에 관한 비율은 주령이 경과함에 따라 점차 낮아지는 경향을 보였고, 암수간에는 비슷한 비율을 나타내었다. 암수평균한 8주령시 비율은 혈액 4%, 우모 7%. 불가식내장 12% 그리고 총불가식부 31%를 차지하였다. 6) 흉부와 퇴경부 체형구성요소들에서는 흉각과 각경을 제외하고는 10주령까지 유의하게 증가하였고, 8주와 10주령시 암수간에는 흉위, 흉골장, 퇴경부 둘레 및 각경에서 유의한 차이가 있었다. 7) 체중과 가식부중량에 대하여 체형구성요소중에 흉위와 퇴경부 둘레가 유의한 상관을 나타내었고, 체중구성요소중에는 가식부의 비율들이 체중에 밀접한 상관관계를 보였으며 특히 흉부와 퇴경부의 비율과 총가식부비율간에는 고도로 유의한 상관관계를 나타내었다.

• 한국생활과학회지
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• 제12권1호
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• pp.75-84
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• 2003

The objective of this paper was to analyse the foot type of female university students by the direct and indirect measure of foot and the measures of foot outline. The results were as follow: 1. The length and the width of foot were small and ankle slender and the modification of the big toe slight. 2. The analysis on the 16 measure items revealed five factors; the first factor was related to the width and girth of foot, the second one to the length of foot, the third one to the transformation of the little toe, the fourth one to the height of foot, the fifth one to transformation of the big toe. 3. The grouping on the shape of foot revealed three types. The inline angle of foot was the smallest in average in the type 1, while it appeared to be middle in the other types. The wider foot shapes were grouped as type 2 because their inline and outline angles of foot were the biggest in average. In the type 3, the big toe was curved a lot, since it was the largest in average. 4. From the naked eye measuring method, classification from which toe was popped-out told that Egyptian foot was 30.9%, Greek foot 27.9%. On the other hand, the instrumental method showed that Egyptian foot was 57.3%, Squared foot 35.3% and Greek foot 7.4%. 5. The result from the analysis about the traits of foot shape by the degree of the arch formation of bottom foot, showed that 33.8% had the normal foot, 66.2% slightly flat foot or middle one. There was no one with rigid flat foot. 6. The shoes size they declared were that 240cm was 33.3%, 235cm 18.1% and 245cm 18.1%. The shape of their shoe heel were flat heel(34.8%), cuban heel(25.5%), and narrow straight heel(19.9%); and that of the shoe toe were round toe(25.4%), oval toe(20.4%) and squared toe(20.4%). 7. The discomforting parts when they wear shoes were the little toe(35.4%), the rear of foot(13.9%), and the width of foot(13.9%), which was related to their dislike of shoe with the pointed toe.

• 한국의류학회지
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• 제32권6호
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• pp.999-1011
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• 2008

국내 패션관련 교육기관은 대부분은 졸업작품 쇼를 행하고 있는데, 학생들이 직접 제작하는 작품 쇼의 경우는 시간적, 경제적 인 여유 부족과 정확한 모델 치수 및 이에 따른 인대와 원형패턴의 부재로 의상 제작 후, 사이즈 수정에 많은 시간을 허비하게 된다. 따라서 본 연구는 대학의 졸업작품 진행 과정의 문제점과 필요한 원형의 종류를 조사하고, 현역 A급 모델의 신체 치수를 계측하여 표준 사이즈를 조사하였다. 이를 토대로 아이템에 따른 원형을 제작, 이를 현역 모델에 착장하여 졸업 쇼를 위한 기본 패턴을 제시하고자 하였다. 졸업작품 쇼는 학교에 따라 진행하는 과정과 기간에 차이를 보이지만 대부분 모델 가봉 후 수선 정도가 많고 경우에 따라서는 의상을 새로이 제작하여야하는 경우도 발생하여 모델 사이즈의 기본원형에 대한 필요성이 많이 나타났다. 모델의 신체 계측결과 모델은 일반인에 비해 슬림하고 가는 체형이며 키가 크고 다리가 길다. 여자의 경우 어깨너비가 일반인에 비해 넓지만 가슴둘레와 허리둘레는 더 가늘게 나타났으며 어깨를 편 바른 자세여서 뒷품과 앞품의 차이가 적었다. 이는 남자 모델의 경우도 같게 나타났고 전체적으로 다리길이와 소매길이의 비율이 크게 나타났다. 여자의 경우 토르소와 스커트, 바지패턴을, 남자의 경우 재킷과 바지 패턴을 머슬린으로 제작하여 현재 활동 중인 A급 남녀 모델 각각 2명씩에게 착장하였다. 제작원형들은 그 맞음새가 모두 적절하였고 남녀 모두 상의 경우는 편차가 적은 어깨너비는 고정하고 품과 둘레항목에서 편차를 주어 패턴을 수정하는 것이 바람직하다. 하의의 경우 여자 모델은 엉덩이 부분에 여유가 없는 바지원형을 설계 제시하고, 이는 타이트 핏 팬츠나 스트레치 소재에 사용에 적절하고 여유 있는 바지의 경우는 엉덩이둘레 폭과 밑위너비 폭에 변화를 주는 것이 바람직하다. 남자모델의 경우 하의는 비교적 잘 맞아 수정이 필요한 부분이 없었으며 전체적인 둘레 편차 역시 3cm 내외로 작아 수정의 폭은 작다. 다만 키에 따른 다리길이 편차가 심해 모델에 따라 길이조정 이 필요하지만 전체적인 맞음새에 영향을 주지 않았다. 이와 같이 본 연구에서 제안한 모델 치수는 현재 우리나라에서 활동하고 있는 A급 모델을 기준으로 제안되었으므로 평균적인 모델 치수와 근접하다고 할 수 있다. 또한 연구패턴 역시 현재 모델의 신체에 적절하게 잘 맞았으며 모델 개인에 따른 신체 치수의 편차에 따라 차이를 보이겠지만 본 연구에서 제시된 패턴의 품 조절만으로도 충분히 잘 맞는 패턴으로 사료된다.