본 연구의 목적은 비만 남자고등학생의 교복바지에 대한 착용만족도를 높이고 맞음새가 좋은 교복바지의 패턴개발을 위한 자료를 제공하는 데 있다. 이 연구는 사이즈코리아(2015)의 직접 측정 데이터 중 BMI 지수가 18.5이상인 17~19세 남자 745명의 데이터를 분석 자료로 활용하였다. 비만 남자고등학생의 체형분류를 위하여 표준체형과의 신체치수 비교를 위해 기술통계를 실시하였으며, 비만 남자고등학생의 체형분류를 위한 요인분석, 군집분석, 분산분석 등의 통계방법이 사용되었다. 그 결과, 비 만 남자고등학생의 체형분류 요인으로는 하반신 부피요인, 하반신 길이 요인, 복부 부피요인, 밑위 길이요인의 4개 요인이 도출되었다. 또 군집 분석의 결과로 4가지의 비만체형 유형이 분류되었다. 유형1은 분류된 비만체형 유형 중 하반신의 길이가 가장 짧고 왜소한 비만체형이며 유 형2는 비만 유형 중 허리둘레가 가늘고 복부의 부피가 작아 약간 왜소 한 비만체형이다. 유형3은 하반신 길이는 보통 이상이며, 하지와 하반 신 둘레, 복부의 부피 등의 모든 항목에서 가장 큰 값을 보여 부피가 큰 고도 비만체형이다. 유형4는 4가지 비만 유형 중 하반신 길이는 가 장 길고, 복부의 비만 정도가 유독 큰 복부 비만체형으로 정의할 수 있으며, 비만 체형의 특징을 반영한 교복바지의 설계방법에 대한 후속 연구가 진행될 예정이다.

The purpose of this study was specifically focused on the lower garment sizing system of adolescent apparel, especially on trousers for adolescent boys. Research Method was performed by using the physical measurements of adolescent boys (14～19 years old, n=1,344) based on the ‘he fifth Korean national physical standard reports’ surveyed by SIZEKOREA. The basic materials for this study are obtained from the observations of physical characteristics and classification of physical figures based on the characteristics from waist down. The results from this study are as follows. 1) according to the analyses of physical changes, most items including height, circumference, length, breadth and depth were increased at the age of 14～18 and gradually reduced at the age of 19. 2) The factors which compose the lower body resulted were appeared that the first factor was vertical factor, the second factor was horizontal factor, the third factor was hip length, and the last factor was buttlock-popliteal length. 3) Formalization of physical figures for adolescent boy's lower body analyzed from factors grouped three types. 4) The basic parts that we used to propose the apparel sizing system distinguished by physical figures were Waist Circumference (Omphalion) (every 3cm regular gap) and Hip Circumference (irregular gap). Physical figures assigned 5 to Type T, and 4 to type M. The reference measurement items were divided into 7 items which are correlated with apparel manufacture.

The purpose of this study focused how to show physiological responses comparing exercise group and non exercise group for progressive maximal wheelchair ergometer exercise loading in complete paraplegia. It also examined the various factors which would be influenced physiological responses. Sixteen subjects have been investigated in this study, and the subjects are divided into two groups as follows: 1) exercise group (7 subjects) 2) non exercise group (9 subjects). Each test was terminated by physical exhaustion and/or an inability to maintain a flywheel velocity. The results were as follows: 1) No difference was noted in pulmonary function test between two groups. 2) Emax value during maximal exercise was significantly different between the groups (p<0.05). The mean Emax of exercise group was , non exercise group was . 3) () value during maximal exercise was significantly different between the groups (p<0.05). The mean () of exercise group was , non exercise group was . 4) max(ml/kg/min) value during maximal exercise was significantly different between the groups (p<0.05). The mean () of exercise group was , non exercise group was . 5) Maximal heart rate(HRmax) value during maximal exercise was significantly different between the groups (p<0.05). The mean HRmax of exercise group was 180.43 beats/min, non exercise group was 175.00 beats/min. 6) value during maximal exercise was not significantly different between the groups (p>0.05). The mean of exercise group was , non exercise group was . Considering the results which explore the exercise group with paraplegia has shown the maximal aerobic power compared with non exercise group, regular and consistent physical training is highly assumed as a main factor to improve cardiopulmonary fitness.