a Department of Engineering , Texas A&M University - Corpus Christi , Corpus Christi , Texas , USA.
b Department of Industrial and Management Engineering , Pohang University of Science and Technology , Pohang , South Korea.
Assist Technol. 2019;31(1):34-43. doi: 10.1080/10400435.2017.1335359. Epub 2017 Aug 7.
The upper body shape is an important factor to be considered in customized suit jacket design. The present study is intended to identify the lateral upper body shapes of wheelchair users in a sagittal plane. Anthropometric data of 144 Korean male wheelchair users were collected using a tape measure and photography. Three lateral upper body shapes were identified by cluster analysis: convex back with largely protruded abdomen (31%), convex back with flat abdomen (36%), and straight back with moderately protruded abdomen (33%). Discriminant functions were constructed for the three lateral upper body shape groups, and their overall and cross-validated classification accuracies were identified as 94.4% and 89.6%, respectively. The present study found that the wheelchair users have more convex back (67%) and protruded abdomen (64%) shapes than non-wheelchair individuals. The lateral upper body shapes and discriminant functions identified in the study can be applied to a custom production process of suit jacket design for wheelchair users.
上半身形状是定制西装外套设计中需要考虑的一个重要因素。本研究旨在确定矢状面上轮椅使用者的侧面上半身形状。使用卷尺和摄影收集了 144 名韩国男性轮椅使用者的人体测量数据。通过聚类分析确定了三种侧面上半身形状:凸背且腹部明显突出(31%)、凸背且腹部平坦(36%)和直背且腹部适度突出(33%)。为三组侧面上半身形状构建了判别函数,其整体和交叉验证的分类准确率分别为 94.4%和 89.6%。本研究发现,与非轮椅使用者相比,轮椅使用者具有更多的凸背(67%)和突出的腹部(64%)形状。本研究中确定的侧面上半身形状和判别函数可应用于轮椅使用者西装外套定制生产过程。