3차원 인체스캔 데이터를 활용한 보호대 디자인 설계

Abstract

The purpose of this study is to develop protective clothing of high body fitness and movement adaptability through designing protector attached to protective clothing by utilizing 3D body scanning data. The target of this study is the protector attached to protective clothing for riot policewomen. The material of protector is Nylon 66 plastic. For designing protector, 3D human body scanning data was used and modeling was conducted in virtual space by using Rhinoceros 5.0, a 3D modeling program. For modeling of protector, protector A which reflected human body curve as it is and protector B which adjusted part of human body curve was used in design and it was printed out by use of 3D printing. The protective belt of output was attached to protective clothing base for designing protective clothing A and B while evaluation of body fitness and movement adaptability was conducted for each experiment clothing. The result of this study for wearing experiment clothing shows that body fitness and movement adaptability for experiment clothing B (chest guard, back guard 1, 2, 3) which reflects body curve better and A (abdominal guard) which covers more body areas were high. Accordingly the combination of A and B were selected and final evaluation for body fitness and movement adaptability for experiment clothing and existing clothing was conducted. And body fitness and movement adaptability for final experiment clothing was high, which verified excellence of protector.