특수분장사 직무능력 향상을 위한 맞춤형 보형물 작업사 양성 기초연구 - 디지털 방식 기반 손가락 의지 제작을 중심으로 -
A Basic Study on Training Customized Prosthesis Artists for the Improvement of Special Makeup Artists' Job Abilities - Focusing on Digital Method-based Production of Fingers Prosthetics -
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초록
The purpose of this study is to gather basic data necessary for development of an educational course that will provide training for a person with the job abilities of a special makeup artist to function concurrently as a customized prosthesis artist. Among customized prostheses, purchase of items not covered by insurance benefits through prosthesis/orthosis manufacturers is not necessary. Therefore, those who have the job skills required for a special makeup artist who manufacture and sell prostheses of a quality satisfactory to clients can have a competitive edge. Among customized prostheses, the demand for fingers prosthetics, which are digitally manufactured using photogrammetry, is expected to be the greatest, and the materials used, equipment, methods, and points that require consideration were identified. The subjects selected for this study were two individuals who lost the proximal phalanges and thereafter the fingers of one hand but were not eligible to register as disabled persons. The fingers prosthetics, which were manufactured by making three-dimensional shapes after taking photos centering on both hands of the study subjects, were evaluated after being worn for identification and verification of the feasibility of their use in daily life.
Abstract
The purpose of this study is to gather basic data necessary for development of an educational course that will provide training for a person with the job abilities of a special makeup artist to function concurrently as a customized prosthesis artist. Among customized prostheses, purchase of items not covered by insurance benefits through prosthesis/orthosis manufacturers is not necessary. Therefore, those who have the job skills required for a special makeup artist who manufacture and sell prostheses of a quality satisfactory to clients can have a competitive edge. Among customized prostheses, the demand for fingers prosthetics, which are digitally manufactured using photogrammetry, is expected to be the greatest, and the materials used, equipment, methods, and points that require consideration were identified. The subjects selected for this study were two individuals who lost the proximal phalanges and thereafter the fingers of one hand but were not eligible to register as disabled persons. The fingers prosthetics, which were manufactured by making three-dimensional shapes after taking photos centering on both hands of the study subjects, were evaluated after being worn for identification and verification of the feasibility of their use in daily life.
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