Development of individualized caring clothes design system for mammary amputation person

本研究的目的是开发一个交互式系统，该系统可以考虑个人的身体状况，皮肤颜色，所需的功能，以及个人的其他要求，并设计护理服装，为乳腺癌截肢者。本研究旨在为乳房切除术后女性提供一种可包裹乳房的沐浴衣作为护理衣物。我们进行了听力研究，从用户和实验穿。要求即使洗澡时罩被弄湿也不粘在身体上，在潮湿状态下给人舒适的感觉，即使被弄湿操作痕迹也不透明，并且穿着者不会感到不协调感。此外，它还认识到，这是一个程度的乳房切除和相应的体型类型的个人需要。此外，对于衣服，它认识到，它们具有支持乳房和个人体型所需的乳房隆起程度的形状。因此，我们评估了 关于我们 织物在潮湿条件下的视觉和触觉。此外，我们还制作了适合个人的乳房截肢者的人体模型。在触觉评价方面，我们开发了一种可用于测量湿布摩擦力的装置，并研究了感官值与物理性能之间的关系。结果表明，用织物含水率和粘附力的多元回归方程给出了湿织物的触感。在服装设计阶段，我们成功地预测了服装在潮湿环境下的穿着舒适性。在视觉评价方面，我们制作了皮肤模型、伤口模型，并通过用布覆盖来再现穿着状态，通过感官评价测试来检查色度值与感官值之间的关系。结果，我们发现，当皮肤颜色和衣服颜色的色差值大于或等于8时，穿着时会感到不适。此外，我们了解到，如果一个人穿着洗澡时间的条件，伤口不会显示在洗澡。为了使服装的设计更加个性化，我们开发了一个可以改变乳房形状的三维人体模型。我们以一个身体正常的人的乳房为标准，该系统可以改变乳房的大小和形状。通过本研究，设计出适合个人肤色、伤口状况、体型的、具有良好触感的护理服成为可能。少

The purpose of this study is development of an interactive system which can consider personal body condition, color of skin, requested function, and other request of individuals, and design caring clothes for a mammary amputation persons by carcinoma. This study intended for the bath-time cover that wrapped up breast for the female which removed breast surgically as caring clothes. We carried out hearing research from the user and experiment to wear. They are required that it does not stick to body even if the bath-time cover get wet, they give comfort feeling in wet condition, operation marks are not transparent even if they get wet, and wearing person not feel incongruity sense. In addition, it recognized that it was degree of abscission of breast and corresponding to body shape type of individual was required. In addition, for the clothes, it recognized that they have the shape which supported degree of abscission of breast and personal body type is required. Therefore we evaluated … More visual and tactile sense of cloth in wet condition. Furthermore, We made human body model for mammary amputation person for individuals. For the tactile evaluation we developed a device which can be used to measure the friction force of wet cloth and examined relationship between sensory value and physical property. As a result the tactile of wet cloth was given by a multiple regression equation using moisture rate of cloth and the force in sticking. We succeeded in predicting the comfort of wearing clothes in wetting in design stage. For the visual sense evaluation we made skin model, wound model and reproduced wearing condition by covering the addition with cloth and examined relationship between colorimetry value and sensory value by sensory evaluation test. As a result we found that one felt discomfort in wearing when the color difference value with color of skin and color of cloth was greater then or equal to 8. In addition, we understood that the wound did not show during taking a bath if one wore the bath-time cover of the condition. Variation of the color which met individual skin and color of cloth in wet condition which close to color of skin is necessary to design it. For individualize the pattern making, we developed a 3D human body model that could change the shape of breast. We made breast of a person who was not physically handicapped as a standard, and the system can change the size and shape of breast. Design of good caring clothes of good tactile feeling, which suited color of personal skin, condition of wound, body type becomes possible, by this study. Less