| 摘要: |
| 目的 为应对日趋严重的老龄化现象，满足老年人群体生活需求，完善老年人辅助陪伴机器人的设计方法。方法 运用INPD结合感性工学方法指导老年人辅助陪伴机器人设计，首先从社会、经济、技术(SET)因素角度分析产品可能的机会点，明确用户对产品的多种需求;进而对用户需求进行分层次整理和排序;再结合感性工学的理论方法，选取符合感性意象词汇库的样本，得出设计概念;制作产品模型，检查外观和结构合理性，优化设计。结论 综合应用INPD与感性工学相结合的分析方法进行老年人辅助陪伴机器人的创新设计，得出创新设计模型及一项概念设计产品，设计过程更具科学性。以案例实证方式验证INPD与感性工学相结合方法的可行性与合理性，为老年人多功能陪护产品创新设计研究完善思路与方向。 |
| 关键词: 工业设计 辅助陪伴机器人 INPD 感性工学 老龄化问题 |
| DOI：10.19554/j.cnki.1001-3563.2020.24.010 |
| 分类号:TB472 |
| 基金项目:广东省普通高校青年创新人才项目(2019KQNCX217);广东省大学生创新创业训练计划项目(201812668017) |
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| Design of Assisted Companion Robot for the Elderly Based on INPD and KE |
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LI Xiao-jie, LIANG Jian
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(Guangzhou Institute of Science And Technology, Guangzhou 510540, China)
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| Abstract: |
| The work aims to improve the design method of the assisted companion robot for the elderly, to meet various needs for the elderly users, and improve the design of assisted companion robot for the elderly to cope with the rising aging phenomenon in China. The INPD and Kansei Engineering method were used to guide the design of accompanying products for the elderly, and SET factor analysis was used to find the product opportunity gap from the perspective of social, economic and technical factors, and clarify the multiple needs of users for products. Analytic hierarchy process was used to sort the user’s needs. Combining with the theoretical methods of Kansei Engineering, the paper selected the samples that matched the perceptual image vocabulary to get the design concept. Finally, the product model was constructed, the rationality of appearance and structure was checked, and the design was optimized. INPD and Kansei Engineering are combined to carry out innovative design of assisted companion robot for the elderly. An innovative design model and a conceptual design product are obtained. The design process is more scientific. The feasibility and rationality of INPD combined with Kansei Engineering are verified by case study, providing thinking and direction for perfecting the innovative design of multi-functional accompanying products for the elderly. |
| Key words: industrial design assistant companion robot INPD kansei engineering ageing |
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