目的 对使用智能家居产品过程中产生模糊、不确定的情感因素,依托集成理论,以用户感性需求为中心,指导完成智能家居照明产品创新设计,并对设计方案进行有效评价。方法 在感性工学的基础上,通过资料收集确立智能家居照明产品的图片样本及感性词汇,系统地收集所有相关的需求信息,聚类分析并结合层次分析法权重计算结果,将获取到的需求转化为具体的设计要求和开发任务,通过质量功能展开理论转化为具体设计要素,最后应用可行性量表验证方案的科学性及可行性。结论 以此方法为指导,融入协同化的设计思路,最终实现产品动态感知情绪、无感化隐藏式交互,给人以愉悦的家居情感体验。在智能家居照明产品科学、系统的设计过程中,借助计算机信息技术并引入相关整合理论模型,能最大限度满足用户的情感需求。
Abstract
Based on the integration theory, with a focus on users' emotional needs, the work aims to analyze the fuzzy and uncertain emotional factors generated during the use of smart home products to guide the innovative design of smart home lighting products and effectively evaluate the design solutions. On the basis of Kansei Engineering, the picture samples and perceptual vocabulary of smart home lighting products were established through data collection and all relevant demand information was collected systematically. Cluster analysis combined with the results of weight calculation of hierarchical analysis method was employed to transform the acquired demand into specific design requirements and development tasks, and further into specific design elements through Quality Function Deployment Theory (QFD). Finally, the feasibility scale (SUS) was applied to verify the scientificity and feasibility of the solution. With this method as a guideline, by integrating the synergistic design idea, the product finally realizes the dynamic perception of emotions, non-sensory hidden interaction, and gives people a pleasant emotional experience at home. In the scientific and systematic design process of smart home lighting products, with the help of computer information technology and the introduction of relevant integrated theoretical models, the emotional needs of users can be maximally satisfied.
关键词
智能家居照明产品 /
设计评价 /
感性工学 /
层次分析法 /
质量功能展开
Key words
smart home lighting products /
design evaluation /
KE /
AHP /
QFD
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基金
2022年江西省教育厅科学技术研究项目（GJJ2205508）; 2025年广州城市职业学院科研课题（KYZC2025008）
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