目的 运用 KANO模型和感性工学相关研究方法，设计一款儿童智能监护器，以提供更便捷和安全的监护体验。方法 先以KANO模型为基础，获取产品的实际需求并对不同的需求进行优先级排序。接着使用感性工学的方法，通过问卷调查法整理感性词汇，搭建产品样本库，筛选典型样本。然后使用SPSS软件进行降维因子分析和主成分分g析，从而获得用户的关键性需求并指导设计实践。结果 结合KANO模型和感性工学的研究方法，获得用户对儿童智能监护器的10项需求

The work aims to use the KANO model and research methods related to Kansei engineering to design an intelligent monitor for children to provide a more convenient and safe monitoring experience. Based on the KANO model, the actual needs of the product were obtained and prioritized. Next, the method of Kansei engineering was adopted to organize Kansei vocabulary through questionnaire survey, and a product sample library was built to screen typical samples. Then SPSS software was used for reduction factor analysis and principal component analysis to obtain critical user needs and guide design practice. By combining the KANO model and the research methods of Kansei engineering, the