目的 旨在梳理目前面向儿童群体智能医疗康复产品的研究现状、成果和不足，探究当前数智技术在儿童医疗康复产品中的融入途径和应用形式，为儿童智能医疗康复产品的创新设计提供理论支撑。方法 对以CNKI、WOS为代表的国内外学术资源数据库中关于儿童智能医疗康复产品设计领域的文献进行研究，运用CiteSpace软件对相关文献进行可视化分析，从文献发表量、学科领域、作者合作等角度探讨研究进展并对产品交互场景、功能特征等进行系统梳理，探讨现有儿童智能医疗康复产品设计中数智技术的应用路径。结果 当前儿童智能医疗康复产品相关研究自2009年起逐步增长，总体呈波动式增长趋势，相关研究跨越设计学、儿童心理学、康复行为学、工程力学和人工智能等多个领域，国际研究以技术创新为核心，国内研究则更注重产品设计与用户体验，然而其应用面临场景拓展、功能易用性和儿童参与性体验等挑战。结论 未来应不断拓展儿童智能康复产品的应用场景，通过加强人机交互设计、结合个性化定制与游戏化设计，提高儿童的参与度与兴趣，以满足不同儿童在治疗康复和提升认知、语言、社交等能力方面的需求，推动儿童智能医疗康复产品设计研发，同时促进儿童智能医疗康复产品在现代生活中的创新应用，提供更多思路设计对策。

The work aims to synthesize the current research status, achievements, and shortcomings of intelligent medical rehabilitation products for children, explore the integration approaches and application forms of digital-intelligent technologies in pediatric medical rehabilitation products, and provide a theoretical support for the innovative design of intelligent medical rehabilitation products for children. Literature from domestic and international academic databases, including CNKI and Web of Science (WOS), in design of intelligent medical rehabilitation products for children was reviewed. CiteSpace software was utilized to conduct a visual analysis on the relevant literature, examining research progress through metrics such as publication volume, disciplinary fields, and author collaboration. Additionally, the interactive scenarios and functional features of products were systematically analyzed to investigate the application pathways of digital-intelligent technologies in existing pediatric rehabilitation product design. Current studies on intelligent medical rehabilitation products for children grew gradually with fluctuation from 2009. Relevant studies crossed design, child psychology, rehabilitation behaviorism, engineering mechanics, and artificial intelligence. International studies focused on technological innovation, while domestic research emphasized product design and user experience. However, challenges remained in scenario expansion, functional usability, and enhancing children's participatory engagement. Future efforts should expand the application scenarios of intelligent pediatric rehabilitation products. By strengthening human-computer interaction design, integrating personalized customization and gamified elements, children's engagement and interest can be enhanced to meet diverse needs in rehabilitation, cognitive improvement, language development, and social skill enhancement. This will drive the design and development of intelligent pediatric medical rehabilitation products while fostering innovative applications in modern life, offering more strategic design insights for the field.