【摘要】 针对女性产后腹直肌修复产品存在功能单一、康复效率低等问题，研究通过Kano-FBS集成模型，提出一种智能化腰带的创新设计方法，并设计出更加符合产后女性不同阶段生理特征的腹直肌修复智能腰带。首先，通过文献调研、用户访谈与问卷获取原始需求，运用Kano模型分类需求属性，结合Better-Worse系数进行需求重要度排序；其次，利用FBS模型将核心需求进行“功能—行为—结构”映射，实现功能向物理模块的转化，确保设计方案的合理性；最后，通过模型的应用得到更具创新性和实用性的设计方案。该方案不仅提升了产妇腹直肌修复的效率和用户体验，更为产后修复类产品的改进和创新提供了针对性指导和提示。更多还原

【Abstract】 Aiming at the prevalent issues of limited functionality and low rehabilitation efficacy in postpartum diastasis recti (DR) recovery products,this study proposes an innovative design methodology for an intelligent rehabilitation belt through an integrated Kano-FBS model.The resulting design better accommodates the physiological characteristics of postpartum women across different recovery stages.First,primary user requirements were collected via literature review,user interviews,and questionnaires.The Kano model was employed to categorize requirement attributes,while Better-Worse coefficient analysis prioritized critical needs.Subsequently,the Function-Behavior-Structure (FBS) model translated core requirements into physical modules through function-behavior-structure mapping,ensuring design rationality.Finally,the application of this integrated model yielded a solution with enhanced innovation and practicality.This approach improves the efficiency of diastasis recti rehabilitation and user experience,providing targeted guidance for optimizing postpartum recovery products.更多还原