【摘要】 当前，无障碍设计的关注度日益提升，设计师致力于打造出适用于所有人的产品。在此背景下，文章旨在通过振动触觉感知这一重要的无障碍交互方式，为视障人群设计导航设备。文章首先探讨了振动触觉感知的优势和局限性，指出其虽能提供特定反馈，协助用户理解产品功能，但在使用上受限于感知振动的条件，且准确性受多种因素影响。因此，文章采用设计出的振动触觉感知空间定位装置进行了应用性实验。实验结果显示，该装置在无障碍场景中性能卓越，能有效帮助用户精确感知并定位周围环境。更多还原

【Abstract】 Currently,the attention to accessible design is increasing,and designers are committed to creating products that are suitable for everyone.In this context,the article aims to design navigation devices for visually impaired individuals through vibration tactile perception,an important accessible interactive method.The article first explores the advantages and limitations of vibration tactile perception,pointing out that although it can provide specific feedback to assist users in understanding product functions,its use is limited by the conditions of perceiving vibration,and accuracy is affected by multiple factors.Therefore,the article conducted practical experiments using the designed vibration tactile perception spatial positioning device.The experimental results show that the device has excellent performance in accessible scenarios and can effectively help users accurately perceive and locate their surrounding environment.更多还原