基于分子传感材料的智能医疗产品设计研究

Design of Smart Medical Products Based on Molecular Sensing Materials

中文关键词: 光子晶体  分子传感器  糖尿病  产品设计

英文关键词: photonic crystal  molecular sensor  diabetes  product design

中文摘要:

      目的 运用光子晶体新材料作为分子传感器，针对糖尿病患者自我监测产品进行研究再设计工作。方法 以智能高分子材料——光子晶体为研究对象，从糖尿病患者自我监测需求出发，采用以智能家居产品设计思考为导向的研究方式，基于德拜衍射相关理论，对光子晶体分子传感器及其设计应用进行解析研究，将新材料技术与智能家居产品设计相结合，解决糖尿病患者的日常居家葡萄糖监测需求。结论 以化学新材料特性为出发点，将强化实用功能、提高易用程度及强调用户体验作为研究基础，依据化学材料特性与实验技术原型相结合，功能需求与艺术形式相统一的方式，设计出基于光子晶体材料的糖尿病患者自我监测产品，并最终投入生产使用。

英文摘要:

      This research aims to study and redesign the self-monitoring products for diabetic patients using new photonic crystal materials as molecular sensors. Taking the smart polymer material-photonic crystal as the research object, starting from the self-monitoring needs of diabetic patients, adopting a research method oriented by smart home product design thinking, the photonic crystal molecular sensor and its design application are analyzed and researched based on Debye diffraction related theories. The new material technology is combined with smart home product design to solve the daily home glucose monitoring needs of diabetic patients. Starting from the characteristics of new chemical materials, the research is based on strengthening practical functions, improving ease of use, and emphasizing user experience. Based on the combination of chemical material characteristics and experimental technology prototypes, and the unification of the functional requirements and artistic forms, the product based on photonic crystal materials for self-monitoring of diabetic patients is designed, and finally put into production use.