基于AHP层次分析法的智能婴儿手推车设计研究

The Research and Design of Smart Baby Stroller Based on Analytic Hierarchy Process

中文关键词: 智能婴儿手推车  KJ亲和图法  AHP层次分析法

英文关键词: smart baby stroller  KJ affinity graph method  analytic hierarchy process

中文摘要:

      目的 建立智能婴儿手推车功能需求指标体系，从而为设计智能婴儿手推车提供理论依据和指导。方法 通过婴儿手推车相关文献研究和市场产品分析，运用KJ亲和图法建立智能婴儿手推车功能需求指标。通过问卷调查法、访谈法和AHP层次分析法计算得出各功能指标的权重值，并完成一致性检验。结论 得出智能婴儿手推车功能需求指标的目标层1个、一级指标4个和二级指标17个，其中一级指标的重要排序分别为安全性、舒适性、便捷性和智能化，监护人对影响安全性的智能刹车辅助系统、防抱走、速度调节、智能助力和实时定位功能评价较高，同时希望婴儿手推车具有智能坐姿调节、智能遮阳、智能控温和自动摇椅等功能。最后，将研究结论和设计实践相结合设计了一款智能婴儿手推车，并从智能动力、智能防护、智能识别、智能安全、智能语音、APP界面等方面进行设计应用。

英文摘要:

      This paper aims to establish the functional requirement index system for intelligent baby stroller which provided theoretical basis and guidance for the design of smart baby stroller. Through the relevant literature research and market research methods, the functional demand index system of smart baby stroller is established by using kJ affinity graph method. Through the questionnaire survey, depth interviews and AHP analytic hierarchy process, the weight value of each functional index is calculated, and consistency inspection is completed. It is concluded that the functional requirement indexes of smart baby stroller of 1 target layer, 4 first level indexes and 17 second level indexes. The important order of the first level indexes is safety, comfort, convenience and internalization. The guardian have a high evaluation on the functions of intelligent brake assist system, prevent the baby from being carry away, speed regulation, intelligent assistance and real-time positioning and also hope have the function of intelligent sitting posture adjustment, intelligent sunshade, intelligent temperature control and automatic rocking chair. Finally, the research conclusion and design practice are combined to design a smart baby stroller.This design includes intelligent power, intelligent protection, intelligent recognition, intelligent security, intelligent voice and APP interface design.