基于SET与KE的城市管理无人机设计

Design of Urban Management UAV Based on SET and KE

中文关键词: 工业设计  SET因素  感性工学  探测无人机  城市管理

英文关键词: industrial design  SET factors  Kansei engineering  detection UAV  city management

中文摘要:

      目的 为了设计出满足于城市管理需求的无人机，对无人机产品的现状进行研究。方法 运用SET因素分析法，以发现产品机会缺口，从中获取无人机在城市管理中的客观需求。同时结合感性工学的理论方法，将SET因素作为约束条件，筛选与细分无人机意象词汇，选取与感性意象词汇相匹配的样本，提取出代表样本的造型特征，应用于造型设计中，并通过调整造型细节，达到有限条件下最优化的造型方案。结论 以城市管理无人机造型为研究对象，表明SET与感性工学相结合对城市管理无人机造型设计的可行性。

英文摘要:

      In order to better design the UAV products to meet the needs of urban management, the current situation of UVA products is studied. The analysis method of SET (society-economy-technology) is used to find the market opportunities of products and obtain the objective demands of UAV in urban management. Combined with the theories of Kansei Engineering, the SET factor is utilized as the constraint element to select and separate the image words of UVA. The samples matching with the perceptual image words will be selected to extract the modeling features of these representative samples, which will be applied to the modeling design. The optimal design scheme is settled under limited conditions by adjusting the modeling details. Based on the case study of modeling design of urban management UAV, this thesis verifies that the combination of SET and Kansei Engineering is feasible for designing the UAV used for urban management.