基于语义尺度的智能3D打印产品感性设计研究

Research on Perceptual Design of Intelligent 3D Printing Products Based on Semantic Scale

针对智能3D打印产品关注功能却忽视造型美学的问题,以智能3D打印产品为研究对象,基于感性工学定量研究方法形成针对性的造型设计流程。通过选取典型实验样本及感性意象词,编制感性语义实验问卷,采用SD语义尺度法进行感性意象空间实验设计,进而明确消费者对智能3D打印产品的感性需求,并根据数据统计分析得到产品造型语义设计特征。最后通过设计实例,证明该研究方法的有效性,为智能产品设计领域提供相关设计依据和理论支撑。

Based on the establishment and research of KANO model,the paper discusses the design and innovation of convenient facilities for bus rapid transit stations in Wuhan,providing new thinking and solutions for improving passenger travel experience,increasing public travel effi ciency and creating a good social and public environment.This paper analyzes the traffi c situation at home and abroad by means of literature research and fi eld investigation and takes Wuhan BRT as an example to study the existing traffi c system problems and improvement methods and puts forward the demand and thinking point of BRT in Wuhan.It proposes a comprehensive BRT which integrates the way of entering the station,the process of driving,the public facilities in the platform and the application of technical materials.Based on the use’s psychological and physiological needs,and through quantitative analysis method,design innovation research is carried out.It is hoped that the ideas put forward in theory to solve the existing problems of Wuhan BRT platform can provide some reference value for researchers to explore the theory and practice of bus rapid transit platform service design.