Research on the Modeling Design of Intelligent Seal Based on Kansei Engineering

Lei Zhang, Awei Zhang, Jiao Xu, Liping Liu
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Abstract

Purpouse: Based on Kansei Engineering, the existing problems of smart seals are analyzed, and the perceptual needs of users of smart seals are extracted and transformed into the modeling features of smart seals. Methods: Based on the related theories of Kansei Engineering, use questionnaires and other methods to select perceptual vocabulary. Through data analysis and processing, a mapping relationship between perceptual vocabulary and modeling features is established, and modeling features that meet the perceptual needs of users are determined and their feasibility is proved by practice. Conclusion: Kansei engineering has positive significance for the design of smart seals, and it has a certain reference for the design of such products.
基于感性工学的智能密封造型设计研究
目的:基于感性工学,分析智能密封存在的问题,提取智能密封用户的感知需求,并将其转化为智能密封的建模特征。方法:以感性工学的相关理论为基础,采用问卷调查等方法进行感性词汇的选择。通过数据分析和处理,建立感知词汇与建模特征之间的映射关系,确定满足用户感知需求的建模特征,并通过实践证明其可行性。结论:感性工学对智能密封件的设计具有积极的意义,对此类产品的设计具有一定的借鉴意义。
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