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Research on the Form Design of Mini Car in Perceptual Consumption Times

机译:感性消费时间内微型汽车的外形设计研究

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摘要

Except for the basic function to replace walk, current customers also desire mini car can reflect the trends of the time. So it has been an important consideration for enterprises to meet customers' emotional needs. The research will understand the preference for mini car production among different age groups of consumers in depth by Miryoku engineering theory. Evaluation Grid method provides a way to analyze attractive factors of the products among related researches on Miryoku engineering, which extracts the median original evaluation (customers' demands), the lower specific reason (product details) and the upper abstract reason (users' emotions) by deep interviews to experts and thus sorts out the structure network map of the evaluation of the products from respondents. At last, the quantification theory I establishes a functional relationship between the abstract upper emotions and the specific design details in the kansei data, and analyzes the influence weight among the attractive factors. Four attractive factors related to mini car were concluded. Among such attractive factors as "fashionable", "delicate" and "elegant", red car color maximally stimulates the consumer's positive emotions while the thick car body has the greatest negative correlation with the "light" attractive factor. The innovation method proposed by this research can rapidly obtain user's needs, shorten the overall operation steps and improve the development efficiency. Meanwhile, the method can be effectively used in other industrial product designs.
机译:除了取代步行的基本功能外,当前客户还希望微型车能够反映出时代的趋势。因此,满足客户的情感需求一直是企业的重要考虑因素。该研究将通过Miryoku工程理论深入了解不同年龄段消费者对微型汽车的偏好。评估网格法提供了一种方法,可以对三六工程相关研究中的产品吸引力因素进行分析,提取原始评估的中位数(客户需求),特定原因的下限(产品详细信息)和较高的抽象原因(用户的情感)通过对专家的深入访谈,从而整理出受访者对产品评估的结构网络图。最后,量化理论I在感性数据中建立了抽象的上层情绪与具体设计细节之间的函数关系,并分析了吸引因素之间的影响权重。总结了与微型车有关的四个诱人因素。在诸如“时尚”,“精致”和“优雅”的吸引因素中,红色汽车颜色最大程度地激发了消费者的积极情绪,而厚实的车身与“轻”吸引因素之间的负相关性最大。本研究提出的创新方法可以快速获得用户需求,缩短总体操作步骤,提高开发效率。同时,该方法可以有效地用于其他工业产品设计中。

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