基于用户偏好的体温测量仪造型设计

Modeling Design of Body Temperature Measuring Instrument Based on User Preference

中文关键词: 造型设计  体温测量仪  魅力工学  评价构造法  数量化I类

英文关键词: modeling design  body temperature measuring instrument  miryoku engineering  evaluation structure method  quantitative type I

中文摘要:

      目的 研究体温测量仪造型特征与用户感性意象之间的映射关系，设计出符合用户偏好的体温测量仪。方法 以魅力工学理论为研究基础，运用评价构造法对目标用户进行访谈，整合收集的访谈资料，提炼出8项体温测量仪造型魅力因素，以及其包含的25项具体魅力形态特征，进一步运用数量化I类理论，分析用户感性意象与体温测量仪魅力形态特征之间的映射关系，从而明确各个具体魅力形态特征对用户感性意象的影响程度，为设计出符合用户偏好的体温测量仪造型提供设计参考。结论 以实验研究结果为设计依据，完成体温测量仪的造型设计，通过对比实验对设计结果进行验证分析。结果表明，设计出的体温测量仪造型能很好地满足用户偏好，同时，可根据用户对体温测量仪的不同感知意象的偏好，有针对性地识别出相应的魅力形态特征，从而设计出满足用户偏好的体温测量仪。

英文摘要:

      By studying the mapping relationship between the modeling features of the body temperature measuring instrument and the users' perceptual images, a body temperature measuring instrument that conforms to the users preference is designed. Based on the research of miryoku engineering theory, the evaluation structure method is used to interview the target users. Through the integration of the collected interview data, the eight charm factors of the body temperature measuring instrument and the 25 specific charm characteristics are extracted. The quantification Class I theory is further used to analyze the mapping relationship between the users' perceptual images and the charm morphological characteristics of the body temperature measuring instrument, so as to clarify the degree of influence of each specific charm morphological feature on the users' perceptual images, and provide design reference for designing the body temperature measuring instrument shape that meets the users' preferences. Based on the experimental research results, the model design of the temperature measuring instrument was completed. And the design results were verified and analyzed through comparative experiments. The results showed that the model of the temperature measuring instrument designed can well meet the users' preferences. At the same time, according to the users' preferences for different perception images of the body temperature measuring instrument, the corresponding charm shape characteristics can be identified in a targeted manner, so a body temperature measuring instrument meeting the users' preferences can be designed.