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A study on development of car seat thermal comfort evaluation system
( Seunghee Hong ),( Daee Kim ),( Young Seo ),( Baekhee Lee ),( Hyunkyu Park ),( Yeongsik Kim ),( Se Jin Park ) 한국감성과학회 2017 한국감성과학회 국제학술대회(ICES) Vol.2017 No.-
In the automobile industry, the technical characteristic of each component has been exploding improved. The technology level is capable of benchmarking from many manufacturers and it is possible to maintain a similar level, so recently, the sensitivity aspect given to users has emerged as an important part. Among them, the seat is in contact with the passenger's body during boarding, and it has a very close relationship to judging the comfort or discomfort. In this research, we tried to develop a seat thermal comfort evaluation method to evaluate the influence of the characteristic on the real environment and the human sensibility, based on the physical properties of the seat cover. In addition, by using the qualitative data (subjective assessment questionnaire) and quantitative evaluations (temperature / humidity, physiological signal; EEG, ECG, GSR), the validity of the evaluation method was verified. As a result, it was observed that the variation of the temperature and humidity of the seat cushion with the change of the seasons had a very significant effect on the comfort of the seat. In addition, it proved that the seat thermal comfort evaluation system satisfying the sensitivity from the physical property is valid.
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