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複合織物結構與機能性分析研究-熔噴複合結構不織布之保暖性研究

Study on Structure and Functionality of Composite Fabrics-Research on Thermal Insulation of Melt blown Composite Structure Non-woven Fabrics

摘要


本研究利用熔噴技術複合中空纖維製造不同鋪層型態的不織布,透過熱量傳遞模型描述服裝-人體-環境系統的相互作用,且利用熔噴複合結構不織布的結構、厚度、熱傳導、孔隙率等性質預測達到人體舒適微氣候狀態的織物設計,以一般機能外套之內、外部平織物作為材料,內容物取代一般機能外套羽絨,以複合不織布代替,形成複合不織布,再以合宜的服裝設計,打版製作成終端服裝產品,利用真人實驗以驗證較佳的保暖效果。

並列摘要


In this case, the melt-blown technology composite hollow fiber is used to manufacture non-woven fabrics with different layer types. The heat transfer model is used to describe the interaction between the clothing-human-environment system. Fabric design using melt-blown composite structure non-woven structure, thickness, thermal substitution, discrete rate and other properties to predict human comfortable microclimate state. Using the inner and outer woven fabrics of the general functional jacket as the material, the content to replace the general functional jacket down, and the composite non-woven fabric to form the composite non-woven fabric, and then use appropriate clothing design manufactured into terminal clothing products, using real-person experiments to verify better thermal insulation effect.

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