本研究針對兩塊具吸濕排汗新機能性紡織品與一塊傳統棉織品進行人體穿著舒適度檢測，並以女版「T-Shirt」為夏季服裝上身之基礎測試造型，經由分析紅外線熱影像以及心率變異的差距，並根據心率變異分析儀中的交感活性數值與副交感活性數值，計算出吸濕排汗織物、礦石粉添加的吸濕排汗纖維與純棉織品在動態及靜態中的舒適度差異。研究結果顯示，兩塊吸濕排汗新機能性紡織品比傳統棉織品 在靜態之舒適度感受上具有顯著的優質表現，具有涼粉添加的吸濕排汗纖維在舒適度表現上也優於一般的吸濕排汗之機能性紡織品。兩塊吸濕排汗新機能性紡織品比傳統棉織品在動態之熱傳導效應以及舒適度感受上都具有顯著的優質表現，具有礦石粉添加的吸濕排汗纖維在舒適度表現上也優於一般的吸濕排汗之機能性紡織品。
In this study, we use the moisture transferring and the cooling function of the fabric in the female version T-shirt on the research on human comfort, and compared with the cool stone ore composite clothing and only the clothing has a moisture transferring, these two clothing analysis, with the infrared thermal imaging analysis of the gap between heart rate variability and heart rate variability analysis by instrument in sympathetic activity and parasympathetic activity of numerical values to calculate the Cool wicking fabric and fabric in the dynamic and static difference in comfort.
