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[Translation from English to Japanese ] Thermal insulation valure(TIV) was calculated by the following equation, base...
Original Texts
Thermal insulation valure(TIV) was calculated by the following equation, based on the device for measuring heat keeping property of the Thermal Labo II type.The measuring conditions were 55%, 65%, 75%, 85%, and 95%RH, and air movement lOcm/sec, respectively,
with a constant temperature of 20°C. The temperature of the hot plate was 30°C, and air space between the hot plate and the knitted fabrics were 0 ,1, 2 , 4 , 6 , and 8mm.Fig.1 shows the principle used by the Thermo Labo device to measure the TIV of knitted fabrics.All properties including tensile, shearing, compression, bending, surface and thickness were measured under the knit condition(high sensitivity condition) of KES-F system's mechanical property.
with a constant temperature of 20°C. The temperature of the hot plate was 30°C, and air space between the hot plate and the knitted fabrics were 0 ,1, 2 , 4 , 6 , and 8mm.Fig.1 shows the principle used by the Thermo Labo device to measure the TIV of knitted fabrics.All properties including tensile, shearing, compression, bending, surface and thickness were measured under the knit condition(high sensitivity condition) of KES-F system's mechanical property.
断熱値（TIV）は、サーマルラボIIタイプの熱保持特性測定用機器に基づいて次の式を用いて計算された。測定条件はそれぞれ55%、65%、75%、85%、95%RHで、空気の動きはIOcm/secとし、温度て20°Cに保った。ホットプレートの温度は30°Cで、ホットプレートと生地との間の空気スペースは0、1、2、4、6、8だった。図8は生地のTIVを測定するのにサーモラボ機器で採用している方法を表している。KES-Fシステムの機械的特性のニットコンディション（高感度コンディション）の下で伸縮性、シャーリング、圧縮、曲げを含む全ての特性、表面及び厚さが測定された。
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