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CUT-RESISTANT CLOTH AND CUT-RESISTANT PROTECTIVE GARMENT USING THE SAME
CUT-RESISTANT CLOTH AND CUT-RESISTANT PROTECTIVE GARMENT USING THE SAME
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机译:使用相同的防割布和防割防护服
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摘要
PROBLEM TO BE SOLVED: To provide a light/soft cut-resistant cloth in which the cut-resistant performance is improved without considerably increasing weight and thickness and which keeps good wearing feeling free from stiff feeling, and to provide a cut-resistant protective garment using the same.;SOLUTION: The cut-resistant cloth is a cloth made of high-strength filament yarn, and the high-strength filament yarn is crimped. A remaining crimping degree is set to be not less than 10.0%. The maximum value Fmax of friction between fibers measured by the following measuring method of the high-strength filament yarn is set to be not less than 710. In addition, the cut-resistant protective garment using the cut-resistant cloth is obtained. In the measuring method for the maximum value Fmax of friction between fibers, one end of fibers composing the cloth is fixed and twisted three times. Then, a load (T1) is applied on the other end to measure the maximum value (T2max) of tension (T2) when the fibers are moved at a speed of 0.1 m/minute. The maximum value (Fmax) of the friction between fibers is obtained by a formula: Fmax=T2max-T1.;COPYRIGHT: (C)2011,JPO&INPIT
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机译:要解决的问题:提供一种轻/软的防割布,其中在不显着增加重量和厚度的情况下改善了防割性能,并且保持了良好的穿着感觉而没有僵硬的感觉,并提供了一种防割的防护服解决方案:防割布是由高强度长丝纱线制成的布,高强度长丝纱线是卷曲的。残留压接度设定为10.0%以上。通过以下的高强度长丝纱线的测定方法测定的纤维间的摩擦力的最大值Fmax为710以上。另外,得到使用了防割布的防割防护服。在纤维间摩擦最大值Fmax的测定方法中,将构成布的纤维的一端固定并扭曲3次。然后,在另一端施加负载(T1),以测量当纤维以0.1 m / min的速度移动时张力(T2)的最大值(T2max)。纤维之间的摩擦力的最大值(Fmax)通过以下公式求出:Fmax = T2max-T1 。;版权:(C)2011,日本特许厅&INPIT
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