▎ 摘　　要

NOVELTY - An antibacterial fabric is prepared by using warp and weft interlaced perpendicular to each other. The warp is cross-combined by warp (A) and warp (B) in relation of 1:1. The weft is cross-combined by weft (A) and weft (B) in relation of 1:2. The mass ratio of warp (A) and warp (B) is 100:262-270. The mass ratio of weft (A) to weft (B) is 166:165-170. The fabric has reed number of 12 teeth/cm, number of penetrations per reed of 3 teeth/tooth and blank width of 226 cm. The total number of warp roots is 5356. The fabric is plain weave and has warp density of 325 roots/10 cm, weft density of 252 roots/10 cm and heald page number of 4. The fabric has width of 207 cm, weight of 120 g/m and warp arrangement of A2B1, A4B1, A6B1, A4B1, A6B1 and A2B1. The weft (A) uses antibacterial yarn and the weft (B) uses low-twist composite yarn formed by twisting moisture wicking yarn and fine cotton fiber. The warp (A) is anti-UV polyester fiber thread and the warp (B) is polyester fiber thread. USE - Antibacterial fabric. ADVANTAGE - The fabric has long-lasting UV resistance and antibacterial function due to use of functional yarns which overcome defects like easy attenuate of existing functional fabric. DETAILED DESCRIPTION - An antibacterial fabric is prepared by using warp and weft interlaced perpendicular to each other. The warp is cross-combined by warp (A) and warp (B) in relation of 1:1. The weft is cross-combined by weft (A) and weft (B) in relation of 1:2. The mass ratio of warp (A) and warp (B) is 100:262-270. The mass ratio of weft (A) to weft (B) is 166:165-170. The fabric has reed number of 12 teeth/cm, number of penetrations per reed of 3 teeth/tooth and blank width of 226 cm. The total number of warp roots is 5356. The fabric is plain weave and has warp density of 325 roots/10 cm, weft density of 252 roots/10 cm and heald page number of 4. The fabric has width of 207 cm, weight of 120 g/m and warp arrangement of A2B1, A4B1, A6B1, A4B1, A6B1 and A2B1. The weft (A) uses antibacterial yarn and the weft (B) uses low-twist composite yarn formed by twisting moisture wicking yarn and fine cotton fiber. The warp (A) is anti-UV polyester fiber thread and the warp (B) is polyester fiber thread. The antibacterial yarn is prepared from polyvinyl alcohol, graphene oxide-silver nanocomposite, chitin and plant fiber. The anti-UV polyester fiber thread is prepared from polyester fiber, modified zinc oxide-titanium dioxide nano powder and plant fiber. The moisture wicking yarn is prepared from cotton fiber, vinylon fiber and plant fiber. An INDEPENDENT CLAIM is included for fabrication of the antibacterial fabric.