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    • 17. 发明授权
    • High-speed apparatus and method for producing thermoplastic synthetic fibers
    • 用于生产热塑性合成纤维的高速装置和方法
    • US06383432B1
    • 2002-05-07
    • US09488782
    • 2000-01-21
    • Sadaaki NakajimaTaiju TerakawaKanemitsu FuchigamiMasaru Nishijima
    • Sadaaki NakajimaTaiju TerakawaKanemitsu FuchigamiMasaru Nishijima
    • D01D5098
    • D02G1/12D01D5/08D01D5/30D01D13/00
    • A compact in-line high-speed apparatus and method for producing thermoplastic synthetic fibers includes a melt spinning device with a spinning block and a tow drawer; wherein the spinning block has at least one extruder, at least one spinneret block, and heating devices, and the tow drawer draws fibers spun from the spinning block as a bundled tow. Also provided is a drawn tow accumulating device equipped with at least two tow feeding rolls and a tow accumulating conveyer, wherein the tow feeding rolls feed the tow obtained from the tow drawer onto the tow accumulating conveyer, and the tow accumulating conveyer accumulates the tow fed from the tow feeding rolls. A high-speed tow stretching device is used for stretching tie tow supplied from the drawn tow accumulating device at high stretching speed.
    • 一种用于生产热塑性合成纤维的紧凑型在线高速装置和方法包括具有纺丝块和丝束抽屉的熔融纺丝装置; 其中所述纺丝块具有至少一个挤出机,至少一个喷丝头块和加热装置,并且所述丝束抽屉将从所述纺丝块纺出的纤维作为束丝牵引。 还提供了一种装备有至少两个丝束输送辊和丝束聚集输送机的拉丝牵引机组装置,其中所述丝束输送辊将从所述丝束抽屉获得的丝束供给到所述丝束堆积输送机上,并且所述丝束堆积输送机将所述丝束 从牵引辊。 用高拉伸丝拉伸装置拉伸拉丝丝束从拉丝丝束堆积装置以拉伸速度拉伸。
    • 18. 发明授权
    • Conjugated filament nonwoven fabric and method of manufacturing the same
    • 共轭长丝无纺布及其制造方法
    • US5800230A
    • 1998-09-01
    • US925039
    • 1997-09-08
    • Shingo HoriuchiTaiju TerakawaToshikatsu Fujiwara
    • Shingo HoriuchiTaiju TerakawaToshikatsu Fujiwara
    • D01F8/06D04H3/005D04H3/033D04H3/16D03D3/00
    • D04H3/14Y10T156/1023Y10T442/627Y10T442/637Y10T442/69
    • A bulky and highly strong filament nonwoven fabric and method of manufacturing the filament nonwoven fabric which is made of conjugated filaments, whose intersections are melted and adhered, and which has a 15-35 cc/g specific volume and satisfies the following Formula (1) between strength and specific volume; Y.gtoreq.-1.25X+125 (1) wherein Y is a geometrical mean of vertical and horizontal strength per 5 cm wide and 1 g/cm.sup.2 nonwoven fabric �unit: g/(g/m.sup.2 .multidot.5 cm!; Y=(MD.times.CD).sup.1/2 where MD is vertical strength �unit: g/(g/m.sup.2 .multidot.5 cm! and CD is horizontal strength �unit: g/(g/m.sup.2 .multidot.5 cm!; and X=specific volume of a nonwoven fabric �unit: cc/g!; and wherein the conjugated filament is made of a low melting point polymer and a high melting point polymer with a difference in melting points of at least 15.degree. C., and has the low melting point polymer on at least one section of a filament surface and has crimps.
    • 一种体积大而高强度的长纤维无纺织物和由共轭长丝制成的长丝非织造织物的方法,其交点熔化并粘附,并且具有15-35cc / g比体积并满足下式(1) 强度和比体积之间的关系; Y> / = - 1.25X + 125(1)其中Y是每5厘米宽和1克/平方厘米无纺布的垂直和水平强度的几何平均值[单位:g /(g / m2×5cm ]; Y =(MDxCD)+ E,fra 1/2 + EE其中MD是垂直强度[单位:g /(g / m2×5cm),CD是水平强度[单位:g /(g / m2×5cm] X =非织造织物的比容积[单位:cc / g];其中,共轭长丝由低熔点聚合物和熔点差为15℃以上的高熔点聚合物构成, 在长丝表面的至少一个部分上具有低熔点聚合物并且具有卷曲。
    • 20. 发明授权
    • Spinneret device for conjugate fibers of eccentric sheath-and-core type
    • 偏心皮芯型复合纤维的喷丝装置
    • US5035595A
    • 1991-07-30
    • US479249
    • 1990-02-13
    • Sadaaki NakajimaTaiju Terakawa
    • Sadaaki NakajimaTaiju Terakawa
    • D01D5/34
    • D01D5/34Y10S425/217
    • A spinneret device for conjugate fibers of eccentric sheath-and-core type, capable of universally corresponding to various polymer-spinning conditions; affording a uniform eccentric extent of the core component; reducing the quality variation of single fibers and also that of fibers with lapse of time; being manufactured by easy works and economically are provided, which device includes cap 1; inlets of stocks 2, 2A; reservoirs 3, 3A; partitioner 4 separating 3 and 3A; filter 6; first distributing plate 7 provided with introducing holoes 8A, 8 for alternately distributing the stocks into front and rear distributing grooves 10A, 10; second distributing plate 9 on the back surface of which the grooves 10A, 10 being parallel, equally spaced and linear are engraved and on the ventral surface of which pressure-controlling holes 11A, 11 are bored; eccentricity-controlling plate 14 on the back surface of which grooves for eccentricity, 15 are engraved and the ventral surface (flat) of which introducing holes 16 for leading the stocks rendered eccentric by the grooves 15 to nozzle plate 17 are provided; the nozzle plate 17 having a flat back surface and spinning holes bored at a position where the holes 11 are concentric with the holes 16; and spacer 12 for forming a narrow and uniform clearance 13 between plate 9 and plate 14; holes 11A being arranged so as to be positioned at the intersection of a square or rectangular lattice; and holes 11 being arranged so as to be positioned at the intersection of two diagonals of the quadrilateral form formed by four adjacent holes 11A.