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    • 48. 发明授权
    • Stretchable loop-type warp knitted textile fastener fabric and method of producing same
    • 伸缩环型经编织物紧固件织物及其制造方法
    • US06845639B1
    • 2005-01-25
    • US10114640
    • 2002-04-02
    • Peter Hajek
    • Peter Hajek
    • A44B18/00D04B21/04D04B21/18
    • D04B21/18A44B18/0034D04B21/04D10B2501/0632
    • A warp knitted textile fabric and a method of producing such a fabric, characterized by a resiliently stretchable three-bar stitch construction, one fabric surface of which presents outwardly extending knitted loops adapted to serve as the loop component in a hook-and-loop fastener system. The fabric is knitted on a warp knitting machine by interknitting ground, elastic and loop-forming yarns together in knitted stitches on spaced needles in spaced fabric courses and interknitting stitches of the ground and elastic yarns on the same spaced needles in intervening courses while forming loops of the loop-forning yarns on inactive intervening needles to be cast off without integration into the ground structure of the fabric so as to form outwardly extending pile loops on one fabric surface. The pile loops do not require brushing or napping to render the fabric suitable for use in a hook-and-loop fastener system.
    • 经编针织纺织品和这种织物的制造方法,其特征在于弹性伸缩的三条线缝合结构,其一个织物表面呈向外延伸的针织线圈,适用于钩环紧固件 系统。 织物在经编机上编织,通过将间隔开的织物过程中的间隔开的针编织在一起,以针织针迹结合在一起,将地面和弹性纱线的相互缝合线缝合在相互间隔的针上,并形成环 在不活动的插入针上的环形纱线不会整合到织物的基底结构中,从而在一个织物表面上形成向外延伸的绒毛圈。 绒毛圈不需要刷涂或起绒,使织物适合用于钩环紧固件系统。
    • 49. 发明申请
    • Printed loop fabric and method for producing the same
    • 印刷环织物及其制造方法
    • US20040099020A1
    • 2004-05-27
    • US10305562
    • 2002-11-27
    • Michael P. SasserKenny GreeneHowell B. EleazerJohn M. Blackman
    • D04B023/00
    • A44B18/0092A44B18/0034A44B18/0069D04B21/02D10B2403/0111D10B2403/0112D10B2501/0632
    • The present invention relates generally to a printed loop fabric with improved graphic visibility and clarity which may be used as the female portion of a mechanical closure system. The loop fabric is generally comprised of a knit fabric, and more specifically, of a warp knit, weft inserted fabric. One method of creating the printed loop fabric includes coating the backside of the loop fabric with a thermoplastic material and then printing the face side of the coated fabric. Alternatively, the printed loop fabric may be achieved by applying a thermoplastic material to the backside of the loop fabric and printing on the thermoplastic material. The printed loop fabric may also be produced by applying a thermoplastic material to the backside of a low loop fabric and laminating a pre-printed film to the thermoplastic material. The fabric can be made without sacrificing the fabric's hook to loop engagement strength.
    • 本发明一般涉及具有改进的图形可视性和透明度的印刷环织物,其可用作机械闭合系统的阴部分。 环织物通常由编织织物组成,更具体地由经编针织纬纱织物组成。 制造印刷环织物的一种方法包括用热塑性材料涂覆环形织物的背面,然后印刷涂布织物的正面。 或者,可以通过将热塑性材料施加到环织物的背面并在热塑性材料上印刷来实现印刷环织物。 印刷环织物也可以通过将热塑性材料施加到低环织物的背面并将预印膜层压到热塑性材料上来制备。 织物可以在不牺牲织物的钩环接合强度的情况下制成。
    • 50. 发明授权
    • Monofilament interlaced loop surfaced and thin-profile fastener strip base material
    • 单丝交织环形表面和薄型紧固条基材
    • US06460228B1
    • 2002-10-08
    • US09901642
    • 2001-07-11
    • Ling-Mei Li
    • Ling-Mei Li
    • A44B1800
    • A44B18/0034Y10T24/2725Y10T24/2733Y10T24/2742Y10T24/2767
    • A monofilament interlaced loop surfaced and thin-profile fastener strip base material that replaces the multifilar nap surfaced and thicker profiled conventional base material and is fabricated into a unitary structural entity by a knitting machine. Among the innovative features are the interlacing of the upper and lower section wraps of the woof elements to form a bottom weave with a woof-oriented nylon monofilament, the overlaps of which continuously bind a pair of adjacent wraps and thereafter skips the next pair of adjacent wraps in an alternating pattern, the vertical linear interlinking of the overlaps by the continuous binding then becoming the wharf element of the bottom weave. The sections of monofilament that are not utilized for binding densely distributed along the bottom weave surface become arch-shaped freestanding loops that are flat and narrow and have an optimal degree of fastening strength and, furthermore, minimal lean propensity. After the bottom weave undergoes bonding and shaping, the monofilament fastening surface formed by the arch-shaped freestanding loops provides for the engagement of the hook ends along the bottom side of a male fastener strip to the completed bottom weave to thereby achieve conjoinment, with the base material thickness and space occupancy significantly lowered to an ultra-thin dimension. Other practical advantages include the absence of nap displacement, low noise unfastening operation, and width variability.
    • 单丝交织环状表面和薄型紧固件条基材,代替多张绒毛表面和较厚型的常规基材,并通过针织机制成单一的结构实体。 其中的创新特征是织物元件的上部和下部包裹物的交织以形成具有纬向取向的尼龙单丝的底部织物,其重叠部分连续地捆绑一对相邻的包裹,然后跳过下一对相邻的 以交替图案包裹,通过连续装订的重叠的垂直线性互连然后成为底部编织的码头元件。 不用于沿着底部编织表面密集分布的单丝的部分变成扁平且窄的拱形独立环,并且具有最佳的紧固强度,并且还有最小的倾向。 在底部织纹经历接合和成形之后,由拱形独立环形成的单丝紧固表面提供钩形端部沿着阳型紧固件条的底侧与完成的底部织物的接合,从而实现结合 基材厚度和空间占有率显着降低到超薄尺寸。 其他实际的优点包括缺少位移,低噪音松开操作和宽度变化。