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    • 83. 发明授权
    • Warp triplet composite forming fabric
    • 经纱三元组复合成型面料
    • US07108020B2
    • 2006-09-19
    • US10490601
    • 2003-07-22
    • Richard Stone
    • Richard Stone
    • D03D11/00
    • D21F1/0045Y10S162/90Y10S162/903Y10T442/3179Y10T442/3195
    • A forming fabric having a paper side layer and a machine side layer comprises a first set of paper side layer wefts, a second set of machine side layer wefts and a single set of warp yarn triplets. In the fabric weave pattern, each member of each triplet set of warp yarns interweaves with the paper side weft yarns to occupy in sequence segments of an unbroken warp path in the paper side surface, and each triplet in each set of warp yarns interlaces alone with at least one single machine side layer weft yarn. Each segment in the unbroken warp path is separated by at least one paper side layer weft yarn. The machine side layer interlacing points are regularly spaced. After heat setting, the fabrics typically have an air permeability typically from about 7,500 to about 10,500 m3/m2/hr. Paper products made using these fabrics have enhanced printability.
    • 具有纸侧层和机器侧层的成形织物包括第一组纸侧层纬纱,第二组机器侧层纬纱和单组经纱三联体。 在织物编织图案中,每个三元组经纱的每个构件与纸侧纬纱交织,以在纸侧表面中的不间断经线的序列段中占据,并且每套经纱中的每个三元组单独交织 至少一台单机侧层纬纱。 不间断经线中的每个段由至少一个纸侧层纬纱分开。 机器侧层交错点是规则间隔的。 在热定形之后,织物通常具有通常为约7500至约10,500m 3 / m 2 / hr的透气性。 使用这些织物制成的纸制品具有增强的可印刷性。
    • 86. 发明授权
    • Paper machine clothing
    • 造纸机服装
    • US07025095B2
    • 2006-04-11
    • US10786112
    • 2004-02-26
    • Frank Zils
    • Frank Zils
    • D03D11/00
    • D21F1/0054D21F1/0036
    • The invention refers to a paper machine clothing (1) having a support (2) made of at least two support plies (3, 4) which each comprise longitudinal and transverse yarns (5, 6, 7, 8) but are essentially not connected to one another via their surface by means of yarns. Seam loops (11, 12) comprising longitudinal yarns (7, 8) connect the ends (9, 10) to form a seam by means of a pintle wire (14) slid through the seam loops (11, 12), project at the front ends (9, 10) of the paper machine clothing (1). The paper machine clothing according to the present invention is characterized in that the support plies (3, 4) are connected to one another via binding transverse yarns (15 through 20) whose arrangement is confined to the region of the two ends (9, 10) of the paper machine clothing (1) adjacent to the seam loops (11, 12).
    • 本发明涉及一种造纸机衣物(1),其具有由至少两个支撑层(3,4)制成的支撑件(2),每个支撑层包括纵向和横向纱线(5,6,7,8),但基本上不连接 通过它们的表面通过纱线彼此相通。 包括纵向纱线(7,8)的接缝环(11,12)通过滑动穿过接缝环(11,12)的枢轴线(14)连接端部(9,10)以形成接缝, 造纸机服装(1)的前端(9,10)。 根据本发明的造纸机织物的特征在于,支撑层(3,4)通过结合横向纱线(15至20)彼此连接,所述横向纱线(15至20)的排列被限制在两端(9,10 )相邻于接缝环(11,12)的造纸机织物(1)。
    • 87. 发明申请
    • Textile with transparent light structure and heat-insulating construction and method of manufacturing the same
    • 纺织品具有透明的灯光结构和绝热结构及其制造方法
    • US20050183251A1
    • 2005-08-25
    • US10964659
    • 2004-10-15
    • Jian-Min LinJen-Chi ChaoShu-Fen Chen
    • Jian-Min LinJen-Chi ChaoShu-Fen Chen
    • D03D11/00D03D15/04D03D41/00
    • D03D15/04D03D11/00
    • A textile with transparent light structure and heat-insulating construction and the method of manufacturing the same comprise a surface layer and an underlying layer, and the weft yarns of the underlying layer and the surface layer include non-transparent weft yarns and transparent yarns. By controlling the arrangement and ratio of the non-transparent yarn and the transparent yarn, the transparent light property can be obtained. Further, between the underlying layer and the surface layer, there are a multiple of high shrinkage-rate yarns included. Through the heat treatment, it would cause the contraction of the multiple high shrinkage-percentage yarns thereto make the surface layer and the underlying layer individually protrude like a three-dimensional structure. Besides, because of the different shrinkage rates, the thickness of the air layer of the underlying layer, the surface layer and the multiple high shrinkage-percentage yarns would also vary. The air layer is just the heat insulating factor of the textile.
    • 具有透明光结构和绝热结构的织物及其制造方法包括表层和下层,下层和表层的纬纱包括不透明纬纱和透明纱。 通过控制不透明纱线和透明纱线的布置和比例,可以获得透明光特性。 此外,在下层和表面层之间,包括高收缩率纱线的倍数。 通过热处理,会使多个高收缩率纱线的收缩使得表面层和下层分别如三维结构地突出。 此外,由于收缩率不同,下层的空气层的厚度,表面层和多个高收缩率纱线的厚度也将变化。 空气层只是纺织品的绝热因素。