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    • 26. 发明申请
    • Method Of Manufacturing A Contoured Fluid-Filled Chamber With Tensile Structures
    • 制造具有拉伸结构的轮廓流体填充室的方法
    • US20120233880A1
    • 2012-09-20
    • US13049278
    • 2011-03-16
    • Kirvan L. ChaoFrederick J. DojanKlaas P. Hazenberg
    • Kirvan L. ChaoFrederick J. DojanKlaas P. Hazenberg
    • A43B13/20A43D8/00
    • A43B13/18A43B13/20B29D35/142
    • In one method of manufacturing a fluid-filled chamber, two polymer layers are located between two mold portions, the surfaces of the mold portions cooperatively defining a peripheral cavity with first and second regions, an inward extent of the first region exceeding an inward extent of the second region. A tensile structure may be positioned between the polymer layers and the mold portions may be compressed together. Part of a peripheral portion of the chamber may be formed by drawing first and second areas of the chamber against the first and second regions of the peripheral cavity, respectively. After pressurization, the first region of the peripheral cavity may have a greater extent of outward protrusion than the second region of the peripheral cavity. Accordingly, an asymmetric medio-lateral shape may be imparted to the chamber without the use of a tensile structure that is itself tapered or contoured.
    • 在制造流体填充室的一种方法中,两个聚合物层位于两个模具部分之间,模具部分的表面协作地限定具有第一和第二区域的外围空腔,第一区域的向内范围超过 第二个地区。 拉伸结构可以位于聚合物层之间,并且模具部分可以被压缩在一起。 腔室的周边部分的一部分可以通过分别将腔室的第一和第二区域分别靠着周边空腔的第一和第二区域而形成。 在加压之后,周边空腔的第一区域可以具有比外围空腔的第二区域更大的向外突出的程度。 因此,不用使用本身呈锥形或轮廓的拉伸结构,可以向腔室施加不对称的中间 - 外侧形状。
    • 28. 发明申请
    • Footwear Structure With Textile Upper Member
    • 鞋类结构与纺织上层
    • US20110302727A1
    • 2011-12-15
    • US13217329
    • 2011-08-25
    • Susan L. SokolowskiSusanne Amalie Wolf-Hochdoerffer
    • Susan L. SokolowskiSusanne Amalie Wolf-Hochdoerffer
    • A43D8/00
    • A43B1/04A43B23/0235A43B23/0255A43B23/0275D04B1/102D10B2501/043
    • Articles of footwear include a textile upper member with an exterior constructed from knitted textile material, the exterior including a region with stability ribs and a second unribbed region. The region(s) having stability ribs may be located, for example: along a lateral midfoot side of the upper member; along a forefoot portion of the upper member; and/or along a medial midfoot side of the upper member. Other articles of footwear include an upper member having exterior and interior textile elements joined together in a stitchless manner at the foot-receiving opening of the upper member. The exterior surface of this upper member also may include one or more regions with stability structures. The stitchless textile engagement techniques can provide a smooth, non-bulky, and breathable joint that does not require thick layers of textile material in contact with or adjacent the wearer's foot.
    • 鞋类物品包括具有由针织纺织材料构成的外部的织物上部构件,所述外部包括具有稳定肋条的区域和第二未编织区域。 具有稳定性肋的区域可以位于例如沿着上部构件的侧向中脚侧; 沿着上部构件的前脚部分; 和/或沿着上部构件的内侧中脚侧。 其它鞋类物品包括具有外部和内部纺织元件的上部构件,其在上部构件的脚部接收开口处以无缝的方式接合在一起。 该上部构件的外表面还可以包括具有稳定结构的一个或多个区域。 无缝的纺织品接合技术可以提供平滑,非笨重和透气的接头,其不需要与穿戴者的脚接触或邻近的厚层纺织材料。
    • 30. 发明申请
    • Slip-Resistant Rubber Composition, Outsole Using the Rubber Composition and Method of Manufacturing the Outsole
    • 耐滑橡胶组合物,使用橡胶组合物的外底和制造外底的方法
    • US20110258886A1
    • 2011-10-27
    • US12767004
    • 2010-04-26
    • Ku Do Moon
    • Ku Do Moon
    • A43B13/04C08K3/40A43D8/00
    • A43B13/04A43B13/22C08K3/013C08K5/0008C08K7/14C08L21/00
    • Disclosed is a slip-resistant rubber composition, which includes a substrate made of rubber, about 0.5 to about 3 parts by weight of a vulcanizer, about 2 to about 5 parts by weight of glass fibers, and about 1 to about 100 parts by weight of an additive, based on 100 parts by weight of the substrate, and has remarkably improved non-slip properties. Also, an outsole using the slip-resistant rubber composition and a method of manufacturing the outsole are provided, in which the outsole which results from subjecting the slip-resistant rubber composition to cutting, arrangement and vulcanization molding and in which one-side ends of the glass fibers are located at the lower surface of the outsole may exhibit remarkably improved non-slip properties so that a user who is wearing shoes having such an outsole is able to walk even on inclined ice.
    • 公开了一种防滑橡胶组合物,其包括由橡胶制成的基材,约0.5至约3重量份的硫化剂,约2至约5重量份的玻璃纤维和约1至约100重量份 的添加剂,基于100重量份的基材,并且具有显着提高的防滑性能。 此外,还提供了使用防滑橡胶组合物的鞋外底和制造鞋外底的方法,其中由防滑橡胶组合物经过切割,配置和硫化成型得到的外底,其中, 玻璃纤维位于外底的下表面可能会显示出显着改进的防滑性能,使得穿着这种外底的鞋的使用者甚至能够在倾斜的冰上行走。