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    • 2. 发明授权
    • Air bag provided with reinforcing belts
    • 气袋配有加强带
    • US5607183A
    • 1997-03-04
    • US573867
    • 1995-12-18
    • Kunio NishimuraHideo NakagawaShiro Kumakawa
    • Kunio NishimuraHideo NakagawaShiro Kumakawa
    • B60R21/16B60R21/233B60R21/20
    • B60R21/233B60R21/2338B60R2021/23382
    • An air bag having reinforcing belts and exhibiting a high burst strength and excellent safety, comprises a circular top cloth, a circular bottom cloth seam-joined to the top cloth and having an inflator-joining circular hole located in the center portion thereof, top and bottom reinforcing cloths seam-joined to center portions of the top and bottom cloths and a plurality of reinforcing belts located on inside faces of the top and bottom cloths, in which the air bag and end portion of each reinforcing belt is connected to the top reinforcing cloth or a top belt catcher seam-joined to the top cloth, the opposite end portion of the reinforcing belt is connected to the bottom reinforcing cloth or a bottom belt catcher seam-joined to the bottom cloth and each of the top and bottom cloths is seam-joined to a corresponding reinforcing cloth and optionally a corresponding belt catcher by a plurality of concentrically closed seam lines which satisfies a particular relationship.
    • 具有加强带并且具有高爆裂强度和优异安全性的气囊包括圆顶布,与底布接合的圆形底布,并且具有位于其中心部分的充气机接合圆孔, 底部加强布接合到顶部和底部布的中心部分,以及位于顶部和底部布的内表面上的多个加强带,其中每个加强带的气囊和端部连接到顶部加强件 布或顶层接缝接合到顶布上,加强带的相对端部连接到底部加强布或与底布接合的底部带抓地器,并且每个顶部和底部布是 通过满足特定关系的多个同心封闭的接缝线缝合连接到相应的增强布和任选的相应的带束捕获器。
    • 3. 发明授权
    • Polyester filament woven fabric for air bags
    • 聚酯长丝织物用于气囊
    • US5474836A
    • 1995-12-12
    • US177444
    • 1994-01-05
    • Kunio NishimuraShiro KumakawaHideo Nakagawa
    • Kunio NishimuraShiro KumakawaHideo Nakagawa
    • B60R21/16B60R21/235D03D1/02B32B5/16D03D3/00
    • B60R21/235D01F6/62D03D1/02Y10T442/3976
    • A non-coated and uncalendered polyester filament woven fabric useful for an air bag, having a low air permeability even after a dry or wet heat aging, includes a plurality of polyester multifilament warp and weft yarns having (1) a maximum thermal stress of 0.8 g/denier or less determined between room temperature and the melting point of the yarns, at a heating rate of 150.degree. C./min and at a fixed length of the yarn under an initial load of 0.08 g/denier, (2) a maximum thermal shrinkage of 25% or less determined between room temperature and the melting temperature of the yarn at a heating rate of 150.degree. C./min under an initial load of 0.08 g/denier without restricting the shrinkage of the yarns, (3) a limiting viscosity number of 0.80 to 0.95 dl/g determined in a concentration of 1.2 g/100 ml in o-chlorophenol at 25.degree. C., and (4) a content of terminal carboxyl groups of 5 to 35 equivalent per ton.
    • 包括多个聚酯复丝经纱和纬纱,其具有(1)最大热应力为0.8的用于气囊的非涂层和未经缩短的聚酯长丝编织物,即使在干燥或湿热老化之后也具有低的透气性 在180℃/分钟的加热速率和0.08g /旦尼尔的初始负载下的纱线的固定长度处,室温和纱线的熔点之间的g /旦或更小,(2)a (3)在不影响纱线收缩的情况下,以0.08g /旦尼尔的初始负荷,以150℃/分钟的升温速度在室温和纱线的熔融温度之间确定最大热收缩率为25% 在25℃下在邻氯苯酚中以1.2g / 100ml的浓度测定极限粘度为0.80〜0.95dl / g,(4)末端羧基含量为5〜35当量/吨。
    • 8. 发明授权
    • Method for drawing and heat-treating polyester yarns
    • 聚酯纱线拉丝和热处理方法
    • US4075274A
    • 1978-02-21
    • US668037
    • 1976-03-18
    • Isao KobayashiYoshiharu AsadaShiro Kumakawa
    • Isao KobayashiYoshiharu AsadaShiro Kumakawa
    • D06C29/00B29C17/02
    • D06C29/00Y10S264/73
    • A method for drawing and heat-treating an undrawn polyester yarn by drawing the polyester yarn between a heated feed roller and at least one heated draw roller, wherein the surface temperature of the last draw roller is progressively raised from its yarn in-coming side to its yarn out-going side, the yarn is shrunken both on the last draw roller and between the last draw roller and the take-up roller, and the yarn is cooled on the take-up roller. Further, after the method has resumed after being stopped, the running speed of the yarn on the take-up roller is maintained at not more than (100-5.7.times.S)m/min., wherein S is the total shrinkage of the yarn until the yarn heated during the stoppage has been allowed to shrink in the subsequent step. The yarn is then passed over the take-up roller at a running speed of 200 to 1200 m/min. An apparatus for performing the above method, characterized by the provision of a shrinking part in the last draw roller, means for heating the surface temperature of the last draw roller progressively from its yarn in-coming side to its yarn out-going side and a groove on a separator roller associated to the penultimate draw roller for regulating the yarn path of the last turn of the yarn.
    • 通过在加热的进料辊和至少一个加热的拉伸辊之间拉伸聚酯纱线来拉伸和热处理未拉伸的聚酯纱线的方法,其中最后拉伸辊的表面温度从其纱线进入侧逐渐升高到 其纱线在外侧,纱线在最后的拉伸辊上和最后的拉伸辊和卷取辊之间收缩,纱线在卷取辊上冷却。 此外,在停止后的方法恢复之后,卷取辊上的纱线的运行速度保持在不超过(100-5.7xS)m / min,其中S是纱线的总收缩直到 在后续步骤中允许在停止期间加热的纱线收缩。 然后将纱线以200〜1200m / min的运行速度通过卷取辊。 一种用于执行上述方法的装置,其特征在于在最后的拉伸辊中设置收缩部分,用于将最后拉伸辊的表面温度逐渐从其纱线进入侧逐渐加热到其纱线外侧的装置,以及 在与倒数第二拉伸辊相关联的分离辊上的槽,用于调节纱线的最后一圈的纱线路径。