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    • 4. 发明申请
    • METHOD FOR MANUFACTURING PNEUMATIC TIRE
    • 制造气动轮胎的方法
    • US20150298408A1
    • 2015-10-22
    • US14367307
    • 2012-10-31
    • Sumitomo Rubber Industries, Ltd.
    • Toru FUKUMOTO
    • B29D30/16B29D30/30
    • B29D30/1621B29B15/08B29D30/0661B29D30/12B29D30/16B29D30/1628B29D30/3021B29D30/38B60C9/005B60C2009/2257B60C2009/2261
    • A manufacturing method using a rigid core, wherein high-speed endurance performance is enhanced while breakage of band cords is suppressed. This method for manufacturing a pneumatic tire includes a green tire formation process for forming a green tire by affixing tire-constituting members in sequence to a rigid core. The green tire formation process includes a band ply formation step for winding a ribbon-shaped strip in which a band cord sequence is coated with a topping rubber into a helical shape. The band cord comprises a composite cord in which first strands of aramid fiber and second strands of heat-shrinkable organic fiber are twisted together. The stress-elongation curve of the composite cord has a low-elasticity region from the origin to the inflection point, and a high-elasticity region past the inflection point. The elongation of the composite cord is in the range of 0.9-3.3% at the inflection point, and the modulus of the composite cord is in the range of 11-31 N/% in the low-elasticity region.
    • 使用刚性芯的制造方法,其中抑制带状帘线断裂时高速耐力性能提高。 该充气轮胎的制造方法具有通过将轮胎构成构件依次固定在刚性芯上而形成生胎的生轮胎形成工序。 生胎形成工序包括带状层叠工序,用于将带状绳序列用顶部橡胶涂布成螺旋状的带状带卷绕。 带束线包括复合帘线,其中芳族聚酰胺纤维的第一股和热收缩有机纤维的第二股绞合在一起。 复合帘线的应力 - 伸长率曲线具有从原点到拐点的低弹性区域,以及经过拐点的高弹性区域。 复合帘线的伸长率在拐点处为0.9-3.3%,复合帘线的弹性模量在低弹性区域为11-31N /%。
    • 6. 发明申请
    • Method of Manufacturing a Tire Comprising an Electrically Conductive Insert by Winding of Strips
    • 通过条带绕组制造包括导电插入件的轮胎的方法
    • US20100326588A1
    • 2010-12-30
    • US12740914
    • 2008-10-17
    • Bernard CappaNicolas Chevaux
    • Bernard CappaNicolas Chevaux
    • B29D30/08
    • B29D30/1628B29D30/1621B29D30/3021B29D30/3028B29D30/60B29D2030/526
    • Method of manufacturing a tire (1) by winding contiguous strips onto a rotary form at a pitch and in a number of turns that is suited to the desired profile. The method comprises steps that include laying a strip to form the sublayer (13) onto the plies (15) that form the crown reinforcement belt, the strip being made of a rubbery material that is a poor conductor of electricity, laying one or more strips to form the first part of the tread (11A), these being positioned axially on one side of the tire, the strip or strips being made of rubbery materials that are poor conductors of electricity, and laying a strip to form the insert (10) and that is laid in such a way that at least one radially interior turn (100) is in contact with the sublayer (10), the strip being made of a rubbery material that is a conductor of electricity. A localized pitch offset (130) is created when winding the strip that forms the sublayer (13), the pitch offset being positioned axially in line with the radially interior part of the insert (10), so as to make the turns non-contiguous.
    • 通过以适合于期望的轮廓的间距和匝数将连续的条卷绕在旋转形式上来制造轮胎(1)的方法。 该方法包括以下步骤:铺设条带以在形成胎冠加强带的帘布层(15)上形成子层(13),该条带由橡胶状材料制成,该橡胶材料是不良的电导体,铺设一个或多个条带 为了形成胎面(11A)的第一部分,它们轴向地定位在轮胎的一侧上,条或条由不良的电导体的橡胶材料制成,并且铺设带以形成插入件(10) 并且以使得至少一个径向内部转弯(100)与子层(10)接触的方式铺设,所述带由作为电导体的橡胶材料制成。 当卷绕形成子层(13)的条时,产生局部间距偏移(130),该间距偏移轴向地与插入件(10)的径向内部一致地定位,以使得匝不连续 。
    • 7. 发明申请
    • Bead construction method for a tire
    • 轮胎的珠子施工方法
    • US20060225828A1
    • 2006-10-12
    • US11447408
    • 2006-06-06
    • Christopher DyrlundGary BurgBrian KochDwayne Huston
    • Christopher DyrlundGary BurgBrian KochDwayne Huston
    • B29D30/48
    • B29D30/48B29D30/1621Y10T152/10819
    • A method and apparatus for manufacturing an annular tire component such as a tire bead includes locating a toroidal support; placing an ejector nozzle in an interference relationship to the toroidal support; and simultaneously ejecting through the nozzle a continuous stream of an elastomeric belt component material in a suitably fluid state and a continuous length of at least one thread component disposed within the stream onto the toroidal support in a predetermined bead configuration. The bead configuration is at least partially defined by a relief in the nozzle ejection port and by the toroidal support onto which the bead is formed. Rotation of the toroidal support may be coupled with the simultaneous ejection of the elastomeric component and thread component in order to create an annular bead structure. A tire may be constructed having a desired bead configuration and location by means of the method and apparatus.
    • 用于制造诸如轮胎胎圈的环形轮胎部件的方法和装置包括定位环形支撑件; 将喷射器喷嘴放置成与环形支撑件的干涉关系; 并且同时通过喷嘴将处于适当流体状态的弹性体带组件材料的连续流和在该流中的至少一个螺纹部件的连续长度流以预定的珠形结构喷射到环形支撑件上。 珠形结构至少部分地由喷嘴喷射口中的凸起和形成珠的环形支撑部分限定。 环形支撑件的旋转可以与弹性体部件和螺纹部件的同时弹出耦合,以便产生环形凸缘结构。 轮胎可以通过该方法和装置构造成具有所需的胎圈构造和位置。