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    • 7. 发明申请
    • METHOD OF MANUFACTURING PNEUMATIC TIRE, SHAPING DEVICE AND PNEUMATIC TIRE
    • 制造气动轮胎,成型装置和气动轮胎的方法
    • US20160332400A1
    • 2016-11-17
    • US15142144
    • 2016-04-29
    • TOYO TIRE & RUBBER CO., LTD.
    • Kunihiko Nagai
    • B29D30/36B60C11/00B60C9/08B29D30/06B29D30/30
    • B29D30/36B29D30/0601B29D30/30B29K2105/253B60C9/02
    • A method of manufacturing a pneumatic tire including forming a green case by cylindrically winding a tire component member which includes at least one layer of a carcass ply. The green tire is shaped by expanding the green case into a toroidal shape with the supply of a fluid into the green case so that the green case adheres to a tread ring arranged radially outside the green case. The green tire is subjected to vulcanization molding within a mold die. During the shaping of the green tire, the fluid is supplied in accordance with a pressure profile which changes in a stepwise manner. The pressure profile is set such that a former stage pressure which allows the green case to expand to 35% to 40% of a full expansion amount is set lower than a final stage pressure in a final stage.
    • 一种制造充气轮胎的方法,该充气轮胎包括通过圆柱形地缠绕包括至少一层胎体帘布层的轮胎部件而形成绿色壳体。 通过将绿色壳体向绿色壳体供给流体而将绿色壳体扩展为环形形状,使绿色轮胎成形为绿色环境,使得绿色的壳体粘附到布置在绿色壳体的径向外侧的胎面环。 将生胎在模具内进行硫化成型。 在生轮胎的成形期间,根据以逐步方式变化的压力分布来供给流体。 压力分布被设置为使得将绿色情况扩展到完全膨胀量的35%至40%的前级压力设定为低于最终级中的最终级压力。
    • 10. 发明申请
    • MOTORCYCLE TIRE FOR UNEVEN TERRAIN
    • 摩托车轮胎为未来的TERRAIN
    • US20160257171A1
    • 2016-09-08
    • US15033851
    • 2014-10-02
    • SUMITOMO RUBBER INDUSTRIES, LTD.
    • Yutaka ICHIRYU
    • B60C11/00B60C9/00B60C9/02B60C13/00B60C15/00
    • B60C11/0083B60C9/0042B60C9/02B60C9/04B60C9/14B60C11/11B60C13/00B60C15/00B60C17/0009B60C2009/0035B60C2009/0078B60C2017/0072B60C2200/10B60C2200/14
    • [Object] A motorcycle tire, for an uneven terrain, which exhibits both impact absorption and handling stability is provided.[Solution] A tire 2 includes a pair of rubber reinforcing layers 14 disposed inward of a carcass 10 near ends, respectively, of a tread surface 16. A profile of the tread surface 16 is formed by: an arc C1 that is disposed at a center, and that projects outward in a radial direction; and a pair of arcs C2 each of which is disposed outward of the arc C1 in an axial direction and each of which projects outward in the radial direction. The arc C1 contacts with the arcs C2. A radius R1 of curvature of the arc C1 is less than a radius R2 of curvature of each arc C2. Outer ends 40 of the rubber reinforcing layers 14 are disposed outward of ends TE of the tread surface 16 in the radial direction. Inner ends 42 of the rubber reinforcing layers 14 are disposed inward of the ends TE of the tread surface 16 in the radial direction. The rubber reinforcing layers 14 are not disposed on an equator plane.
    • 提供了表现出冲击吸收和操纵稳定性的摩托车轮胎,用于不平坦的地形。 [解决方案]轮胎2包括一对橡胶加强层14,其分别设置在胎面10的靠近胎面表面16的端部的内侧。胎面表面16的轮廓通过以下方式形成:弧形C1,其设置在 中心,向外向外突出; 以及一对弧C2,其各自在轴线方向上设置在弧C1的外侧,并且各自在径向上向外突出。 电弧C1与电弧C2接触。 圆弧C1的曲率半径R1小于每个弧C2的曲率半径R2。 橡胶增强层14的外端40沿径向设置在胎面16的端部TE的外侧。 橡胶增强层14的内端部42沿径向设置在胎面表面16的端部TE的内侧。 橡胶增强层14不设置在赤道面上。