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    • 12. 发明申请
    • PNEUMATIC TIRE
    • 气动轮胎
    • US20140116595A1
    • 2014-05-01
    • US14124645
    • 2012-02-24
    • Toyoaki EndoYoshiaki HashimuraHideki SetoJun Matsuda
    • Toyoaki EndoYoshiaki HashimuraHideki SetoJun Matsuda
    • B60C5/14
    • B60C5/14B60C1/0008B60C2005/145B60C2005/147
    • A pneumatic tire uses, as an inner liner layer, a laminated sheet obtained by laminating a tie rubber layer and an air permeation preventing layer made of any one of a thermoplastic resin and a thermoplastic elastomer composition containing a blend of the thermoplastic resin and an elastomer, and has excellent durability making it possible to prevent the tie rubber layer from being cracked around a splice portion of the laminated sheet after the tire starts to be used. The pneumatic tire also can include, in addition to the laminated sheet, a perforated portion penetrating the air permeation preventing layer that is formed within a range of 25 mm, on at least either side in a tire circumferential direction, from a cavity-side end A of a splice portion of the air permeation preventing layer.
    • 充气轮胎使用由热塑性树脂和含有热塑性树脂和弹性体的共混物的热塑性弹性体组合物中的任何一种制成的粘结橡胶层和防渗透层的层压片作为内衬层, 并且具有优异的耐久性,使得可以防止在轮胎开始使用之后,粘结橡胶层在层压片的接合部分周围开裂。 充气轮胎除了层叠片之外,还可以包括穿透防止空气透过层的穿孔部,该穿孔部形成在轮胎周向的至少任一侧的25mm的范围内,从空腔侧端部 A是防透气层的接合部分。
    • 13. 发明申请
    • Acceleration Detection Method and Device Therefor, Acceleration Sensor Module, and Tire
    • 加速度检测方法及其装置,加速度传感器模块和轮胎
    • US20080000295A1
    • 2008-01-03
    • US11663311
    • 2005-09-26
    • Tsuyoshi KitazakiYoshiaki HashimuraYutaka Hattori
    • Tsuyoshi KitazakiYoshiaki HashimuraYutaka Hattori
    • G01P3/04
    • G01P3/22G01P15/123G01P2015/084
    • Provision is made for an acceleration detection method and a device therefor, an acceleration sensor module, and a tire with which high-accuracy detection of acceleration can be implemented over the whole detection range. An acceleration detection device 100 is configured of an insulating substrate 101, two acceleration sensors 110A and 110B arranged on a substrate 101, a control IC 200, and a power supply section 300; the two acceleration sensors 110A and 110B are made to have respective detectable ranges whose upper limits are maximal acceleration values that can be detected with a tolerance of ±1% and whose lower limits are minimal acceleration values, and the detectable ranges of the acceleration sensors 110A and 110B are set to be so different from each other as to have respective ranges at least part of which do not overlap each other; and by use of the acceleration sensors 110A and 110B, acceleration values, from lower to higher ones, to be detected are detected at the accuracy in accordance with the tolerance.
    • 对于加速度检测方法及其装置,加速度传感器模块和轮胎,可以在整个检测范围内实现加速度的高精度检测。 加速度检测装置100由绝缘基板101,布置在基板101上的两个加速度传感器110A和110B,控制IC200和电源部300构成; 使两个加速度传感器110A和110B具有相应的可检测范围,其上限是可以以±1%的公差检测到的最大加速度值,其下限是最小加速度值,并且加速度的可检测范围 传感器110A和110B被设置为彼此不同,以使其至少一部分彼此不重叠的各自的范围; 并且通过使用加速度传感器110A和110B,根据公差以精度检测要检测的从低到高的加速度值。
    • 18. 发明申请
    • PNEUMATIC TIRE
    • 气动轮胎
    • US20090236022A1
    • 2009-09-24
    • US12094712
    • 2006-11-20
    • Jun MatsudaYoshiaki Hashimura
    • Jun MatsudaYoshiaki Hashimura
    • B60C9/08B60C9/18
    • B60C5/14B60C9/0207B60C9/09B60C9/26B60C15/0018B60C2009/1864B60C2015/009B60C2019/008Y10T152/10864
    • Provided is a pneumatic tire with a durability improved by preventing the oxidation degradation of a belt layer. The pneumatic tire includes: an air permeation preventive layer disposed in the inner surface of the tire; a belt layer buried in a tread part; and a cord layer formed by arranging a plurality of cords. The cord layer is disposed between the air permeation preventive layer and the belt layer, and extends to a bead part side further from a tire maximum width position. In addition, at least a part of the cord layer is located close to the outer surface of the tire, at a position closer to the bead part side than the tire maximum width position, so that the distance between the cords and the outer surface of the tire is not more than 2 mm. The following configuration may alternatively be possible. A cord layer is formed by arranging cords in parallel. The inner part of the cord layer is disposed between a carcass layer and the belt layer, while the outer part of the cord layer is disposed on the outer circumferential side of the belt layer, along the belt layer. Moreover, the cords of the cord layer are continuously extended, in a straddling manner, between the inner and outer parts.
    • 提供一种通过防止带束层的氧化劣化而提高耐久性的充气轮胎。 充气轮胎包括:设置在轮胎内表面的防透气层; 埋在胎面部中的带束层; 以及通过布置多根帘线而形成的帘线层。 帘线层设置在防透气层和带束层之间,并且延伸到比轮胎最大宽度位置更远的胎圈部侧。 此外,帘线层的至少一部分位于比轮胎最大宽度位置更靠近胎圈部侧的位置处,靠近轮胎的外表面,使得帘线与外侧表面之间的距离 轮胎不超过2毫米。 可以替代地,以下配置也是可能的。 帘线层通过平行布置帘线而形成。 帘线层的内部设置在胎体层和带束层之间,而帘线层的外部沿带束层设置在带束层的外周侧。 此外,帘线层的绳索以跨接方式连续地延伸在内部和外部之间。
    • 19. 发明授权
    • Pneumatic tire with wound cord layer between carcass layer and belt layers
    • 胎体层与皮带层之间具有缠绕帘线层的气动轮胎
    • US07537035B2
    • 2009-05-26
    • US11653134
    • 2007-01-11
    • Jun MatsudaYoshiaki Hashimura
    • Jun MatsudaYoshiaki Hashimura
    • B60C9/22B60C13/00
    • B60C9/2204B60C9/2009Y10T152/10783
    • A pneumatic tire is provided which enables durability thereof to be improved by preventing oxidation degradation of belt layers. In the pneumatic tire, a carcass layer is laid between a pair of bead portions so that the carcass layer links the bead portions, an air penetration preventing layer is disposed on the inner surface of the tire along the carcass layer, and belt layers are buried in a tread portion at the side of the outer periphery of the carcass layer. In the pneumatic tire, a cord layer, which is formed by repeatedly winding a cord in the tire circumferential direction, is disposed between the carcass layer and the belt layers, and at least one portion of the cord layer is made close to the outer surface of the tire so that a distance between the cord and the outer surface of the tire is not longer than 2 mm.
    • 提供一种通过防止带束层的氧化降解而提高耐久性的充气轮胎。 在充气轮胎中,将胎体层铺设在一对胎圈部之间,使胎体层与胎圈部连结,沿轮胎胎体层设置在轮胎的内表面上设置防风透气层,将带束层埋设 在胎体层的外周侧的胎面部。 在充气轮胎中,通过在轮胎周向上反复地缠绕绳索而形成的帘线层设置在胎体层和带束层之间,并且帘线层的至少一部分靠近外表面 使得帘线与轮胎的外表面之间的距离不大于2mm。