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    • 2. 发明授权
    • Method and system for generating electrical energy within a vehicle tyre
    • 用于在车辆轮胎内产生电能的方法和系统
    • US07415874B2
    • 2008-08-26
    • US10584849
    • 2003-12-29
    • Federico MancosuBarbara RampanaFabio MarianiAndrea Calatroni
    • Federico MancosuBarbara RampanaFabio MarianiAndrea Calatroni
    • G01M17/02H02N2/18
    • B60C23/0411H01L41/1136H02N2/18
    • A tire has a piezoelectric flexing element associated with an energy storage device (e.g., a capacitor). The piezoelectric flexure element is mounted in cantilever fashion in a housing so as to be positioned substantially along a plane orthogonal to a radial direction of the tire and, so that a first end of the piezoelement is restrained by the housing. A loading mass is coupled to the second end of the piezoelectric flexure element. A small gap is formed between the inner walls of the housing and the outer surface of the loading mass in order to allow limited flexure of the piezo-electric element. The housing including the piezoelectric is mounted in a tire portion in correspondence of a tread area of the tire, preferably on the inner surface of the tire. The piezoelectric element flexes under the action of the radial acceleration when the tire rotates. The loading mass and the gap are chosen to obtain a) small entity oscillations of the flexure element substantially during a complete revolution of the tire when the tire rotates at low speed; b) large entity oscillations of the flexure element substantially only during the passage of the tire portion including the piezoelectric element in the contact patch. Sufficient electrical power for powering an electronic device included within the tire is obtained, together with a long durability of the piezoelectric element.
    • 轮胎具有与能量存储装置(例如,电容器)相关联的压电挠曲元件。 压电挠曲元件以悬臂方式安装在壳体中,以便基本上沿着与轮胎的径向正交的平面定位,并且使得压电元件的第一端被壳体约束。 负载质量联接到压电挠曲元件的第二端。 在壳体的内壁和装载物体的外表面之间形成小间隙,以允许压电元件的挠曲受到限制。 包括压电体的壳体安装在轮胎部分中,对应于轮胎的胎面区域,优选地在轮胎的内表面上。 当轮胎旋转时,压电元件在径向加速度的作用下弯曲。 选择装载质量和间隙以在轮胎以低速旋转时基本上在轮胎的完整转动期间获得a)挠曲元件的小实体振荡; b)基本上仅在包括接触片中的压电元件的轮胎部分的通过期间,弯曲元件的大的实体振荡。 获得了用于对包括在轮胎内的电子设备供电的足够的电力,同时具有长时间的压电元件的耐久性。
    • 4. 发明申请
    • TIRE WITH LIGHT WEIGHT BEAD CORE
    • 轮胎与轻重量的珠子核心
    • US20100000652A1
    • 2010-01-07
    • US12312677
    • 2006-11-22
    • Stefano TresoldiGuido DaghiniBarbara RampanaDiego Tirelli
    • Stefano TresoldiGuido DaghiniBarbara RampanaDiego Tirelli
    • B60C15/04B60C15/00
    • B60C15/04B60C9/0007B60C9/005B60C2015/042B60C2015/044B60C2015/046B60C2015/048D02G3/48D07B1/0613D07B1/062D07B2501/2053Y10T152/10819
    • A tire includes a carcass structure of a substantially toroidal shape, having opposite lateral edges associated with respective right-hand and left-hand bead structures, the bead structures including at least one bead core and at least one bead fiber; a belt structure applied to a radially external position with respect to the carcass structure, a tread band radially superimposed on the belt structure; a pair of sidewalls applied laterally on opposite sides with respect to the carcass structure; wherein the at least one bead core includes at least one first elongated element including at least one composite material including a plurality of elongated fibers embedded in a polymeric material, the composite material having a flexural modulus, measured according to Standard ASTM D790-03, at 23° C., not lower than or equal to 10 GPa, preferably 20 GPa to 200 GPa and at least one second elongated element including at least one metal wire.
    • 轮胎包括大致环形形状的胎体结构,具有与相应的右手和左侧胎圈结构相关联的相对侧边缘,胎圈结构包括至少一个胎圈芯和至少一个胎圈纤维; 相对于胎体结构施加到径向外部位置的带结构,径向叠加在带结构上的胎面带; 相对于胎体结构在相对侧面上横向施加的一对侧壁; 其中所述至少一个胎圈芯包括至少一个第一细长元件,所述至少一个第一细长元件包括至少一种复合材料,所述至少一种复合材料包括嵌入聚合材料中的多根细长纤维,所述复合材料具有根据ASTM D790-03标准测量的弯曲模量, 23℃,不低于或等于10GPa,优选为20GPa至200GPa,以及至少一个包含至少一种金属丝的第二细长元件。
    • 6. 发明申请
    • Method And System For Generating Electrical Energy Within A Vehicle Tyre
    • 在车辆轮胎内产生电能的方法和系统
    • US20070295069A1
    • 2007-12-27
    • US10584849
    • 2003-12-29
    • Federico MancosuBarbara RampanaFabio MarianiAndrea Calatroni
    • Federico MancosuBarbara RampanaFabio MarianiAndrea Calatroni
    • G01M17/02H02N2/18
    • B60C23/0411H01L41/1136H02N2/18
    • A tyre has a piezoelectric flexing element associated with an energy storage device (e.g., a capacitor). The piezoelectric flexure element is mounted in cantilever fashion in a housing so as to be positioned substantially along a plane orthogonal to a radial direction of the tyre and, so that a first end of the piezoelement is restrained by the housing. A loading mass is coupled to the second end of the piezoelectric flexure element. A small gap is formed between the inner walls of the housing and the outer surface of the loading mass in order to allow limited flexure of the piezo-electric element. The housing including the piezoelectric is mounted in a tyre portion in correspondence of a tread area of the tyre, preferably on the inner surface of the tyre. The piezoelectric element flexes under the action of the radial acceleration when the tyre rotates. The loading mass and the gap are chosen to obtain a) small entity oscillations of the flexure element substantially during a complete revolution of the tyre when the tyre rotates at low speed; b) large entity oscillations of the flexure element substantially only during the passage of the tyre portion including the piezoelectric element in the contact patch. Sufficient electrical power for powering an electronic device included within the tyre is obtained, together with a long durability of the piezoelectric element.
    • 轮胎具有与能量存储装置(例如,电容器)相关联的压电挠曲元件。 压电挠曲元件以悬臂方式安装在壳体中,以便基本上沿着与轮胎的径向正交的平面定位,并且使得压电元件的第一端被壳体约束。 负载质量联接到压电挠曲元件的第二端。 在壳体的内壁和装载物体的外表面之间形成小间隙,以允许压电元件的挠曲受到限制。 包括压电体的壳体安装在轮胎部分中,对应于轮胎的胎面区域,优选地在轮胎的内表面上。 当轮胎旋转时,压电元件在径向加速度的作用下弯曲。 选择装载质量和间隙以在轮胎以低速旋转时基本上在轮胎的完整转动期间获得a)挠曲元件的小实体振荡; b)基本上仅在包括接触片中的压电元件的轮胎部分的通过期间,弯曲元件的大的实体振荡。 获得了用于对包括在轮胎内的电子设备供电的足够的电力,同时具有长时间的压电元件的耐久性。