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    • 3. 发明授权
    • Tire condition detection system and induction feed method thereof
    • 轮胎状况检测系统及其感应加料方法
    • US08044783B2
    • 2011-10-25
    • US11708130
    • 2007-02-20
    • Hok Huor OuShiro NagataEiichi Ishii
    • Hok Huor OuShiro NagataEiichi Ishii
    • B60C23/00
    • B60C23/0408B60C23/0444
    • An external solenoid positioned external to a tire, and an internal solenoid provided inside a valve of the tire, which transmits and receives power by an alternating magnetic field in a predetermined high frequency band that generates an induced alternating current in the internal solenoid, is used as a new source of power for a tire pressure/temperature detection device instead of a battery. If the alternating magnetic field in a predetermined high frequency band is well matched to the physical structure and electrical structure of the tire, then, in the space between the tire and a wheel, an induced alternating magnetic field component is distributed that is substantially parallel to the axis of rotation of the tire. If the internal solenoid is matched to the direction of maximum magnetic field reception, when the tire rotates, and when the position of the wheel is stopped, substantially stable power may be received.
    • 使用位于轮胎外部的外部螺线管和设置在轮胎的阀内部的内部螺线管,其通过在内部螺线管中产生感应交流电的规定的高频带内的交变磁场进行发送和接收电力。 作为轮胎压力/温度检测装置代替电池的新的电源。 如果预定高频带中的交变磁场与轮胎的物理结构和电气结构良好匹配,则在轮胎和车轮之间的空间中,分布感应交变磁场分量,其基本上平行于 轮胎的旋转轴线。 如果内部螺线管与最大磁场接收的方向相匹配,则当轮胎旋转时,并且当车轮的位置停止时,可以接收到基本上稳定的功率。
    • 6. 发明申请
    • Tire condition detection system and induction feed method thereof
    • 轮胎状况检测系统及其感应加料方法
    • US20070222570A1
    • 2007-09-27
    • US11708130
    • 2007-02-20
    • Hok OuShiro NagataEiichi Ishii
    • Hok OuShiro NagataEiichi Ishii
    • B60C23/00
    • B60C23/0408B60C23/0444
    • An external antenna positioned external to a tire, and an internal antenna provided inside a valve of the tire, which transmits and receives power by electromagnetic waves in a predetermined high frequency band is substituted as a new source of power, for a tire pressure/temperature detection device that conventionally uses a battery power source. If the electromagnetic waves in a predetermined high frequency band are well matched to the physical structure and electrical structure of the tire, then, in the space between the tire and a wheel, a magnetic field component is distributed that is substantially perpendicular to the plane that includes the maximum diameter of tire. If the internal antenna is matched to the direction of maximum magnetic field reception, when the tire rotates, and when the position of the wheel is stopped, substantially stable power may be received.
    • 位于轮胎外侧的外部天线和设置在轮胎的阀内部的内部天线,其以预定的高频带内的电磁波发送和接收电力被替换为新的动力源,对于轮胎压力/温度 检测装置,其通常使用电池电源。 如果预定的高频带中的电磁波与轮胎的物理结构和电气结构良好地匹配,那么在轮胎和车轮之间的空间中,分配磁场分量,该磁场分量基本上垂直于 包括轮胎的最大直径。 如果内部天线与最大磁场接收的方向相匹配,则当轮胎旋转时,并且当车轮的位置停止时,可以接收到基本稳定的功率。