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    • 106. 发明授权
    • Tire inflation assistance monitoring system
    • 轮胎通胀援助监测系统
    • US06445287B1
    • 2002-09-03
    • US09710016
    • 2000-11-10
    • Kenneth SchofieldNiall R. Lynam
    • Kenneth SchofieldNiall R. Lynam
    • B60C2300
    • B60R1/02B60C23/00B60C23/0401B60C23/0406B60C23/0408B60Q1/2661B60Q1/2665B60R1/12B60R1/1207G02B6/00G02B2027/0118G02B2027/012
    • A vehicular tire inflation monitoring system is provided for a vehicle that includes at least one tire inflation indicator assembly, visible or audible exterior of the vehicle or experienced by tactile feedback, preferably positioned at a vehicle portion outside the interior cabin of the vehicle, such as at an exterior rearview mirror assembly. The at least one tire inflation indicator assembly provides an indication of the inflation condition of at least one of the vehicle tires. The tire inflation monitoring system includes a control receiving at least one input from at least one tire pressure sensor sensing pressure of at least one vehicle tire. The control produces an output to illuminate the at least one tire inflation indicator assembly or cause it to make a sound audible outside the interior cabin of the vehicle and indicative of a tire pressure condition.
    • 一种用于车辆的车辆轮胎充气监测系统,其包括至少一个轮胎充气指示器组件,车辆的可见或可听见的外部或通过触觉反馈经历,优选地位于车辆内部舱室外的车辆部分,例如 在外部后视镜组件。 至少一个轮胎充气指示器组件提供至少一个车辆轮胎的充气状况的指示。 轮胎充气监测系统包括控制器,其从至少一个轮胎压力传感器接收感测至少一个车辆轮胎的压力的至少一个输入。 所述控制器产生用于照亮所述至少一个轮胎充气指示器组件的输出,或使其在车辆的内部舱室外部发出声音,并指示轮胎压力状况。
    • 107. 发明授权
    • Rain sensor
    • 雨传感器
    • US06313454B1
    • 2001-11-06
    • US09346352
    • 1999-07-02
    • Brent J. BosKenneth SchofieldMark L. LarsonNiall R. Lynam
    • Brent J. BosKenneth SchofieldMark L. LarsonNiall R. Lynam
    • B60S108
    • B60N2/002B60Q1/1423B60Q2300/312B60Q2300/314B60R1/00B60R2001/1223B60R2300/8006B60R2300/802B60R2300/8073B60S1/0822B60S1/0844B60S1/0885G06K9/00791G06T7/0002G06T2207/30252H04N13/239H04N2013/0081
    • A vehicular rain sensor system for detecting precipitation on an exterior surface of a window including a illumination sensor that is decoupled from the window. The illumination sensor is preferably an imaging array sensor which communicates a signal to a control which further determines whether rain is present on the window. The control preferably includes an edge detection function for detecting edges of precipitation droplets on the window and activating the windshield wipers of the vehicle when the number of edges detected exceeds a predetermined threshold value. A smoothing algorithm or filter is provided to account for surface irregularities on the window, thereby substantially precluding such irregularities from being erroneously detected as rain droplets by the edge detection function. The rain sensor system may further include a polarizing filter and an illumination source, such that the rain sensor system may not only prevent false signals of rain when only fog is present on an interior surface of the window, but also allows the rain sensor system to actually detect fog particles on an interior surface of the window, thereby allowing the control to further be connected to a ventilation blower within the vehicle for the purpose of activating the blower to eliminate the fog.
    • 一种用于检测窗户外表面上的沉淀物的车辆雨水传感器系统,包括从窗户解耦的照明传感器。 照明传感器优选地是将信号传达到控制的成像阵列传感器,其进一步确定雨是否存在于窗口上。 控制优选地包括边缘检测功能,用于当检测到的边缘的数量超过预定的阈值时,检测窗口上的沉淀液滴的边缘并启动车辆的挡风玻璃刮水器。 提供平滑算法或滤波器来考虑窗口上的表面不规则性,从而基本上排除了这种不规则性被边缘检测功能错误地检测为雨滴。 雨水传感器系统还可以包括偏振滤光器和照明源,使得雨水传感器系统可以在窗户的内表面上仅存在雾的情况下,不仅可以防止雨水的假信号,而且可以使雨传感器系统 实际上检测到窗口内表面上的雾颗粒,从而允许控制进一步连接到车辆内的通风鼓风机,以便启动鼓风机以消除雾。