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    • 45. 发明申请
    • Vehicular Tire Monitoring Based on Sensed Acceleration
    • 基于感应加速度的车辆轮胎监测
    • US20070156320A1
    • 2007-07-05
    • US11677664
    • 2007-02-22
    • David BreedVittorio CastelliWendell JohnsonWilbur DuVall
    • David BreedVittorio CastelliWendell JohnsonWilbur DuVall
    • G06G7/76G06F19/00G06F7/70G06G7/00
    • B60C23/0408B60C23/041B60C23/0433
    • Vehicle with tire monitoring capabilities includes at least one wheel, each including a rim, a tire mounted on the rim, a sensor system for sensing angular, radial, tangential and/or lateral acceleration of the tire and providing acceleration signals based thereon, and an antenna arranged on the rim or tire and coupled to the sensor system for communicating data about the sensed acceleration. A processor receives acceleration signals provided by the sensor system and determines the existence of an anomaly in the tire based thereon. When arranged on the wheel, the processor provides a signal indicative or representative of the determination of the existence of the anomaly via the antenna to a receiving antenna which conveys it to a reactive system. The reactive system may provide a visual and/or audible warning to the driver of the vehicle or to personnel at a vehicle or tire monitoring facility.
    • 具有轮胎监测功能的车辆包括至少一个车轮,每个车轮包括轮辋,安装在轮辋上的轮胎,用于感测轮胎的角度,径向,切向和/或横向加速度的传感器系统,并且基于此提供加速度信号,以及 天线布置在边缘或轮胎上并且耦合到传感器系统,用于传达关于感测到的加速度的数据。 处理器接收由传感器系统提供的加速度信号,并且基于此确定轮胎中的异常的存在。 当布置在车轮上时,处理器提供指示或表示通过天线到异常的存在的确定的信号到将其传送到反应系统的接收天线。 反应系统可以向车辆的驾驶员或车辆或轮胎监测设施的人员提供视觉和/或听觉警告。
    • 48. 发明授权
    • Side impact sensor systems
    • 侧面碰撞传感器系统
    • US07070202B2
    • 2006-07-04
    • US11058337
    • 2005-02-15
    • David S. BreedVittorio CastelliAnthony S. Pruszenski, Jr.
    • David S. BreedVittorio CastelliAnthony S. Pruszenski, Jr.
    • B60R21/22B60R21/32
    • B60R21/33B60R21/0132B60R21/20B60R21/21B60R2021/0006
    • Vehicle including a side impact sensor system having a longitudinally extending outer skin arranged on a side of the vehicle, a system housing arranged inward of the outer skin and having an opening facing a portion of a passenger compartment, an inflatable airbag arranged in the system housing, an inflator arranged in connection with the system housing, and a sensor system for detecting an impact into a side of the vehicle. The sensor system includes a sensor housing and a mass arranged therein and movable relative thereto housing in response to acceleration in excess of a threshold value. Movement of the mass relative to the sensor housing provides an indication of a side impact for which deployment of the airbag is desired. The inflator is actuated in response to a side impact by the sensor system in order to expel the airbag through the opening into the passenger compartment.
    • 包括侧部碰撞传感器系统的车辆,所述侧部碰撞传感器系统具有布置在车辆侧面上的纵向延伸的外皮,系统壳体,其布置在外皮的内侧,并且具有面向乘客舱的一部分的开口, 与系统壳体连接的充气机,以及用于检测对车辆侧面的撞击的传感器系统。 传感器系统包括传感器壳体和布置在其中并且响应于超过阈值的加速度而相对于壳体可移动的质量块。 质量块相对于传感器壳体的运动提供了对于该气囊展开所期望的侧面冲击的指示。 响应于传感器系统的侧面碰撞来致动充气机,以便通过穿过开口的气囊将乘客舱排出。
    • 50. 发明申请
    • Printer using hybrid reflex writing to color register an image
    • 打印机使用混合反射写入颜色来注册图像
    • US20060024104A1
    • 2006-02-02
    • US10909075
    • 2004-07-30
    • Vittorio CastelliJoannes deJongLloyd WilliamsMatthew DondiegoWilliam Nowak
    • Vittorio CastelliJoannes deJongLloyd WilliamsMatthew DondiegoWilliam Nowak
    • G03G15/00
    • G03G15/0163G03G2215/0119G03G2215/0158G03G2215/0187
    • An imaging device for producing multicolor images from image data containing data representing an image of a first color and an image of a second color to be registered relative to the image of the first color onto a substrate by transferring toner of the first and second colors to the substrate is provided. The imaging device comprises a first imager, a second imager, a photoreceptor belt, a plurality of rollers mounted to a frame of the imaging device, an angular position sensor, an image data source and a controller. The plurality of rollers define a process path along which the photoreceptor belt is driven past the first and second imagers in a process direction. The plurality of rollers comprises a drive roller that exhibits an eccentricity for which a formula relating angular position as a function of the phase angle of the drive roller to eccentricity is known. The angular position sensor detects the phase angle of the drive roller. The image data source generates image data that includes a line to be printed in the first color and in the second color. The controller is coupled to receive signals from the angular position sensor, ROS imager and image data source and is configured to drive the second imager to generate an optical output. The controller includes memory and a processor. The memory stores the formula relating angular position as a function of the phase angle of the drive roller to eccentricity. The processor calculates an appropriate time delay for starting the generation of the optical output of the second imager for printing the line to be printed in the first color and in the second color based on the time of the starting of the optical output by the ROS imager to print to print that line, the signal received from the angular position sensor, and the formula relating angular position as a function of the phase angle of the drive roller to eccentricity.
    • 一种成像装置,用于通过将第一颜色和第二种颜色的调色剂转印到基底上,从包含表示第一颜色和第二颜色的第二颜色的图像的数据的图像数据生成多色图像, 提供基板。 成像装置包括第一成像器,第二成像器,感光带,安装到成像装置的框架的多个辊,角位置传感器,图像数据源和控制器。 多个辊限定了沿着处理方向驱动感光带穿过第一和第二成像器的处理路径。 多个辊包括驱动辊,该驱动辊具有偏心度,对于该偏心,将与驱动辊的相位角相关的角位置与偏心度相关联的公式是已知的。 角位置传感器检测驱动辊的相位角。 图像数据源产生包括要以第一颜色和第二颜色打印的行的图像数据。 控制器被耦合以从角位置传感器,ROS成像器和图像数据源接收信号,并且被配置为驱动第二成像器以产生光输出。 控制器包括存储器和处理器。 存储器存储关于角位置作为驱动辊的相位角与偏心度的函数的公式。 处理器基于ROS成像器的光输出开始时间计算用于开始生成第二成像器的光输出的适当时间延迟,用于以第一颜色和第二颜色打印要打印的行 打印以打印该线,从角位置传感器接收的信号,以及将作为驱动辊的相位角的函数的角位置与偏心相关的公式。