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    • 1. 发明授权
    • Peripheral device receiver detection in a high noise environment
    • 外部设备接收机检测在高噪声环境下
    • US07190714B2
    • 2007-03-13
    • US10328719
    • 2002-12-23
    • Prashant SinghDonald C. Grillo
    • Prashant SinghDonald C. Grillo
    • H04B1/38
    • G01R31/04
    • A receiver detector of a peripheral device for use in a computer system to detect whether a receiver is electrically coupled to a data port of the peripheral device includes a modulator, a high pass filter, and a demodulator. The modulator is configured to modulate a receiver detect signal at a frequency that is higher than a noise frequency, below which high amplitude noise can develop. The high pass filter is electrically coupled to the receiver detect signal and is configured to block frequencies of the receiver detect signal that are below the noise frequency and pass a filtered receiver detect signal. The demodulator is configured to demodulate the filtered receiver detect signal and produce a recovered receiver detect signal that is indicative of whether a receiver is electrically coupled to the data port.
    • 用于计算机系统中用于检测接收机是否电耦合到外围设备的数据端口的外围设备的接收机检测器包括调制器,高通滤波器和解调器。 调制器被配置为以高于噪声频率的频率来调制接收机检测信号,低于该噪声频率可以产生高幅度噪声。 高通滤波器电耦合到接收机检测信号,并且被配置为阻止低于噪声频率的接收机检测信号的频率并且通过滤波的接收机检测信号。 解调器被配置为对滤波的接收机检测信号进行解调,并产生指示接收机是否电耦合到数据端口的恢复的接收机检测信号。
    • 3. 发明授权
    • Direct laser imaging system
    • 直接激光成像系统
    • US06396616B1
    • 2002-05-28
    • US09685754
    • 2000-10-10
    • Robert C. FitzerHung Thien TranBiljana Tadic-GalebSherman L. BartzDonald C. Grillo
    • Robert C. FitzerHung Thien TranBiljana Tadic-GalebSherman L. BartzDonald C. Grillo
    • G02B2608
    • B41J2/475B41C1/1033G02B26/125
    • A laser imaging system for direct imaging with high optical power density a series of pixels forming an image on a media surface, The laser imaging system includes a laser light source, wherein the laser light source emits a laser beam representative of the image on the media surface. An optical path is defined between the laser light source and the media surface. A scanner is provided having a mirrored surface positioned along the optical path. An optical assembly is positioned along the optical path for shaping and focusing the laser beam at the media surface, including an F-Theta lens assembly positioned along the optical path between the scanner and the media surface. The F-Theta lens assembly includes a spheric lens, an aspheric lens and a toric lens, providing an increase in optical power density at the media surface.
    • 一种激光成像系统,用于以高光功率密度直接成像一系列在介质表面上形成图像的像素。激光成像系统包括激光光源,其中激光光源发射代表媒体上的图像的激光束 表面。 在激光光源和介质表面之间限定光路。 提供了具有沿光路定位的镜面的扫描仪。 光学组件沿着光路定位,用于在激光束的介质表面处成形和聚焦激光束,包括沿着扫描器和介质表面之间的光路定位的F-θta透镜组件。 F-Theta透镜组件包括球形透镜,非球面透镜和复曲面透镜,从而提高介质表面处的光功率密度。