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    • 3. 发明申请
    • Hybrid imager printer using reflex writing to color register an image
    • 混合成像器打印机使用反射写入来对图像进行注册
    • US20070120938A1
    • 2007-05-31
    • US11289888
    • 2005-11-30
    • Anne FitzpatrickMichael MartinJames StevensRosario BraccoCarlos AlvaJohn Durbin
    • Anne FitzpatrickMichael MartinJames StevensRosario BraccoCarlos AlvaJohn Durbin
    • G03G15/01
    • G03G15/0163G03G2215/0119G03G2215/0158
    • Reflex writing is a group of algorithms developed to maintain color registration in xerographic systems using multiple imagers. Unlike conventional imaging, in which the individual color separations are imaged based on events in a time domain, in a reflex write implementation sequential color separations are written based on events in the spatial domain. Once the initial color separation is written, the distance that color separation travels is tracked until the color separation is under the next imaging station, where the next color separation is written properly registered with respect to the existing color separation. The imaging system includes a raster output scanner imager for the black station and a light emitting diode bar for the color station. For each black scanline written the distance the belt travels is tracked by counting machine clocks, which are based on photoreceptor module drive roll encoder pulses and related to the belt travel, and when the black latent image scanline has traveled the known distance between the two imagers, the light emitting diode scanline is written registered with respect to the raster output scanner scanline.
    • 反射写作是开发的一组算法,用于在使用多个成像器的静电复印系统中维护颜色注册。 与基于时域中的事件对单独分色进行成像的常规成像不同,在反射写入实现中,基于空间域中的事件来编写顺序分色。 一旦写入了初始分色,跟踪颜色分离行进的距离直到颜色分离在下一个成像站之下,其中相对于现有颜色分离正确地登记下一个分色。 成像系统包括用于黑色电台的光栅输出扫描仪成像器和用于彩色电台的发光二极管条。 对于写入的每个黑色扫描线,通过计算基于感光体模块驱动辊编码器脉冲并与带行进相关的机器时钟来跟踪皮带行进的距离,并且当黑色潜像扫描线已经行进了两个成像器之间的已知距离 相对于光栅输出扫描仪扫描线,写入发光二极管扫描线。
    • 6. 发明申请
    • Versatile portable electronic device docking station with slidable connector
    • 具有可滑动连接器的多功能便携式电子设备对接站
    • US20070263348A1
    • 2007-11-15
    • US11641538
    • 2006-12-19
    • Mark RutledgeJohn DurbinHarry FuDavid HatcherMichelle Lin
    • Mark RutledgeJohn DurbinHarry FuDavid HatcherMichelle Lin
    • G06F1/16
    • G06F1/1632G06F1/263
    • A docking station provides supporting functions for portable electronic devices, such as music players, satellite radio receivers, and video game players. The supporting functions may include providing power, an audio amplifier, speakers, and a video or audio display. The docking station includes a base portion and a connector slidably engaged with the base portion for centering the portable electronic device with respect to the base portion. The base portion includes circuitry for processing signals from the portable electronic device. The connector can be attached to a circuit board that is slidably disposed between the base portion and an attachment portion removably connected to the base portion. The docking station can recognize the type of device connected and configure itself to accommodate the requirements of the portable electronic device. The docking station can include a display portion perpendicular to the base portion.
    • 对接站为诸如音乐播放器,卫星无线电接收机和视频游戏机的便携式电子设备提供支持功能。 支持功能可以包括提供电力,音频放大器,扬声器和视频或音频显示器。 对接站包括基部和与基部可滑动地接合的连接器,用于使便携式电子设备相对于基座对中。 基座部分包括用于处理来自便携式电子设备的信号的电路。 连接器可以附接到可滑动地设置在基部和可拆卸地连接到基部的安装部分之间的电路板。 对接站可以识别连接的设备的类型,并配置自己以适应便携式电子设备的要求。 对接站可以包括垂直于基部的显示部分。
    • 7. 发明申请
    • Versatile docking station for portable electronic devices
    • 便携式电子设备的通用坞站
    • US20070101039A1
    • 2007-05-03
    • US11265331
    • 2005-11-02
    • Mark RutledgeJohn Durbin
    • Mark RutledgeJohn Durbin
    • G06F13/00
    • G06F1/1632G06F1/263H04M1/04
    • A docking station provides supporting functions for multiple portable devices, such as music players, satellite radio receivers, games, and video players. The supporting functions may include providing power, audio amplifier, speakers, and video screen. To couple to a variety of portable devices, the docking station uses various adaptive cradles. In a typical configuration, a portable device is plugged into a cradle, which in turn is plugged into the docking station. The docking station recognizes the type of portable device plugged into the station, and adjust the power supply voltage to power the device through a connector. The docking station may further configure itself to accommodate the requirements of the portable device. Such configuring may include varying input impedance of the docking station's internal audio amplifier to match the portable device. In this way, the station can be used with a variety of portable devices, including devices from different manufacturers.
    • 对接站为多个便携式设备(如音乐播放器,卫星无线电接收机,游戏机和视频播放器)提供支持功能。 支持功能可以包括提供电源,音频放大器,扬声器和视频屏幕。 要连接到各种便携式设备,对接站使用各种适应性支架。 在典型的配置中,便携式设备被插入到支架中,而支架又插入对接站。 对接站识别插入电台的便携式设备的类型,并调整电源电压以通过连接器为设备供电。 对接站可以进一步配置自身以适应便携式设备的要求。 这种配置可以包括对接站的内部音频放大器的变化的输入阻抗以匹配便携式设备。 以这种方式,该站可以与各种便携式设备一起使用,包括来自不同制造商的设备。