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    • 43. 发明申请
    • LUMINOUS INTERIOR TRIM MATERIAL
    • LUMINOUS内饰材料
    • US20100084575A1
    • 2010-04-08
    • US12517789
    • 2007-11-07
    • Ernie WilsonMitchell WhitesellSean Simmons
    • Ernie WilsonMitchell WhitesellSean Simmons
    • B01J19/12
    • B60Q3/30B60Q3/20B60Q3/68
    • The present invention relates to surfacing material which may emit radiation in response to exposure to a given light source. Such surfacing material may be polymeric based, and e.g., fiber based, and may be used in relatively low-light areas, including low-light areas as applied to vehicular applications. The fiber-based or molded materials may emit radiation in response to exposure to a selected light source and may be used in relatively dimly lit areas. The materials may also provide a visible contrast to other objects located adjacent their surface which do not emit radiation. Optical brighteners and luminous particles may be included in the materials to make them luminous.
    • 本发明涉及可响应于暴露于给定光源而发射辐射的表面材料。 这种表面材料可以是基于聚合物的,例如基于纤维的,并且可以用于相对较低的区域,包括应用于车辆应用的低光区域。 纤维基或模制材料可以响应于暴露于所选择的光源而发射辐射,并且可以在相对昏暗的区域中使用。 这些材料还可能与其不发射辐射的其表面附近的其它物体形成可见的对比。 荧光增白剂和发光颗粒可以包括在材料中以使其发光。
    • 45. 发明授权
    • Joint demodulation filter for co-channel interference reduction and related methods
    • 联合解调滤波器用于同信道干扰减少及相关方法
    • US07643590B2
    • 2010-01-05
    • US11466556
    • 2006-08-23
    • Zoltan KemenczyHuan WuSean Simmons
    • Zoltan KemenczyHuan WuSean Simmons
    • H04B1/10H04L27/00
    • H04B1/123H04L25/0328H04L25/03292H04L25/03299
    • A joint demodulation filter for reducing co-channel interference between a desired signal and a co-channel interfering signal may include an input receiving samples of the desired signal and the co-channel interfering signal, a Viterbi decoder, and a first signal path between the input and the Viterbi decoder comprising a first filter. The joint demodulation filter may further include a second signal path between the input and the Viterbi decoder and comprising a linear finite impulse response (FIR) modeler for generating a channel impulse response estimate for the co-channel interfering signal. Additionally, a third signal path may be between the input and the Viterbi decoder and include a whitened matched filter for generating a channel impulse response estimate for the desired signal.
    • 用于减少期望信号和同信道干扰信号之间的同信道干扰的联合解调滤波器可以包括接收所需信号和同信道干扰信号的采样的输入,维特比解码器和第二信号路径 输入和维特比解码器包括第一滤波器。 联合解调滤波器还可以包括在输入和维特比解码器之间的第二信号路径,并且包括用于产生同信道干扰信号的信道脉冲响应估计的线性有限脉冲响应(FIR)建模器。 此外,第三信号路径可以在输入和维特比解码器之间,并且包括用于产生期望信号的信道脉冲响应估计的白化匹配滤波器。
    • 48. 发明申请
    • Root median square power measurement
    • 根中值平方功率测量
    • US20080186011A1
    • 2008-08-07
    • US11702668
    • 2007-02-06
    • Phat TranXing QianSean SimmonsJonathan Swoboda
    • Phat TranXing QianSean SimmonsJonathan Swoboda
    • G01R19/02
    • H04B17/318
    • A method of estimating an electrical characteristic of an electrical signal involves allocating a plurality of measurements amongst numerically sequential primary partitions. Each measurement is associated with a characteristic of an electrical signal. Each primary partition has a respective primary numerical range, and the value of each measurement is numerically within one of the primary numerical ranges.The measurements associated with one of the primary partitions are then allocated amongst numerically sequential secondary partitions. One of the measurements that is associated with the one primary partition has a desired rank. The secondary partitions are disposed numerically within the primary numerical range of the one primary partition. Each secondary partition has a respective secondary numerical range, and the value of each measurement that is associated with each secondary partition is within one of the secondary numerical ranges.One of the secondary partitions is then selected in accordance with the desired rank.
    • 估计电信号的电特性的方法包括在数字顺序的主分区之间分配多个测量。 每个测量都与电信号的特性相关联。 每个主分区具有相应的主数值范围,并且每个测量的值在数值上位于主数值范围之一内。 然后将与一个主分区相关联的测量值在数字顺序的辅助分区中分配。 与一个主分区相关联的测量之一具有期望的等级。 次级分区数值地设置在一个主分区的主数值范围内。 每个辅助分区具有相应的辅助数值范围,并且与每个辅助分区相关联的每个测量值在二次数值范围之内。 然后根据期望的等级选择其中一个辅助分区。