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    • 31. 发明申请
    • METHOD AND APPARATUS FOR FLEXIBLY BINNING ENERGY DISCRIMINATING DATA
    • 用于灵活分析能量分辨数据的方法和装置
    • US20090080601A1
    • 2009-03-26
    • US11861826
    • 2007-09-26
    • John Eric TkaczykJames Wilson RoseWen LiJonathan D. ShortYanfeng Du
    • John Eric TkaczykJames Wilson RoseWen LiJonathan D. ShortYanfeng Du
    • A61B6/03H05G1/58
    • G01T1/249A61B6/032G01T1/24
    • A CT detector includes a direct conversion material configured to generate electrical charge upon reception of x-rays, a plurality of metallized anodes configured to collect electrical charges generated in the direct conversion material, at least one readout device, and a redistribution layer having a plurality of electrical pathways configured to route the electrical charges from the plurality of metallized anodes to the at least one readout device. A plurality of switches is coupled to the plurality of electrical pathways between the plurality of metallized anodes and the at least one readout device, wherein each of the plurality of switches includes an input line electrically coupled to one of the plurality of metallized anodes, a first output node electrically coupled to the at least one readout device, and a second output node electrically coupled to at least one other switch of the plurality of switches.
    • CT检测器包括被配置为在接收X射线时产生电荷的直接转换材料,被配置为收集在直接转换材料中产生的电荷的多个金属化阳极,至少一个读出装置和具有多个 电路被配置为将电荷从多个金属化阳极路由到至少一个读出装置。 多个开关耦合到多个金属化阳极与至少一个读出装置之间的多个电路径,其中多个开关中的每一个包括电耦合到多个金属化阳极之一的输入线,第一 电耦合到所述至少一个读出装置的第二输出节点,以及电耦合到所述多个开关中的至少一个其他开关的第二输出节点。
    • 37. 发明申请
    • High-speed fiber-to-the-premise optical communication system
    • 高速光纤到户内光通信系统
    • US20070264021A1
    • 2007-11-15
    • US11452498
    • 2006-06-14
    • Wen LiQing Zhu
    • Wen LiQing Zhu
    • H04B10/00
    • H04J14/02H04J14/0226H04J14/0227H04J14/0246H04J14/025H04J14/0282
    • An optical communication system including a plurality of transceiver ports each including a transmitter configured to produce a downstream MLM-spectrum signal and a receiver configured to receive an upstream spectrum-sliced signal. The spectrum of the downstream MLM-spectrum signal comprises a plurality of distinct narrow-spectrum peaks each corresponding to a longitudinal mode. The optical communication system also includes a wavelength filter that includes a plurality of branching ports each associated with a specific wavelength channel, wherein each of the branching ports is in connection with a transceiver port and is configured to receive the downstream MLM-spectrum signal from the transmitter and send an upstream spectrum-sliced signal to the receiver, and a common port configured to output a downstream spectrum-sliced signal in response to the downstream MLM-spectrum signal, wherein the spectrum of the downstream spectrum-sliced signal is located in a wavelength channel specifically associated with the branching port at which the downstream MLM-spectrum signal is received.
    • 一种光通信系统,包括多个收发器端口,每个收发器端口包括被配置为产生下游MLM频谱信号的发射机和被配置为接收上行频谱切片信号的接收机。 下游MLM频谱信号的频谱包括多个不同的窄谱峰,每个峰对应于纵向模式。 光通信系统还包括波长滤波器,其包括多个分支端口,每个分支端口与特定波长信道相关联,其中每个分支端口与收发器端口连接,并且被配置为从该收发器端口接收下游MLM频谱信号 发送并向接收机发送上行频谱分片信号,以及公共端口,配置为响应于下游MLM频谱信号输出下行频谱分片信号,其中下行频谱分片信号的频谱位于 与接收下游MLM频谱信号的分支端口特别相关的波长信道。
    • 39. 发明申请
    • Fiber-to-the-premise optical communication system
    • 光纤到本地光通信系统
    • US20070140693A1
    • 2007-06-21
    • US11396973
    • 2006-04-03
    • Wen LiQing Zhu
    • Wen LiQing Zhu
    • H04J14/00
    • H04J14/0226H04B10/2939H04B10/297H04J14/0227H04J14/0246H04J14/0247H04J14/025H04J14/0252H04J14/0282
    • An optical communication system includes a first wavelength filter, a bidirectional amplifier, and a second wavelength filter. The first wavelength filter can receive a downstream broad-spectrum signal and output a downstream spectrum-sliced signal in response to the downstream broad-spectrum signal. The bidirectional amplifier can amplify the downstream spectrum-sliced signal. The second wavelength filter can receive the amplified downstream spectrum-sliced signal from the bidirectional amplifier and route the amplified downstream spectrum-sliced signal. The second wavelength filter can also output an upstream spectrum-sliced signal in response to an upstream broad-spectrum signal. The bidirectional amplifier can amplify the upstream spectrum-sliced signal to product an amplified upstream spectrum-sliced signal that is subsequently routed by the first wavelength filter.
    • 光通信系统包括第一波长滤波器,双向放大器和第二波长滤波器。 第一波长滤波器可以接收下行广谱信号,并响应于下行广谱信号输出下行频谱切片信号。 双向放大器可以放大下行频谱切片信号。 第二波长滤波器可以从双向放大器接收经放大的下行频谱分片信号,并且对放大的下行频谱切片信号进行路由。 第二波长滤波器还可以响应于上游广谱信号输出上行频谱分片信号。 双向放大器可以放大上行频谱切片信号以产生随后由第一波长滤波器路由的放大的上行频谱切片信号。
    • 40. 发明申请
    • Subpixel routing and processing for an imaging sytstem or the like
    • 用于成像系统的子像素路由和处理等
    • US20070120062A1
    • 2007-05-31
    • US11291273
    • 2005-11-30
    • Wen LiJohn TkaczykYanfeng DuJames Leblanc
    • Wen LiJohn TkaczykYanfeng DuJames Leblanc
    • G01T1/24G01T1/26H01L27/146
    • H01L27/14603G01T1/2928H01L27/14659
    • Briefly, in accordance with one or more embodiments, count rates may be obtained from one or more subpixels for a given pixel in an imaging system detector. Count rates may be obtained from individual subpixels, or may be from electronically binned subpixels at least in part in various subpixel arrangements where a selected subpixel arrangement may be adaptively set according to a detected count rate. For lower count rates, two or more subpixels may be electronically binned together and the counts may be obtained from the binned subpixels, for example to mitigate a charge sharing effect. For higher count rates, the count rates of a greater number of subpixels may be individually obtained, for example to mitigate a pulse pile-up effect. Detective quantum efficiency may be optimized over a wider range of photon flux rate via the adaptive subpixel arrangement.
    • 简而言之,根据一个或多个实施例,可以从成像系统检测器中的给定像素的一个或多个子像素获得计数率。 可以从各个子像素获得计数速率,或者可以至少部分地根据检测到的计数速率自适应地选择所选择的子像素排列的各种子像素排列从电子分组的子像素获得。 对于较低的计数率,可以将两个或更多个子像素电子地分组在一起,并且可以从二进制子像素获得计数,例如以减轻电荷共享效应。 对于更高的计数率,可以单独获得更多数量的子像素的计数率,例如以减轻脉冲堆积效应。 可以通过自适应子像素排列在更宽的光子通量速率范围内优化探测量子效率。