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    • 2. 发明授权
    • Relay device, relay method, and optical communication system which uses relay device
    • 中继装置,继电器方式和使用中继装置的光通信系统
    • US09350480B2
    • 2016-05-24
    • US14126143
    • 2012-04-05
    • Kazuhisa Yamashita
    • Kazuhisa Yamashita
    • H04J14/02H04B10/02H04J14/00H04L12/44H04B10/27H04L12/12
    • H04B10/0775H04B10/27H04J14/0221H04L12/12H04L12/44Y02D50/20Y02D50/40Y02D50/42
    • A relay device includes a first transmitting and receiving unit connected to a PON line on the upper-level side and performing mutual conversion between optical and electrical signals; a second transmitting and receiving unit connected to a PON line on the lower-level side and performing mutual conversion between optical and electrical signals; a relay processing unit relaying a downstream frame received by the first unit to the second unit, and relays an upstream frame received by the second unit to the first unit; and a control unit. The control unit follows upstream multiple access control performed by a station side device, for transmission of the upstream frame to be transmitted by the first unit to the station side device, and independently performs upstream multiple access control for reception of the upstream frame received by the second unit from a home side device.
    • 中继装置包括:连接到上级PON线的第一发送和接收单元,并执行光信号和电信号之间的相互转换; 第二发送和接收单元,连接到下级侧的PON线路,并执行光和电信号之间的相互转换; 中继处理单元,将由所述第一单元接收到的下行帧中继到所述第二单元,并将由所述第二单元接收的上游帧中继到所述第一单元; 和控制单元。 控制单元遵循由站侧设备执行的上游多路访问控制,用于将要由第一单元发送的上行帧传输到站侧设备,并且独立地执行上行多址控制,以接收由 来自家用设备的第二单元。
    • 4. 发明授权
    • Poisson-based communication system and methods
    • 基于泊松的通信系统和方法
    • US08923705B2
    • 2014-12-30
    • US13413303
    • 2012-03-06
    • Oliver W SaundersRussell Kadota
    • Oliver W SaundersRussell Kadota
    • H04B10/00H04B10/02H04B10/06
    • H04B10/70
    • One embodiment is a Poisson-based communication system. The system includes a receiver that comprises a photodetector that receives photons and generates pulses based on the received photons, a sampling event counter that counts the number of generated pulses by the photodetector and a demodulator. The demodulator samples the sampling event counter at predetermined time intervals to determine an occurrence of a first state when light pulse energy has been transmitted by a transmitter and received by the photodetector and an occurrence of a second state when light pulse energy has not been transmitted by the transmitter and received by the photodetector.
    • 一个实施例是基于泊松的通信系统。 该系统包括接收器,该接收器包括接收光子并基于接收的光子产生脉冲的光电检测器,对由光电检测器和解调器产生的脉冲数进行计数的采样事件计数器。 解调器以预定的时间间隔采样采样事件计数器,以确定当光脉冲能量已被发射机发送并由光电检测器接收时产生第一状态,并且当光脉冲能量未被光传输时发生第二状态 发射机并由光电检测器接收。
    • 5. 发明授权
    • Method of directing an optical receiver toward a light source and an apparatus of practicing the method
    • 将光接收器引向光源的方法和实施该方法的装置
    • US08805192B2
    • 2014-08-12
    • US13583592
    • 2011-03-14
    • Jan Eide
    • Jan Eide
    • H04B10/02G01J1/04H04B10/112H04B10/114
    • G01J1/0403G01J1/0407H04B10/1123H04B10/1143
    • A method and an apparatus are for directing an optical receiver toward a light source, using a plurality of light detectors arranged around the receiver's optical axis to check where light (L) hits the light detectors relative to the optical axis. The method includes the steps of: A) arranging the receiver defocused to embrace a largest possible field of view of the area wherein the light source may be located, and refracting the light with largest possible spread angle; B) letting the receiver search for the light source until the light (L) hits at least one of the light detectors; C) calculating where the light hits relative to the optical axis, and adjusting the receiver, directing the light toward the optical axis; D) reducing the field of view embraced by the receiver; and E) repeating the steps C and D until the light is concentrated in a smallest possible area.
    • 一种方法和装置用于使用围绕接收器的光轴布置的多个光检测器将光学接收器引向光源,以检查光(L)相对于光轴撞击光检测器的位置。 该方法包括以下步骤:A)布置接收器散焦以包围可能位于光源的区域的最大可能视场,并以最大可能扩展角折射光; B)让接收机搜索光源,直到光(L)击中至少一个光检测器; C)计算光照相对于光轴的位置,并且调节接收器,将光引向光轴; D)减少接收者拥抱的视野; 和E)重复步骤C和D,直到光集中在尽可能小的区域。
    • 7. 发明授权
    • Method and apparatus for clearing an optical channel
    • 用于清除光通道的方法和装置
    • US08655178B2
    • 2014-02-18
    • US13367769
    • 2012-02-07
    • Barbara A. CapronWilliam A. McNeelyKishan DholakiaAntonia Erika Carruthers
    • Barbara A. CapronWilliam A. McNeelyKishan DholakiaAntonia Erika Carruthers
    • H04B10/00H04B10/02
    • H04B10/112
    • A method and apparatus for clearing an optical channel for transmitting data through free space between a first and second location includes a light beam, wherein the light beam has a spatially and/or time-dependent modulated intensity profile, and is substantially collimated so that the intensity profile is conserved over a specified distance of operation. The light beam includes a cross-sectional profile having regions of low and high intensity, portions of which are provided for the transmission of an optical data signal. A light source wavelength and intensity are selected for types of obscurant particles having optical properties whereby the radiation pressure acts on the particles, and the particles may then be either attracted into or repelled from portions of the spatially modulated optical beam, leaving certain portions of the optical channel beam absent of obscurant particles, thereby enabling transmission of optical data through the cleared optical channel with low attenuation.
    • 用于清除用于通过第一和第二位置之间的自由空间传输数据的光信道的方法和装置包括光束,其中光束具有空间和/或时间依赖的调制强度分布,并且基本准直,使得 强度分布在指定的操作距离内保存。 光束包括具有低强度和高强度区域的横截面轮廓,其部分设置用于传输光学数据信号。 对于具有光学特性的不透明粒子的类型,选择光源波长和强度,由此辐射压力作用在颗粒上,然后可以将颗粒从空间调制的光束的部分吸引或排斥,留下某些部分的 光通道光束不存在晦暗的颗粒,从而能够以低衰减通过清除光信道传输光学数据。
    • 9. 发明申请
    • Photonic Integrated Circuit Based Phase Conjugation Devices and Methods
    • 基于光子集成电路的相位共轭器件及方法
    • US20140003815A1
    • 2014-01-02
    • US13538874
    • 2012-06-29
    • Pierre Mertz
    • Pierre Mertz
    • H04B10/02H04B10/06H04J14/06
    • H04J14/06H04B10/2531H04B10/29H04B10/61
    • A photonic integrated circuit device comprises a receiver integrated in a substrate and having an optical input line, a first, a second, a third, and a fourth electrical output line, and a transmitter having a first input line in electrical communication with the first electrical output line, a second input line in electrical communication with the second, a third input line in electrical communication with the third, and a fourth input line in electrical communication with the fourth electrical output line. The receiver may receive and convert an input TM signal, and an input TE signal into a first electrical signal outputted to the first, a second electrical signal outputted to the second, a third electrical signal outputted to the third, and a fourth electrical signal outputted to the fourth electrical output line. The transmitter may receive the electrical signals and modulate and output a phase conjugated output light signal.
    • 光子集成电路器件包括集成在衬底中并具有光输入线,第一,第二,第三和第四电输出线的接收器和具有与第一电气电连接的第一输入线的发射器 输出线,与第二输入线电连通的第二输入线,与第三输入线电连通的第三输入线和与第四电输出线电连通的第四输入线。 接收机可以将输入的TM信号和输入的TE信号接收并输出到输出到第一的第一电信号,输出到第二电信号的第二电信号,输出到第三电信号的第三电信号和输出的第四电信号 到第四电输出线。 发射机可以接收电信号并且调制和输出相位共轭输出光信号。