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    • 41. 发明授权
    • Optical frequency modulated transmitter
    • 光频调制发射机
    • US07330665B2
    • 2008-02-12
    • US10630189
    • 2003-07-29
    • Daniel YapDavid M. PepperGilmore J. Dunning
    • Daniel YapDavid M. PepperGilmore J. Dunning
    • H04B10/04
    • H04B10/50
    • An optical frequency modulated transmitter includes a plurality of separately phased-controlled slave lasers, the outputs of which are combined to form a single output beam of the transmitter. A master optical oscillator outputs an optical signal for injection locking the plurality of slave lasers, the optical signal being frequency modulated directly in the master optical oscillator or externally thereof. Additionally, a method of frequency modulating an optical beam is disclosed using a plurality of slave lasers. Each of the slave lasers has an output, the outputs of which are combined to form the optical beam. The plurality of slave lasers is injection locked to an optical output of a master oscillator. The optical output of the master oscillator is frequency modulated before the optical output is applied to the plurality of lasers. Each slave laser of the plurality is phased controlled relative to other slave lasers of the plurality.
    • 光调制发射机包括多个单独定相控制的从属激光器,其输出被组合以形成发射机的单个输出光束。 主光学振荡器输出用于注入锁定多个从属激光器的光信号,该光信号直接在主光学振荡器中或其外部进行频率调制。 此外,公开了一种使用多个从属激光器对光束进行频率调制的方法。 每个从属激光器具有输出,其输出被组合以形成光束。 多个从属激光器被注入锁定到主振荡器的光输出。 在将光输出施加到多个激光器之前,主振荡器的光输出被调频。 多个的每个从属激光器相对于多个其他从属激光器被相位控制。
    • 42. 发明授权
    • Optical-to-wireless wdm converter
    • 光无线wdm转换器
    • US07292791B2
    • 2007-11-06
    • US10873897
    • 2004-06-21
    • Keyvan SayyahHossein IzadpanahDavid M. Pepper
    • Keyvan SayyahHossein IzadpanahDavid M. Pepper
    • H04B10/00
    • H04B10/64H04B10/25752H04B10/60
    • In a method and apparatus for converting optical wavelength division multiplexed channels to wireless channels, the information carrying optical carriers are first de-multiplexed and each optical carrier is then extracted from the data using an optical channelizing technique. The optical frequency of each of the extracted optical carriers is then shifted by an amount equal to the desired wireless carrier frequencies in the broadband wireless channels. Optical heterodyning of the frequency-shifted extracted lightwave carriers with the original data-containing optical signals, which are mutually in phase coherence, in a photodetector results in a set of wireless carriers each modulated with the data carried by the corresponding optical channel.
    • 在将光波分复用信道转换为无线信道的方法和装置中,首先对携带载波的光载波进行解复用,然后使用光信道化技术从数据中提取每个光载波。 然后,每个提取的光载波的光频率移动等于宽带无线信道中期望的无线载波频率的量。 在光电检测器中具有相位相干的带原始数据的光信号的频移提取的光波载波的光学外差产生一组无线载波,每一个无线载波用相应光信道承载的数据进行调制。
    • 45. 发明授权
    • Optical channelizer utilizing resonant microsphere coupling
    • 利用谐振微球耦合的光通道器
    • US07174064B2
    • 2007-02-06
    • US10873898
    • 2004-06-21
    • Keyvan SayyahHossein IzadpanahDavid M. Pepper
    • Keyvan SayyahHossein IzadpanahDavid M. Pepper
    • G02B6/26G02B6/28
    • H04B10/64H04B10/25752H04B10/60
    • In a method and apparatus for converting optical wavelength division multiplexed channels to wireless channels, the information carrying optical carriers are first de-multiplexed and each optical carrier is then extracted from the data using an optical channelizing technique. The optical frequency of each of the extracted optical carriers is then shifted by an amount equal to the desired wireless carrier frequencies in the broadband wireless channels. Optical heterodyning of the frequency-shifted extracted lightwave carriers with the original data-containing optical signals, which are mutually in phase coherence, in a photodetector results in a set of wireless carriers each modulated with the data carried by the corresponding optical channel.
    • 在将光波分复用信道转换为无线信道的方法和装置中,首先对携带载波的光载波进行解复用,然后使用光信道化技术从数据中提取每个光载波。 然后,每个提取的光载波的光频率移动等于宽带无线信道中期望的无线载波频率的量。 在光电检测器中具有相位相干的带原始数据的光信号的频移提取的光波载波的光学外差产生一组无线载波,每一个无线载波用相应光信道承载的数据进行调制。
    • 48. 发明授权
    • Electro-optical programmable true-time delay generator
    • 电光可编程实时延时发生器
    • US06760512B2
    • 2004-07-06
    • US09877976
    • 2001-06-08
    • David M. Pepper
    • David M. Pepper
    • G02B626
    • G02F1/011G02F1/292G02F2201/20G02F2201/302
    • A programmable electro-optically controlled optical delay device providing multiple optical outputs. The optical delay device provides multiple output ports where the optical propagation delay increases at each port. An incident optical beam is propagated within electro-optically active material within the device, so that the propagation delay at each output port may be varied according to an applied voltage. In an optical beam steering system, the present invention provides true-time delay for multiple optical beams, allowing the beams radiated by the beam steering system to be time-coincident. The present invention provides for one or two dimensional beam steering.
    • 提供多个光输出的可编程电光控制光延迟器件。 光延迟器件提供多个输出端口,其中光传播延迟在每个端口处增加。 入射光束在装置内的电光活性材料内传播,使得每个输出端口处的传播延迟可以根据所施加的电压而变化。 在光束转向系统中,本发明为多个光束提供实时延迟,允许由光束转向系统辐射的光束与时间重合。 本发明提供一维或二维光束转向。
    • 50. 发明授权
    • Adaptive optics system and method
    • 自适应光学系统和方法
    • US5046824A
    • 1991-09-10
    • US308300
    • 1989-02-09
    • David M. Pepper
    • David M. Pepper
    • G02B26/06
    • G02B26/06
    • An adaptive optics system and method for providing wavefront aberration compensation with both phase reversal and amplitude preservation. Two operational modes, namely, a transmission mode and a compensated imaging mode, are available. Two spatial light modulators, preferably liquid crystal light valves (LCLVs) are operatively connected in tandem. Each LCLV has an associated feedback loop. One LCLV acts upon the phase aberrations in an input aberrated beam and the other LCLV acts upon the amplitude information in the aberrated beam. Alternative embodiments are also disclosed.
    • 一种用于提供相位反转和幅度保持的波前像差补偿的自适应光学系统和方法。 有两种操作模式,即传输模式和补偿成像模式。 两个空间光调制器,优选液晶光阀(LCLV))串联可操作地连接。 每个LCLV都有一个相关的反馈回路。 一个LCLV作用于输入像差光束中的相位差,另一个LCLV作用于像差光束中的幅度信息。 还公开了替代实施例。