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    • 62. 发明申请
    • OPTICAL SENSING METHODS
    • 光学传感方法
    • US20080129997A1
    • 2008-06-05
    • US11565955
    • 2006-12-01
    • Yasha YiBarry J. KochTerry L. SmithChunmei Guo
    • Yasha YiBarry J. KochTerry L. SmithChunmei Guo
    • G01N21/47
    • G01N21/7746G02B6/12007
    • An optical sensing system and method is disclosed. In one embodiment, a method of detecting a scattering center includes the step of providing an optical sensing system including a light source, one or more bus waveguides where a first bus waveguide has an input port that is in optical communication with the light source, a microresonator optically coupled to the one or more bus waveguides, and a scattering center which is capable of optically coupling to the microresonator. The method further includes the steps of exciting at least a first resonant guided optical mode of the microresonator with the light source, altering a strength of optical coupling between the scattering center and the microresonator to induce a change in optical scattering between the first mode and at least a second guided optical mode of the microresonator, and detecting a change in transfer of energy from the first mode to the second mode.
    • 公开了一种光学传感系统和方法。 在一个实施例中,检测散射中心的方法包括提供包括光源,一个或多个总线波导的光学感测系统的步骤,其中第一总线波导具有与光源光学通信的输入端口, 光耦合到一个或多个总线波导的微谐振器以及能够光耦合到微谐振器的散射中心。 该方法还包括以下步骤:利用光源激发至少第一共振引导的微谐振引导光学模式,改变散射中心和微谐振器之间的光耦合的强度,以引起第一模式与第二模式之间的光散射变化 至少第二引导光学模式的微谐振器,以及检测能量从第一模式转移到第二模式的变化。
    • 64. 发明授权
    • Method for polarization mode dispersion compensation
    • 偏振模色散补偿方法
    • US06907199B2
    • 2005-06-14
    • US10037024
    • 2001-12-31
    • Barry J. KochTerry L. SmithBarbara A. DeBaun
    • Barry J. KochTerry L. SmithBarbara A. DeBaun
    • G02B6/34H04B10/2569H04J14/02G02B6/00H04B10/12
    • G02B6/278G02B6/2932H04B10/2569
    • A method for compensating for polarization mode dispersion of an incoming optical communications signal including the step of orienting the state of polarization of the incoming optical communications signal with respect to the axes of a polarization splitter. The communications signal is split into a first and a second orthogonal states of polarization at a split point. The first of the polarization states is directed to a first birefringent optical waveguide having a first chirped grating having a first reference reflection point. The second of the polarization states is directed to a second birefringent optical waveguide having a second chirped grating having a chirp pattern substantially similar to that of the first chirped grating and having a second reference reflection point. The optical path length from the second reflection point to the split point is adjustably varied to compensate for polarization dispersion between the first and second states of polarization. The first and second polarization states are then recombined into an output signal.
    • 一种用于补偿入射光通信信号的偏振模色散的方法,包括相对于偏振分离器的轴定向入射光通信信号的偏振状态的步骤。 通信信号在分离点被分成第一和第二正交偏振状态。 第一偏振态涉及具有第一啁啾光栅的第一双折射光波导,其具有第一参考反射点。 第二个偏振状态指向具有第二啁啾光栅的第二双折射光波导,第二啁啾光栅具有基本上类似于第一啁啾光栅的啁啾图案并具有第二参考反射点。 从第二反射点到分割点的光程长度可调,以补偿第一和第二极化状态之间的偏振色散。 然后将第一和第二极化状态重新组合成输出信号。
    • 66. 发明授权
    • MEMS-based polarization mode dispersion compensator
    • 基于MEMS的偏振模色散补偿器
    • US06483957B1
    • 2002-11-19
    • US09771765
    • 2001-01-29
    • Mike E. HamerlyRobert G. SmithTerry L. SmithSilva K. TheissBilly L. Weaver
    • Mike E. HamerlyRobert G. SmithTerry L. SmithSilva K. TheissBilly L. Weaver
    • G02B600
    • H04B10/2569
    • A polarization mode separator separates the optical signal into a first polarized signal and a second differently polarized signal traveling along respective first and second paths. A first variable delay generator located along the first path is adapted to selectively provide a first propagation delay to the first polarized signal. The first variable delay generator includes at least two rotating micro-mirrors and one or more fixed mirrors constructed on a surface of a substrate. A controller is coupled to the first variable delay generator. The controller is adapted to monitor the polarization mode dispersion in the optical signal and to position the rotating micro-mirrors to direct the first polarized signal along one of the plurality of optical paths. A beam combiner combines the first and second signals to form an optical output signal substantially compensated for polarization mode dispersion.
    • 偏振模式分离器将光信号分离为沿着相应的第一和第二路径行进的第一偏振信号和第二不同偏振信号。 沿着第一路径设置的第一可变延迟发生器适于选择性地向第一偏振信号提供第一传播延迟。 第一可变延迟发生器包括至少两个旋转微镜和构造在衬底的表面上的一个或多个固定反射镜。 控制器耦合到第一可变延迟发生器。 控制器适于监测光信号中的偏振模色散,并使旋转的微镜定位以沿着多条光路中的一条光路引导第一偏振信号。 光束组合器组合第一和第二信号以形成基本上补偿偏振模色散的光输出信号。
    • 67. 发明授权
    • Electric power lockout apparatus
    • 电力锁定装置
    • US6011328A
    • 2000-01-04
    • US57300
    • 1998-04-08
    • Terry L. Smith
    • Terry L. Smith
    • H01R13/453H01R13/639H01H73/02
    • H01R13/6397H01R13/4532Y10T307/786Y10T307/826Y10T307/937Y10T307/964
    • An electric power lockout apparatus is provided which includes an input terminal for electrically coupling the apparatus to an electric power source and an output terminal for electrically coupling the apparatus to a device requiring electric power. The electric power lockout apparatus also has a switch that is electrically coupled between the input terminal and the output terminal. The switch is capable of assuming: (1) an open state wherein the input terminal is electrically isolated from the output terminal and (2) a closed state wherein the input terminal is electrically coupled to the output terminal. The electric power lockout apparatus further has a first lock which controls operation of the switch so that the switch cannot assume the closed state unless the first lock is unlocked at least momentarily. The electric power lockout apparatus also has a locking structure to secure the electric power lockout apparatus to the power cord of an appliance.
    • 提供了一种电力闭锁装置,其包括用于将装置电耦合到电源的输入端子和用于将装置电耦合到需要电力的装置的输出端子。 电力闭锁装置还具有电连接在输入端子和输出端子之间的开关。 开关能够假设:(1)开路状态,其中输入端与输出端电隔离,(2)闭合状态,其中输入端电耦合到输出端。 电力锁定装置还具有控制开关的操作的第一锁定,使得开关不能处于闭合状态,除非第一锁定至少被暂时解锁。 电力锁定装置还具有锁定结构,以将电力锁定装置固定到器具的电源线。
    • 69. 发明授权
    • Fiber optic ribbon cable with pre-installed locations for subsequent
connectorization
    • 光纤带状电缆,具有预先安装的位置,用于后续连接
    • US5611017A
    • 1997-03-11
    • US544611
    • 1995-10-18
    • Nicholas A. LeeBarbara A. DeBaunGordon D. HensonScott A. IglTerry L. Smith
    • Nicholas A. LeeBarbara A. DeBaunGordon D. HensonScott A. IglTerry L. Smith
    • G02B6/38G02B6/44
    • G02B6/448G02B6/3839G02B6/4403G02B6/3862
    • A fiber optic ribbon cable has release elements manufactured in line with the ribbon cable so as to provide access points to the optical fibers contained therein to allow for easy application of a connector in the field. A pair of adhesive tape layers is provided about the optical fibers to create a fiber optic ribbon cable. At least one release element is provided between the adhesive tape layers and the optical fibers at one or more access points along the ribbon cable to allow for subsequent connectorization of the fibers therein. When the ribbon cable needs to be equipped with a connector, the cable is cut near the midpoint of one of the access point. After the cable is cut the adhesive tape layers and the at least one release element may be easily peeled back exposing the optical fibers. A connector is then installed onto the exposed fibers. The at least one release element is removed from the tape layers and the tape is then secured to the connector with any excess tape being trimmed off.
    • 光纤带状电缆具有与带状电缆一致制造的释放元件,以便提供其中容纳的光纤的接入点,以便于在现场容易地应用连接器。 围绕光纤提供一对胶带层以形成光纤带状电缆。 在沿着带状电缆的一个或多个接入点处的胶带层和光纤之间提供至少一个释放元件,以允许其中的纤维随后的连接。 当带状电缆需要配备连接器时,电缆在接近点之一的中点附近被切割。 在电缆被切割之后,胶带层和至少一个释放元件可能容易地剥离以暴露光纤。 然后将连接器安装到暴露的光纤上。 将至少一个释放元件从带层移除,然后将带子固定到连接器上,任何多余的带被修剪掉。