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    • 1. 发明申请
    • OPTICAL COMMUNICATION SYSTEM
    • 光通信系统
    • US20080031627A1
    • 2008-02-07
    • US11462569
    • 2006-08-04
    • Irl W. SmithWilliam J. MiniscalcoTerry A. Dorschner
    • Irl W. SmithWilliam J. MiniscalcoTerry A. Dorschner
    • H04J14/02
    • G02B6/29395G02B6/2931G02B6/29311G02B6/29313G02B6/29383G02B6/29386G02B6/356G02B6/3588
    • An optical communication system having nodes that include add/drop units. The add/drop unit includes: a network input port for receiving optical energy having a plurality of different wavelengths from other nodes in the network; a network output port for coupling to destination nodes in the network; an add port for receiving optical energy having the plurality of different wavelengths from a local source for transmission to other nodes in the network; and a drop node for receiving optical energy from other nodes in the network for local processing. A wavelength demultiplexer is included to separate the plurality of wavelengths received by the network input port so that the electronically controllable beam steerer can process them individually. A wavelength multiplexer is included to combine the plurality of wavelengths received from the electronically controlled beam steerer for delivery to the network output port for transmission to other nodes in the network. An electronically controllable beam steerer is provided for receiving the optical energy having the plurality of different wavelengths at the network input port and the optical energy having the plurality of different wavelengths from the add port for selectively: directing the optical energy having the plurality of different wavelengths at the network input port to the network output port or to the drop port; and directing the optical energy having the plurality of different wavelengths from the add port to the network output port. The disclosed add/drop unit supports one or a plurality of add, input, output, and drop ports.
    • 具有包括添加/分出单元的节点的光通信系统。 所述分插单元包括:网络输入端口,用于从所述网络中的其他节点接收具有多个不同波长的光能; 用于耦合到网络中的目的地节点的网络输出端口; 用于从本地源接收具有多个不同波长的光能以用于传输到网络中的其他节点的添加端口; 以及用于从网络中的其他节点接收光能以进行本地处理的丢弃节点。 包括波长解复用器以分离由网络输入端口接收的多个波长,使得电子可控射束转向器可以单独处理它们。 包括波长多路复用器以组合从电子控制的光束转向器接收的多个波长用于传送到网络输出端口以传输到网络中的其他节点。 提供了一种电子可控的光束转向器,用于接收在网络输入端口处具有多个不同波长的光能,并且具有来自加法端口的多个不同波长的光能量用于选择性地:引导具有多个不同波长的光能 在网络输入端口到网络输出端口或掉电端口; 以及将具有多个不同波长的光能量从所述添加端口引导到所述网络输出端口。 所公开的添加/删除单元支持一个或多个添加,输入,输出和丢弃端口。
    • 2. 发明授权
    • Laser gyroscope system
    • 激光陀螺仪系统
    • US4284329A
    • 1981-08-18
    • US51557
    • 1979-06-25
    • Irl W. SmithTerry A. Dorschner
    • Irl W. SmithTerry A. Dorschner
    • G01C19/66H01S3/083G02F1/09G01B9/02
    • H01S3/083G01C19/667
    • A four-frequency laser gyroscope system having improved accuracy is constructed using a single solid block of low thermal coefficient of expansion material. A four-segment nonplanar propagation path provides a first frequency splitting. A second splitting is provided by a Faraday rotator having a thin slab of rare earth-doped glass positioned within an aperture in a permanent magnet. A narrow angle of incidence is provided for the beams of incident upon the output mirror to prevent cross coupling between beams within the output optics structure. Blocking the gaseous flow path reduces output frequency drift caused by contamininating particles.
    • 使用具有低热膨胀系数的单个固体块来构造具有改进的精度的四频激光陀螺仪系统。 四段非平面传播路径提供第一分频。 第二次分裂由法拉第转子提供,该旋转器具有位于永磁体中的孔内的稀土掺杂玻璃薄板。 为入射在输出镜上的光束提供窄入射角,以防止输出光学结构内的光束之间的交叉耦合。 阻塞气流路径减少了由污染颗粒引起的输出频率漂移。
    • 4. 发明授权
    • Laser gyroscope system
    • 激光陀螺仪系统
    • US4548501A
    • 1985-10-22
    • US395524
    • 1982-07-06
    • Irl W. SmithTerry A. Dorschner
    • Irl W. SmithTerry A. Dorschner
    • G01C19/66H01S3/083G01C19/64
    • G01C19/667H01S3/083
    • A four-frequency laser gyroscope system having improved accuracy is constructed using a single solid block of low thermal coefficient of expansion material. A four-segment nonplanar propagation path provides a first frequency splitting. A second splitting is provided by a Faraday rotator having a thin slab of rare earth-doped glass positioned within an aperture in a permanent magnet. A narrow angle of incidence is provided for the beams of incident upon the output mirror to prevent cross coupling between beams within the output optics structure. Blocking the gaseous flow path reduces output frequency drift caused by contaminating particles.
    • 使用具有低热膨胀系数的单个固体块来构造具有改进的精度的四频激光陀螺仪系统。 四段非平面传播路径提供第一分频。 第二次分裂由法拉第转子提供,该旋转器具有位于永磁体中的孔内的稀土掺杂玻璃薄板。 为入射在输出镜上的光束提供窄入射角,以防止输出光学结构内的光束之间的交叉耦合。 阻塞气流路径减少了由污染颗粒引起的输出频率漂移。
    • 5. 发明授权
    • Diagonal pathlength control
    • 对角路径控制
    • US5333046A
    • 1994-07-26
    • US412457
    • 1982-08-27
    • Irl W. SmithTerry A. DorschnerVincenzo D. Pitruzzella
    • Irl W. SmithTerry A. DorschnerVincenzo D. Pitruzzella
    • G01C19/66G01C19/64
    • G01C19/665
    • A ring laser gyro uses a nonplanar path having at least one plane of mirror symmetry and two pathlength control mirrors in order to reduce scatter variations occurring during the operation of the laser gyro. The mirrors used to produce such path are fixed to an isotropic supporting block having passages therein that define the path segments and the mirrors are moved out or in by the expansion or contraction of the block. The two pathlength control mirrors are disposed diagonally opposite each other on the plane of mirror symmetry, and are placed on substrates whose positions are controllable, each substrate being coupled to means for controlling the positions of the substrates as a function of the pathlength. With such a mirror configuration, the pathlength may be held constant by a suitable control means and the relative movement of the mirrors constrains movement, with respect to the mirrors, of the beams circulating in the path to directions perpendicular to the planes of incidence on the mirrors. This causes the beams to sample substantially the same scatter points, normally present on the mirror surfaces, with substantially the same phase throughout the range of movement of the beams.
    • 环形激光陀螺仪使用具有至少一个镜面对称平面的非平面路径和两个光程长度控制反射镜,以便减少在激光陀螺仪的操作期间发生的散射变化。 用于产生这种路径的反射镜被固定到各向同性的支撑块,其具有限定路径段的通道,并且反射镜被移出或通过块的膨胀或收缩移动。 两个光路长度控制反射镜在镜面对称平面上彼此对角地相对设置,并且被放置在其位置可控的衬底上,每个衬底被耦合到用于根据光程长度来控制衬底的位置的装置。 通过这样的镜子配置,通过合适的控制装置可以使路径长度保持不变,并且反射镜的相对运动相对于反射镜约束沿路径中循环的光束相对于垂直于入射平面的方向的方向的运动 镜子。 这导致光束在光束的整个移动范围内基本上相同的相位散射点(通常存在于镜面上)具有基本上相同的相位。
    • 8. 发明授权
    • Laser gyroscope output optics structure
    • 激光陀螺输出光学结构
    • US4141651A
    • 1979-02-27
    • US758223
    • 1977-01-10
    • Irl W. SmithTerry A. Dorschner
    • Irl W. SmithTerry A. Dorschner
    • H01S3/083G01C19/64G01C19/66G01P9/00G01B9/02
    • G01C19/667
    • A four frequency laser gyroscope system having a rugged and compact output structure for producing output signals representing the frequency differences between counter-circulating wave pairs circulating as two beams within the gyroscope cavity. A partially transmitting dielectric mirror forms both one of the cavity reflectors and the means for extracting a small portion of each beam. The two extracted beams are combined on a beam splitter. Both the transmitted and reflected beams from the output of the beam splitter, each containing waves of all four frequencies, are utilized. Each resultant beam is then polarization discriminated to extract the desired signal content. The entire structure is adapted for rigid mechanical coupling and may be constructed to have a small size.
    • 一种具有坚固且紧凑的输出结构的四频激光陀螺仪系统,用于产生表示作为陀螺仪腔内的两个光束循环的反循环波对之间的频率差的输出信号。 部分透射的介质镜形成腔反射器中的一个和用于提取每个光束的小部分的装置。 两个提取的光束组合在分束器上。 来自波束分离器的输出的每个包含所有四个频率的波的发射和反射波束都被利用。 然后对每个合成的光束进行极化鉴别,以提取所需的信号内容。 整个结构适用于刚性机械联轴器,并且可以构造成具有小尺寸。
    • 10. 发明授权
    • Diagonal pathlength control
    • 对角路径控制
    • US5412475A
    • 1995-05-02
    • US321652
    • 1989-02-23
    • Irl W. SmithTerry A. Dorschner
    • Irl W. SmithTerry A. Dorschner
    • G01C19/66G02B5/30G01B9/02
    • G01C19/665
    • A ring laser gyro uses a nonplanar path having at least one plane of mirror symmetry and two pathlength control mirrors in order to reduce scatter variations occurring during the operation of the laser gyro. The mirrors used to produce such path are fixed to an isotropic supporting block having passages therein that define the path segments and the mirrors are moved out or in by the expansion or contraction of the block. The two pathlength control mirrors are disposed diagonally opposite each other on the plane of mirror symmetry, and are placed on substrates whose positions are controllable, each substrate being coupled to means for controlling the positions of the substrates as a function of the pathlength. With such a mirror configuration, the pathlength may be held constant by a suitable control means and the relative movement of the mirrors constrains movement, with respect to the mirrors, of the beams circulating in the path to directions perpendicular to the planes of incidence on the mirrors. This causes the beams to sample substantially the same scatter points, normally present on the mirror surfaces, with substantially the same phase throughout the range of movement of the beams.
    • 环形激光陀螺仪使用具有至少一个镜面对称平面的非平面路径和两个光程长度控制反射镜,以便减少在激光陀螺仪的操作期间发生的散射变化。 用于产生这种路径的反射镜被固定到各向同性的支撑块,其具有限定路径段的通道,并且反射镜被移出或通过块的膨胀或收缩移动。 两个光路长度控制反射镜在镜面对称平面上彼此对角地相对设置,并且被放置在其位置可控的衬底上,每个衬底被耦合到用于根据光程长度来控制衬底的位置的装置。 通过这样的镜子配置,通过合适的控制装置可以使路径长度保持不变,并且反射镜的相对运动相对于反射镜约束沿路径中循环的光束相对于垂直于入射平面的方向的方向的运动 镜子。 这导致光束在光束的整个移动范围内基本上相同的相位散射点(通常存在于镜面上)具有基本上相同的相位。