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    • 4. 发明授权
    • High speed optical switch and time division optical demultiplexer using
a control beam at a linear/nonlinear interface
    • 在线性/非线性界面下使用控制光束的高速光开关和时分光解复用器
    • US4455643A
    • 1984-06-19
    • US364996
    • 1982-04-02
    • Peter W. SmithWalter J. Tomlinson, III
    • Peter W. SmithWalter J. Tomlinson, III
    • G02F1/19G02B6/35G02F1/35H04B10/00H04J14/08H04Q3/52G02B27/10H04B9/00
    • H04J14/08G02F1/3515
    • The present invention relates to a high speed optical switch and the use of such switches to form a time division demultiplexer. The optical switch comprises a length of linear material (12) including an outer surface on a portion of which is formed a layer of nonlinear material (11) to form a nonlinear interface (10) at the boundary of the two materials. An input data light beam (14) is propagated in the linear material with a predetermined intensity and angle of incidence on the nonlinear interface to, by itself, cause total reflection of the input beam. A control light beam (11) is also selectively energized and directed at the nonlinear interface with an intensity and angle of incidence to cause a portion of the input data beam to be formed into a self-focused channel or beam propagating in the nonlinear material. The self-focused beam can then be detected at an edge of the nonlinear material.
    • 高速光开关技术领域本发明涉及高速光开关以及这种开关的使用以形成时分解复用器。 光学开关包括一定长度的线状材料(12),其包括一部分外表面,该外表面形成一层非线性材料(11),以在两种材料的边界处形成非线性界面(10)。 输入数据光束(14)在线性材料中以非线性界面上的预定强度和入射角传播,以自身导致输入光束的全反射。 控制光束(11)也被选择性地激励并以具有入射角和入射角的非线性界面引导,以使输入数据光束的一部分形成为在非线性材料中传播的自聚焦通道或光束。 然后可以在非线性材料的边缘处检测自聚焦光束。
    • 5. 发明授权
    • Optical switch
    • 光开关
    • US4208094A
    • 1980-06-17
    • US947651
    • 1978-10-02
    • Walter J. Tomlinson, IIIRichard E. Wagner
    • Walter J. Tomlinson, IIIRichard E. Wagner
    • G02B6/35G02B6/44G02B5/14
    • G02B6/3512G02B6/4407G02B6/4411G02B6/3558
    • A rugged, compact optical switch is disclosed which comprises a quarter-period graded refractive index (GRIN) lens (1); a rotatable reflecting surface (2.1) disposed at a first surface (1.3) of the GRIN lens at an angle to the first surface; an optical source (8) mounted at the second surface (1.2) of the GRIN lens on the lens axis; and a plurality of optical receptors 6, 7, 9, 10, 11 and 12 mounted at the same second surface of the lens, all at the same distance from the lens axis but displaced at a plurality of angular positions about the lens axis. Rotation of the reflecting surface about the lens axis couples light between the optical source selectively to optical receptors at the appropriate angular orientation. The switch is reciprocal in that the common optical source may be an optical receptor and the various optical receptors, optical sources. Typically, the optical sources and receptors are optical fibers.
    • 公开了一种坚固,紧凑的光开关,其包括四分之一阶梯度折射率(GRIN)透镜(1); 设置在所述GRIN透镜的与所述第一表面成一定角度的第一表面(1.3)处的可旋转反射表面(2.1) 安装在所述透镜轴上的所述GRIN透镜的第二表面(1.2)处的光源(8); 以及安装在透镜的相同第二表面处的多个光学接收器6,7,9,10,11和12,其全部距离透镜轴线相同,但在围绕透镜轴线的多个角度位置处移位。 反射表面围绕透镜轴的旋转将光源在光源之间以适当的角度方向选择性地耦合到光学接收器。 开关是互逆的,因为公共光源可以是光学接收器和各种光学接收器,光源。 通常,光源和受光器是光纤。
    • 6. 发明授权
    • Optical grating using a liquid suspension of dielectric particles
    • 使用介质颗粒的液体悬浮液的光栅
    • US4453805A
    • 1984-06-12
    • US236031
    • 1981-02-19
    • Arthur AshkinPeter W. SmithWalter J. Tomlinson, III
    • Arthur AshkinPeter W. SmithWalter J. Tomlinson, III
    • G02F1/01G02F1/35G02B5/18
    • G02F1/3534G02F1/0126
    • The invention provides apparatus comprising at least two beams of coherent radiation directed so as to intersect and form a standing wave pattern having a period .LAMBDA. in an optically responsive medium. The optically responsive medium is a colloidal suspension of dielectric particles in a liquid medium, the dielectric particles and liquid having different indices of refraction, and the diameter of the particles being less than or approximately equal to the period .LAMBDA.. The dielectric particles are arranged into a grating by the electric fields carried by the beams of coherent radiation. In an embodiment of the invention, the dielectric particles are small dielectric spheres. The dielectric particles and the liquid may have approximately equal mass densities. A third beam of light may generate an output beam of light by degenerate four-wave mixing processes incorporating a dielectric grating made by the electric fields carried by the beams of coherent radiation.
    • 本发明提供了包括至少两束相干辐射的装置,其被定向成相交并形成在光学响应介质中具有周期LAMBDA的驻波图案。 光学响应介质是介质颗粒在液体介质中的胶态悬浮液,电介质颗粒和液体具有不同的折射率,并且颗粒的直径小于或等于周期LAMBDA。 通过相干辐射束携带的电场将电介质颗粒排列成光栅。 在本发明的一个实施方案中,电介质颗粒是小电介质球体。 电介质颗粒和液体可以具有大致相等的质量密度。 第三光束可以通过并入由相干辐射束所携带的电场制成的介质光栅的简并四波混频处理来产生输出光束。
    • 7. 发明授权
    • Optical switch using bubbles
    • 光开关采用气泡
    • US4988157A
    • 1991-01-29
    • US490362
    • 1990-03-08
    • Janet L. JackelWalter J. Tomlinson, III
    • Janet L. JackelWalter J. Tomlinson, III
    • G02B6/35G02B26/02G02F1/313
    • G02B26/004G02B6/3538G02F1/313G02B6/3522G02B6/3546G02B6/358
    • An optical switch, particularly useful as a bistable cross-connect matrix. Parallel input waveguides and parallel output waveguides are formed on a substrate at perpendicular angles so as to intersect. A 45.degree. slot is formed across each intersection and is filled with a fluid having a refractive index matching the waveguide material. Electrodes are positioned adjacent the slots and are selectively activated to electrolytically convert the fluid to gaseous bubbles, thereby destroying the index matching across the slot and causing light to be reflected by the slot rather than propagating across the slot. In the presence of a catalyst, a pulse of opposite polarity or of sufficient size and of the same polarity will destroy the bubble.
    • 光开关,特别适用于双稳态交叉连接矩阵。 平行输入波导和平行输出波导以垂直的角度形成在基板上以便相交。 在每个交叉点上形成45°的槽,并且填充有与波导材料相匹配的折射率的流体。 电极定位在狭缝附近,并且被选择性地激活以将流体电解转化为气泡,从而破坏跨越狭缝的折射率匹配并且导致光被狭缝反射而不是穿过狭槽传播。 在存在催化剂的情况下,具有相反极性或足够大小并具有相同极性的脉冲会破坏气泡。
    • 8. 发明授权
    • Nonlinear optical device using self-trapping of light
    • 非线性光学器件采用自我陷阱光
    • US4410239A
    • 1983-10-18
    • US255291
    • 1981-04-17
    • Alexander E. KaplanJohn E. BjorkholmPeter W. SmithWalter J. Tomlinson, III
    • Alexander E. KaplanJohn E. BjorkholmPeter W. SmithWalter J. Tomlinson, III
    • G02F1/35G02F3/02
    • G02F1/3511G02F3/02
    • Many prior art bistable optical devices require resonant optical cavities and are therefore limited in their operation due to the long lifetimes associated with their high-finesse cavities. A bistable optical device that does not use a resonant cavity is disclosed wherein a nonlinear medium whose index of refraction increases with increased light intensity is arranged to have input and output faces into which and out of which a laser beam having a nonuniform spatial profile can be propagated. A mirror having a predetermined area of reflectivity is positioned with respect to the output face of a nonlinear medium so as to reflect only the light energy that propagates in an area at the output face that is approximately equal to the area which the beam presents at this face when the beam is propagating at a critical power level, that is, when the beam is self-trapped.
    • 许多现有技术的双稳态光学器件需要谐振光学腔,并因此由于与它们的高精细腔相关联的长寿命而在其操作中受到限制。 公开了一种不使用谐振腔的双稳态光学器件,其中折射率随着光强增加而增加的非线性介质被布置成具有输入和输出面,其中具有不均匀空间分布的激光束可以 传播。 具有预定反射率区域的反射镜相对于非线性介质的输出面定位,以便仅反射在输出面处的区域中传播的光能,该区域大致等于在该区域处出现的区域 当光束以临界功率电平传播时,即当光束被自身捕获时,就面对。
    • 9. 发明授权
    • Time-division multiplexed spectrometer
    • 时分复用光谱仪
    • US4299488A
    • 1981-11-10
    • US096686
    • 1979-11-23
    • Walter J. Tomlinson, III
    • Walter J. Tomlinson, III
    • G01J3/28G02B6/28G02B6/34G01J3/12G01J3/18H04B9/00
    • G02B6/2861G01J3/2889G02B6/2931
    • A time-division multiplexed spectrometer (TMS) which can convert the output from a pulsed continuum radiation source into a time- and wavelength-division multiplexed pulse train is provided, by a single spectrometer (1, 2) when: (a) an input source (100) is terminated at the image plane of the spectrometer at a first position which is displaced from the symmetry plane, (b) the first end of a set of optical fibers (100-110), each having a different length, are determined at the image plane at positions which are displaced in the opposite direction from the symmetry plane as is the first position, whereby narrowband portions of the output spectrum are picked up and delayed by different amounts, (c) the second end of the set are terminated at the image plane at positions which are reflections of the terminations of the first end about the symmetry plane, whereby the signals are reinjected into the instrument and refocused onto a second position at the image plane corresponding to the reflection of the first position about the symmetry plane, and (d) an optical receptor is terminated at the second position.
    • 通过单个光谱仪(1,2)在下列情况下提供可将脉冲连续辐射源的输出转换为时间和波分复用脉冲序列的时分多路复用谱仪(TMS):(a)输入 源极(100)在从对称平面偏移的第一位置处终止在光谱仪的像面处,(b)一组光纤(100-110)的第一端(每个具有不同长度)是 在像平面处在与第一位置相对的方向上从对称平面位移的位置处确定,由此输出频谱的窄带部分被拾取并延迟不同的量,(c)组的第二端 在作为第一端的终端围绕对称平面的反射的位置处的位置处终止于图像平面,由此将信号重新注入到仪器中并重新聚焦到与反射镜相对应的图像平面处的第二位置 关于对称平面的第一位置的反射,和(d)光学受体在第二位置终止。