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    • 21. 发明申请
    • WAVEGUIDE FOR AUTOSTEREOSCOPIC DISPLAY
    • 用于自动显示的波形
    • WO2005045488A1
    • 2005-05-19
    • PCT/IB2004/052287
    • 2004-11-03
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.IJZERMAN, Willem, L.JAK, Martin, J., J.
    • IJZERMAN, Willem, L.JAK, Martin, J., J.
    • G02B6/00
    • G02B6/0041G02B27/2214G02F1/1326G02F1/133615G02F2001/13345H04N13/31H04N13/32H04N13/359H04N13/361
    • A display 17 comprises a display panel 2 and a backlighting system comprising a light source 3 and waveguide 18. The waveguide 18 comprises a plurality of portions of diffusing material 1Oa to 10f. Light propagates through the waveguide 18 by means of total internal reflection, but may be scattered by a portion 10a to 10f. Scattered light leaving the waveguide 18 through its exit face 15 produces a pattern of light lines for use in illuminating a 3D autostereoscopic image displayed by the display panel 2. Intervening portions 19a to 19f may be provided, formed from a material such as a liquid crystal gel that can be switched between a light transmissive state and a diffusive state. Optical properties of the intervening portions 19a to 19f may be controlled using electric fields. Such a display 17 can be switched between a 2D image mode, in which the intervening portions 19a to 19f are diffusive and the waveguide 18 provides uniform illumination, and a 3D image mode, in which the intervening portions 19a to 19f are transmissive and the waveguide 18 provides illumination in the form of light lines. If the intervening portions 19a to 19f are controlled using passive or active matrix addressing, the waveguide 18 may provide uniform illumination 26 for a first area of the display panel 2 and light lines 27 for a second area of the display panel 2, allowing 2D and 3D images to be displayed simultaneously. The display 38 may further comprise means 40, 41, 42 for detecting the position of a viewer 6 and adjusting the image displayed and the position and/or pitch of light lines accordingly, in order to provide a 3D image that can be seen from the detected viewer position.
    • 显示器17包括显示面板2和包括光源3和波导18的背光系统。波导18包括扩散材料10a至10f的多个部分。 光通过全内反射而通过波导18传播,但是可以被部分10a至10f散射。 通过其出射面15离开波导18的散射光产生用于照亮由显示面板2显示的3D自动立体图像的光线图案。间隔部分19a至19f可以由诸如液晶的材料形成 凝胶,其可以在透光状态和扩散状态之间切换。 可以使用电场来控制中间部分19a至19f的光学特性。 这样的显示器17可以在其中中间部分19a至19f是漫射的2D图像模式和波导18提供均匀的照明之间切换,并且3D图像模式在其中中间部分19a至19f是透射的,并且波导 18以光线的形式提供照明。 如果使用无源或有源矩阵寻址来控制中间部分19a至19f,则波导18可为显示面板2的第一区域和显示面板2的第二区域的光线27提供均匀照明26,允许2D和 同时显示3D图像。 显示器38还可以包括用于检测观看者6的位置并相应地调整显示的图像以及相应的光线的位置和/或音调的装置40,41,42,以便提供从图像中​​可以看到的3D图像 检测到的观察者位置。
    • 24. 发明申请
    • WAVELENGTH SELECTIVE OPTICAL SWITCH
    • 波长选择光开关
    • WO2003032071A1
    • 2003-04-17
    • PCT/IL2002/000511
    • 2002-06-25
    • XTELLUS INC.COHEN, GilSILBERBERG, YaronCOREM, Yossi
    • COHEN, GilSILBERBERG, YaronCOREM, Yossi
    • G02F1/31
    • H04Q11/0005G02B6/272G02B6/2766G02B6/2931G02B6/29311G02B6/29313G02B6/2938G02B6/29395G02F1/1326G02F1/31G02F2203/05H04Q2011/0024H04Q2011/0035
    • A wavelength selective switch, in which an input optical signal is wavelength-dispersed and polarization-split in two angularly oriented planes. A polarization rotation device, such as a liquid crystal polarization modulator, pixelated along the wavelength dispersive direction such that each pixel operates on a separate wavelength channel, rotates the polarization of the light signal passing through the pixel, according to the control voltage applied to that pixel. The polarization modulated signals are then wavelength-recombined and polarization-recombined by means of similar dispersion and polarization combining components as were used to respectively disperse and split the input signals. The direction of the output signal is determined by whether the polarization of a particular wavelength channel was rotated by the polarization modulator pixel, or not. In this way, a fast, wavelength dependent, optical switch is provided, capable of use in WDM switching applications.
    • 波长选择开关,其中输入光信号被波长分散并且在两个角度定向的平面中被偏振分割。 沿着波长色散方向像素化的偏振旋转装置,使得每个像素在单独的波长通道上工作,根据施加到该像素的控制电压来旋转通过像素的光信号的偏振。 像素。 然后通过类似的色散和偏振组合组件对偏振调制信号进行波长复合和极化复合,如分别分散和分割输入信号。 输出信号的方向由特定波长信道的偏振是否被偏振调制器像素旋转确定。 以这种方式,提供了一种快速,依赖于波长的光开关,能够在WDM开关应用中使用。
    • 25. 发明申请
    • 光変調素子及び表示素子、並びに露光素子
    • 光学调制装置,显示和曝光装置
    • WO2003009046A1
    • 2003-01-30
    • PCT/JP2002/006014
    • 2002-06-17
    • 富士写真フイルム株式会社木村 宏一
    • 木村 宏一
    • G02B26/08
    • G02F1/1326G02B26/02G02F1/315
    • An optical modulating device produced at low cost, free from contrast degradation, and having an enhanced energy efficiency without using a displaying scheme using a waveguide or a light guide, a high−definition image display, and an exposure device for exposure processing. An optical modulating device comprises a total reflecting optical member (2) having a feature that at least part of incident light directed two−dimensionally to the optical modulating device is totally reflected at the interface (total reflecting surface) (22) of a layer constituting the optical modulating device and the incident light does not substantially emerge from the opposite side to the incident light enterance side and an optical−coupling element (6) disposed on the total reflecting surface (22) side of the total reflecting optical member (2) and used for selectively coupling the incident light and outputting the incident light from the total reflecting surface (22).
    • 低成本地生产,没有对比度降低的光调制装置,并且在不使用使用波导或导光体的显示方案,高分辨率图像显示器和用于曝光处理的曝光装置的情况下具有提高的能量效率。 一种光学调制装置,具有全反射光学构件(2),其特征在于,至少部分二维导向光调制装置的入射光在构成的层的界面(全反射面)(22)处被全反射 光调制装置和入射光基本上不从入射光入射侧的相反侧和设置在全反射光学构件(2)的全反射面(22)侧的光耦合元件(6) 并且用于选择性地耦合入射光并输出来自全反射面(22)的入射光。
    • 27. 发明申请
    • DYNAMIC GAIN EQUALIZER
    • 动态增益均衡器
    • WO2002071660A2
    • 2002-09-12
    • PCT/IL2002/000187
    • 2002-03-08
    • XTELLUS INC.COHEN, GilSUH, SeongwooCOREM, Yossi
    • COHEN, GilSUH, SeongwooCOREM, Yossi
    • H04B10/17
    • G02F1/1326G02B6/266G02F1/0115G02F1/134309G02F1/1396G02F1/2955G02F2201/04G02F2201/17G02F2203/48
    • A gain equalizer in which a multichannel input light signal is split into its separate wavelength components by means of a dispersive element such as a grating, and the spatially separated wavelength components are passed through a linear array of variable optical attenuators based on liquid crystal phase elements which modulate the phase of part of the cross section of the light. Other types of variable attenuators may also be used. The separate attenuated wavelength components are then recombined and output. The attenuation level of each variable optical attenuator is adjusted according to the output of the light as a function of its wavelength components, and in this way, the overall wavelength profile of the output light signal can be adjusted to any predefined form, whether a flattened spectral profile as in gain equalization applications, or a spectral compensating profile or a band blocking profile.
    • 一种增益均衡器,其中通过诸如光栅的色散元件将多通道输入光信号分离成其分离的波长分量,并且空间分离的波长分量通过基于液晶相元件的可变光衰减器的线性阵列 其调制光的横截面的一部分的相位。 也可以使用其他类型的可变衰减器。 然后将单独的衰减波长分量重新组合并输出。 根据作为其波长分量的函数的光的输出来调整每个可变光衰减器的衰减水平,并且以这种方式,可以将输出光信号的总体波长分布调整为任何预定义的形式,无论是扁平化 光谱分布如增益均衡应用,或光谱补偿曲线或带阻挡曲线。
    • 28. 发明申请
    • FIBER OPTICAL ATTENUATOR
    • 光纤光衰
    • WO2002071133A2
    • 2002-09-12
    • PCT/IL2002/000188
    • 2002-03-08
    • XTELLUS INC.COHEN, Gil
    • COHEN, Gil
    • G02F1/01
    • G02F1/1326G02B6/266G02F1/0115G02F1/134309G02F1/1396G02F1/2955G02F2201/04G02F2201/17G02F2203/48
    • A fiber optical attenuator utilizing the cut-off phenomenon for single mode propagation of an optical wave down a single mode fiber, comprising an element such as a pixelated liquid crystal element, capable of spatially changing the phase across the cross section of an input optical signal. Such a spatial phase change is equivalent to a change in the mode structure of the propagating wave. The signal propagating in the single mode output fiber is attenuated in accordance with the extent to which higher order modes are mixed into the low order mode originally present. When the mode is completely transformed to higher order modes, the wave is effectively completely blocked from entering the output single-mode fiber, and the attenuation is high. The level of attenuation is determined by the fraction of the wave which is converted to modes other than the lowest order mode, and is thus controllable by the voltage applied to the pixels of the liquid crystal element.
    • 一种光纤衰减器,其利用用于单模光纤单模传播的截止现象的光纤衰减器,其包括诸如像素化液晶元件的元件,能够在输入光信号的横截面上空间改变相位 。 这样的空间相位变化相当于传播波的模式结构的变化。 在单模输出光纤中传播的信号根据最初存在的低阶模式混合到高阶模式的程度而衰减。 当模式完全转换为高阶模式时,波被有效完全阻止进入输出单模光纤,衰减高。 衰减的水平由转换成除了最低阶模式之外的模式的波的分数确定,并且因此可以通过施加到液晶元件的像素的电压来控制。
    • 29. 发明申请
    • OPTICAL SWITCH
    • 光开关
    • WO01059515A3
    • 2002-05-10
    • PCT/CA2001/000134
    • 2001-02-08
    • G02F1/13G02F1/1333G02F1/31G02F1/313G02F1/315
    • G02F1/315G02F1/13G02F1/1326G02F1/31G02F1/3137G02F2203/07
    • An optical switch for routing light signals includes a splitter cell and a recombiner cell. Light signals entering the optical switch are initially split into two polarized light signals having different polarizations. The two polarized light signals are then recombined by the recombiner cell and travel towards one of two output ports. The optical switch also includes a polarization changing device that changes the polarization of the two polarized light signals in response to a control signal. The recombined light signal exiting from the recombining cell will proceed in a direction corresponding to one of the two polarized light signals depending on the polarization of the polarized light signals. By applying the control signal to change the polarization of the polarized light signals, the recombined light signal will travel towards one of two output ports. The optical switch can operate with two input ports and two output ports and can switch light signals entering simultaneously from the two input ports, thereby acting as an optical toggle switch. The optical switch is also bi-directional such that the output ports can act an input ports and the input ports can act as output ports. The optical switch is a 2x2 optical switch, but can be combined with other similar optical switches to create larger switches, such as 4x4 optical switches.
    • 用于路由光信号的光学开关包括分离器单元和重组单元。 进入光开关的光信号最初被分成具有不同偏振的两个偏振光信号。 两个偏振光信号然后由重组单元重新组合,并且朝着两个输出端口之一移动。 光开关还包括响应于控制信号改变两个偏振光信号的偏振的偏振改变装置。 根据偏振光信号的偏振,从重组单元出射的重组光信号将沿对应于两个偏振光信号之一的方向进行。 通过施加控制信号来改变偏振光信号的偏振,重新组合的光信号将朝两个输出端口之一移动。 光开关可以通过两个输入端口和两个输出端口进行操作,并可以切换从两个输入端口同时进入的光信号,从而充当光学拨动开关。 光开关也是双向的,使得输出端口可以作用于输入端口,并且输入端口可以用作输出端口。 光开关是一个2x2光开关,但可与其他类似的光开关组合,以创建更大的开关,如4x4光开关。
    • 30. 发明申请
    • SWITCHABLE WAVEGUIDE DEVICE
    • 可切换波导器件
    • WO02006886A1
    • 2002-01-24
    • PCT/GB2001/003169
    • 2001-07-13
    • G02F1/1333G02F1/1334G02F1/1343
    • G02F1/1326G02F1/1334
    • A cylindrical core (10) is surrounded by a tubular cladding (11) composed of a polymer dispersed liquid crystal material. By applying an electric field (E) to the cladding (11), the refractive index of the material can be varied by causing the liquid crystal molecules to re-orient, thereby selectively matching and mis-matching the refractive index of the cladding (11) with that of the core (10). The field (E) is applied generally longitudinally of the cladding (11) by way of electrodes (12 and 13) which are spaced apart in the longitudinal direction of the cladding (11). In an alternative arrangement, the core (10) rather than the cladding (11) is made of polymer-dispersed liquid crystal material, and its refractive index can be selectively matched or mis-matched with that of the cladding.
    • 圆柱形芯(10)被由聚合物分散的液晶材料构成的管状包层(11)围绕。 通过向包层(11)施加电场(E),可以通过使液晶分子重新定向来改变材料的折射率,从而选择性地匹配和匹配包层(11)的折射率 )与核心(10)的核心。 通过在包层(11)的纵向方向上间隔开的电极(12和13),场(E)通常沿包层(11)纵向施加。 在另一种布置中,芯(10)而不是包层(11)由聚合物分散的液晶材料制成,并且其折射率可以选择性地与包层的折射率匹配或不匹配。