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    • 21. 发明授权
    • Optical device utilizing optical waveguides and mechanical light-switches
    • 光学器件利用光波导和机械光开关
    • US06650822B1
    • 2003-11-18
    • US09360786
    • 1999-07-26
    • Xiaochuan Zhou
    • Xiaochuan Zhou
    • G02B600
    • G02B6/3522G02B6/1221G02B6/241G02B6/3558G02B6/357G02B26/02G02B2006/12104G02B2006/12145G09F9/305G09F9/372
    • An optical device consists of one or more optical waveguides and mechanical light switches 30. When a light switch 30 is turned on, it extracts light beam 62a from a waveguide core 20 and redirect the light beam 62b into free space, it redirects an incoming light beam 80 from free space and injects the light beam 80a into the waveguide core 20, or it performs both functions at the same time, depending on specific applications. On and off states of a light switch 30 are achieved by pulling the light switch 30 into a close vicinity of the waveguide core 20 and by pushing the light switch 30 away from the waveguide core 20, respectively. An interactive fiat-panel display can be built based on this invention. A plurality of parallel channel waveguides forms a display panel. An array of light beams 62a, injected from an array light source 60, propagates along waveguide cores 20 until reaches a location where a light switch 30 is turned on. At this location, the light switch 30 redirects the light beams towards a viewer. An image is produced when the light switches 30 are turned on sequentially while the light-intensity distribution on the array light source 60 is synchronically updated. The panel display is capable of responding to an input optical signal by detecting an incoming light beam 80 from a light pen 100. An array of photodetectors 81 is used to identify the location of the incoming light beam 80 on the display panel and a computer is used to execute a corresponding action accordingly.
    • 光学装置由一个或多个光波导和机械光开关30组成。当光开关30接通时,它从波导芯20提取光束62a并将光束62b重定向到自由空间中,从而将入射光 光束80从自由空间注入,并将光束80a注入到波导芯20中,或者根据具体应用同时执行两个功能。 通过将光开关30拉到波导芯20的紧密附近并分别将光开关30推离波导芯20来实现光开关30的接通和断开状态。 可以基于本发明构建交互式平板显示器。 多个并行通道波导形成显示面板。 从阵列光源60注入的光束阵列62a沿着波导芯20传播,直至到达光开关30导通的位置。 在该位置,光开关30将光束朝向观察者重定向。 当在同时更新阵列光源60上的光强度分布的同时顺序地接通光开关30时,产生图像。 面板显示器能够通过从光笔100检测入射光束80来响应输入光信号。光电检测器81的阵列用于识别入射光束80在显示面板上的位置,计算机是 用于相应地执行相应的动作。
    • 24. 发明申请
    • Fiber optic switching system
    • 光纤交换系统
    • US20030048983A1
    • 2003-03-13
    • US09952023
    • 2001-09-13
    • Fiber Switch Technologies, Ltd.
    • Oleg Abel
    • G02B006/35
    • G02B6/352G02B6/3558G02B6/3578
    • An optic switching system and method are presented for controllably directing an incident beam of electromagnetic radiation propagating with a certain solid angle from a primary optical waveguide to a predetermined secondary optical waveguide. A primary reflective concave surface is disposed for receiving the incident beam, reflecting the incident beam and focusing a reflected beam at a primary focusing place. A secondary reflective concave surface having a radius less than a radius of the primary reflective concave surface is disposed for receiving the beam reflected by the primary reflective surface and reflecting this beam to the predetermined secondary optical waveguide. The secondary reflective concave surface is disposed at the place located downstream of the primary focusing place with respect to the direction of propagation of the beam reflected from the primary reflective concave surface. An actuator is operatively connected to one of the reflective surfaces or to both and is adapted for controlling a selective displacement of the respective reflective surface relative to the optical beam that impinges thereon.
    • 提出了一种光学切换系统和方法,用于可控地将从一次光波导以一定立体角传播的电磁辐射的入射光束引导到预定的次级光波导。 设置主反射凹面以接收入射光束,反射入射光束并将反射光束聚焦在主聚焦位置。 设置半径小于初级反射凹面的半径的次级反射凹面,用于接收由主反射面反射的光束,并将该光束反射到预定的次级光波导。 二次反射凹面相对于从主反射凹面反射的光束的传播方向配置在主聚焦位置的下游的位置。 致动器可操作地连接到反射表面之一或两者,并且适于控制相应反射表面相对于其上的光束的选择性位移。
    • 27. 发明授权
    • Dynamic fiber optic switch with artificial muscle
    • 动态光纤开关与人造肌肉
    • US06192171B1
    • 2001-02-20
    • US09513657
    • 2000-02-25
    • Albert GoodmanMohsen Shahinpoor
    • Albert GoodmanMohsen Shahinpoor
    • G02B626
    • G02B6/3502G02B6/3558G02B6/3572G02B6/3578
    • An optical switch comprised of an artificial muscle activation material that is adhered longitudinally around an optical channel, such as an optical fiber or group of fibers, to cause the channel to undulate in 2-½ dimensions when the material is activated by a voltage source via electrodes on the surface of the artificial muscle activation material. The material can be applied to the optical channel in a series of longitudinal strips or as a jacket surrounding the channel. When activated by a voltage source, be it a constant source or a variable source varying in amplitude, frequency or polarity, the artificial muscle material bends, causing the optical channel to also bend. The artificial muscle activation material can be formed into an optical channel itself when formed into a channel and cladded to have internal reflection.
    • 光学开关包括人造肌肉活化材料,该材料纵向粘附在诸如光纤或一组光纤之类的光学通道周围,以在材料被电压源通过 人造肌肉活化材料表面的电极。 材料可以以一系列纵向条或围绕通道的护套施加到光通道。 当由电压源激活时,无论是恒定源还是在振幅,频率或极性上变化的可变源,人造肌肉材料弯曲,导致光学通道也弯曲。 人造肌肉活化材料可以在形成通道并被包覆以具有内部反射时自身形成为光学通道。
    • 29. 发明授权
    • Optical beam switching device
    • 光束切换装置
    • US06009219A
    • 1999-12-28
    • US835217
    • 1997-04-07
    • Walter M. Doyle
    • Walter M. Doyle
    • G02B6/35G02B6/26
    • G02B6/352G02B6/3558G02B6/3564
    • The invention is an optical switching device having a switching element which, in one aspect is a solid switching body to reduce beam spread, in a second aspect is trapezoidal in cross-section so that the optical channels selectively connected by the switching body are conveniently located on one side of the device, and in a third aspect is a retroreflective switching element that eliminates the need to achieve and maintain precise angular alignment between the switching body and the optical axes of the optical channels connected by the switching device.
    • 本发明是一种具有开关元件的光开关器件,该开关元件在一个方面是用于减小光束扩展的固体开关体,在第二方面是横截面为梯形,使得由开关体选择性连接的光通道方便地定位 在第三方面是一种回射开关元件,其不需要实现并保持开关体与由开关器件连接的光通道的光轴之间的精确的角度对准。