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    • 5. 发明授权
    • Optical control type phased array antenna
    • 光控型相控阵天线
    • US07382983B2
    • 2008-06-03
    • US10533181
    • 2003-05-29
    • Masashi MizumaToshiyuki AndoTomohiro AkiyamaYoshihito Hirano
    • Masashi MizumaToshiyuki AndoTomohiro AkiyamaYoshihito Hirano
    • H04B10/00H04B10/12H04B10/04H01Q1/06
    • H01Q3/2676
    • An optical control type phased array antenna includes a laser generating means for generating light of single wavelength, an optical path branching means for branching the light emitted from the laser generating means into first and second transmission lights, a high frequency signal generating means for generating a high frequency signal, an optical frequency modulating means for shifting the frequency of the first transmission light branched by the optical path branching means by the frequency of a high frequency signal thus generated, a spatial light phase modulating means performing spatial phase modulation of the first transmission light shifted by the frequency of a high frequency signal depending on the antenna beam pattern, and an optical path branching/multiplexing means for multiplexing the first transmission light subjected to phase modulation and the second transmission light branched by the optical path branching means. Optical path lengths of two paths between the optical path branching means and the optical path branching/multiplexing means are equalized.
    • 光控制型相控阵天线包括用于产生单波长的光的激光发生装置,用于将从激光发生装置发射的光分支到第一和第二透射光的光路分支装置,用于产生 高频信号;光频调制装置,用于将由光路分支装置分支的第一透射光的频率移动到由此产生的高频信号的频率;空间光相位调制装置,执行第一传输的空间相位调制 根据天线波束图案移位高频信号的频率的光路分支/多路复用装置,用于多路复用经相位调制的第一透射光和由光路分支装置分支的第二透射光。 光路分支装置和光路分支/多路复用装置之间的两条路径的光路长度相等。
    • 7. 发明申请
    • Optical control type microwave phase forming device
    • 光控微波相形成装置
    • US20060056847A1
    • 2006-03-16
    • US10537100
    • 2003-07-04
    • Tomohiro AkiyamaYoshihito Hirano
    • Tomohiro AkiyamaYoshihito Hirano
    • H04B10/24
    • H01Q25/00H01Q3/2676
    • An optical control type microwave phase forming device includes: optical demultiplexers each for separating a light radiated from each of light sources into two branch lights; optical frequency converters each for deviating one of the two branch lights outputted from an optical demultiplexer by a predetermined frequency for outputting as a signal light; signal light emitting units each for converting the signal light into a signal light beam having a predetermined beam width to emit the signal light as a signal light beam to space; a spatial optical modulator for phase-modulating the signal light beams into signal light beams having a desired phase distribution; an optical multiplexer for converting the signal light beam outputted from the spatial optical modulator into a multiplex signal light beam to travel a coaxial optical path; an optical synthesizer for synthesizing the other branch lights outputted from the optical demultiplexers into a local light; a local light emitting unit for converting the local light into a light beam having a predetermined beam width to emit the light beam as a local light beam to space; and a beam synthesizer for spatially superimposing the signal light beam and the local light beam to form a synthesized beam.
    • 一种光控制型微波相位形成装置,包括:光解复用器,用于将从每个光源辐射的光分离成两个分支灯; 光转换器,用于将从光解复用器输出的两个分支光中的一个偏移预定频率,以作为信号光输出; 每个用于将信号光转换成具有预定波束宽度的信号光束的信号发光单元,以将信号光作为信号光束发射到空间; 用于将信号光束相位调制成具有所需相位分布的信号光束的空间光学调制器; 用于将从空间光学调制器输出的信号光束转换成多路复用信号光束以行进同轴光路的光复用器; 光合成器,用于将从光解复用器输出的其他分支光合成为局部光; 本地发光单元,用于将局部光转换成具有预定光束宽度的光束,以将光束作为局部光束发射到空间; 以及用于空间叠加信号光束和局部光束以形成合成束的光束合成器。
    • 8. 发明申请
    • FERRULE TRANSFER METHOD AND FERRULE HOLDER
    • FERRULE传输方式和FERRULE HOLDER
    • US20080181563A1
    • 2008-07-31
    • US11757711
    • 2007-06-04
    • Tomohiro Akiyama
    • Tomohiro Akiyama
    • G02B6/255
    • G02B6/2553G02B6/2551G02B6/2555G02B6/2558
    • Other end of a built-in optical fiber of a ferrule with one end of the built-in optical fiber matched with a splicing end surface and other end of the built-in optical fiber protruded from an end portion opposite to the splicing end surface and one end of a splicing optical fiber to be spliced are placed is fusion-sliced with the one end of the splicing optical fiber. After that, the ferrule is held by inserting a cylindrical portion of the ferrule into a holding unit of a ferrule holder from the splicing end surface. The ferrule is transferred while holding a stem extended on an opposite side of the holding unit of the ferrule holder and the splicing optical fiber.
    • 内置光纤的一端的套圈的内置光纤的另一端与从拼接端面相反的端部突出的内置光纤的拼接端面和另一端配合,以及 放置要拼接的拼接光纤的一端与拼接光纤的一端进行熔切切片。 之后,通过将套圈的圆筒部从接合端面插入到套圈保持架的保持单元中来保持套圈。 在保持在套圈保持器的保持单元和拼接光纤的相对侧延伸的杆的同时传送套圈。