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    • 2. 发明授权
    • Exposure device in an image-forming machine
    • 曝光装置在成像机中
    • US5835824A
    • 1998-11-10
    • US827601
    • 1997-03-28
    • Masahiro ShinoharaAkihiro Ozaki
    • Masahiro ShinoharaAkihiro Ozaki
    • G03G15/041G03G15/04G03G15/28G03G15/30
    • G03G15/0415
    • An exposure device in an image-forming machine, in which an optical lens unit is able to reciprocatingly move in the direction of the optical axis, and the image of a document is exposed to the photosensitive surface of a photosensitive material through the optical lens unit. The optical lens unit includes a lens-holding plate which is able to reciprocatingly move in the direction of the optical axis, a lens center-adjusting plate which is disposed on the lens-holding plate so as to pivot on a positioning vertical shaft and so as to be secured, a lens mounted on the lens center-adjusting plate, and a light quantity correction plate which is mounted on the lens center-adjusting plate so as to move in the radial direction relative to the center of the lens. A guide member is provided for moving the light quantity correction plate in the radial direction relative to the center of the lens with the reciprocating motion of the lens-holding plate in the direction of optical axis.
    • 图像形成机中的曝光装置,其中光学透镜单元能够沿着光轴的方向往复移动,并且原稿的图像通过光学透镜单元暴露于感光材料的感光表面 。 光学透镜单元包括能够沿光轴方向往复移动的透镜保持板,透镜中心调节板,其设置在透镜保持板上以便在定位的竖直轴上枢转,因此 为了固定,安装在透镜中心调节板上的透镜和安装在透镜中心调节板上以相对于透镜的中心在径向方向上移动的光量校正板。 提供引导构件,用于随着透镜保持板沿光轴方向的往复运动,相对于透镜的中心在径向上移动光量校正板。
    • 4. 发明申请
    • ANTENNA DEVICE AND ELECTRONIC APPARATUS USING THE SAME
    • 天线装置和使用该装置的电子装置
    • US20100066615A1
    • 2010-03-18
    • US12516616
    • 2007-12-03
    • Motoyuki OkayamaAkihiro Ozaki
    • Motoyuki OkayamaAkihiro Ozaki
    • H01Q1/24H01Q1/38
    • H01Q1/38H01Q1/243H01Q5/371H01Q9/42
    • The present invention improves reception quality in an electronic apparatus including plural antenna devices. For this purpose, first antenna device (8) of electronic apparatus (7) according to the present invention includes ground organizer (10); feeding unit (11) placed on ground organizer (10); first antenna conductor (12) with its one end connected to feeding unit (11); and second antenna conductor (13) and third antenna conductor (14) both branch connected to the other end of first antenna conductor (12). The sum of the length of first antenna conductor (12) and that of second antenna conductor (13) is substantially (¼+n/2) times the wavelength of a signal in the first frequency band, and additionally the sum of the length of second antenna conductor (13) and that of third antenna conductor (14) is substantially (½+m/2) times the wavelength of a signal in the second frequency band.
    • 本发明提高了包括多个天线装置的电子设备的接收质量。 为此,根据本发明的电子设备(7)的第一天线装置(8)包括地面组织器(10); 馈送单元(11)放置在地面组织器(10)上; 第一天线导体(12),其一端连接到馈电单元(11); 并且第二天线导体(13)和第三天线导体(14)都分支连接到第一天线导体(12)的另一端。 第一天线导体(12)的长度与第二天线导体(13)的长度之和基本上是第一频带中的信号的波长的(¼+ n / 2)倍, 第二天线导体(13)和第三天线导体(14)的第二天线导体(13)与第二频带中的信号的波长基本上是(1/2 + m / 2)倍。
    • 5. 发明授权
    • Electromagnetic wave measuring apparatus and method
    • 电磁波测量装置及方法
    • US06882144B2
    • 2005-04-19
    • US10787576
    • 2004-02-27
    • Shoichi KajiwaraAkihiro OzakiKoichi OgawaYoshio KoyanagiYoshitaka AsayamaYutaka Saito
    • Shoichi KajiwaraAkihiro OzakiKoichi OgawaYoshio KoyanagiYoshitaka AsayamaYutaka Saito
    • G01R29/08H04B7/26G01R33/00
    • G01R29/0814G01R29/0871
    • An electromagnetic wave measuring apparatus includes a loop probe section having loop probes whose loop planes are placed so as to be perpendicular to each other, and each loop probe is placed so that its magnetic field detection space is not interfered with by other loop probes. If the loop probe section is placed at measurement position coordinates xi, yj, it detects a magnetic field component at the measurement position coordinates xi, yj, which is parallel to an XY plane, and a magnetic field component in a Z-axis direction at measurement position coordinates xi, yj−1, and repeats measurement by pitch p in a positive Y-axis direction. By calculating the root sum square of the detection results at each measurement position coordinate, a three-dimensional magnetic field level of an object to be measured can be obtained at each measurement position coordinate as electromagnetic field distribution with high-precision.
    • 电磁波测量装置包括具有环路探针的环路探头部分,环路探针的环路平面相互垂直放置,并且每个环路探针被放置成使得其磁场检测空间不被其它环路探针干扰。 如果环路探针部分被放置在测量位置坐标x 1,y 3,那么它将在测量位置坐标x 处检测磁场分量 y,y,j,y平行于XY平面,Z轴方向的磁场分量在测量位置坐标x i,y,j -1,并且在正Y轴方向上重复通过间距p的测量。 通过在每个测量位置坐标处计算检测结果的总和平方,可以在每个测量位置坐标处获得高精度的电磁场分布的待测物体的三维磁场水平。