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    • 51. 发明授权
    • Electron beam device and its control method
    • 电子束装置及其控制方法
    • US07550724B2
    • 2009-06-23
    • US11520605
    • 2006-09-14
    • Takashi IchimuraTakeshi OgashiwaToshihide AgemuraKenji Aoki
    • Takashi IchimuraTakeshi OgashiwaToshihide AgemuraKenji Aoki
    • G01N23/00
    • H01J37/09H01J37/265H01J37/28H01J2237/0458
    • An electron beam device includes an electron gun section having an internal space kept at an ultrahigh vacuum level for generating a primary electron beam, a mirror section having an internal space kept at a vacuum level lower than that of the electron gun section for scanning a specimen with an electron probe of the primary electron beam generated in the electron gun section and focused on the specimen, a differential exhaust diaphragm for providing communication in internal space between the electron gun section and the mirror section and passing the primary electron beam, and a control section for controlling respective constituent elements in the electron beam device. A diaphragm mechanism having a plurality of different diaphragm aperture diameters is provided between a second anode and a first condenser lens.
    • 电子束装置包括具有保持在超高真空度的内部空间以产生一次电子束的电子枪部分,具有保持在比用于扫描样本的电子枪部分的真空度更低的真空度的内部空间的镜部分 在电子枪部分中产生的一次电子束的电子探针聚焦在试样上,用于在电子枪部分和反射镜部分之间的内部空间中提供通信并使一次电子束通过的差动排气隔膜,以及控制 用于控制电子束装置中的各个组成元件。 具有多个不同光阑孔径的光阑机构设置在第二阳极和第一聚光透镜之间。
    • 52. 发明授权
    • Optical waveguide devices and traveling wave type optical modulators
    • 光波导器件和行波型光学调制器
    • US07502530B2
    • 2009-03-10
    • US10568888
    • 2004-08-19
    • Jungo KondoAtsuo KondoKenji AokiOsamu Mitomi
    • Jungo KondoAtsuo KondoKenji AokiOsamu Mitomi
    • G02F1/035
    • G02F1/0356G02F1/2255G02F2203/21
    • A device 4 has a substrate 5, an optical waveguide 2 and modulation electrodes 1A, 1B, 1C. The substrate 5 is made of an electro-optic material and has a thickness of ≦30 μm at least in a region where the modulation electrode applies an electric field. The device has a ridge generated when the optical waveguide is formed, and the ridge has a height H (angstrom) and a width “W” (μm) whose product (H×W) is 7150 angstrom·μm or smaller to realize single mode propagation of light in the optical waveguide. The wave guide has branched parts in the region where the modulation electrode applied an electric field. The deviation of positions of peaks and bottoms in the extinction ratio curve can be reduced, by increasing the distance of the branched parts of the optical waveguide to ≧46 μm.
    • 器件4具有基板5,光波导2和调制电极1A,1B,1C。 基板5由电光材料制成,至少在调制电极施加电场的区域中具有<=30μm的厚度。 该器件具有在形成光波导时产生的脊,脊的高度为H(埃),宽度“W”(母),其乘积(H×W)为7150埃或更小,以实现单模传播 在光波导中的光。 波导在调制电极施加电场的区域中具有分支部分。 通过将光波导的分支部分的距离增加到> =46μm,可以减少消光比曲线中的峰值和底部位置的偏差。
    • 54. 发明申请
    • OPTICAL WAVEGUIDE DEVICE
    • 光波器件
    • US20070081766A1
    • 2007-04-12
    • US11560144
    • 2006-11-15
    • Kenji AOKIJungo KondoAtsuo KondoOsamu Mitomi
    • Kenji AOKIJungo KondoAtsuo KondoOsamu Mitomi
    • G02F1/035
    • G02F1/2255G02F1/0356G02F2203/25
    • A voltage is applied on a first branch 3a by a first ground electrode 10 and a signal electrode 11, and a voltage is applied on a second branch 3b by a second ground electrode 12A and the signal electrode 11. A first gap 13 is formed between the first ground electrode 10 and the signal electrode 11, and a second gap 14 is formed between the second ground electrode 12A and the signal electrode 11. The first gap 13 and the second gap 14 are divided into voltage applying portions 13a, 14a, feed-through portions and connection portions 13b, 14b therebetween, respectively, and satisfy the formula: G12/G11≦G22/G21
    • 第一接地电极10和信号电极11对第一分支3a施加电压,并且通过第二接地电极12A和信号电极11将电压施加在第二分支3b上。第一间隙13 形成在第一接地电极10和信号电极11之间,并且在第二接地电极12A和信号电极11之间形成第二间隙14.第一间隙13和第二间隙14被分成电压施加部分13 a,14a,馈通部分和连接部分13b,14b,分别满足下列公式:G 12 / G 11 <= G 21 表示连接部分侧的端部13c处的第一间隙13的宽度,G 22表示在第二间隙14的端部14c处的第二间隙14的宽度 连接部分侧面14c,G31表示电压施加部分13a处的第一间隙13的宽度,G 32表示第二间隙14的宽度 电压施加部分14a。
    • 55. 发明授权
    • Robot hand for transferring an article in a housing, and a library apparatus equipped with the robot hand for transferring and article stored in a rack
    • 用于将物品转移到壳体中的机器人手,以及配备有用于传送机器人手的库装置和存储在架子中的物品
    • US07016144B2
    • 2006-03-21
    • US10375849
    • 2003-02-26
    • Kengo YamakawaKenji Aoki
    • Kengo YamakawaKenji Aoki
    • G11B15/68G11B17/08
    • G11B15/6835G11B17/225
    • A robot hand that does not depend on cartridge types wherein high reliability can be ensured and the size and cost can be reduced with a simple construction. In a library apparatus including a recording and reproducing device for cartridge type media and cartridge accommodating racks, a robot hand is configured to include a hand mechanism including hooks for holding the cartridge and actuators for performing to and fro movement and opening and closing movement of the hooks, and a mounter for pushing the cartridge when the cartridge is inserted into the recording and reproducing device by the hand mechanism, wherein the to and fro movement and the opening and closing movement of the robot hand and the pushing movement of the mounter is performed by one motor. The cartridge is grasped/released efficiently by the movement of the hooks, the actuators and the mounter.
    • 机器人手不依赖于可以确保高可靠性并且可以通过简单的结构来减小尺寸和成本的盒式。 在包括用于盒式介质和盒式存储机架的记录和再现装置的图书馆装置中,机器人手被构造成包括手持机构,其包括用于保持盒的钩和用于执行来回移动和打开 钩子和用于通过手动机构将墨盒插入记录和再现装置时推动墨盒的安装器,其中执行机器人手的往复运动和开启和关闭运动以及安装器的推动运动 由一个电机。 通过钩,致动器和安装器的移动,盒被有效地抓住/释放。