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    • 14. 发明授权
    • Electron microscope image recording and read-out method
    • 电子显微镜图像记录和读出方法
    • US5006707A
    • 1991-04-09
    • US467479
    • 1990-01-19
    • Nobufumi MoriMasahiro OhnishiJunji MiyaharaTetsuo OikawaYoshiyasu Harada
    • Nobufumi MoriMasahiro OhnishiJunji MiyaharaTetsuo OikawaYoshiyasu Harada
    • G01T1/29H01J37/22H01J37/244
    • H01J37/224G01T1/2014H01J2237/2443
    • Each of two-dimensional sensors is exposed to an electron beam, which has passed through a sample, in a vacuum in order to store the energy from the electron beam on the two-dimensional sensor, and is then exposed to light or heat in order to release the stored energy as emitted light. The emitted light is photoelectrically detected and an image signal is thereby obtained which represents an electron microscope image of the sample. Read-out conditions which are to be used when the emitted light is detected are determined from an electron beam exposure amount which was set when the energy from the electron beam was stored on each two-dimensional sensor. Signals representing the read-out conditions determined for the two-dimensional sensors are stored in a storage device so that it is clear which read-out conditions correspond to which two-dimensional sensor. When light emitted by a two-dimensional sensor is to be detected, a signal which represents the read-out conditions corresponding to the two-dimensional sensor is read from the storage device, and the read-out conditions are set.
    • 每个二维传感器在真空中暴露于已经通过样品的电子束,以将来自电子束的能量存储在二维传感器上,然后依次暴露于光或热 释放存储的能量作为发射光。 发射的光被光电检测,并且由此获得表示样品的电子显微镜图像的图像信号。 当检测到发射光时使用的读出条件是根据在每个二维传感器上存储来自电子束的能量而设定的电子束曝光量来确定的。 表示为二维传感器确定的读出条件的信号被存储在存储装置中,使得清楚哪个读出条件对应于哪个二维传感器。 当要检测由二维传感器发出的光时,从存储装置中读取表示与二维传感器对应的读出条件的信号,并设定读出条件。
    • 19. 发明授权
    • Fluid filled type vibration damping device
    • 流体填充式减震装置
    • US08191876B2
    • 2012-06-05
    • US12733554
    • 2009-07-29
    • Tomohiro KanayaMasaaki HamadaMasahiro Ohnishi
    • Tomohiro KanayaMasaaki HamadaMasahiro Ohnishi
    • F16F5/00F16F9/10F16M5/00
    • F16F13/107F16F13/18
    • A fluid-filled type vibration damping device wherein a second mounting member is secured to a vehicle body; an opening of the second mounting member is closed off to define a pressure-receiving chamber a flexible film is arranged covering an outside of a main rubber elastic body to define an equilibrium chamber; a low-frequency orifice passage and a high-frequency orifice passage connect the pressure-receiving chamber and the equilibrium chamber a first moveable member is disposed on a fluid channel through the high-frequency orifice passage; the first moveable member being supported by a first support member that is linked to the second mounting member via the main rubber elastic body; and a fluid channel through the low-frequency orifice passage is situated away from the placement location of the first moveable member.
    • 一种流体填充式减震装置,其中第二安装构件固定到车体; 封闭第二安装构件的开口以限定受压室,柔性膜被布置成覆盖主橡胶弹性体的外侧以限定平衡室; 一个低频孔通道和一个高频孔通道将压力接收室和平衡室连接起来,第一可移动构件设置在通过高频孔通道的流体通道上; 所述第一可移动构件由经由所述主橡胶弹性体连接到所述第二安装构件的第一支撑构件支撑; 并且穿过低频孔通道的流体通道远离第一可移动构件的放置位置。
    • 20. 发明授权
    • Automotive window glass antenna
    • 汽车窗玻璃天线
    • US5461391A
    • 1995-10-24
    • US131550
    • 1993-10-05
    • Masahiro OhnishiYoji NagayamaShingo Tadokoro
    • Masahiro OhnishiYoji NagayamaShingo Tadokoro
    • H01Q1/32H01Q1/12
    • H01Q1/1278
    • A second antenna is provided to a vehicle rear window glass in order to prevent a fall or dip of the gain of the antenna system in a particular direction or directions, thereby improving the directivity characteristic and increasing the gain. The second antenna consists of a feed point and a pair of first and second elements connected to the feed point. The first element has, in an area of the space above a first antenna or in a space defined between the upper and lower ends of a first antenna, at least one horizontal conductive strip. In one embodiment, in which the feed point is arranged in a marginal area of the space under the defogging heater element, the first element further has a vertical conductive strip arranged in an area of the space between the heater element and a lateral edge of the window glass. The second element is arranged in an area of the space under the defogging heater element and made up of a conductive strip assembly of various shapes such as -shape, a rectangular loop or loops, or a T-shape. The second element is connected to a bus bar or a heating strip of the defogging heater element in order to further increase the gain of the antenna system in all directions.
    • 为了防止天线系统的增益在特定方向或方向上的下降或下降,第二天线被提供给车辆后窗玻璃,从而提高方向特性并增加增益。 第二天线由馈电点和连接到馈电点的一对第一和第二元件组成。 第一元件在第一天线之上的空间的区域中或在第一天线的上端和下端之间限定的空间中具有至少一个水平导电条。 在一个实施例中,其中馈送点布置在除雾加热器元件下方的空间的边缘区域中,第一元件还具有布置在加热器元件与加热器元件的侧边缘之间的空间的区域中的垂直导电条 窗玻璃 第二元件布置在除雾加热器元件下面的空间的区域中,并且由诸如形状,矩形环或环或T形的各种形状的导电条组件构成。 第二元件连接到除雾加热器元件的汇流条或加热条,以便进一步增加天线系统在所有方向上的增益。