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    • 61. 发明授权
    • Film thickness inspection method and apparatus
    • 薄膜厚度检查方法和装置
    • US5773173A
    • 1998-06-30
    • US664904
    • 1996-06-17
    • Hiroki NakanoTakeshi Fujiwara
    • Hiroki NakanoTakeshi Fujiwara
    • G01B11/06G01J3/51G02B5/20G02F1/1335H04N17/02G01B11/30
    • G01B11/0633H04N17/02
    • A color filter thickness uniformity is evaluated quantitatively and accurately at high sensitivity by using a wavelength deviating by a predetermined wavelength from a central wavelength. The whole output of a screen is unified into one color tone by a monochromatic mask set between a white light source and a color filter to mask picture elements other than those with a specific color tone. The light emitted from the screen is filtered by a filter having a wavelength .lambda..sub.1 deviating by a predetermined wavelength .DELTA..lambda. from the central wavelength .lambda..sub.0 of the one color tone as the central wavelength, and the intensity of the filtered light is detected for each position on the screen to evaluate the intensity of the light detected for each position on the screen by a method such as image processing.
    • 通过使用偏离中心波长的预定波长的波长,以高灵敏度定量和准确地评估滤色器厚度均匀性。 通过在白光源和滤色器之间设置的单色掩模将屏幕的整体输出统一成一个色调,以掩盖具有特定色调的图像元素。 从屏幕发出的光被作为中心波长的一个色调的中心波长λ0偏移预定波长DELTAλ的波长λ1的滤波器滤波,并且对于每个色调检测滤波光的强度 屏幕上的位置以通过诸如图像处理的方法评估对屏幕上的每个位置检测到的光的强度。
    • 63. 发明授权
    • Color cathode ray tube apparatus
    • 彩色阴极射线管装置
    • US4728858A
    • 1988-03-01
    • US14612
    • 1987-02-13
    • Shinpei KoshigoeTakeshi Fujiwara
    • Shinpei KoshigoeTakeshi Fujiwara
    • H01J29/48H01J29/50H01J29/46H01J29/56
    • H01J29/503H01J2229/4841H01J2229/4872
    • A color cathode ray tube apparatus having an electron gun assembly including a device for modulating a scanning velocity of electron beams at an auxiliary lens section for clarifying an image projected to a screen is disclosed. The color cathode ray tube apparatus comprises an enclosure having a panel section, a funnel section and a neck section, an electron gun assembly, including rear electrodes disposed in front of three cathodes for emitting electron beams, each having three through-holes for passing the beams for forming an auxiliary lens for preliminarily focusing the beams, and a front electrode located in front of the rear electrodes for forming a main lens in cooperation with one electrode thereof for further focusing the beams and converging the beams. The rear electrodes have a pair of electrode members having three beam through-holes defined by cylindrical projections, oblique surfaces opposed at a predetermined interval, formed of the cylindrical projections, each surface crossing perpendicularly to a horizontal plane for scanning the beams and having a predetermined angle with respect to a plane perpendicular to the axis of an electron beam path. The scanning velocity modulating device is connected with the pair of electrode members for supplying a modulating voltage thereto, when luminance values of a video signal arrive at a predetermined level.
    • 公开了一种具有电子枪组件的彩色阴极射线管装置,该电子枪组件包括用于调制辅助透镜部分处的电子束的扫描速度的装置,用于澄清投影到屏幕上的图像。 彩色阴极射线管装置包括具有面板部分,漏斗部分和颈部部分的外壳,电子枪组件,包括设置在用于发射电子束的三个阴极前面的后电极,每个阴极具有三个通孔, 用于形成用于预先聚焦光束的辅助透镜的光束和位于后电极前方的前电极,用于与其一个电极协作形成主透镜,用于进一步聚焦光束并使光束会聚。 后电极具有一对电极构件,具有三个由圆柱形突出部限定的光束通孔,以由圆柱形突起形成的以预定间隔相对的倾斜表面,每个表面垂直于水平面交叉,用于扫描光束并具有预定的 相对于垂直于电子束路径轴的平面的角度。 当视频信号的亮度值达到预定水平时,扫描速度调制装置与用于提供调制电压的一对电极部件连接。
    • 67. 发明授权
    • Steering column support apparatus
    • 转向柱支撑装置
    • US08622427B2
    • 2014-01-07
    • US13379524
    • 2011-10-17
    • Takahiro MinamigataMinao UmedaTakeshi FujiwaraOsamu TatewakiToru SegawaKiyoshi Sadakata
    • Takahiro MinamigataMinao UmedaTakeshi FujiwaraOsamu TatewakiToru SegawaKiyoshi Sadakata
    • B62D1/19
    • B62D1/195
    • Provided is a steering column support apparatus that simplifies tuning for stabilizing the forward displacement of the steering wheel during a secondary collision, and suppresses the absolute value and variation of the break away load without strong rubbing between the bracket 11 on the vehicle side and the bracket 33 on the column side. By forming an extending section 57 on the top plate section 55 of the bracket 33 on the column side, and a convex curved surface 58 on the top surface of the front end section of that extending section 57, a rise in contact pressure at the area of contact that occurs when the edge on the front end of the top surface of the top plate section 55 is pressed against the bottom surface of the bracket 11 on the vehicle side by a moment that is applied from the steering column 6c to the bracket 33 on the column side during a secondary collision is suppressed.
    • 提供了一种转向柱支撑装置,其简化了用于在二次碰撞期间稳定方向盘的向前位移的调谐,并且在车辆侧的支架11和支架之间没有强烈摩擦的情况下,抑制了绝对值和断开载荷的变化 33在列侧。 通过在柱侧的托架33的顶板部55上形成延伸部57,在该延伸部57的前端部的顶面上形成有凸曲面58,在该区域的接触压力上升 当从转向柱6c施加到支架33的时刻,当顶板部55的上表面的前端上的边缘被压靠在车辆侧的支架11的底面上时, 在二次碰撞期间在列侧被抑制。
    • 68. 发明授权
    • Steering column support apparatus
    • 转向柱支撑装置
    • US08528937B2
    • 2013-09-10
    • US13379550
    • 2011-10-13
    • Takahiro MinamigataMinao UmedaTakeshi FujiwaraOsamu TatewakiKiyoshi SadakataToru SegawaNobuyuki Nishimura
    • Takahiro MinamigataMinao UmedaTakeshi FujiwaraOsamu TatewakiKiyoshi SadakataToru SegawaNobuyuki Nishimura
    • B62D1/19
    • B62D1/195
    • A steering column support apparatus that is capable of simplifying tuning for stabilizing forward displacement of a steering wheel during a secondary collision, keeping material costs, processing costs and assembly costs of an energy absorbing member low, and when necessary, preventing the steering wheel from dropping down excessively during a secondary collision. A locking capsule 47 that is fastened to a bracket 3 on the column side is held inside a locking hole 45 of a bracket 11b on the vehicle side that is fastened to the vehicle body by a plurality of connecting members that shear during a secondary collision. An energy absorbing member 53 is placed between the locking capsule 47 and the bracket 11b on the vehicle side. This energy absorbing member 53 is formed by bending a plastically deformable wire, and allows forward displacement of the locking capsule while absorbing impact energy that is applied to the locking capsule by plastically deforming during a secondary collision.
    • 一种转向柱支撑装置,其能够简化调整,以在二次碰撞期间稳定方向盘的向前位移,保持能量吸收构件的材料成本,加工成本和组装成本低,并且在必要时防止方向盘掉落 在二次碰撞期间过度地下降。 紧固在支柱3上的支架3的锁定胶囊47通过在二次碰撞期间剪切的多个连接构件而被固定在车辆侧的车辆侧的支架11b的锁定孔45内。 能量吸收构件53被放置在锁定胶囊47和车辆侧的支架11b之间。 该能量吸收构件53通过弯曲可塑性变形的线而形成,并且允许锁定胶囊的向前位移,同时吸收在二次碰撞期间通过塑性变形施加到锁定胶囊的冲击能量。