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    • 4. 发明授权
    • Cathode ray tube provided with an electron gun, and electrostatic lens system
    • 阴极射线管配有电子枪和静电透镜系统
    • US06259195B1
    • 2001-07-10
    • US08518062
    • 1995-08-22
    • Edwin A. MontieJeroen Van EngelshovenRonald van der Wilk
    • Edwin A. MontieJeroen Van EngelshovenRonald van der Wilk
    • H01J2951
    • H01J29/485
    • A cathode ray tube includes an electron gun having a beam-shaping portion (20) for generating electron beams (7-9), a prefocusing system (30) of electrodes (31, 32) across which a prefocusing voltage is supplied during operation so as to form an electron-optical prefocusing lens, and a main lens system (40) of electrodes (32, 41) across which a main lens voltage is applied during operation so as to form an electron-optical main lens. The electrodes (31, 32, 41) are provided with securing means (48) for connection to an insulating supporting body (47) and with apertures (16) for passing the electron beams (7-9). Electrode (32) protrudes toward electrode (31) in such a way that the mutual distance (l2) between the two electrodes at the location of the apertures (16) therein is smaller than their mutual distance (l1) at the location of their respective securing means (48). The two electrodes (31, 32) are spaced apart at the location of the apertures (16) substantially at a distance limited by electrostatic breakdown.
    • 阴极射线管包括具有用于产生电子束(7-9)的光束成形部分(20)的电子枪,电极(31,32)的预聚焦系统(30),在操作期间通过其提供预聚焦电压 为了形成电子 - 光学预聚焦透镜,以及在操作期间施加主透镜电压以形成电子 - 光学主透镜的电极(32,41)的主透镜系统(40)。 电极(31,32,31)设置有用于连接到绝缘支撑体(47)的固定装置(48)和用于通过电子束(7-9)的孔(16)。 电极(32)朝向电极(31)突出,使得在其中的孔(16)的位置处的两个电极之间的相互距离(12)小于它们各自的位置处的相互距离(l1) 固定装置(48)。 两个电极(31,32)在孔(16)的位置处基本上以静电击穿限制的距离间隔开。
    • 10. 发明授权
    • Color cathode ray tube and color picture tube apparatus having the same
    • 彩色阴极射线管和彩色显像管装置
    • US06441566B2
    • 2002-08-27
    • US09808167
    • 2001-03-15
    • Norio ShimizuMasaaki OguraMasatsugu Inoue
    • Norio ShimizuMasaaki OguraMasatsugu Inoue
    • H01J2951
    • H01J29/861H01J2229/862
    • The thickness of a face panel is greater at a peripheral edge portion than at a center portion. At the inner surface of the face panel, a curvature radius in a short axis direction on a long axis is set to decrease from the center of the face panel toward a long axis end and, with L representing a distance from the center of the face panel to the long axis end, has a minimal value at a position spaced from the center of the face panel more toward the long axis end than L/2. A phosphor screen on the face panel has phosphor layers and non-emitting black layers and a percentage of the non-emitting black layers per unit area at least in the neighborhood of a diagonal axis end of the face panel is equal to or smaller than that at the center portion of the face panel.
    • 外围边缘部分的面板的厚度大于中央部分的厚度。 在面板的内表面,长轴方向的短轴方向的曲率半径被设定为从面板的中心朝向长轴端部减小,并且L表示距离面的中心的距离 在长轴端部的面板在距离面板的中心更远离长轴端的位置处具有比L / 2更小的值。 面板上的荧光屏具有荧光体层和非发光黑色层,并且至少在面板的对角线轴端附近的每单位面积的不发黑层的百分比等于或小于 在面板的中心部分。