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    • 12. 发明授权
    • Color cathode ray tube with inline electron gun with variable distances of side beam passing holes from the central beam passing axis
    • 带中线电子枪的彩色阴极射线管,侧光束从中心光束通过轴通过孔的距离可变
    • US06236152B1
    • 2001-05-22
    • US09182653
    • 1998-10-30
    • Junichi KimiyaFumitaka HoshinoShigeru Sugawara
    • Junichi KimiyaFumitaka HoshinoShigeru Sugawara
    • H01J2950
    • H01J29/503
    • A color cathode ray tube apparatus comprising an electron gun assembly of inline type including an electron beam generating section designed to emit three electron beams having axes extending in the same horizontal plane and a main electron lens section designed to focus the three electron beams emitted from the electron beam generating section. The main electron lens section has at least three grids G5, GM and G6 arranged in the order mentioned from the cathode side. The distance between the axis of the hole for guiding the center beam, made in the grid most close to the cathode side, and the axis of either hole for guiding a side beam, made in this gird, is shorter than the distance between the common axis of the coaxial holes for guiding the center beam, made in the control, accelerating and focusing electrodes constituting the electron beam generating section, and the common axis of either group coaxial holes for guiding a side beam, made in these control, accelerating and focusing electrodes. Hence, the spot which either side beam forms on the center of the phosphor screen when the three electron beams are focused by convergence magnets has no halos extending in the horizontal direction of the screen. As a result, the resultant image can have high resolution at any part of the phosphor screen.
    • 一种彩色阴极射线管装置,包括一种包括电子束产生部分的在线式电子枪组件,该电子束发生部分被设计成发射具有在相同水平面上延伸的轴的三个电子束,以及主电子透镜部分,设计成将从 电子束产生部。 主电子透镜部具有从阴极侧按顺序排列的至少三个格栅G5,GM和G6。 用于引导中心梁的孔的轴线(最靠近阴极侧的栅格)和用于引导在该网中制造的侧梁的任一孔的轴线之间的距离短于公共 用于引导构成电子束产生部的控制,加速和聚焦电极的中心光束的同轴孔的轴线和用于引导侧光束的任一组同轴孔的公共轴,在这些控制中进行加速和聚焦 电极。 因此,当三个电子束被会聚磁体聚焦时,任一侧光束在荧光屏的中心上形成的光点在屏幕的水平方向上没有光晕。 结果,所得到的图像可以在荧光屏的任何部分具有高分辨率。
    • 13. 发明授权
    • Color cathode ray tube apparatus
    • 彩色阴极射线管装置
    • US5519290A
    • 1996-05-21
    • US509094
    • 1995-08-01
    • Shigeru SugawaraJunichi Kimiya
    • Shigeru SugawaraJunichi Kimiya
    • H01J29/50H01J29/58
    • H01J29/503H01J2229/4841
    • A seventh grid applied with an anode high voltage, a sixth grid applied with a dynamic voltage, and a fifth grid are provided in a main electron lens section of an electron gun. The dynamic voltage is obtained by superimposing a DC voltage lower than the anode high voltage by a voltage which changes in synchronization with deflection of electron beams. The fifth grid is connected to the sixth grid through a resistor device provided in the tube so as to be adjacent to the sixth grid in the side of the electron beam generator section. The fifth grid and the sixth grid form a multi-pole lens for correcting deflection aberration within the focus lens region of the main electron lens section. As a result, the withstanding voltage of the electron gun using a dynamic focusing method, the resolution of the color cathode ray tube apparatus, and the reliability are improved.
    • 在电子枪的主电子透镜部分中设置施加有阳极高电压的第七栅极,施加有动态电压的第六栅极和第五栅极。 通过将与阳极高电压相比较的直流电压与电子束的偏转同步变化的电压叠加来获得动态电压。 第五栅极通过设置在管中的电阻器件连接到第六栅极,以便与电子束发生器部分侧面的第六栅极相邻。 第五栅格和第六栅极形成用于校正主电子透镜部分的聚焦透镜区域内的偏转像差的多极透镜。 结果,提高了使用动态聚焦方式的电子枪的耐受电压,彩色阴极射线管装置的分辨率和可靠性。
    • 14. 发明授权
    • Color cathode ray tube apparatus
    • 彩色阴极射线管装置
    • US5449983A
    • 1995-09-12
    • US230376
    • 1994-04-20
    • Shigeru SugawaraJunichi KimiyaEiji Kamohara
    • Shigeru SugawaraJunichi KimiyaEiji Kamohara
    • H01J29/48H01J29/50H01J29/62G09G1/04H01J29/46
    • H01J29/503H01J29/622H01J2229/4841H01J2229/4865H01J2229/4872
    • In a color cathode ray tube apparatus including an electron gun assembly having a main electron lens section constituted by a plurality of electrodes for focusing three electron beams arranged in a line on a target and a deflection unit for deflecting the three electron beams, at least an electrode to which a voltage obtained by superposing a variable voltage changed in accordance with a deflection amount of the electron beams on a predetermined DC voltage and an electrode which substantially opposes the electrode and to which a voltage obtained by superposing a variable voltage induced through a capacitance between the opposing electrodes on a predetermined voltage applied through a resistor arranged in a tube is applied are arranged in a main electron lens section, and the main electron lens section is made into an electron lens for changing the focusing state of the electron beams in synchronism with deflection of the electron beams. Therefore, a high-performance cathode ray tube which can preferably correct distortion of a beam spot caused by a deflection error in the entire area of a screen and has a high resolution can be obtained.
    • 在一种彩色阴极射线管装置中,包括具有主电子透镜部分的电子枪组件,所述主电子透镜部分由用于聚焦在靶上的一行排列的三个电子束的多个电极和用于偏转三个电子束的偏转单元组成,至少一个 电极,通过将根据电子束的偏转量改变的可变电压叠加在预定直流电压上而获得的电压和与电极基本相对的电极,并且通过叠加通过电容感应的可变电压而获得的电压 在通过布置在管中的电阻器施加的预定电压之间的相对电极之间布置有主电子透镜部分,并且将主电子透镜部分制成电子透镜以同步地改变电子束的聚焦状态 随着电子束的偏转。 因此,可以获得能够优选地校正由屏幕的整个区域中的偏转误差引起的并且具有高分辨率的束斑变形的高性能阴极射线管。
    • 15. 发明申请
    • Field-emission electron source apparatus
    • 场发射电子源装置
    • US20070188075A1
    • 2007-08-16
    • US11706532
    • 2007-02-13
    • Junichi KimiyaKeisuke Koga
    • Junichi KimiyaKeisuke Koga
    • H01J63/04H01J1/62
    • H01J7/18H01J1/46H01J29/467
    • A field-emission electron source apparatus includes a vacuum container that receives a field-emission electron source array, a target and an auxiliary electrode, and a getter pump that is disposed in the vacuum container and absorbs and removes excess gas. An electron beam emitted from the field-emission electron source array passes through a plurality of through holes formed in the auxiliary electrode and reaches the target. A space containing the field-emission electron source array and a space containing the target and the getter pump are separated substantially by the auxiliary electrode so that gas generated from the target is absorbed by the getter pump without passing through the space containing the field-emission electron source array. This makes it possible to provide a highly-reliable field-emission electron source apparatus in which the influence of gas and ions on the field-emission electron source array is eliminated or reduced.
    • 场发射电子源装置包括:接收场发射电子源阵列的真空容器,靶和辅助电极;以及设置在真空容器中并吸收和去除过量气体的吸气泵。 从场致发射电子源阵列发射的电子束通过形成在辅助电极中的多个通孔并到达靶。 包含场致发射电子源阵列的空间和包含靶和吸气泵的空间基本上由辅助电极分离,使得由靶产生的气体被吸气泵吸收而不通过包含场致发射的空间 电子源阵列。 这使得可以提供一种高可靠性的场致发射电子源装置,其中消除或减少了气体和离子对场发射电子源阵列的影响。
    • 19. 发明申请
    • Cathode ray tube
    • 阴极射线管
    • US20050248253A1
    • 2005-11-10
    • US11125057
    • 2005-05-09
    • Junichi Kimiya
    • Junichi Kimiya
    • H01J29/48H01J29/50
    • H01J29/48H01J2229/481H01J2229/4824
    • An electron gun includes an electron beam generating portion for generating electron beams (cathodes K, a G1 electrode and a G2 electrode) and an electron beam focusing portion (a G3 electrode, a G4 electrode, a G5A electrode, a G5B electrode, a G5C electrode and a G6 electrode). The electron beam focusing portion includes a first focus adjusting lens portion for varying a diverging angle of the electron beams likewise in both of a horizontal direction and a vertical direction and a second focus adjusting lens portion capable of making a focus adjustment of the electron beams independently of the first focus adjusting lens portion. Accordingly, it is possible to adjust various kinds of focus states with a single kind of structure of the electron gun.
    • 电子枪包括用于产生电子束(阴极K,G1电极和G2电极)的电子束产生部分和电子束聚焦部分(G3电极,G4电极,G5A电极,G5B电极,G5C 电极和G6电极)。 电子束聚焦部分包括用于改变同时在水平方向和垂直方向上的电子束的发散角的第一焦点调整透镜部分和能够独立地对电子束进行聚焦调整的第二焦点调整透镜部分 的第一调焦透镜部分。 因此,可以用电子枪的一种结构调整各种聚焦状态。