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    • 1. 发明授权
    • Color cathode ray tube having a small neck diameter
    • 具有小颈径的彩色阴极射线管
    • US5942844A
    • 1999-08-24
    • US949436
    • 1997-10-14
    • Tomoki NakamuraShoji ShiraiGo UchidaShinichi KatoKenichi WatanabeMamoru Tsuzurahara
    • Tomoki NakamuraShoji ShiraiGo UchidaShinichi KatoKenichi WatanabeMamoru Tsuzurahara
    • H01J29/86H01J29/50H01J31/20H01J29/51H01J29/62
    • H01J29/503
    • A color cathode ray tube has a phosphor screen and an in-line electron gun. Each of the focus electrode and the anode of has a single opening for passing three electron beams. The single opening has a diameter larger in a horizontal direction than a diameter thereof in a vertical direction. Each of the focus electrode and the anode has a plate electrode placed therein and forming apertures for passing the three electron beams respectively. The focus electrode and the anode forms a main lens therebetween. The distance from the main lens to the phosphor screen is 360 mm or less, the outside diameter T in mm of the neck portion of the evacuated envelope housing the electron gun satisfies 23.5 mm.ltoreq.T.ltoreq.25.3 mm, the value D in mm of twice the distance from the center of a trajectory of a side electron beam to a vertical edge of the single opening in each of the focus electrode and the anode satisfies 6.5 mm
    • 彩色阴极射线管具有荧光屏和直列式电子枪。 聚焦电极和阳极中的每一个具有用于通过三个电子束的单个开口。 单个开口在水平方向上的直径比垂直方向上的直径大。 聚焦电极和阳极中的每一个具有放置在其中的平板电极并且分别形成用于通过三个电子束的孔。 聚焦电极和阳极在其间形成主透镜。 从主透镜到荧光屏的距离为360mm以下,容纳电子枪的真空外壳的颈部的外径T(mm)为23.5mm×T = 25.3mm,值D 在侧面电子束轨迹的中心与聚焦电极和阳极中的单个开口的垂直边缘的距离的两倍的距离为mm,为6.5mm / = 2S。
    • 2. 发明授权
    • Color cathode ray tube
    • 彩色阴极射线管
    • US06919675B2
    • 2005-07-19
    • US10644304
    • 2003-08-20
    • Go UchidaKenichi WatanabeShoji ShiraiKazunari Noguchi
    • Go UchidaKenichi WatanabeShoji ShiraiKazunari Noguchi
    • H01J29/48H01J29/50
    • H01J29/488H01J2229/4865
    • In an electron gun including a cathode, a control electrode, an acceleration electrode G2, a focusing electrode G3 and an anode, longitudinally elongated concave SL-V which surround an electron beam aperture G2-H and have a long axis in the vertical direction is formed at a focusing electrode G3 side of the acceleration electrode G2, and an electron beam aperture G3-BH formed at the acceleration electrode G2 side of the focusing electrode G3 is formed in a longitudinally elongated shape having a long axis in the vertical direction. Due to such a constitution of the present invention, non-uniformity of the beam spot shape attributed to a deflection quantity can be reduced whereby the optimum focusing can be realized over the whole area of a screen.
    • 在包括阴极,控制电极,加速电极G 2,聚焦电极G 3和阳极的电子枪中,包围电子束孔径G 2 -H的纵向细长凹入SL-V,并且在 在加速电极G 2的聚焦电极G 3侧形成垂直方向,并且形成在聚焦电极G 3的加速电极G 2侧的电子束孔G 3 -BH形成为具有 长轴在垂直方向。 由于本发明的这种结构,可以减少归因于偏转量的束斑形状的不均匀性,从而可以在屏幕的整个区域上实现最佳聚焦。
    • 4. 发明授权
    • Color cathode ray tube with electrostatic quadrupole lens
    • 带静电四极杆透镜的彩色阴极射线管
    • US6051919A
    • 2000-04-18
    • US15791
    • 1998-01-29
    • Shoji ShiraiKenichi WatanabeMasayoshi Furuyama
    • Shoji ShiraiKenichi WatanabeMasayoshi Furuyama
    • H01J29/48H01J29/50H01J29/62H01J29/51
    • H01J29/628H01J29/503
    • A color cathode ray tube which has its resolution improved all over its screen covering the central portion and the peripheral portion, either by elongating or narrowing the plate length of plate electrodes (243), which are formed between a first kind of focusing electrode (241) and a second kind of focusing electrode (242) constituting together the electrostatic quadrupole lens of a halved focusing electrode (24) and which are connected with the second kind of focusing electrode (242) at the vertical portion (2430) of a passage for a central electron beam, or by making the shape of the central electron beam passing hole of an electrode (245) formed with the electron beam passing holes of the first kind of focusing electrode (241), longer than the shape of the beam passing holes for the side electron beams.
    • 通过使形成在第一种聚焦电极(241)之间的平板电极(243)的板长度变长或变窄,其分辨率通过覆盖中心部分和周边部分的屏幕得到改善, )和第二种聚焦电极(242),其组合在一起的一半的聚焦电极(24)的静电四极透镜,并且在第二种聚焦电极(242)的一个通道的垂直部分(2430)处连接, 中心电子束,或通过使形成有第一种聚焦电极(241)的电子束通过孔的电极(245)的中心电子束通过孔的形状比通过光束通孔的形状长 用于侧面电子束。
    • 5. 发明授权
    • Color cathode ray tube
    • 彩色阴极射线管
    • US5739630A
    • 1998-04-14
    • US499927
    • 1995-07-10
    • Shoji ShiraiKenichi WatanabeMasayoshi Furuyama
    • Shoji ShiraiKenichi WatanabeMasayoshi Furuyama
    • H01J29/48H01J29/50H01J29/62H01J29/51
    • H01J29/628H01J29/503
    • A color cathode ray tube which has its resolution improved all over its screen covering the central portion and the peripheral portion, either by elongating or narrowing the plate length of plate electrodes 243, which are formed between a first kind of focusing electrode 241 and a second kind of focusing electrode 242 constituting together the electrostatic quadrupole lens of a halved focusing electrode 24 and which are connected with the second kind of focusing electrode 242, at the vertical portion 2430 of a passage for a central electron beam, or by making the shape of the central electron beam passing hole of an electrode 245 formed with the electron beam passing holes of the first kind focusing electrode 241, longer than the shape of the electron beam passing holes for the side electron beams.
    • 通过使形成在第一种聚焦电极241和第二类型聚焦电极241之间的平板电极243的板长度延长或变窄,其分辨率在其整个中心部分和周边部分的屏幕上得到改善, 或者将聚焦电极24的静电四极透镜与第二种聚焦电极242连接的中央电子束通路的垂直部分2430处的聚焦电极242的形状, 形成有第一种聚焦电极241的电子束通过孔的电极245的中心电子束通过孔比侧电子束的电子束通过孔的形状长。
    • 6. 发明授权
    • Cathode ray tube with low dynamic correction voltage
    • 阴极射线管具有低动态校正电压
    • US5610481A
    • 1997-03-11
    • US262975
    • 1994-06-21
    • Shoji ShiraiKenichi Watanabe
    • Shoji ShiraiKenichi Watanabe
    • H01J29/48H01J29/50G09G1/04
    • H01J29/503H01J2229/4841H01J2229/4865H01J2229/4872H01J2229/4875H01J2229/4886H01J2229/5635
    • To correct a deterioration by a deflection aberration of an electron beam spot at a peripheral portion of an image plane and to promote the resolution, a cathode ray tube is proposed which is composed of an acceleration electrode and a first kind and a second kind of focusing electrode group which are applied with a first and a second focusing voltage, wherein a first electron lens in which a first focusing force for focusing the electron beam in the horizontal direction is always stronger than a second focusing force for focusing it in the vertical direction, and a second electron lens wherein the focusing force for focusing the electron beam in the horizontal direction or in the vertical direction is stronger than the other depending on the relative sizes of a first focusing voltage applied on the first kind of focusing electrode group and a second focusing voltage applied on the second kind of focusing electrode group, are formed among the first kind and the second kind of electrode group, and a dynamic voltage which changes in accordance with a deflection amount of the electron beam is superposed on a constant voltage, in either one of the first and the second focusing voltage.
    • 为了通过图像周边部分的电子束点的偏转像差来校正恶化并提高分辨率,提出了一种阴极射线管,其由加速电极和第一种类型以及第二种聚焦构成 电极组,其中施加有第一和第二聚焦电压的第一电子透镜,其中用于在水平方向上聚焦电子束的第一聚焦力总是比用于在垂直方向上聚焦的第二聚焦力更强的第一电子透镜, 以及第二电子透镜,其中,根据施加在第一种聚焦电极组上的第一聚焦电压的相对尺寸和第二聚焦电极组的相对尺寸,用于在水平方向或垂直方向上聚焦电子束的聚焦力比另一种更强, 在第一种和第二种电极之间形成施加在第二种聚焦电极组上的聚焦电压 并且在第一和第二聚焦电压中的任一个中,根据电子束的偏转量而变化的动态电压叠加在恒定电压上。
    • 8. 发明授权
    • Cathode ray tube with low dynamic correction voltage
    • 阴极射线管具有低动态校正电压
    • US06255788B1
    • 2001-07-03
    • US09499895
    • 2000-02-08
    • Shoji ShiraiKenichi Watanabe
    • Shoji ShiraiKenichi Watanabe
    • G09G104
    • H01J29/503H01J2229/4841H01J2229/4865H01J2229/4872H01J2229/4875H01J2229/4886H01J2229/5635
    • An electron gun of a cathode ray tube includes an electron beam generating unit and a main lens unit. The electron beam generating unit includes a cathode, a first grid electrode and a second grid electrode, and the main lens unit is formed of plural electrode members and a final accelerating electrode disposed downstream thereof and supplied with a high voltage. A final main lens is formed between the final accelerating electrode and one of the electrode members adjacent thereto. An electrostatic quadrupole lens is formed in a first space between adjacent ones of the electrode members, one of which is supplied with a first focus voltage of a fixed value, another of which is supplied with a second focus voltage synchronized with electron beam deflection, wherein the first and second focus voltages are higher than a second grid electrode voltage. The quadrupole lens focuses the electron beams horizontally and vertically and diverges them horizontally and vertically depending upon which is the higher of the first and second focus voltages. A third electrostatic lens is disposed between the final main lens and the quadrupole lens and formed in a second space between adjacent ones of the electrode members, one of which is supplied with the first focus voltage, and another of which is supplied with the second focus voltage, and the third electrostatic lens decreases horizontal and vertical focusing actions on the electron beams with increasing electron beam deflection.
    • 阴极射线管的电子枪包括电子束产生单元和主透镜单元。 电子束产生单元包括阴极,第一栅极和第二栅极,主透镜单元由多个电极构件和设置在其下游并提供高电压的最终加速电极形成。 最终的主透镜形成在最终加速电极和与其相邻的电极构件中的一个之间。 静电四极透镜形成在相邻的电极部件之间的第一空间中,其中一个被提供有固定值的第一聚焦电压,另一个被提供与电子束偏转同步的第二聚焦电压,其中 第一和第二聚焦电压高于第二栅极电压。 四极透镜水平和垂直地聚焦电子束,并根据第一和第二聚焦电压中较高者水平和垂直地发散。 第三静电透镜设置在最终主透镜和四极透镜之间,并形成在相邻电极构件之间的第二空间中,其中一个被提供第一聚焦电压,另一个被提供有第二焦点 电压,第三静电透镜减小电子束偏转电子束的水平和垂直聚焦作用。
    • 10. 发明授权
    • Color cathode ray tube
    • 彩色阴极射线管
    • US06313576B1
    • 2001-11-06
    • US09511235
    • 2000-02-23
    • Shoji ShiraiKenichi WatanabeMasayoshi Furuyama
    • Shoji ShiraiKenichi WatanabeMasayoshi Furuyama
    • H01J2970
    • H01J29/628H01J29/503
    • A color cathode ray tube having an electron gun including an electron beam generating portion arrayed in a horizontal direction for generating three electron beams, and a main lens for focusing the three electron beams from the electron beam generating portion upon a fluorescent face. A final stage of the main lens is formed between a focusing electrode and an accelerating electrode. The focusing electrode is divided into at least two focusing electrode parts. A quadrupole electron lens is formed for each of the electron beams between a first focusing electrode part and a second focusing electrode part, and the strength of the quadrupole electron lens for the central electron beam is different from the strength of the quadrupole electron lens for the side electron beams. The second focusing electrode part has an aperture for the central electron beam and apertures for the side electron beams with a vertical dimension of the aperture for central electron beam being different from the vertical dimension of the apertures for the side electron beams. The focusing electrode which together with the acceleration electrode has the final stage of the main lens formed therebetween has a single aperture having a diameter which is larger in a horizontal direction than a diameter thereof in a vertical direction, and the focusing electrode has an electrode plate with an central electron beam aperture.
    • 一种具有电子枪的彩色阴极射线管,该电子枪包括沿水平方向排列的用于产生三束电子束的电子束发生部分,以及用于将来自电子束产生部分的三束电子束聚焦在荧光面上的主透镜。 主透镜的最后阶段形成在聚焦电极和加速电极之间。 聚焦电极被分成至少两个聚焦电极部分。 在第一聚焦电极部分和第二聚焦电极部分之间为每个电子束形成四极电子透镜,并且用于中心电子束的四极电子透镜的强度与四极电子透镜的强度不同, 侧电子束。 第二聚焦电极部分具有用于中心电子束的孔和用于侧面电子束的孔,其中心电子束的孔的垂直尺寸不同于用于侧面电子束的孔的垂直尺寸。 与加速电极一起形成的聚焦电极具有形成在其间的主透镜的最终级,具有在垂直方向上具有比其直径大的水平方向的直径的单个孔,并且聚焦电极具有电极板 具有中心电子束孔径。