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    • 2. 发明授权
    • Focusing electrode in electron gun for color cathode ray tube
    • 聚焦电极用于电子枪彩色阴极射线管
    • US6094004A
    • 2000-07-25
    • US052946
    • 1998-04-01
    • Youn Jin KimHyun Cheol KimSung Gi AnSung Ho Cho
    • Youn Jin KimHyun Cheol KimSung Gi AnSung Ho Cho
    • H01J29/48H01J29/62H01J29/51
    • H01J29/624
    • Focusing electrode in an electron gun for a color cathode ray tube, is disclosed, which can reduce a man-power and a number of components in a fabrication of the electron gun and can prevent a center electron beam from being elongated horizontally depending on a fitted depth of an inner guide electrode, the focusing electrode including a first focusing electrode adapted to be applied of a low static voltage and having a face with three vertically elongated electron beam pass-through holes of a key hole type and an inner guide electrode with three electron beam passthrough holes disposed at an inner side of the face, and a second focusing electrode adapted to be applied of a high dynamic voltage and having correcting electrodes unitary with a face of the second focusing electrode opposite to the first focusing electrode formed in a cathode direction at upper and lower sides of each of the three electron beam pass-through holes, whereby facilitating changes of center and side powers of the dynamic quadrupole lenses formed between the electron beam pass-through holes/the inner guide electrode in the first focusing electrode and the correcting electrodes on application of the dynamic voltage to the second focusing electrode by changing lengths between the center correcting electrode and the side correcting electrodes according to a fitted depth of the inner guide electrode in the second focusing electrode.
    • 公开了用于彩色阴极射线管的电子枪中的聚焦电极,其可以减少电子枪制造中的人力和多个部件,并且可以防止中心电子束根据拟合的水平被水平拉长 内引导电极的深度,聚焦电极包括适于施加低静电压的第一聚焦电极,并具有具有三个垂直伸长的键孔型电子束通孔和三引导电极的面 设置在面的内侧的电子束通孔,以及适于施加高动态电压的第二聚焦电极,并且具有与形成在阴极中的与第一聚焦电极相对的第二聚焦电极的表面整齐的校正电极 方向在三个电子束通孔中的每一个的上侧和下侧,从而促进t的中心和侧面功率的改变 在第一聚焦电极中的电子束通过孔/内引导电极和校正电极之间形成动态四极透镜,通过改变中心校正电极和侧校正之间的长度施加动态电压至第二聚焦电极 电极根据第二聚焦电极内部引导电极的嵌合深度。
    • 5. 发明授权
    • Focusing electrode system having burring parts of differing sizes
    • 聚焦电极系统具有不同尺寸的毛刺部分
    • US5994851A
    • 1999-11-30
    • US965667
    • 1997-11-06
    • Hyun Cheol Kim
    • Hyun Cheol Kim
    • H01J29/48H01J29/50H01J29/51H01J29/46
    • H01J29/503
    • In a focusing electrode system in an electron gun for a color cathode ray tube, distortion of an electron beam, that takes place when horizontal and vertical diameters of a main focusing lens are different is corrected by adjusting power of a dynamic four polar lens. The system includes a first focusing electrode adapted to have applied a static voltage, and a second focusing electrode adapted to have applied a dynamic voltage synchronous to a deflection of electron beams. The second focusing electrode includes, one end having a burring part on a circumference of each of three electron beam pass-through holes at upper and lower portions thereof. A size of the burring part of the electron beam pass-through hole at a center thereof is different from a size of the burring part on each of the electron beam pass-through holes at outer portions thereof. The other end has a single electron beam pass-through hole that is identical to a single electron beam pass-through hole in one end of an anode electrode and an electrostatic field control electrode provided inside that is identical to an electrostatic field control electrode provided inside of the anode electrode. The resulting system adjusts diameters of the main focusing lenses to be formed between the second focusing electrode and the anode electrode.
    • 在用于彩色阴极射线管的电子枪的聚焦电极系统中,通过调整动态四极透镜的功率来校正当主聚焦透镜的水平和垂直直径不同时发生的电子束的变形。 该系统包括适于施加静电压的第一聚焦电极和适于施加与电子束的偏转同步的动态电压的第二聚焦电极。 第二聚焦电极包括一端在其上部和下部的三个电子束通孔中的每一个的圆周上具有翻边部分。 其中心处的电子束通孔的翻边部分的尺寸与其外侧的每个电子束通过孔上的翻边部分的尺寸不同。 另一端具有与阳极电极的一端中的单个电子束通孔相同的单个电子束通过孔,和设置在内部的静电场控制电极与设置在内部的静电场控制电极相同 的阳极电极。 所得到的系统调整要在第二聚焦电极和阳极之间形成的主聚焦透镜的直径。
    • 6. 发明授权
    • Electron gun in color cathode ray tube
    • 电子枪在彩色阴极射线管
    • US06650039B1
    • 2003-11-18
    • US09589889
    • 2000-06-09
    • Tae Kyu KimHyun Cheol Kim
    • Tae Kyu KimHyun Cheol Kim
    • H01J2950
    • H01J29/503
    • An electron gun is provided for a color CRT having a triode for emitting, controlling, and accelerating R, G, B beams, and main lens forming electrodes for focusing the R, G, B beams emitted from the triode onto a screen. The electron gun includes first dynamic quadrupole lens forming electrodes for providing a vertical focusing action and a horizontal focusing action to be applied to the R, G, B beams such that the vertical focusing action is different from the horizontal focusing action, and second dynamic quadrupole lens forming electrodes for providing horizontal/vertical focusing actions to be applied to the R, B beams, side beams, and horizontal/vertical focusing actions to be applied to the G beam, a center beam, the horizontal/vertical focusing actions to be applied to the R, B beams being different from the horizontal/vertical focusing actions to be applied to the G beam. The first dynamic quadrupole lens forming electrodes and the second dynamic quadrupole lens forming electrodes being are arranged in order starting from the main lens forming electrodes toward the triode, thereby enhancing a resolution.
    • 为具有三极管的彩色CRT提供电子枪,用于发射,控制和加速R,G,B光束和主透镜形成电极,用于将从三极管发出的R,G,B光束聚焦到屏幕上。 电子枪包括第一动态四极透镜形成电极,用于提供垂直聚焦作用和水平聚焦作用,以施加到R,G,B光束,使得垂直聚焦作用不同于水平聚焦作用,第二动态四极杆 透镜形成电极,用于提供施加到R,B光束,侧光束的水平/垂直聚焦动作,以及要施加到G光束的水平/垂直聚焦动作,中心光束,要施加的水平/垂直聚焦动作 对于R,B光束不同于要施加到G光束的水平/垂直聚焦动作。 第一动态四极透镜形成电极和第二动态四极透镜形成电极按顺序从主透镜形成电极朝向三极管依次布置,从而提高分辨率。
    • 7. 发明授权
    • Focusing electrode in electron gun for color cathode ray tube
    • 聚焦电极用于电子枪彩色阴极射线管
    • US6051920A
    • 2000-04-18
    • US28993
    • 1998-02-25
    • Hyun Cheol KimKi Bog Son
    • Hyun Cheol KimKi Bog Son
    • H01J29/62H01J29/50
    • H01J29/628
    • A focusing electrode in an electron gun for a color cathode ray tube comprises: a first focusing electrode including one end with vertical plate electrodes projected toward cathodes in three vertically elongated electron beam through holes, and an inner electrode having three electron beam through holes disposed therein, adapted to be applied of a static voltage; and a second focusing electrode including horizontal plate electrodes respectively formed at upper and lower sides of three electron beam through holes inserted into the vertically elongated electron beam through holes in the first focussing electrode, adapted to be applied of a dynamic voltage synchronous to a deflection of the electron beams, wherein a dynamic quadrupole lens is formed among the vertical plate electrodes, the horizontal plate electrodes, and the inner electrode when applying the dynamic voltage to the second focusing electrode, and the intensity of the dynamic quadrupole lens can be controlled by controlling the depth of the inner electrode which is mounted in the first focusing electrode.
    • 用于彩色阴极射线管的电子枪中的聚焦电极包括:第一聚焦电极,其包括一端,在三个垂直伸长的电子束通孔中朝向阴极突出的垂直板电极,以及设置在其中的三个电子束通孔的内部电极 适于施加静电压; 以及第二聚焦电极,其包括分别形成在插入到第一聚焦电极中的垂直伸长的电子束通过孔中的三个电子束通孔的上侧和下侧的水平平板电极,适于施加与第一聚焦电极的偏转同步的动态电压 电子束,其中当向第二聚焦电极施加动态电压时,在垂直板电极,水平板电极和内部电极之间形成动态四极透镜,并且可以通过控制来控制动态四极透镜的强度 安装在第一聚焦电极中的内部电极的深度。
    • 8. 发明授权
    • Channel estimation method and apparatus using data channel
    • 使用数据通道的信道估计方法和装置
    • US08422354B2
    • 2013-04-16
    • US12639669
    • 2009-12-16
    • Hyun Cheol Kim
    • Hyun Cheol Kim
    • H04L5/00
    • H04L25/0228
    • A channel estimation method and apparatus that use a data channel are provided for improving channel estimation accuracy in a wireless communication system. The channel estimation apparatus includes a channel value extraction unit that extracts a first estimation value from a potential pilot signal received through a pilot channel and extracts a second estimation value from a potential data signal received through the data channel. The apparatus also includes a weight calculator that calculates a weight for determining a utilization ratio of the potential data signal in channel estimation from an error rate of the potential data signal. The apparatus further includes a channel estimator that estimates a final estimation value using the first estimation value and the second estimation value weighted by the weight calculated by the weight calculator.
    • 提供使用数据信道的信道估计方法和装置,用于提高无线通信系统中的信道估计精度。 信道估计装置包括:信道值提取单元,从通过导频信道接收的潜在导频信号中提取第一估计值,并从通过数据信道接收的潜在数据信号中提取第二估计值。 该装置还包括权重计算器,该权重计算器根据潜在数据信号的错误率计算用于确定信道估计中的潜在数据信号的利用率的权重。 该装置还包括使用由权重计算器计算的权重加权的第一估计值和第二估计值来估计最终估计值的信道估计器。