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    • 4. 发明公开
    • Focusing device with two dynamic windings for energy recovery
    • Fokussiereinrichtung mit zwei dynamischen Erregerspulen zurEnergierückgewinnung。
    • EP0551026A1
    • 1993-07-14
    • EP92400068.0
    • 1992-01-10
    • THOMSON TUBES & DISPLAYS S.A.
    • Perreaut, Jean Marc
    • H01J29/66H04N3/26
    • H04N3/26H01J29/66
    • An electron beam focusing device with two dynamic windings is provided for apparatus such as cathode ray tubes . The focusing device (12) includes a static field generator (10) and two (13),(14) coupled coils windings mounted axially adjacent or overlapped along the beam axis. The static field generator can be a permanent magnet and the first and second windings can be superimposed at the axial center of the static field of the magnet. Alternatively, the static field generator can have a winding in a magnetically permeable shield structure (11) with a gap (22) for concentrating the static field at an axial end of the focusing device, the first and second windings being superimposed on one another adjacent the gap and outside the shield.
    • 具有两个动态绕组的电子束聚焦装置用于诸如阴极射线管的装置。 聚焦装置(12)包括静电场发生器(10)和沿轴线轴向相邻或重叠安装的两个(13),(14)耦合的线圈绕组。 静电场发生器可以是永磁体,并且第一和第二绕组可以叠加在磁体的静态磁场的轴心处。 或者,静电场发生器可以具有在具有间隙(22)的导磁屏蔽结构(11)中的绕组,用于将静态场集中在聚焦装置的轴向端部处,第一和第二绕组彼此相邻地相邻 间隙和外面的盾牌。
    • 8. 发明公开
    • Deflection apparatus for a cathode ray tube, and beam landing adjustment method
    • 阿斯顿凯恩·卡特丹·德拉霍尔德·德尔法伦
    • EP1132939A2
    • 2001-09-12
    • EP01400611.8
    • 2001-03-08
    • SONY CORPORATION
    • Aoki, Kyousuke, c/o Sony Fukushima CorporationTakase, Teizo, c/o Sony Corporation
    • H01J29/76
    • H01J29/706H01J29/66
    • A landing correction coil (6) is provided at the rear of a horizontal deflection coil (5) of a deflection yoke or at a position where it is closely coupled with the horizontal deflection coil (5). The landing correction coil (6) is fixed so as to generate a magnetic field perpendicular to the axis of a CRT.
      Moreover, the landing correction coil (6) is connected so that a current flowing in a horizontal deflection coil (5) may flow in the landing correction coil (6).
      Furthermore, the landing correction coil (6) is connected to an adjustment coil (7) for adjusting the current flowing therein.
      A varying means is provided in the adjustment coil (7) and the polarity and amplitude of the current flowing in the landing correction coil (6) is adjusted by the varying means. This causes the magnetic field distribution for scanning an electron beam of a CRT to be changed and enables a landing characteristic to be adjusted electrically.
    • 在偏转线圈的水平偏转线圈(5)的后部或与水平偏转线圈(5)紧密耦合的位置处设置着台校正线圈(6)。 着陆校正线圈(6)固定,以产生垂直于CRT轴的磁场。 此外,层叠校正线圈(6)被连接成使得在水平偏转线圈(5)中流动的电流可以在着陆校正线圈(6)中流动。 此外,着陆校正线圈(6)连接到用于调节在其中流动的电流的调节线圈(7)。 在调节线圈(7)中设置有变化的装置,并且通过改变装置来调节在层叠校正线圈(6)中流动的电流的极性和振幅。 这使得用于扫描CRT的电子束的磁场分布被改变,并且能够电梯调整着陆特性。