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    • 1. 发明申请
    • 偏向ヨークおよび陰極線管装置
    • 偏转线和阴极射线管单元
    • WO2004049381A1
    • 2004-06-10
    • PCT/JP2003/014782
    • 2003-11-20
    • 松下電器産業株式会社岩崎 勝世
    • 岩崎 勝世
    • H01J29/76
    • H01J29/76H01J29/701H01J2229/5682
    • A deflection yoke in which variation in the magnetizing amount due to individual difference of permanent magnets is corrected and correction of appropriate raster distortion can be sustained even for the temperature variation of an apparatus, and a cathode ray tube unit comprising it. The correction unit (340) in the deflection yoke (30) of a CRT unit (1) is fixed, onto at least one of the opposite end faces (341a, 341b) of a permanent magnet (341), with a magnetic body (342) having such characteristics that the permeability varies with negative temperature characteristics so as to cover it. The deflection yoke (30) is provided with a pair of vertical correction units (340) symmetrically to the tube axis of a CRT (10).
    • 修正由于永久磁铁的个体差异引起的磁化量的变化并且即使对于包括它的阴极射线管单元的温度变化也能够维持适当的光栅变形的校正的偏转线圈。 CRT单元(1)的偏转线圈(30)中的校正单元(340)固定在永磁体(341)的相对端面(341a,341b)中的至少一个上,与磁体 342)具有这样的特性,使得磁导率随着负温度特性而变化以便覆盖它。 偏转线圈(30)设置有与CRT(10)的管轴对称的一对垂直校正单元(340)。
    • 4. 发明申请
    • APPARATUS FOR CORRECTING DISTORTION OF AN ELECTRON BEAM GENERATED SPOT ON A CATHODE RAY TUBE SCREEN
    • 用于校正阴极射线管屏幕上电子束生成点的失真的装置
    • WO1997031360A1
    • 1997-08-28
    • PCT/US1997002158
    • 1997-02-24
    • SARNOFF CORPORATION
    • SARNOFF CORPORATIONGROTE, Michael, Denton
    • G09G01/04
    • H01J29/76H01J29/702
    • A monochrome cathode ray tube (CRT) yoke includes harmonic windings for correcting spot distortion. In a first embodiment of the invention, the yoke (8) includes harmonic windings in the entrance region of the yoke and harmonic windings in the exit region of the yoke. The harmonic windings (14) in the entrance region produce a barrel-shaped field for correcting spot astigmatism along the diagonals of the CRT. The harmonic windings (16) in the exit region of the yoke produce a pincushion-shaped field for correcting spot elongation along the diagonals of the CRT. In a second embodiment of the invention, the yoke includes harmonic windings only in the entrance region. A stigmator (6) includes quadrupole coils driven at low power vertical scan rates. This allows the stigmator to be positioned near the electron gun and reduces the length of the CRT. In a third embodiment of the invention, the yoke includes harmonic windings only in the exit region.
    • 单色阴极射线管(CRT)轭包括用于校正光斑变形的谐波绕组。 在本发明的第一实施例中,磁轭(8)包括磁轭的入口区域中的谐波绕组和磁轭的出口区域中的谐波绕组。 入口区域中的谐波绕组(14)产生用于校正沿CRT对角线的点散光的桶形场。 轭的出口区域中的谐波绕组(16)产生用于校正沿着CRT的对角线的点延伸的枕形场。 在本发明的第二实施例中,轭仅包括在入口区域中的谐波绕组。 标示器(6)包括以低功率垂直扫描速率驱动的四极线圈。 这样可以使瞄准器放置在电子枪附近并缩小CRT的长度。 在本发明的第三实施例中,磁轭仅包括在出口区域中的谐波绕组。
    • 5. 发明申请
    • 速度変調装置及び投写型表示装置
    • 速度调制装置和投影型显示单元
    • WO2003019606A1
    • 2003-03-06
    • PCT/JP2002/008746
    • 2002-08-29
    • ソニー株式会社高岸 敏哉
    • 高岸 敏哉
    • H01J29/76
    • H04N3/32H01J29/76H01J2229/5688
    • The scanning velocities of a plurality of electron beams having beam intervals can be independently modulated. A current is supplied to a velocity modulation coil to modulate the scanning velocities of a plurality of electron beams 19A, 19B emitted from electron guns housed in the neck portion of a CRT and sharpen the profile of an image. The velocity modulation coil consists of three upper-side coils 27A, 27B, 27C and three lower-side coils 28A, 28B, 28C, and has a coil shape that generates an asymmetric quadripolar magnetic field, and independent magnetic fields obtained from these two velocity modulation coils respectively modulate the scanning velocities of a plurality of electron beams 19A, 19B almost independently of one another.
    • 具有波束间隔的多个电子束的扫描速度可以被独立调制。 电流被提供给速度调制线圈以调制从容纳在CRT的颈部的电子枪发射的多个电子束19A,19B的扫描速度,并且锐化图像的轮廓。 速度调制线圈由三个上侧线圈27A,27B,27C和三个下侧线圈28A,28B,28​​C组成,并且具有产生非对称四极磁场的线圈形状,以及从这两个速度获得的独立磁场 调制线圈分别彼此独立地调制多个电子束19A,19B的扫描速度。
    • 7. 发明申请
    • SPACE-SAVING CATHODE RAY TUBE
    • 节省空间的阴天管
    • WO01093300A1
    • 2001-12-06
    • PCT/US2001/016386
    • 2001-05-22
    • H01J29/52H01J29/56H01J29/66H01J29/76H01J31/20H01J29/70
    • H01J29/76H01J29/66H01J31/203H01J2229/703
    • In a cathode ray tube (10), an electron beam is directed towards a faceplate (20) having an electrode (22) biased at screen potential and is magnetically scanned across the faceplate (20) to impinge upon phosphors (23) thereon to produce light depicting an image. A six-pole coil (15) is disposed proximate the deflection yoke (16) and/or on the tube neck (14) to modify the focus of the red, green and blue electron beams to control focus. An electrode (46) between the tube neck (14) and the faceplate (20) is biased at or above screen potential to deflect electrons over a greater total angle than is obtained from the magnetic deflection.
    • 在阴极射线管(10)中,电子束被引向面板(20),所述面板(20)具有偏置于屏幕电位的电极(22),并且横过面板(20)被磁扫描以撞击其上的磷光体(23),以产生 光描绘图像。 六极线圈(15)设置在偏转线圈(16)和/或管颈(14)附近,以改变红,绿和蓝电子束的焦点以控制焦点。 管颈(14)和面板(20)之间的电极(46)被偏置在屏幕电位以上或更高处,以使电子偏转的角度大于从磁偏转获得的总角度。