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    • 1. 发明授权
    • Image distortion correcting device
    • 图像失真校正装置
    • US06373360B1
    • 2002-04-16
    • US09702853
    • 2000-11-01
    • Yoshinori MiyamotoHironobu YasuiAkinori HeishiAkira IshimoriHiroaki Nishino
    • Yoshinori MiyamotoHironobu YasuiAkinori HeishiAkira IshimoriHiroaki Nishino
    • G06G104
    • H01J29/705H01J2229/5687
    • An image distortion correcting device with reduced cost and reduced consumption power is provided. Horizontal correction coils (L1) and (L2) are wound around partial cores (4a) and (4b). The two horizontal correction coils (L1) and (L2) are wound in such winding directions that they produce magnetic fields in opposite directions. A bobbin (5) having an insulating property covers the partial cores (4a) and (4b) and magnets (2) and (3) in the winding direction of the horizontal correction coils (L1) and (L2), and a vertical correction coil (L3) is wound on the bobbin (5) around the partial cores (4a) and (4b) along the windings of the horizontal correction coils (L1) and (L2). That is to say, the vertical correction coil (L3) is wound over the horizontal correction coils (L1) and (L2) along the periphery of their windings with the bobbin (5) interposed therebetween. This vertical correction coil (L3) is wound in such a direction that it produces a magnetic field directed to cancel the bias magnetic field produced by the magnets (2) and (3).
    • 提供了一种降低成本和降低功耗的图像失真校正装置。 水平校正线圈(L1)和(L2)缠绕在部分芯(4a)和(4b)上。 两个水平校正线圈(L1)和(L2)以这样的缠绕方向缠绕,使得它们产生相反方向的磁场。 具有绝缘性的线轴(5)在水平校正线圈(L1)和(L2)的卷绕方向上覆盖部分铁心(4a)和(4b)以及磁体(2)和(3) 绕线圈(L3)沿着水平校正线圈(L1)和(L2)的绕组围绕部分磁芯(4a)和(4b)卷绕在绕线筒(5)上。 也就是说,垂直校正线圈(L3)绕线圈(5)插入其绕组的周围,沿水平校正线圈(L1)和(L2)缠绕。 该垂直校正线圈(L3)以这样的方向缠绕,以产生用于抵消由磁体(2)和(3)产生的偏置磁场的磁场。
    • 2. 发明授权
    • Image distortion correction circuit
    • 图像失真校正电路
    • US06291948B1
    • 2001-09-18
    • US09694810
    • 2000-10-24
    • Hironobu YasuiAkinori HeishiYoshinori MiyamotoAkira IshimoriHiroaki Nishino
    • Hironobu YasuiAkinori HeishiYoshinori MiyamotoAkira IshimoriHiroaki Nishino
    • G09G128
    • H04N3/237H01J29/705H01J2229/5687
    • An image distortion correction circuit is provided in which a horizontal deflection current (IH) flows through horizontal correction coils (L1, L2) and a vertical deflection current (IV) flows through either of vertical correction coils (L3, L4). The vertical correction coils (L3, L4) and the horizontal correction coils (L1, L2) are wound on the same core (4). A pair of magnets (2, 3) on opposite ends of the core (4) apply a biased magnetic field from the north pole toward the south pole. The anode of a diode (D1), the cathode of a diode (D2) and a first end of a resistor (R1) are connected to an intermediate terminal (P11) through which the vertical deflection current (IV) flows. A first end of the vertical correction coil (L3) is connected to the cathode of the diode (D1). A second end of the resistor (R1) and a terminal (P4) are connected to a second end of the vertical correction coil (L3). A first end of the vertical correction coil (L4) is connected to the terminal (P4), and a second end of the vertical correction coil (L4) is connected to the anode of the diode (D2). The image distortion correction circuit minimizes the degradation of vertical deflection sensitivity to perform an intermediate pin distortion correction.
    • 提供一种图像失真校正电路,其中水平偏转电流(IH)流过水平校正线圈(L1,L2),垂直偏转电流(IV)流过垂直校正线圈(L3,L4)。 垂直校正线圈(L3,L4)和水平校正线圈(L1,L2)缠绕在相同的芯(4)上。 在核心(4)的相对端上的一对磁体(2,3)从北极向南极施加偏置的磁场。 二极管(D1)的阳极,二极管(D2)的阴极和电阻器(R1)的第一端连接到垂直偏转电流(IV)流过的中间端子(P11)。 垂直校正线圈(L3)的第一端连接到二极管(D1)的阴极。 电阻器(R1)的第二端和端子(P4)连接到垂直校正线圈(L3)的第二端。 垂直校正线圈(L4)的第一端连接到端子(P4),垂直校正线圈(L4)的第二端连接到二极管(D2)的阳极。 图像失真校正电路使垂直偏转灵敏度的劣化最小化,从而执行中间针失真校正。
    • 4. 发明授权
    • CRT display apparatus
    • CRT显示装置
    • US06384536B1
    • 2002-05-07
    • US09776627
    • 2001-02-06
    • Hironobu YasuiAkinori Heishi
    • Hironobu YasuiAkinori Heishi
    • H01J2952
    • H01J29/98
    • A CRT display apparatus including a CRT having an electron gun is disclosed. The electron gun includes a cathode, a G1 electrode, a G2 electrode, and a G3 electrode disposed in that order for drawing electrons from the cathode. The electron gun further includes a modulating Gm electrode disposed between the G2 electrode and the G3 electrode. The CRT display apparatus is provided with a current measuring circuit measuring a current flowing through the Gm electrode and a controller for controlling a value of a voltage applied to the Gm electrode according to a value of the current measured by the current measuring circuit for the purpose of preventing the electron beam flowing from the electron gun to the screen of the CRT from becoming excessive.
    • 公开了一种包括具有电子枪的CRT的CRT显示装置。 电子枪包括阴极,G1电极,G2电极和G3电极,其按照从阴极吸取电子的顺序设置。 电子枪还包括设置在G2电极和G3电极之间的调制Gm电极。 CRT显示装置设置有测量流过Gm电极的电流的电流测量电路和用于根据由电流测量电路测量的电流的值来控制施加到Gm电极的电压的值的控制器 防止从电子枪流向CRT的屏幕的电子束变得过大。
    • 5. 发明授权
    • CRT display apparatus
    • CRT显示装置
    • US06495975B2
    • 2002-12-17
    • US09758224
    • 2001-01-12
    • Hironobu YasuiAkinori Heishi
    • Hironobu YasuiAkinori Heishi
    • H01J2970
    • H01J29/98H01J29/52
    • A CRT display apparatus including a CRT having an electron gun is disclosed. The electron gun includes a cathode, and a G1 electrode, a G2 electrode and a G3 electrode disposed in that order for drawing electrons from the cathode. The electron gun further includes a modulating electrode disposed between the G2 electrode and the G3 electrode. The CRT display apparatus is provided with a controller for controlling a value of a voltage applied to the modulating electrode in order to suppress or interrupt an electron beam flowing from the cathode to a screen of the CRT.
    • 公开了一种包括具有电子枪的CRT的CRT显示装置。 电子枪包括阴极,G1电极,G2电极和G3电极,其按照从阴极吸取电子的顺序设置。 电子枪还包括设置在G2电极和G3电极之间的调制电极。 CRT显示装置设置有用于控制施加到调制电极的电压的值以控制或中断从阴极流向CRT的屏幕的电子束的控制器。
    • 8. 发明授权
    • CRT display apparatus
    • CRT显示装置
    • US06563276B2
    • 2003-05-13
    • US09989418
    • 2001-11-21
    • Akinori HeishiHironobu YasuiTetsuya Shimizu
    • Akinori HeishiHironobu YasuiTetsuya Shimizu
    • H01J2952
    • G09G1/28H04N9/645
    • A CRT display apparatus capable of displaying images in high contrast and high brightness without causing noises and halftone-reproduction degradation within dark areas is disclosed. The apparatus includes a circuit for generating an R-control signal, a G-control signal and a B-control signal by removing, from each of the R-, G- and B-video signals, portions which are below a predetermined level in amplitude, an amplification circuit for inverting and amplifying the R-, G- and B-control signals, and a selection circuit for selecting, for each of the three G1 electrodes, either a corresponding one of the R-, G- and B-control signals inverted and amplified by the amplification circuit or a potential of a predetermined value in accordance with an instruction from an outside, and applying each of the three G1 electrodes with a selected one of the corresponding one of the R-, G- and B-control signals and the potential.
    • 公开了一种能够以高对比度和高亮度显示图像而不会在黑暗区域内产生噪声和半色调再现劣化的CRT显示装置。 该装置包括用于通过从R,G和B视频信号中的每一个去除低于预定水平的部分来产生R控制信号,G控制信号和B控制信号的电路 用于反转和放大R,G和B控制信号的放大电路,以及用于对于三个G1电极中的每一个选择R,G和B控制信号中的相应一个的选择电路, 根据来自外部的指令,由放大电路反相放大的控制信号或预定值的电位,并将三个G1电极中的每一个与R,G和B中相应的一个对应 控制信号和潜力。
    • 9. 发明授权
    • CRT display device and cutoff adjustment method
    • CRT显示装置和截止调整方法
    • US06495978B2
    • 2002-12-17
    • US09909830
    • 2001-07-23
    • Hironobu YasuiAkinori Heishi
    • Hironobu YasuiAkinori Heishi
    • G09G104
    • H01J29/503
    • A cutoff adjustment method of a CRT using a Hi-Gm tube is proposed as well as a problem that luminance of a display screen is changed by a fluctuation of a Gm voltage to be applied to a Gm electrode in relation to fluctuations of currents flowing into the Gm electrode and a G2 electrode is solved. On this occasion, the cutoff adjustment method of the Hi-Gm tube sets such that a Gm voltage value of a Gm electrode voltage source and a black level bias voltage value applied to a cathode for displaying a black level agree with each other. Further, the CRT display device having the Hi-Gm tube is constituted such that it is provided with a voltage detection circuit in an output side of the Gm electrode voltage source for measuring a fluctuation of an output voltage from the Gm electrode voltage source to keep the Gm voltage constant by a feedback from the voltage detection circuit.
    • 提出了使用Hi-Gm管的CRT的截止调整方法以及显示屏的亮度随着施加到Gm电极的Gm电压的波动相对于流入Gm电极的电流的波动而改变的问题 解决了Gm电极和G2电极。 在这种情况下,Hi-Gm管的截止调整方法设置为使得施加到用于显示黑色电平的阴极的Gm电极电压源的Gm电压值和黑色电平偏置电压值彼此一致。 此外,具有Hi-Gm管的CRT显示装置构成为在Gm电极电压源的输出侧设置有电压检测电路,用于测量来自Gm电极电压源的输出电压的波动以保持 通过来自电压检测电路的反馈,Gm电压恒定。