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    • 2. 发明公开
    • Electron source drive device employing an improvement of an electron source unit
    • Elektronenquellentreibervorrichtung,eine Verbesserung einer Elektronenquelle verwendend。
    • EP0517146A2
    • 1992-12-09
    • EP92109239.1
    • 1992-06-02
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • Hashiguchi, JumpeiNonomura, KinzoMurai, RyuichiKitao, Satoshi
    • H01J31/12H01J29/50
    • H01J29/484H01J31/126H01J2329/8625
    • Further automatic control systems (11 and 31, look at Fig. 3 and Fig. 6) are described to keep constant potential differences between the cathode (1) and the conductive member (3) or the cathode (1) and a second conductive member (30, look at Fig. 6), respectively. These automatic control systems (11 and 31) maintain constant brightnes. The system (31, look at Fig. 6) detects external noises.
      In an electron source drive device, a cathode support member (6) arranged in contact with a cathode (1) is constructed by a conductive member (3) and an insulation member (2) interposed between the conductive member (3) and a contacting portion of the cathode, and the insulation member (2) is made of a material having a resistivity and a specific dielectric constant such that the electric discharge time constant τ of electrons on the surface of the insulation member depending on the insulation resistance and the electrostatic capacity between the surface of the insulation member and the conductive member is set in a visually permissible range of not too much in excess of one cycle of emission T f of the cyclical electron from the cathode without bringing forth intermittent electron emission.
    • 在电子源驱动装置中,与阴极接触地配置的阴极支撑构件由导电构件和介于导电构件和阴极的接触部分之间的绝缘构件构成,绝缘构件由具有 电阻率和比介电常数,使得绝缘构件表面上的电子的放电时间常数取决于绝缘电阻和绝缘构件的表面与导电构件之间的静电容量设定在视觉上允许的范围内 不超过来自阴极的周期性电子的一个周期的发射,而不产生间歇的电子发射。
    • 6. 发明公开
    • Image display device
    • 图像显示设备
    • EP0459496A2
    • 1991-12-04
    • EP91108889.6
    • 1991-05-31
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • Hashiguchi, JumpeiHamada, KiyoshiNonomura, KinzoMurai, RyuichiKitao, Satoshi
    • H01J31/12
    • H01J31/125
    • An image display device includes comb-shaped horizontal deflection electrodes (20 and 20a) disposed interleavingly in a first plane with a space therebetween for forming electron beam passages and comb-shaped vertical deflection electrodes (21 and 21a) disposed interleavingly in a second plane adjacent and parallel to the first plane. The capacitance between the horizontal deflection electrode (20) confronting with vertical deflection electrodes (21 and 21a) and the capacitance between the horizontal deflection electrode (20a) confronting with vertical deflection electrode (21 and 21a) are made equal to each other. Also, the capacitance of vertical deflection electrode (21) confronting with horizontal deflection electrodes (20 and 20a) and the capacitance of vertical deflection electrode (21a) confronting with horizontal deflection electrodes (20 and 20a) are made equal to each other, whereby the voltage effect induced by the other deflection electrode can be canceled by each other and a good quality image can be obtained.
    • 一种图象显示装置包括梳形水平偏转电极(20和20a),它交错地设置在第一平面中,其间有一个空间用于形成电子束通道,梳状垂直偏转电极(21和21a)交错地设置在相邻的第二平面 并平行于第一架飞机。 面对垂直偏转电极(21和21a)的水平偏转电极(20)与面对垂直偏转电极(21和21a)的水平偏转电极(20a)之间的电容彼此相等。 而且,使面对水平偏转电极(20和20a)的垂直偏转电极(21)的电容和面对水平偏转电极(20和20a)的垂直偏转电极(21a)的电容彼此相等,由此 由另一个偏转电极引起的电压效应可以彼此抵消并且可以获得良好质量的图像。
    • 10. 发明公开
    • Method of driving image display device
    • Verfahren zum Betreiben einer Bilddarstellungsvorrichtung。
    • EP0389251A1
    • 1990-09-26
    • EP90302998.1
    • 1990-03-20
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • Hashiguchi, JumpeiNonomura, KinzoHamada, KiyoshiKitao, SatoshiTakahashi, Masayuki
    • H01J29/52
    • G09G1/20H01J31/126H04N9/12
    • A method of driving an image display device is disclosed in which electron beams from line cathodes (1) are impinged upon a display screen (9) through beam modulating and deflecting electrodes (6, 7, 7′, 8, 8′) to display an image. Each beam roughly lands onto a predetermined position on the screen by a stepped deflection voltage waveform to form a spot on the screen while the beam is deflected around the predetermined position by an unstepped deflection voltage waveform. The timing of application or the pulse width of a driving pulse signal for the beam modulating electrode is controlled in a form temporally related to the driving of the beam deflecting electrode to control the landing position or diameter of the spot on the screen. In the case where the driving pulse signal is a signal the pulse width of which is modulated by a video signal, the pulse width is changed in accordance with the level of the video signal and equally in positive and negative directions around the instant of time when a signal pulse having the minimum width necessary for representa­tion as an image is to be generated.
    • 公开了一种驱动图像显示装置的方法,其中来自线阴极(1)的电子束通过光束调制和偏转电极(6,7,7分钟,8,8分钟)撞击在显示屏(9)上以显示 一个图像。 每个光束通过阶梯偏转电压波形大致落在屏幕上的预定位置,以在光束通过非偏移偏转电压波形在预定位置偏转时在屏幕上形成点。 用于光束调制电极的驱动脉冲信号的施加时间或脉冲宽度以与光束偏转电极的驱动相关的形式被控制,以控制屏幕上的光斑的着落位置或直径。 在驱动脉冲信号是脉冲宽度由视频信号调制的信号的情况下,脉冲宽度根据视频信号的电平而变化,并且在时间周期的同时以正负方向改变 将产生具有作为图像表示所需的最小宽度的信号脉冲。