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    • 1. 发明授权
    • Display monitor
    • 显示器
    • US5744918A
    • 1998-04-28
    • US761785
    • 1996-12-06
    • Yoshihiko SugawaraHideyuki MochidaKazuyoshi Takizawa
    • Yoshihiko SugawaraHideyuki MochidaKazuyoshi Takizawa
    • H01J29/96H01F38/42H01J29/00H01J29/70
    • H01J29/003H01J2229/0015
    • A display monitor which comprises a flyback transformer for supplying a high voltage to a display and an opposite-phase pulse inducing transformer. The flyback transformer includes a core, a primary-side low-voltage coil wound on the core, a secondary-side high-voltage coil wound on the core and divided into high-voltage coil pieces, rectifier diodes connected in series with respective output sides of the high-voltage coil pieces of the secondary-side high-voltage coil so as to form a series circuit, and a high-voltage capacitor connected to a cathode of one of the high-voltage rectifier diodes in a final stage of the series circuit. The opposite-phase pulse inducing transformer is constituted by a core different from the core of the flyback transformer, an opposite-phase pulse inducing coil wound on the different core for inducing a pulse which is opposite in phase to a deflecting yoke driving horizontal pulse, and a different-core high-voltage output line provided on the different core, the opposite-phase pulse inducing transformer being arranged so that the pulse opposite in phase to the deflecting yoke driving horizontal pulse is superimposed on the different-core high-voltage output line.
    • 一种显示监视器,包括用于向显示器和相位相位的脉冲诱导变压器提供高电压的回扫变压器。 回扫变压器包括芯体,卷绕在芯上的初级侧低压线圈,卷绕在芯上的二次侧高压线圈,分为高压线圈片,与各输出侧串联连接的整流二极管 的二次侧高压线圈的高压线圈片,以便形成串联电路,并且在该系列的最后阶段中连接到一个高压整流二极管的阴极的高电压电容器 电路。 反相脉冲感应变压器由与回扫变压器的磁芯不同的磁芯构成,一个缠绕在不同磁芯上的反相脉冲感应线圈,用于产生与驱动水平脉冲的偏转磁轭相反的脉冲, 和设置在不同芯上的不同核心的高压输出线,反相脉冲感应变压器被布置成使得与偏转磁轭相反的驱动水平脉冲的脉冲叠加在不同的核心高压输出 线。
    • 2. 发明授权
    • Ultrasonic motor and driving for the ultrasonic motor
    • 超声波电机和超声波电机的驱动装置
    • US5631517A
    • 1997-05-20
    • US439062
    • 1995-05-08
    • Kazuo KatoTakashi SaseKikuo TomitaShuzo OshimaMuneo ChibaTomohiko DoukenKazuyoshi Takizawa
    • Kazuo KatoTakashi SaseKikuo TomitaShuzo OshimaMuneo ChibaTomohiko DoukenKazuyoshi Takizawa
    • H01L41/04H01L41/09H02N2/16H01L41/08
    • H02N2/105H02N2/147
    • An electrostrictive revolution type ultrasonic motor includes a piezoelectric ceramic disk shaped stator and a rotor. The piezoelectric ceramic disk shaped stator has an eccentric movement via excitation by two phase pulse like voltage. The rotor is fitted around the circumference of the stator and is transmitted by a rotating torque due to the eccentric movement via frictional contact therebetween. The rotor is formed of a plastic material by injection molding to achieve a reduction of a size variation of the rotor and a stable contact with the stator. A high and stable rotating torque is thereby obtained with a reduced production cost. Further, a driving device for the ultrasonic motor which varies the frequency of a voltage applied to the ultrasonic motor in a stepped manner discriminates the magnitude of the corresponding motor currents and drives the ultrasonic motor with the frequency which causes the maximum motor current. In this manner, a simple structured and low cost driving device which operates at a high speed and at a high resolution with a high efficiency is achieved.
    • 电致伸缩型超声波马达包括压电陶瓷盘形定子和转子。 压电陶瓷盘形定子通过两相相位脉冲(如电压)经由激励而具有偏心运动。 转子安装在定子的周围,并由于偏心运动通过其间的摩擦接触而由旋转转矩传递。 转子由塑料材料通过注射成型形成,以实现转子尺寸变化的减小和与定子的稳定接触。 由此可以降低制造成本而获得高稳定的转矩。 此外,用于以阶梯式方式改变施加到超声波马达的电压的频率的超声波马达的驱动装置识别相应电动机电流的大小,并以引起最大电动机电流的频率驱动超声波电动机。 以这种方式,实现了以高速和高分辨率高效率地操作的简单的结构化和低成本的驱动装置。
    • 4. 发明授权
    • High voltage generator
    • 高压发生器
    • US4808891A
    • 1989-02-28
    • US208840
    • 1988-06-22
    • Kiyoshi WatanukiKazuyoshi Takizawa
    • Kiyoshi WatanukiKazuyoshi Takizawa
    • H04N3/185H01J29/70H01J29/72H01J29/76
    • H04N3/185
    • In a high voltage generator comprising a flyback transformer having a primary winding and a secondary winding, a horizontal deflection circuit connected to the primary winding of the flyback transformer, and a rectifier diode connected to the secondary winding of the flyback transformer, a resonance circuit including a saturable transformer and a capacitor is inserted between the primary winding of the flyback transformer and a power source, and a signal corresponding to the value of a high voltage load current is applied to a control winding of the saturable transformer. When the value of the high voltage load current is very small, the resonance circuit resonates with a higher harmonic of a flyback pulse to remove this higher harmonic component. As the value of the high voltage load current increases, the inductance value of the secondary winding of the saturable transformer changes to change the resonance frequency of the resonance circuit. As a result, the proportion of removal of the higher harmonic component decreases to increase the peak value of the high voltage thereby suppressing a voltage drop of the high voltage.
    • 在包括具有初级绕组和次级绕组的回扫变压器的高压发生器中,连接到回扫变压器的初级绕组的水平偏转电路和连接到回扫变压器的次级绕组的整流二极管,包括: 在回扫变压器的初级绕组和电源之间插入饱和变压器和电容器,并且将与高压负载电流的值相对应的信号施加到可饱和变压器的控制绕组。 当高压负载电流的值非常小时,谐振电路与回扫脉冲的高次谐波共振,以去除该高次谐波分量。 随着高压负载电流的值增加,可饱和变压器的次级绕组的电感值改变以改变谐振电路的谐振频率。 结果,去除高次谐波分量的比例降低,从而增加高电压的峰值,从而抑制高电压的电压降。