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    • 42. 发明申请
    • Rotating electric machine
    • 旋转电机
    • US20060022553A1
    • 2006-02-02
    • US11190851
    • 2005-07-28
    • Hiroyuki NakayamaYuusuke Minagawa
    • Hiroyuki NakayamaYuusuke Minagawa
    • H02K21/12H02K1/22
    • H02K1/272H02K16/04H02K21/24
    • In an axial gap type rotating electric machine, a rotor (23) is arranged in an axial direction of the rotating electric machine and includes a plurality of permanent magnets magnetized in a circumferential direction of the rotating electric machine with respect to a revolution axis thereof and magnetized in a radial direction thereof with respect to the revolution axis thereof and a stator (25) is arranged in the axial direction thereof and includes a plurality of stator elements (24-1, 24-2), each stator element being constituted by a stator coil (33) and a stator tooth (34) and being opposed against the rotor via an axial gap provided in the axial-direction thereof and the stator further including other stator elements (24-3) arranged to be opposed against at least one of an outer circumferential portion of the rotor in the radial direction and an inner circumferential portion thereof in the radial direction.
    • 在轴向间隙式旋转电机中,转子(23)沿旋转电机的轴向布置,并且包括相对于旋转电机的旋转轴在旋转电机的圆周方向上被磁化的多个永久磁铁, 相对于其旋转轴在其径向上被磁化,并且定子(25)沿其轴向布置并且包括多个定子元件(24-1,24-2),每个定子元件由 定子线圈(33)和定子齿(34),并且经由设置在其轴向方向上的轴向间隙与转子相对,并且定子还包括其它定子元件(24-3),其布置成与至少一个 的径向的转子的外周部和径向的内周部。
    • 45. 发明授权
    • Muse-NTSC converter having two oscillators
    • 具有两个振荡器的Muse-NTSC转换器
    • US5444495A
    • 1995-08-22
    • US294401
    • 1994-08-23
    • Akiko TakahamaMasahiko NakamuraHiroyuki NakayamaEiji AritaYoichi Asamoto
    • Akiko TakahamaMasahiko NakamuraHiroyuki NakayamaEiji AritaYoichi Asamoto
    • H04N11/20H04N7/01
    • H04N7/0125H04N7/0105H04N7/0135H04N7/0122
    • A MUSE-NTSC converter of a relatively simple and small scale circuit design. An oscillation signal from a 28.63636 MHz oscillator (20) is eight times as large as a subcarrier frequency fsc. A Y image processing circuit (17) and a chroma encoder (18) can perform various kinds of processing, such as dividing a frequency of the oscillation signal from the 28.63636 MHz oscillator (20) and the like, to produce a subcarrier frequency. A signal separating circuit (3') receives the oscillation signal from the 28.63636 MHz oscillator (20) as a single system clock and performs some kinds of signal processing which vary from a full wide mode to a zoom mode. Thus, in performing PLL on system clocks in the MUSE mode and the NTSC mode, there may be only one PLL circuit (21) for synchronizing an oscillation signal from a 32.4 MHz oscillator (19) and the oscillation signal from the 28.63636 MHz oscillator (20) in phase.
    • 一种MUSE-NTSC转换器,具有相对简单和规模小的电路设计。 来自28.63636MHz振荡器(20)的振荡信号是副载波频率fsc的八倍。 Y图像处理电路(17)和色度编码器(18)可以执行诸如将来自28.63636MHz振荡器(20)等的振荡信号的频率进行分频的各种处理,以产生副载波频率。 信号分离电路(3')作为单个系统时钟从28.63636MHz振荡器(20)接收振荡信号,并执行从全宽模式变为变焦模式的某种信号处理。 因此,在MUSE模式和NTSC模式下对系统时钟执行PLL时,可以只有一个PLL电路(21)用于使来自32.4MHz振荡器(19)的振荡信号和来自28.63636MHz振荡器的振荡信号 20)同相。
    • 46. 发明授权
    • Miniature printer
    • 微型打印机
    • US4787761A
    • 1988-11-29
    • US781593
    • 1985-09-30
    • Chikao TezukaYukihiro HanaokaHiroyuki Nakayama
    • Chikao TezukaYukihiro HanaokaHiroyuki Nakayama
    • B41J19/20B41J1/32B41J1/54B41J7/52B41J19/68B41J23/02B41J23/04B41J29/58B41J25/28
    • B41J23/025B41J29/58
    • A small-sized printer has a carriage moving in front of a platen. A print wheel is rotatably mounted on the carriage and coupled to a print wheel gear. The print wheel gear meshes with two worm gears which extend parallel to the platen. A rack-like cam also lies parallel to the platen and is followed by rocking lever which drives a pivoted hammer support. A pivoted hammer on the pivoted support strikes the inside of the print wheel, forcing an inked character to print on the paper, and rolling the character on the paper as the carriage moves. The two worm gears are powered by a motor which acts through a print drive. Their rotation is controlled so that the print wheel is rotated for print character selection by rotating both worm gears to turn the print wheel gear, the carriage is caused to move along the print line by stopping rotation of one of the worm gears, and the carriage is caused to return to its original position by stopping the other worm gear.
    • 小型打印机具有在压板前移动的托架。 打印轮可旋转地安装在托架上并联接到打印轮齿轮上。 打印轮齿轮与平行于压盘延伸的两个蜗轮啮合。 齿条状的凸轮也平行于压盘,并且后面是摇动杆,其驱动枢转的锤子支撑件。 枢轴支撑上的枢转锤撞击打印轮的内部,迫使着墨字符在纸张上打印,并在托架移动时滚动纸张上的字符。 两个蜗轮由一个通过打印驱动器作用的马达驱动。 它们的旋转受到控制,使得打印轮旋转以便通过旋转两个蜗轮来转动打印轮齿轮,使滑架通过阻止一个蜗轮的旋转而沿打印线移动,并且滑架 通过停止其他蜗轮装置而返回原来的位置。