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    • 7. 发明申请
    • DISC DRIVING APPARATUS
    • DISC驱动装置
    • US20120120173A1
    • 2012-05-17
    • US13292274
    • 2011-11-09
    • Takatoshi IWANABEMasakazu SoneYoshitaka Onishi
    • Takatoshi IWANABEMasakazu SoneYoshitaka Onishi
    • B41J2/01
    • B41J3/4071
    • A disc driving apparatus includes a recording and reproducing unit for recording or reproducing an information signal for a disc-shaped recording medium having a printing surface and a print unit for performing printing to the printing surface of the disc-shaped recording medium. The print unit includes a print head which is pressed to the printing surface when printing is performed on the printing surface, a head feeding unit to which the print head is mounted, the head feeding unit moving along the printing surface of the disc-shaped recording medium, and a guide member for guiding the movement of the head feeding unit. When the print head is pressed to the printing surface while printing is performed on the printing surface, the disc-shaped recording medium is bent so that the printing surface becomes inclined. The guide member is disposed to be inclined according to the inclined state of the printing surface.
    • 盘驱动装置包括用于记录或再现具有打印表面的盘形记录介质的信息信号和用于对盘形记录介质的打印表面执行打印的打印单元的记录和再现单元。 打印单元包括打印头,当在打印表面上执行打印时被打印到打印表面上;打印头装载单元,打印头被安装到打印头上,打印头供给单元沿着盘形记录介质的打印表面移动 介质和用于引导头部进给单元的运动的引导构件。 当在打印表面上执行打印时将打印头按压到打印表面上时,盘形记录介质被弯曲,使得打印表面变得倾斜。 引导构件被设置成根据打印表面的倾斜状态倾斜。
    • 8. 发明申请
    • DISC DRIVING APPARATUS
    • DISC驱动装置
    • US20120118181A1
    • 2012-05-17
    • US13294252
    • 2011-11-11
    • Takatoshi IWANABEMasakazu SONEYoshitaka ONISHI
    • Takatoshi IWANABEMasakazu SONEYoshitaka ONISHI
    • B41F17/08
    • G11B23/40B41J3/4071B41J25/304G11B17/056
    • A disc driving apparatus includes: a recording and reproducing unit for recording or reproducing an information signal; and a print unit for performing printing to the printing surface of the disc-shaped recording medium. The print unit includes a print head contacting the printing surface when performing printing, a head feeding unit having a head support lever to which the print head is mounted, a guide cam having a cam guide portion extending in a movement direction of the head feeding unit, a moving cam having an forward path cam engagement portion engaged with the cam guide portion in the forward path and a return path cam engagement portion engaged with the cam guide portion in the return path; and a guide member guiding the movement of the head feeding unit between the initial location and the turnaround location.
    • 盘驱动装置包括:用于记录或再现信息信号的记录和再现单元; 以及用于对盘状记录介质的打印表面进行打印的打印单元。 打印单元包括在执行打印时与打印表面接触的打印头,具有安装打印头的头部支撑杆的头部进给单元,具有沿头部进给单元的移动方向延伸的凸轮引导部的引导凸轮 具有与前方路径中的凸轮引导部接合的前进凸轮接合部的移动凸轮和与返回路径中的凸轮引导部接合的返回路径凸轮接合部; 以及引导构件,其引导头部进给单元在初始位置和周转位置之间的移动。
    • 9. 发明授权
    • Variable air-gap type driving device
    • 可变气隙式驱动装置
    • US5545943A
    • 1996-08-13
    • US153338
    • 1993-11-15
    • Akira SatakeYoshitaka OnishiSotsuo Miyoshi
    • Akira SatakeYoshitaka OnishiSotsuo Miyoshi
    • H02K41/06H01L41/04
    • H02K41/06
    • The variable air-gap type driving detector of the present invention for obtaining low speed and high torque outputs required to drive, for example, joints of industrial robots is provided with an elastic supporting means 22, whose one end is supported on a base stand 21 , for supporting a rotor 5 so as to restrain the rotor 5's autorotation; and an eccentric supporting meals, whose rotation shaft 23b is supported on the base stand 21 in a freely rotatable state, and an outside of whose eccentric shaft 23a is supported inside the motor 5, and further whose rotation shaft 23b rotates with the revolution of the rotor 5; and the driving device of the invention becomes simple in structure and small in size by being composed of using no cranks or only a crank.Also, the driving device of the invention is provided with a first gear supported on a base stand in a freely rotatable state; and a second gear, linked with a rotor, for rotating the first gear by revolving inside the first gear with the revolution of the rotor; therefore the revolution movements of the rotor become capable of being taken out from the first gear as rotation movements with only an eccentric supporting means.Further, the driving device of the invention is provided with a waveform generator for generating waveform signals, indicating voltage values or current values to be imposed on each coil of an armature, on command signals corresponding to rotation angles of a rotor; and a controlling power supply for giving voltages or current corresponding to waveform signals generated by the waveform generator to each coil; therefore smooth rotation movements based on rotation angles of the rotor can be obtained.
    • 用于获得驱动例如工业机器人的接头所需的低速和高扭矩输出的本发明的可变气隙式驱动检测器设置有弹性支撑装置22,其一端支撑在基座21上 用于支撑转子5以限制转子5的自转; 以及旋转轴23b以可自由旋转的状态支撑在基座21上的偏心支撑餐具,其偏心轴23a的外侧被支撑在马达5的内部,旋转轴23b的旋转轴 转子5; 并且本发明的驱动装置由于不使用曲柄或曲柄构成,结构简单且尺寸小。 此外,本发明的驱动装置设置有以可自由旋转的状态支撑在基座上的第一齿轮; 以及与转子连接的第二齿轮,用于通过转子的旋转在第一齿轮的内部旋转来旋转第一齿轮; 因此转子的旋转运动能够仅以偏心支撑装置作为旋转运动从第一齿轮中取出。 此外,本发明的驱动装置具有波形发生器,用于产生对与转子的旋转角相对应的命令信号产生施加在电枢的每个线圈上的电压值或电流值的波形信号; 以及控制电源,用于将对应于由波形发生器产生的波形信号的电压或电流提供给每个线圈; 因此可以获得基于转子旋转角度的平滑旋转运动。