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    • 1. 发明授权
    • Wrist watch oscillating step motor with sweep motion
    • 腕表摆动步进电机具有扫掠动作
    • US09529330B2
    • 2016-12-27
    • US13821341
    • 2011-09-01
    • Toshiaki FukushimaAkira ShiotaToshinari Maeda
    • Toshiaki FukushimaAkira ShiotaToshinari Maeda
    • H02K7/116G04C3/14
    • G04C3/14G04C3/143H02K7/116
    • An oscillating stepping motor can reduce a required rotational angle of a rotor to drive a star wheel, reduce idle driving, cut the loss of energy required for the driving, reduce power consumption even in high-frequency driving, and stably operate. Two star wheels are located so that the tooth tips thereof are not engaged with each other. A rotor shaft includes a rotor pinion having two feed teeth at a certain aperture angle. One of the feed teeth feeds one of the driving wheels by oscillation of the rotor in one direction and the other of the feed teeth feeds the other of the driving wheels by the oscillation of the rotor in the other. The rotor then oscillates within a certain angle range, thereby sequentially rotating output gears in a certain direction by a certain angle.
    • 振荡步进电机可以减少转子驱动星轮所需的旋转角度,减少怠速驱动,减少驱动所需的能量损耗,即使在高频驱动下也能降低功耗,并且稳定运行。 两个星形轮被定位成使得其齿尖彼此不接合。 转子轴包括具有一定孔径角的两个进给齿的转子小齿轮。 一个进给齿通过转子在一个方向上的振荡而供给一个驱动轮,另一个进给齿通过转子的振荡而供给另一个驱动轮。 然后转子在一定角度范围内振荡,从而沿某一方向依次旋转输出齿轮一定角度。
    • 2. 发明申请
    • OSCILLATING STEPPING MOTOR
    • 振荡步进电机
    • US20130162060A1
    • 2013-06-27
    • US13821341
    • 2011-09-01
    • Toshiaki FukushimaAkira ShiotaToshinari Maeda
    • Toshiaki FukushimaAkira ShiotaToshinari Maeda
    • H02K7/116
    • G04C3/14G04C3/143H02K7/116
    • An oscillating stepping motor can reduce a required rotational angle of a rotor to drive a star wheel, reduce idle driving, cut the loss of energy required for the driving, reduce power consumption even in high-frequency driving, and stably operate. Two star wheels are located so that the tooth tips thereof are not engaged with each other. A rotor shaft includes a rotor pinion having two feed teeth at a certain aperture angle. One of the feed teeth feeds one of the driving wheels by oscillation of the rotor in one direction and the other of the feed teeth feeds the other of the driving wheels by the oscillation of the rotor in the other. The rotor then oscillates within a certain angle range, thereby sequentially rotating output gears in a certain direction by a certain angle.
    • 振荡步进电机可以减少转子驱动星轮所需的旋转角度,减少怠速驱动,减少驱动所需的能量损耗,即使在高频驱动下也能降低功耗,并且稳定运行。 两个星形轮被定位成使得其齿尖彼此不接合。 转子轴包括具有一定孔径角的两个进给齿的转子小齿轮。 一个进给齿通过转子在一个方向上的振荡而供给一个驱动轮,另一个进给齿通过转子的振荡而供给另一个驱动轮。 然后转子在一定角度范围内振荡,从而沿某一方向依次旋转输出齿轮一定角度。
    • 3. 发明申请
    • BRAKE BOOSTER
    • 制动助推器
    • US20130076115A1
    • 2013-03-28
    • US13241437
    • 2011-09-23
    • Toshiaki Fukushima
    • Toshiaki Fukushima
    • B60T13/128B60T13/10
    • B60T7/042B60T8/4077B60T13/745
    • A brake booster for use in a hydraulic braking system having a brake pedal, a master cylinder, and a hydraulic control unit includes a housing, a screw drive arrangement positioned at least partially in the housing, a motor coupled to the housing for actuating the screw drive arrangement, and a piston assembly positioned in the housing. The piston assembly and the housing together at least partially define a first fluid chamber having an opening for providing fluid communication with the master cylinder, and a second fluid chamber having an opening for providing fluid communication with the hydraulic control unit. The screw drive arrangement is movable relative to a piston of the piston assembly between an engaged position, in which the first fluid chamber is isolated from the second fluid chamber, and a disengaged position in which the first fluid chamber is not isolated from the second fluid chamber.
    • 一种用于具有制动踏板,主缸和液压控制单元的液压制动系统的制动助力器,包括壳体,至少部分地定位在壳体中的螺杆驱动装置,联接到壳体的马达,用于致动螺杆 驱动装置和定位在壳体中的活塞组件。 活塞组件和壳体一起至少部分地限定具有用于提供与主缸的流体连通的开口的第一流体室,以及具有用于提供与液压控制单元的流体连通的开口的第二流体室。 所述螺杆驱动装置可相对于所述活塞组件的活塞在所述第一流体室与所述第二流体室隔离的接合位置和所述第一流体室未与所述第二流体隔离的脱离位置之间移动 房间。
    • 6. 发明授权
    • Fluid pressure booster and brake system using the same
    • 流体压力增压器和使用其的制动系统
    • US06273526B1
    • 2001-08-14
    • US09395172
    • 1999-09-14
    • Yuzi WachiToshiaki Fukushima
    • Yuzi WachiToshiaki Fukushima
    • B60T844
    • B60T13/57B60T13/52
    • In a fluid pressure booster, an input rod 7 and a valve member 6 are stroked forward during the operation so as to cause a control valve to be switched over. The atmosphere is introduced into a working pressure chamber 30 via the control valve 41 and a power piston 19 then operates to make a negative pressure booster 1 produces an output from a output rod 13. As the atmosphere in the working pressure chamber 30 acts backward on a control piston 25 at this time, the valve member 6 will not be stroke further. However, the output rod 13 is continuously stroked forward and kept producing the output. Due to the stop of stroke of the valve member 6, the stroke of the input rod 7 is suppressed and set at an extremely short stroke. When the negative pressure falls, the negative pressure booster 12 produces an output from the output rod 13 since the input rod 7, the valve member 6 and the output rod 13 integrally give a stroke forward.
    • 在液压增压器中,输入杆7和阀构件6在操作过程中向前移动,从而使控制阀切换。 气氛经由控制阀41被引入到工作压力室30中,然后动力活塞19操作以使负压增压器1产生从输出杆13的输出。当工作压力室30中的气氛向后作用时 此时的控制活塞25,阀构件6不会进一步行程。 然而,输出杆13向前连续地前进并保持产生输出。 由于阀构件6的行程停止,输入杆7的行程被抑制并且设定在非常短的行程。 当负压降低时,负压增压器12产生输出杆13的输出,因为输入杆7,阀构件6和输出杆13一体地向前行进。
    • 8. 发明授权
    • Electronic watch
    • 电子手表
    • US08841875B2
    • 2014-09-23
    • US13500829
    • 2010-10-06
    • Yu TakyoToshiaki FukushimaAkira ShiotaToshinari MaedaNobuaki Suzuki
    • Yu TakyoToshiaki FukushimaAkira ShiotaToshinari MaedaNobuaki Suzuki
    • H02P8/00G04C3/14H02P8/02
    • G04C3/143H02P8/02
    • Provided is an electronic watch capable of, even if an indicating hand having a large moment of inertia is used, accurately determining success and failure of rotation. The electronic watch detects rotation by using a first detection mode determination circuit (12) and a second detection mode determination circuit (13). In the electronic watch, a timing counter (14) for measuring a time after an output of a normal drive pulse is followed by a detection pulse selection circuit (151) provided as changing means for changing a width or a frequency of a detection pulse in accordance with an output time of the detection pulse. The detection pulse detects the rotation and simultaneously serves as an electromagnetic brake for a rotor (10). The electromagnetic brake for the rotor (10) is controlled by changing the width or the frequency of the detection pulse in a predetermined period, thereby achieving an accurate rotation detection. Alternatively, the setting of the width or the frequency of the detection pulse may be changed in accordance with a determination result in a first detection mode, an output voltage of a power supply, and a driving power of the normal drive pulse, instead of the output timing of the detection pulse.
    • 提供一种能够即使具有大惯性矩的指示手也能够精确地确定旋转成功和失败的电子手表。 电子表通过使用第一检测模式确定电路(12)和第二检测模式确定电路(13)检测旋转。 在电子表中,用于测量正常驱动脉冲输出之后的时间的定时计数器(14)后面是检测脉冲选择电路(151),该检测脉冲选择电路(151)被设置为改变装置,用于改变检测脉冲的宽度或频率 根据检测脉冲的输出时间。 检测脉冲检测旋转,同时用作转子(10)的电磁制动器。 用于转子(10)的电磁制动器通过在预定时间段内改变检测脉冲的宽度或频率来控制,从而实现精确的旋转检测。 或者,可以根据第一检测模式,电源的输出电压和正常驱动脉冲的驱动功率的确定结果来改变检测脉冲的宽度或频率的设置,而不是 检测脉冲的输出定时。
    • 9. 发明申请
    • BRAKE BOOSTER
    • 制动助推器
    • US20130076114A1
    • 2013-03-28
    • US13241405
    • 2011-09-23
    • Toshiaki Fukushima
    • Toshiaki Fukushima
    • B60T13/128B60T13/10
    • B60T1/10B60T7/042B60T8/4077B60T13/745
    • A brake booster for use in a hydraulic braking system having a brake pedal, a master cylinder, and a hydraulic control unit includes a housing, a screw drive arrangement positioned at least partially in the housing, a motor coupled to the housing for actuating the screw drive arrangement, and a piston assembly positioned in the housing. The piston assembly and the housing together at least partially define a first fluid chamber having an opening for providing fluid communication with the master cylinder, and a second fluid chamber having an opening for providing fluid communication with the hydraulic control unit. The screw drive arrangement is operable to move a piston of the piston assembly for varying the volume of the second fluid chamber, and movement of the piston does not vary the volume of the first fluid chamber.
    • 一种用于具有制动踏板,主缸和液压控制单元的液压制动系统的制动助力器,包括壳体,至少部分地定位在壳体中的螺杆驱动装置,联接到壳体的马达,用于致动螺钉 驱动装置和定位在壳体中的活塞组件。 活塞组件和壳体一起至少部分地限定具有用于提供与主缸的流体连通的开口的第一流体室,以及具有用于提供与液压控制单元的流体连通的开口的第二流体室。 螺杆驱动装置可操作以移动活塞组件的活塞以改变第二流体室的体积,并且活塞的运动不改变第一流体室的体积。