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    • 1. 发明授权
    • Ultrasonic motor
    • 超声波电机
    • US07786650B2
    • 2010-08-31
    • US11991709
    • 2006-07-27
    • Masaki TakasanTsuyoshi KoderaHirohiko IshikawaKoji MaedaKazuo Seiki
    • Masaki TakasanTsuyoshi KoderaHirohiko IshikawaKoji MaedaKazuo Seiki
    • H01L41/053H02N2/12
    • H02N2/106H02N2/0055H02N2/108
    • Provided is an ultrasonic motor capable of realizing high torque. When two terminals are selected from a first terminal (31t), a second terminal (32t), and a third terminal (33t) of a vibrator (3), and AC voltages whose phases are shifted by 90 degrees relative to each other are respectively applied through both of those two terminals, vibration is generated in the stator vibration body (S), and elliptical vibration in a plane corresponding to the selected two terminals is generated at each of a step (9) of a first stator (2) and a corner (11) of a second stator (10), which are in contact with a rotor (6). Since the first stator (2) and the second stator (10) form the single stator vibration body (S), the step (9) of the first stator (2) and the corner (11) of the second stator (10) vibrate in the same vibration mode, rotational force is transmitted from both the step (9) of the first stator (2) and the corner (11) of the second stator (10), and the rotor (6) rotates with high torque.
    • 提供能够实现高扭矩的超声波马达。 当从第一端子(31t),振动器(3)的第二端子(32t)和第三端子(33t)中选择两个端子时,相位彼此偏移90度的交流电压分别 通过这两个端子两者施加,在定子振动体(S)中产生振动,并且在第一定子(2)的台阶(9)和第一定子(2)的每一个处产生与所选择的两个端子相对应的平面中的椭圆振动, 与转子(6)接触的第二定子(10)的角部(11)。 由于第一定子(2)和第二定子(10)形成单个定子振动体(S),所以第一定子(2)的台阶(9)和第二定子(10)的角部(11)振动 在相同的振动模式中,旋转力从第一定子(2)的台阶(9)和第二定子(10)的角部(11)两者传递,转子(6)以高扭矩旋转。
    • 2. 发明申请
    • Ultrasonic Motor
    • 超声波电机
    • US20090051249A1
    • 2009-02-26
    • US11991709
    • 2006-07-27
    • Masaki TakasanTsuyoshi KoderaHirohiko IshikawaKoji MaedaKazuo Seiki
    • Masaki TakasanTsuyoshi KoderaHirohiko IshikawaKoji MaedaKazuo Seiki
    • H02N2/12
    • H02N2/106H02N2/0055H02N2/108
    • Provided is an ultrasonic motor capable of realizing high torque. When two terminals are selected from a first terminal (31t), a second terminal (32t), and a third terminal (33t) of a vibrator (3), and AC voltages whose phases are shifted by 90 degrees relative to each other are respectively applied through both of those two terminals, vibration is generated in the stator vibration body (S), and elliptical vibration in a plane corresponding to the selected two terminals is generated at each of a step (9) of a first stator (2) and a corner (11) of a second stator (10), which are in contact with a rotor (6). Since the first stator (2) and the second stator (10) form the single stator vibration body (S), the step (9) of the first stator (2) and the corner (11) of the second stator (10) vibrate in the same vibration mode, rotational force is transmitted from both the step (9) of the first stator (2) and the corner (11) of the second stator (10), and the rotor (6) rotates with high torque.
    • 提供能够实现高扭矩的超声波马达。 当从第一端子(31t),振动器(3)的第二端子(32t)和第三端子(33t)中选择两个端子时,相位相互偏移90度的交流电压分别为 通过这两个端子两者施加,在定子振动体(S)中产生振动,并且在第一定子(2)的台阶(9)和第一定子(2)的每一个处产生与所选择的两个端子相对应的平面中的椭圆振动, 与转子(6)接触的第二定子(10)的角部(11)。 由于第一定子(2)和第二定子(10)形成单个定子振动体(S),所以第一定子(2)的台阶(9)和第二定子(10)的角部(11)振动 在相同的振动模式中,旋转力从第一定子(2)的台阶(9)和第二定子(10)的角部(11)两者传递,转子(6)以高扭矩旋转。
    • 3. 发明授权
    • Spinning machine traveler
    • 纺纱机旅行者
    • US06804944B2
    • 2004-10-19
    • US10283456
    • 2002-10-30
    • Kazuo SeikiKoji Maeda
    • Kazuo SeikiKoji Maeda
    • D01H760
    • D01H7/604Y10T428/2913
    • A traveler is formed by a base material consisting of hard steel wire, a nitrogen compound layer, and a sulfide layer such that the nitrogen layer is on the base material side. The nitrogen compound layer and the sulfide layer are formed by executing sulphonitriding treatment on the hard steel wire bent into a traveler shape. The borders between the base material, the nitrogen compound layer, and the sulfide layer are diffused. The spinning machine traveler is used without a running-in operation even when spinning operation is performed at an ultra high spindle rotational speed in excess of 25,000 rpm at the initial use of the traveler, and the service life is also elongated.
    • 旅行者由硬质钢丝,氮化合物层和硫化物层构成的基材形成,使得氮层在基材侧。 氮化合物层和硫化物层通过在弯曲成轨迹的硬质钢丝上进行磺化氮化处理而形成。 基材,氮化合物层和硫化物层之间的边界扩散。 即使在最初使用旅行者的情况下,即使以超过25,000rpm的超高主轴转速进行纺纱操作,也不使用运行中的丝杠机器,所以使用寿命也延长。
    • 7. 发明授权
    • Damper device
    • 减震装置
    • US09011256B2
    • 2015-04-21
    • US13996837
    • 2012-03-30
    • Koji MaedaKazuyoshi ItoTakashi HoriAkihiro Nagae
    • Koji MaedaKazuyoshi ItoTakashi HoriAkihiro Nagae
    • F16F15/121F16H45/02
    • F16F15/121F16F15/123F16H45/02F16H2045/0205F16H2045/0221F16H2045/0294
    • A damper device configured with an input element, an intermediate element to which power is transferred from the input element through a first elastic body, and an output element to which power is transferred from the intermediate element through a second elastic body. One of the output element and the intermediate element has a protruding portion projecting in an axial direction. The other one of the output element and the intermediate element has a cutout portion corresponding to the protruding portion. The protruding portion has a restricting portion that is engaged with the cutout portion in a rotation direction so as to restrict rotation of the intermediate element relative to the output element, and a support portion that is engaged with the cutout portion so that the intermediate element is supported by the output element in a radial direction.
    • 阻尼器装置,其构造有输入元件,中间元件,功率通过第一弹性体从输入元件传递到该中间元件;以及输出元件,功率通过第二弹性体从中间元件传递到该输出元件。 输出元件和中间元件中的一个具有沿轴向突出的突出部分。 输出元件和中间元件中的另一个具有对应于突出部分的切口部分。 突出部具有限制部,其沿旋转方向与切口部接合,以限制中间元件相对于输出元件的旋转;以及支撑部,其与切口部接合,使得中间元件为 由输出元件沿径向方向支撑。