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    • 1. 发明授权
    • Stator structure of highspeed motor
    • 高速电机定子结构
    • US06346759B1
    • 2002-02-12
    • US09491825
    • 2000-01-26
    • Yuzuru SuzukiSakae FujitaniTaketoshi OhyashikiNaoyuki Harada
    • Yuzuru SuzukiSakae FujitaniTaketoshi OhyashikiNaoyuki Harada
    • H02K100
    • H02K21/24H02K1/146H02K15/022
    • The present invention provides, at low cost, a stator structure of a high-performance motor, which gives off lower temperature rise, strives for a more highly efficient magnetic circuit, and achieves lower power consumption at highspeed rotation, while at the same time striving to achieve a stable rotor position by preventing rotor float at highspeed rotation. In a highspeed motor comprising a stator including a stator yoke made of a soft magnetic material and coils composed of magnet wires wound on salient poles of the stator yoke; A rotor including a field magnet includes a permanent magnet so as to face the salient poles of the stator by way of an air gap and a shaft as the center of rotation in the center thereof; and a base plate having a housing which has two bearings for rotatably holding the rotor in the center of the stator, improvement being that the stator yoke is constituted by winding a soft magnetic steel sheet.
    • 本发明以低成本提供了降低温升的高性能电动机的定子结构,追求更高效的磁路,并且在高速旋转的同时实现较低的功耗, 通过防止高速旋转时的转子浮子来实现稳定的转子位置。 在一种高速电动机中,包括一个定子,该定子包括由软磁材料制成的定子磁轭和缠绕在定子磁轭的凸极上的电磁线圈组成的线圈; 包括场磁体的转子包括永磁体,以便通过气隙和作为其中心的旋转中心的轴面对定子的凸极; 以及具有壳体的基板,该壳体具有用于将转子可旋转地保持在定子的中心的两个轴承,改善的是定子磁轭由卷绕软磁性钢板构成。
    • 3. 发明授权
    • Terminal structure of a motor
    • 电机端子结构
    • US06455962B2
    • 2002-09-24
    • US09803909
    • 2001-03-13
    • Yuzuru SuzukiKunitake MatsushitaHiroichi ShibataNaoyuki HaradaTaketoshi OhyashikiSakae FujitaniHirohito Nakamata
    • Yuzuru SuzukiKunitake MatsushitaHiroichi ShibataNaoyuki HaradaTaketoshi OhyashikiSakae FujitaniHirohito Nakamata
    • H02K1100
    • H02K3/525H02K5/225H02K15/0056H02K15/0075
    • A terminal of a motor is provided, in which a connection between a coil and an external circuit can be carried out securely and with a good workability, while saving material resources and enhancing safety relating to environmental pollution. A terminal (23) consists integrally of a magnet wire binding section (20) to connect to a magnet wire (4) of a coil (6), an external connection section (21) to connect to an external circuit and a support base section (22) to press-fit into a terminal block (19) of a bobbin (5) and hold the terminal (23), and the magnet wire (4) is plasma welded for connection through to the external connection section (21) (terminal 23). The connection of the terminal is carried out by welding (plasma welding), thus the end of the magnet wire of a motor (1) is connected without using solder containing lead. As a result, since lead is not used, material resources can be saved and safety relating to the environmental pollution can be enhanced. Since the support base section (22) press-fits into a hole of the terminal block (19) of the bobbin (5), a direction and position of the terminal (23) are settled to thereby increase the stability.
    • 提供电动机的端子,其中,线圈和外部电路之间的连接可以安全地并且具有良好的可操作性,同时节省材料资源并增强与环境污染的安全性。 端子(23)由与线圈(6)的电磁线(4)连接的磁铁绑扎部(20)一体地构成,外部连接部(21)与外部电路连接,支撑基部 (22)压配合到线轴(5)的端子块(19)并保持端子(23),并且电磁线(4)被等离子体焊接以连接到外部连接部分(21)( 终端23)。 端子的连接通过焊接(等离子体焊接)进行,因此电动机(1)的电磁线的端部不使用含铅的焊料而连接。 因此,由于不使用铅,可节省材料资源,提高与环境污染有关的安全性。 由于支撑基部(22)压入线轴(5)的端子块(19)的孔中,所以端子(23)的方向和位置被稳定,从而提高了稳定性。
    • 5. 发明授权
    • Brushless DC motor
    • 无刷直流电机
    • US06320288B1
    • 2001-11-20
    • US08609943
    • 1996-02-29
    • Yuzuru SuzukiSakae FujitaniTaketoshi OhyashikiKenichi Makino
    • Yuzuru SuzukiSakae FujitaniTaketoshi OhyashikiKenichi Makino
    • H02K1100
    • H02K29/08
    • An optimum arrangement of position detectors which is inexpensive but hardly affected by intrinsic mechanical deflection or radial displacement on a rotary structure or motor and by a secondary artifact or variation i the magnetic coupling resulting from the mechanical deflection or radial displacement. A brushless DC motor with N phases (N≧2) according to the present invention is provided having position detectors of which signal outputs are indicative of the location of magnetic poles of a rotor and used for controlling the rotation for a constant speed. More particularly, it includes any two adjacent position detectors being spaced from each other by a spatial angle &thgr;i (rad) about the center of the rotor, (1/n)*(&thgr;i/2&pgr;)
    • 位置检测器的优化布置,其价格低廉但几乎不受旋转结构或电动机上的机械偏转或径向位移的影响,以及由机械偏转或径向位移引起的次级伪影或变化。 本发明提供了具有N相(N> = 2)的无刷直流电动机,其具有位置检测器,其信号输出表示转子的磁极的位置,用于以恒定速度控制旋转。 更具体地说,它包括任何两个邻近的位置检测器,它们相对于转子中心的空间角度(弧度)彼此间隔开,(1 / n)*(θ/ 2pi)
    • 7. 发明授权
    • Stepping motor
    • 步进电机
    • US06870291B2
    • 2005-03-22
    • US10930601
    • 2004-08-31
    • Yuzuru SuzukiTaketoshi OhyashikiKunitake Matsushita
    • Yuzuru SuzukiTaketoshi OhyashikiKunitake Matsushita
    • H02K1/27H02K37/14H02K21/12
    • H02K37/14H02K1/2733
    • There is provided a stepping motor of low vibration realized by reducing cogging with a simple structure while maintaining the performances such as torque. A stepping motor of the invention is structured such that a stator unit 18 is composed of a pair of stator sub-assemblies 5, 5 attached to each other in a back to back manner, each stator sub-assembly having a plurality of pole teeth 13 formed at its inner circumference and housing a coil inside thereof, a rotor unit 19 is rotatably disposed with a small gap from the plurality of pole teeth 13 and having multiple magnetic poles formed on ah circumference thereof, the multiple magnetic poles of the rotor unit 19 being formed by magnetizing the rotor unit 19 alternately with an S pole and an N pole in a circumferential direction, and that while a magnetic pole width consisting of a width of the S pole and a width of the N pole in a pair is set to a predetermined constant value, the width of the S pole and the width of the N pole in each pair are set to be different from each other.
    • 提供了一种低振动的步进电机,其通过在保持诸如扭矩的性能的同时以简单的结构减少齿槽而实现。 本发明的步进电动机构造成使得定子单元18由以背对背方式彼此附接的一对定子子组件5,5组成,每个定子子组件具有多个极齿13 在其内周形成有内圈的线圈,转子单元19与多个极齿13以小间隙可旋转地设置,并且在其圆周上形成有多个磁极,转子单元19的多个磁极 在圆周方向上以S极和N极交替地使转子单元19磁化而形成,并且在将由S极宽度和N极的宽度组成的磁极宽度设定为 预定的常数值,S极的宽度和每对中的N极的宽度被设定为彼此不同。
    • 9. 发明授权
    • Stepping motor
    • 步进电机
    • US06791223B2
    • 2004-09-14
    • US10004290
    • 2001-10-25
    • Yuzuru SuzukiTaketoshi OhyashikiKunitake Matsushita
    • Yuzuru SuzukiTaketoshi OhyashikiKunitake Matsushita
    • H02K2112
    • H02K37/14H02K1/2733
    • There is provided a stepping motor of low vibration realized by reducing cogging with a simple structure while maintaining the performances such as torque. A stepping motor of the invention is structured such that a stator unit 18 is composed of a pair of stator sub-assemblies 5, 5 attached to each other in a back to back manner, each stator sub-assembly having a plurality of pole teeth 13 formed at its inner circumference and housing a coil inside thereof, a rotor unit 19 is rotatably disposed with a small gap from the plurality of pole teeth 13 and having multiple magnetic poles formed on an circumference thereof, the multiple magnetic poles of the rotor unit 19 being formed by magnetizing the rotor unit 19 alternately with an S pole and an N pole in a circumferential direction, and that while a magnetic pole width consisting of a width of the S pole and a width of the N pole in a pair is set to a predetermined constant value, the width of the S pole and the width of the N pole in each pair are set to be different from each other.
    • 提供了一种低振动的步进电机,其通过在保持诸如扭矩的性能的同时以简单的结构减少齿槽而实现。 本发明的步进电动机构造成使得定子单元18由以背对背方式彼此附接的一对定子子组件5,5组成,每个定子子组件具有多个极齿13 在其内周形成有在其内部容纳线圈的转子单元19与多个极齿13以小间隙可旋转地设置,并且在其圆周上形成有多个磁极,转子单元19的多个磁极 在圆周方向上以S极和N极交替地使转子单元19磁化而形成,并且在将由S极宽度和N极的宽度组成的磁极宽度设定为 预定的常数值,S极的宽度和每对中的N极的宽度被设定为彼此不同。