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    • 1. 发明申请
    • SMALL MOTOR OF POLYGONAL EXTERNAL SHAPE
    • 多功能外形外形小巧
    • US20100156203A1
    • 2010-06-24
    • US12663100
    • 2008-04-11
    • Nobuyuki NemotoHiroshi Yamazaki
    • Nobuyuki NemotoHiroshi Yamazaki
    • H02K1/18H02K1/02
    • H02K1/17H02K23/04
    • A side wall of a motor casing is formed into a polygonal shape such that flat side portions and corner portions located at respective corners between the side portions are continuously joined together. A field magnet, which has an outer circumferential shape approximately coinciding with the inner circumferential shape of the motor casing, has magnet side portions and magnet corner portions, and has a rib provided on outer circumferential surfaces of the magnet side portions. The magnet is disposed, through press-fitting, within the motor casing such that at least the rib comes into contact with the inner circumferential surface of the motor casing, wherein the magnet side portions, excluding the rib, are formed such that small clearances are formed between the magnet side portions and the side portions of the motor casing, or at least such that no pressing force acts on the magnet side portions, excluding the rib.
    • 电动机壳体的侧壁形成为多边形,使得位于侧部之间的各个角部处的平坦侧部和角部连续地接合在一起。 具有大致与电动机壳体的内周形状大致一致的外周形状的磁铁具有磁铁侧部和磁铁角部,并且在磁铁侧部的外周面上设有肋。 磁体通过压配置设置在电动机壳体内,使得至少肋与电动机壳体的内周面接触,其中除了肋之外的磁体侧部分形成为小间隙 形成在电动机侧部分和电动机壳体的侧部之间,或者至少使得除了肋之外,没有压力作用在磁体侧部分上。
    • 2. 发明授权
    • Small motor of polygonal external shape
    • 小电机多边形外形
    • US07990010B2
    • 2011-08-02
    • US12663100
    • 2008-04-11
    • Nobuyuki NemotoHiroshi Yamazaki
    • Nobuyuki NemotoHiroshi Yamazaki
    • H02K21/26
    • H02K1/17H02K23/04
    • A side wall of a motor casing is formed into a polygonal shape such that flat side portions and corner portions located at respective corners between the side portions are continuously joined together. A field magnet, which has an outer circumferential shape approximately coinciding with the inner circumferential shape of the motor casing, has magnet side portions and magnet corner portions, and has a rib provided on outer circumferential surfaces of the magnet side portions. The magnet is disposed, through press-fitting, within the motor casing such that at least the rib comes into contact with the inner circumferential surface of the motor casing, wherein the magnet side portions, excluding the rib, are formed such that small clearances are formed between the magnet side portions and the side portions of the motor casing.
    • 电动机壳体的侧壁形成为多边形,使得位于侧部之间的各个角部处的平坦侧部和角部连续地接合在一起。 具有大致与电动机壳体的内周形状大致一致的外周形状的磁铁具有磁铁侧部和磁铁角部,并且在磁铁侧部的外周面上设有肋。 磁体通过压配置设置在电动机壳体内,使得至少肋与电动机壳体的内周面接触,其中不包括肋的磁体侧部分形成为使得小的间隙为 形成在电动机侧部分和电动机壳体的侧部之间。
    • 3. 发明授权
    • Small motor of quadrangular external shape
    • 四边形外形小电机
    • US08110956B2
    • 2012-02-07
    • US12663092
    • 2008-04-11
    • Eiji UenishiNobuyuki Nemoto
    • Eiji UenishiNobuyuki Nemoto
    • H02K21/26
    • H02K23/04H02K5/04
    • The side wall of a motor casing is formed into a quadrangular shape such that four flat side portions, and arcuate corner portions located at respective corners are continuously joined together. A field magnet having a quadrangular external shape is formed such that four flat side portions, and four arcuate corner portions located at respective corners are continuously joined together. The arcuate corner portions of the motor casing and the arcuate corner portions of the field magnet extend along respective circles having a center located at the center of a motor shaft, and the central angles of the arcuate corner portions fall within a range of 15° to 35° inclusive. The field magnet is press-fitted or bonded into the motor casing such that the corner portions of the field magnet come into close contact with the corner portions of the motor casing.
    • 马达壳体的侧壁形成为四边形,使得位于各个角落处的四个平坦侧部分和弓形角部分连续地连接在一起。 形成具有四边形外形的场磁体,使得四个平坦侧部分和位于各个拐角处的四个弧形角部分连续地连接在一起。 电动机壳体的弧形角部和场磁体的弧形角部分沿着具有位于电动机轴的中心的中心的相应圆延伸,并且弧形拐角部分的中心角落在15°至 35°(含)。 场磁体被压入或接合到电动机壳体中,使得场磁体的角部与电动机壳体的角部紧密接触。
    • 6. 发明授权
    • PCA transmission apparatus and PCA transmission method
    • PCA传输装置和PCA传输方法
    • US5506833A
    • 1996-04-09
    • US205186
    • 1994-03-03
    • Nobuyuki Nemoto
    • Nobuyuki Nemoto
    • G06F11/20H04B1/74H04J3/14H04L1/22H04Q11/04H04B3/40
    • G06F11/2005H04B1/74H04J3/14H04L1/22H04J2203/006
    • A redundantly constructed protection channel access transmission apparatus includes current units and spare units by which protection channel access data can be transmitted even if any one of the current units or spare units is in an alarm state. In a normal state, the current units transmit work data and the spare units transmit the protection channel access data. When any one of the current units is in an alarm state, a selector selects work data and supplies the work data to a secondary spare unit. Then, the secondary spare unit performs a signal processing in place of the current unit. On the other hand, when any one of the spare units is in an alarm state, the selector also selects protection channel access data in the same way and the secondary spare unit performs a signal processing in place of the spare unit. With this arrangement, even if any one of the current units or spare units is in an alarm state, the secondary spare unit is selected and processes the signal of the current unit or spare unit in the alarm state, whereby both of the work data and protection channel access data can be transmitted as they are.
    • 冗余构造的保护信道接入传输装置包括当前单元和备用单元,即使当前单元或备用单元中的任何一个处于报警状态,也可通过该单元和备用单元发送保护信道访问数据。 在正常状态下,当前单元发送工作数据,备用单元发送保护通道访问数据。 当任何一个当前单元处于报警状态时,选择器选择工作数据并将工作数据提供给辅助备用单元。 然后,辅助备用单元执行信号处理代替当前单元。 另一方面,当任何一个备用单元处于报警状态时,选择器也以相同的方式选择保护信道访问数据,次备用单元执行信号处理代替备用单元。 通过这种布置,即使当前单元或备用单元中的任何一个处于报警状态,二次备用单元被选择并处理处于报警状态的当前单元或备用单元的信号,由此工作数据和 保护通道访问数据可以原样传输。
    • 10. 发明申请
    • OPTICAL RECEIVER
    • 光接收机
    • US20100092185A1
    • 2010-04-15
    • US12573947
    • 2009-10-06
    • Nobuyuki Nemoto
    • Nobuyuki Nemoto
    • H04B10/06H04B10/12
    • H04B10/2513H04B10/677
    • An optical receiver for receiving a processing modulated optical signal, the optical receiver includes a variable dispersion compensator for receiving the optical signal and for compensating chromatic dispersion of the optical signal in accordance with a predetermined chromatic dispersion value; a demodulator including a delay interferometer for receiving the compensated optical signal and for changing a phase moderation information of the compensated optical signal into an amplitude moderation information, and an optical demodulator for changing the amplitude moderation information of the optical signal into an electrical signal; a data regenerator for extracting a clock from the electric signal and for regenerating data from the electric signal by the use of the clock; and a controller for setting an optical phase to the delay interferometer and for setting the dispersion compensation value to the variable dispersion compensator.
    • 一种用于接收处理调制光信号的光接收机,所述光接收机包括可变色散补偿器,用于接收光信号并根据预定色散值补偿光信号的色散; 解调器,包括用于接收经补偿的光信号并将补偿的光信号的相位调节信息改变为振幅调节信息的延迟干涉仪,以及用于将光信号的振幅调节信息改变为电信号的光解调器; 数据再生器,用于从电信号中提取时钟,并通过使用时钟从电信号再生数据; 以及用于将光学相位设置到延迟干涉仪并将色散补偿值设置为可变色散补偿器的控制器。