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    • 36. 发明授权
    • Motor
    • 发动机
    • US07138736B2
    • 2006-11-21
    • US10499830
    • 2003-07-17
    • Hiroaki YamamotoNaoki ImamuraYouichi Matsuyama
    • Hiroaki YamamotoNaoki ImamuraYouichi Matsuyama
    • H02K23/06H02K11/00H02K5/14
    • H02K7/1166H02K5/148H02K5/225H02K11/38Y10S310/06
    • An end surface portion 8a of a gear housing 8, which is located on a motor unit 2 side of the gear housing 8, is opposed to the motor unit 2 and laterally extends. A brush holder 10 includes a plate portion 13 that is opposed to the end surface portion 8a. A case 15, which receives the control circuit board 14, is formed separately from the plate portion 13. A receiving through hole, through which the circuit board receiver 15 is receivable, is formed in the plate portion 13. The case 15 is constructed to be positionable next to the yoke 5 in a state where the case 15 is received through the receiving through hole. The yoke 5, the gear housing 8, the brush holder 10, the control circuit board 14 and the case 15 are assembleable in a direction parallel to an axial direction of the motor unit 2. The control circuit board 14 projects from the gear housing 8 on the motor unit 2 side, and a projected part of the control circuit board 14, which projects from the gear housing 8 on the motor unit 2 side, is received in the case 15. In this way, in the motor that integrally includes the motor unit, the speed reducing unit and the control circuit board, the gear housing of the speed reducing unit can be made compact, and the assembly work can be simplified.
    • 齿轮箱8的位于齿轮箱8的马达单元2侧的端面部分8a与马达单元2相对并横向延伸。 电刷架10包括与端面部分8a相对的板部13。 接收控制电路板14的壳体15与板部分13分开形成。 电路板接收器15可接收的接收通孔形成在板部分13中。 壳体15被构造成在壳体15通过接收通孔接收的状态下可靠在轭架5的下方。 磁轭5,齿轮箱8,电刷架10,控制电路板14和壳体15可以在与电动机单元2的轴向平行的方向上组装。 控制电路板14从电动机单元2侧的齿轮箱8突出,并且控制电路板14的从电动机单元2侧的齿轮箱8突出的突出部分被容纳在壳体15中。 以这种方式,在整体地包括电动机单元,减速单元和控制电路板的电动机中,可以使减速单元的齿轮箱紧凑,并且可以简化组装工作。
    • 39. 发明申请
    • Optical fiber radio transmission system, transmission device, and reception device
    • 光纤无线传输系统,传输设备和接收设备
    • US20060239630A1
    • 2006-10-26
    • US10546618
    • 2004-11-22
    • Kazutoshi HaseHiroaki YamamotoKuniaki Utsumi
    • Kazutoshi HaseHiroaki YamamotoKuniaki Utsumi
    • G02B6/00
    • H04B10/25759H03F3/08
    • An optical fiber radio transmission system is provided which is capable of considerably improving the received dynamic range of radio signals and, in addition, is capable of optically transmitting radio signals while preventing the deterioration of transmission performance and the loss of linearity of an input signal more easily. A received level detection section 111 detects which one of predetermined levels, i.e., Level I, Level II, and Level III, the received level of a radio signal received by an antenna 400 falls under. A signal control section 112 performs an amplification/attenuation process on the radio signal in accordance with the detected level. A control information sending section 113 superimposes control information indicating the detected level on a primary signal obtained after the amplification/attenuation process. This signal is converted to an optical signal and transmitted. An optical to electrical conversion section 211 converts the optical signal received from a transmitting unit to an electrical signal. A control information extraction section 212 extracts the level from the control information, which has been superimposed on the primary signal. A signal control section 213 performs an amplification/attenuation process on the primary signal in accordance with the extracted level.
    • 提供了一种光纤无线电传输系统,其能够显着地改善无线电信号的接收动态范围,并且还能够光学地传输无线电信号,同时防止传输性能的恶化和输入信号的线性度的损失更多 容易。 接收电平检测部分111检测由天线400接收的无线电信号的接收电平的预定电平即电平I,电平II和电平III中的哪一个下降。 信号控制部分112根据检测到的电平对无线电信号进行放大/衰减处理。 控制信息发送部113将表示检测电平的控制信息叠加在放大/衰减处理后获得的主信号上。 该信号被转换成光信号并发送。 光电转换部分211将从发送单元接收的光信号转换为电信号。 控制信息提取部212从叠加在主信号上的控制信息中提取电平。 信号控制部213根据提取的电平对主信号进行放大/衰减处理。