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    • 11. 发明授权
    • Terminal unit for electric motor
    • 电动机终端单元
    • US06824432B2
    • 2004-11-30
    • US09983704
    • 2001-10-25
    • Yukio KatsuzawaYoshinobu MaedaShinpei UemuraKazuki Yoshimura
    • Yukio KatsuzawaYoshinobu MaedaShinpei UemuraKazuki Yoshimura
    • H01R922
    • H02K5/225
    • A compact terminal unit for an electric motor capable of switching over windings with ease and improving automation of assembling and inspection process of the electric motor. A terminal base is fixed at a position of a through hole formed on a housing of the electric motor. Leads of the windings of a rotor are connected with cylindrical presser portions of lead connectors by caulking. A conducting portions of the lead connectors are inserted into mounting portions of the terminal base. The power cables are connected with conducting portions with screws engaged with the conducting portions so that the power cables are electrically connected with leads of the windings. Since the leads are connected to the lead connectors with their orientations vertically under the power cable connection terminals not to be present in a space in a terminal box, an ample space for attachment of the power cables to the power cable connection terminals is secured. The switchover of windings from a delta connection to star connection and vice versa can be easily performed. Since positions and orientation of the leads are fixed at mounting portions of the terminal base, the inspection of the windings can be easily performed.
    • 一种用于电动机的紧凑型终端单元,其能够容易地切换绕组并且提高电动机的组装和检查过程的自动化。 端子座固定在形成在电动机壳体上的通孔的位置。 定子的绕组的引线通过铆接与引线连接器的圆柱形压紧部分连接。 引线连接器的导电部分插入端子座的安装部分。 电力电缆与导电部分连接,螺钉与导电部分接合,使得电力电缆与绕组的引线电连接。 由于引线连接到引线连接器,它们的垂直方向垂直于电源线连接端子不在存在于接线盒的空间中,所以确保了用于将电力电缆连接到电力电缆连接端子的充足空间。 将绕组从三角形连接切换到星形连接,反之亦然。 由于引线的位置和取向固定在端子座的安装部分,因此可以容易地进行绕组的检查。
    • 13. 发明授权
    • Sheet holding apparatus
    • 纸张保持装置
    • US4638985A
    • 1987-01-27
    • US790454
    • 1985-10-23
    • Yoshinobu MaedaKohji FujiwaraTakao Naito
    • Yoshinobu MaedaKohji FujiwaraTakao Naito
    • H05K13/04B23P19/00B25B1/10B25B5/10B25B5/14H05K3/30H05K13/00
    • H05K13/0061B25B1/10B25B5/10B25B5/145Y10S269/903
    • In a sheet holding apparatus having a pair of parallelly disposed rails (17, 18) for sliding a sheet, such as a printed board, and plural guide holders (38, 42) having plural positioning guide pin (40, 44) to be inserted in holes of the printed wiring board, distance between the pair of rails (17, 18) is changed by a screw shaft (20) which is rotated by a driving motor (32) responding to change of size of the sheet, and a spline shaft (36) is disposed along the rails (17, 18), and the guide holders (32, 42) are provided to be slidable on the spline shaft (36), which puts up and down the guide holders (32, 42), hence positioning guide pins (40, 44) above and below a level of carrying plane of the sheet by rotation thereof.
    • 在具有一对平行布置的用于滑动诸如印刷板的片材的导轨(17,18)的片材保持装置中,以及具有多个待插入的定位导向销(40,44)的多个引导保持器(38,42) 在印刷电路板的孔中,一对轨道(17,18)之间的距离由螺杆轴(20)改变,螺杆轴(20)由驱动马达(32)旋转,响应于片材的尺寸变化,以及花键 轴(36)沿着轨道(17,18)设置,并且引导保持器(32,42)设置成能够在花键轴(36)上滑动,所述花键轴(36)上下引导保持器(32,42) 因此通过其转动将定位导向销(40,44)定位在片材的承载平面的上方和下方。
    • 15. 发明授权
    • Three-terminal optical signal amplifying device
    • 三端光信号放大装置
    • US07688502B2
    • 2010-03-30
    • US11632718
    • 2005-03-04
    • Yoshinobu Maeda
    • Yoshinobu Maeda
    • H01S5/00G02F1/015
    • H01S5/50B82Y20/00G02F1/01708G02F1/3515G02F2/004G02F2201/30G02F2203/70H01S5/005H01S5/026H01S5/1003H01S5/5072H04B10/2914
    • In the three-terminal optical signal amplifying device 10, a portion of the neighboring light LS at other wavelength than that of the first wavelength λ1 that is selected from the output light from the element 14 by the optical add drop filter 16, and the control light Lc at the second wavelength λ2 input from the external are together input to the second semiconductor optical amplifying element 18. The output light including the output signal light LOUT at the second wavelength λ2 and the neighboring light at the neighboring wavelength to the second wavelength λ2 that is modulated and controlled by the control light LC in the cross gain modulation is output from the second semiconductor optical amplifying element 18. And the output signal light LOUT at the second wavelength λ2 passes through the wavelength selecting filter 20.
    • 在三端子光信号放大装置10中,与通过光分插滤波器16从元件14的输出光中选择的比第一波长λ1的波长的相邻光LS的一部分,以及控制 从外部输入的第二波长λ2的光Lc一起输入到第二半导体光放大元件18.包括第二波长λ2的输出信号光LOUT和相邻波长的相邻光到第二波长λ2的输出光 由交叉增益调制中的控制光LC进行调制和控制的第二半导体光放大元件18输出。第二波长λ2的输出信号光LOUT通过波长选择滤波器20。
    • 20. 发明授权
    • Optical device
    • 光学装置
    • US5406420A
    • 1995-04-11
    • US43791
    • 1993-04-07
    • Yoshinobu Maeda
    • Yoshinobu Maeda
    • G02F3/02G02B5/22
    • G02F3/026
    • An optical controlling device has a light transmitting medium showing a low transmittance for specific light wavelength .lambda..sub.1 and a high transmittance for light wavelength .lambda..sub.2 around the light wavelength .lambda..sub.1, and a light emitting device emitting a light of light wavelength .lambda..sub.1 or .lambda..sub.2, and controls light intensity in accordance with changes in a controlled light through light irradiation and light transmission. An optical functional device has a light transmitting medium showing a low transmittance for specific light wavelength .lambda..sub.1 and a high transmittance for light wavelengths .lambda..sub.2 and .lambda..sub.3 around the wavelength .lambda..sub.1 (.lambda..sub.2
    • 光控制装置具有对于特定光波长λ1显示低透射率的透光介质和围绕光波长λ1的光波长λ2的高透射率,以及发射波长λ1或λ2的光的发光器件 并且根据通过光照射和光透射的受控光的变化来控制光强度。 光学功能器件具有对于特定光波长λ1显示低透射率的光透射介质,并且对波长λ1(λ2 <λ1λ)附近的光波长λ2和λ3具有高透射率,以及光 发射装置改变波长,同时伴随着电流注入或光照射量的滞后产生,并且发射具有光波长λ1,λ2或λ3的光。通过光传输介质传输的光强度保持在 在滞后的作用下的低强度或高强度状态,从而获得记忆功能。