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    • 2. 发明授权
    • Outlet and connector
    • 出口和连接器
    • US08210866B2
    • 2012-07-03
    • US12810337
    • 2008-12-26
    • Toshiaki InageYukihiko Okamura
    • Toshiaki InageYukihiko Okamura
    • H01R3/00
    • H01R13/641G01R19/14H01R13/6691H01R13/7037H01R24/76H01R2103/00
    • An outlet (1) includes a plurality of blade receiving members (13) adapted in use to be connected respectively to a plurality of DC supply lines (Wdc1 and Wdc2), and to be connected respectively to a plurality of blades (21) of an outlet plug (2). The outlet (1) is configured to supply DC power from the plurality of the DC supply lines (Wdc1 and Wdc2) to the outlet plug (2) via the plurality of the blade receiving members (13). The outlet (1) includes a wiring detecting means (3). The wiring detecting means (3) is configured to determine proper wiring when the plurality of the DC supply lines is connected respectively to the plurality of the blade receiving members at proper polarity, and to determine improper wiring when the plurality of the DC supply lines is connected respectively to the plurality of the blade receiving members at improper polarity.
    • 出口(1)包括多个叶片接收构件(13),其适用于分别连接到多个DC供电线(Wdc1和Wdc2),并分别连接到多个直流供电线 插座(2)。 出口(1)被配置为经由多个叶片接收构件(13)将来自多个DC供给线(Wdc1和Wdc2)的DC电力提供给出口插头(2)。 出口(1)包括布线检测装置(3)。 布线检测装置(3)被配置为当多个DC电源线分别以适当的极性连接到多个刀片接收部件时确定适当的接线,并且当多个DC电源线是 以不正确的极性分别连接到多个刀片接收部件。
    • 3. 发明申请
    • OUTLET AND CONNECTOR
    • 出口和连接器
    • US20100279532A1
    • 2010-11-04
    • US12810337
    • 2008-12-26
    • Toshiaki InageYukihiko Okamura
    • Toshiaki InageYukihiko Okamura
    • H01R3/00
    • H01R13/641G01R19/14H01R13/6691H01R13/7037H01R24/76H01R2103/00
    • An outlet (1) includes a plurality of blade receiving members (13) adapted in use to be connected respectively to a plurality of DC supply lines (Wdc1 and Wdc2), and to be connected respectively to a plurality of blades (21) of an outlet plug (2). The outlet (1) is configured to supply DC power from the plurality of the DC supply lines (Wdc1 and Wdc2) to the outlet plug (2) via the plurality of the blade receiving members (13). The outlet (1) includes a wiring detecting means (3). The wiring detecting means (3) is configured to determine proper wiring when the plurality of the DC supply lines is connected respectively to the plurality of the blade receiving members at proper polarity, and to determine improper wiring when the plurality of the DC supply lines is connected respectively to the plurality of the blade receiving members at improper polarity.
    • 出口(1)包括多个叶片接收构件(13),其适用于分别连接到多个直流供电线(Wdc1和Wdc2),并分别连接到多个直流供电线路 插座(2)。 出口(1)被配置为经由多个叶片接收构件(13)将来自多个DC供给线(Wdc1和Wdc2)的DC电力提供给出口插头(2)。 出口(1)包括布线检测装置(3)。 布线检测装置(3)被配置为当多个DC电源线分别以适当的极性连接到多个刀片接收部件时确定适当的接线,并且当多个DC电源线是 以不正确的极性分别连接到多个刀片接收部件。
    • 5. 发明授权
    • Moving-coil linear motor
    • 移动线圈直线电机
    • US5072144A
    • 1991-12-10
    • US544936
    • 1990-06-28
    • Jun SaitoYoshikazu MatsumotoYasuo SuzukiYukihiko OkamuraHironobu HoriNorito Shiraiwa
    • Jun SaitoYoshikazu MatsumotoYasuo SuzukiYukihiko OkamuraHironobu HoriNorito Shiraiwa
    • H02K41/03H02K41/035
    • H02K41/035
    • A moving-coil linear motor is formed with a stator means forming a guide and having a permanent magnet array having opposite poles alternately at constant intervals in longitudinal direction of the stator means, and a mover means mounted on the stator means for being movable through an electromagnetic force along the stator means, the mover means having three-phase moving coils wound in bipolar system on cores U-shaped in section. Positive and negative voltages are alternately applied through brushes to the moving coils of the mover means, while its U-shaped cores are opposed to the permanent magnet array, disposing the array between both leg portions of the U-shaped cores, with the magnetic efficiency of the motor thereby remarkably improved while sufficiently effectively minimizing the size.
    • 一种动圈式线性电动机形成有定子装置,该定子装置形成导向件,并且具有在定子装置的纵向上以恒定间隔交替地具有相对极的永磁体阵列,以及安装在定子装置上的可移动通过 沿着定子装置的电磁力,移动器装置具有以双相系统缠绕在具有U形截面的芯上的三相运动线圈。 正电压和负电压通过电刷交替施加到移动器装置的运动线圈,而其U形磁芯与永磁体阵列相对,将阵列设置在U形磁芯的两个腿部之间,具有磁效率 因此在足够有效地使尺寸最小化的同时显着改善。
    • 6. 发明授权
    • Electric tool
    • 电动工具
    • US07086483B2
    • 2006-08-08
    • US10925004
    • 2004-08-25
    • Tadashi ArimuraHiroshi MiyazakiMasatoshi ItoYukihiko OkamuraKenji Sakamoto
    • Tadashi ArimuraHiroshi MiyazakiMasatoshi ItoYukihiko OkamuraKenji Sakamoto
    • E21B44/00E21B44/04B23Q5/28
    • B25B21/00B25B21/02B25B23/14B25F5/00
    • An electric tool having the capability of achieving a high working efficiency is provided. This tool comprises an output shaft rotated by reversible motor, a rotational-direction switch for switching a rotational direction of the output shaft in either forward or reverse direction, first memory for storing a plurality of operation modes of the output shaft with respect to one of the forward and reverse directions, operation-mode switch for selecting one from the operation modes, second memory for temporarily storing an operation mode selected by the operation-mode switch in a use of the electric tool at the one of the forward and reverse directions; and a controller for automatically setting the electric tool in the operation mode stored in the second memory in the next use of the electric tool at the one of the forward and reverse directions.
    • 提供了具有实现高工作效率的能力的电动工具。 该工具包括由可逆电动机旋转的输出轴,用于在正向或反向方向上切换输出轴的旋转方向的旋转方向开关,用于存储输出轴的多个操作模式相对于 正向和反向,用于从操作模式中选择一个的操作模式开关;第二存储器,用于临时存储在正向和反向中的一个方向上使用电动工具时由操作模式开关选择的操作模式; 以及用于在存储在第二存储器中的操作模式中自动设置电动工具的控制器,用于在正向和反向中的一个方向下一次使用电动工具。
    • 8. 发明授权
    • Vector control method for controlling a rotor speed of an induction motor
    • 用于控制感应电动机的转子速度的矢量控制方法
    • US5598081A
    • 1997-01-28
    • US310762
    • 1994-09-27
    • Yukihiko OkamuraHiroaki YuasaTadayoshi Mukai
    • Yukihiko OkamuraHiroaki YuasaTadayoshi Mukai
    • H02P21/14H02P5/34
    • H02P21/18H02P21/24H02P2207/01
    • A vector control method is provided for controlling a rotor speed of an induction motor by an inverter which provides an AC current of varying frequency to the induction motor, and a vector controller which provides control voltage Vu, Vv, Vw, in response to an excitation current command i.sub.1d*. The excitation current command is indicative of an excitation current being fed to the induction motor, a desired rotation speed command .omega..sub.r*, and a primary frequency .omega., for controlling the inverter to vary the rotor speed. The method includes the steps of detecting a primary current being fed to the induction motor, analyzing the detected primary current to obtain an excitation current i.sub.1d and a detected torque current i.sub.1q, multiplying a torque value represented by the detected torque current i.sub.1q by a predetermined motor constant K.sub.m to obtain a slip frequency .omega..sub.s, and adding the obtained slip frequency .omega..sub.s to the rotation speed command .omega..sub.r* to determine the primary frequency .omega. (.omega.=.omega..sub.r* +.omega..sub.s), calculating a deviation between the delay torque current i.sub.1q, and the detected torque current i.sub.1q and supplying the deviation to a proportional plus integral controller, the proportional plus integral controller producing as an output an updated delayed torque current i.sub.1q, as the torque value for determining the primary frequency .omega..
    • 提供了一种矢量控制方法,用于通过向感应电动机提供变化频率的AC电流的逆变器来控制感应电动机的转子速度,以及响应于激励而提供控制电压Vu,Vv,Vw的矢量控制器 当前命令i1d *。 励磁电流指令表示馈送到感应电动机的励磁电流,期望的转速指令ωr *和主频率ω,用于控制逆变器改变转子速度。 该方法包括以下步骤:检测馈送到感应电动机的初级电流,分析检测到的初级电流以获得激励电流i1d和检测到的转矩电流i1q,将由检测到的转矩电流i1q表示的转矩值乘以预定电动机 恒定Km以获得转差ωω,并且将获得的转差ωω加到转速指令ωr *以确定主频ω(ω=ωr * +ωs),计算延迟转矩 电流i1q和检测到的转矩电流i1q,并将偏差提供给比例加积分控制器,比例加积分控制器作为输出更新的延迟转矩电流i1q作为用于确定主频率ω的转矩值。