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    • 1. 发明授权
    • Delay switch with delay unit
    • 延时开关带延时单元
    • US06252185B1
    • 2001-06-26
    • US09584150
    • 2000-05-31
    • Kiwamu ShibataHideya KondoTakaaki ChuzawaJun SaitoNobuhiro KitamuraTetsuyasu KawamotoSatoshi KajiyamaTakeshi Ono
    • Kiwamu ShibataHideya KondoTakaaki ChuzawaJun SaitoNobuhiro KitamuraTetsuyasu KawamotoSatoshi KajiyamaTakeshi Ono
    • H01H703
    • H01H7/02H01H23/00
    • In the setting operation conducted by the handle 90 which is an operating section, an upper portion of the portion 26a′ of the slidable T-post 26 is pushed by the end portion of the cam 90b, and the slidable T-post 26 is moved. In accordance with the movement of the card 26, the suction cup block 23 is elastically deformed, and the suction cup 23b is held by the body 24 by a holding force of the suction cup 23b. The body 24 is composed of a porous body, and air flows from the ventilation hole 29 into a space formed between the suction cup 23b and the body 24, via the body 24. The slidable T-post 26 is biased ahead by the return spring 27. When the releasing operation is conducted by the handle 90, the cam 90b is rotated, and the end portion of the cam 90b is separated from the end of the portion 26a′ to be pushed. After that, when the intensity of the holding force of the suction cup 23b to the body 24 is decreased lower than that of the spring force of the return spring 27, the slidable T-post 26 is moved ahead, so that the card member 26c pushes up the movable contactor 70.
    • 在由作为操作部的把手90进行的设定操作中,滑动T形杆26的部分26a'的上部被凸轮90b的端部推动,并且可滑动的T形柱26移动 。 根据卡26的移动,吸盘块23弹性变形,吸盘23b由吸盘23b的保持力被主体24保持。 主体24由多孔体组成,并且空气经由主体24从通气孔29流入形成在吸盘23b和主体24之间的空间。可滑动的T形柱26被复位弹簧 当通过把手90进行释放操作时,凸轮90b旋转,并且凸轮90b的端部与要被推动的部分26a'的端部分离。 此后,当吸盘23b对主体24的保持力的强度比复位弹簧27的弹簧力的强度降低时,可滑动的T形柱26向前移动,使得卡构件26c 推动活动接触器70。
    • 4. 发明授权
    • Electromagnetic relay assembly
    • 电磁继电器总成
    • US5886601A
    • 1999-03-23
    • US901201
    • 1997-07-28
    • Nobuhiro KitamuraHiroaki HamaguchiNaoki KanemotoMasahiro KutsunaTetsuyasu Kawamoto
    • Nobuhiro KitamuraHiroaki HamaguchiNaoki KanemotoMasahiro KutsunaTetsuyasu Kawamoto
    • H01H50/00H01H50/04H01H50/54H01H50/56H01H50/64H01H51/06H01H67/02
    • H01H50/54H01H50/041H01H1/5822
    • An electromagnetic relay assembly includes an actuator unit and at least one switch unit detachably connected with the actuator unit. The actuator unit includes an actuator casing accommodating therein an electromagnetic assembly and a movable actuator frame magnetically attracted by the electromagnetic assembly to move between first and second positions. The switch unit Includes a switch casing accommodating therein a switch assembly capable of selectively assuming one of an ON state in response to movement of the movable actuator frame from the first position to the second position and an OFF position in response to movement of the movable actuator frame from the second position to the first position. The actuator casing and the switch casing have mating engagement members by which the actuator unit and the switch unit can be separably connected together while the movable actuator frame in the actuator unit can be drivingly coupled with the switch assembly In the switch unit.
    • 电磁继电器组件包括致动器单元和至少一个与致动器单元可拆卸地连接的开关单元。 致动器单元包括容纳在其中的电磁组件和由电磁组件磁吸引以在第一和第二位置之间移动的可动致动器框架的致动器壳体。 开关单元包括容纳在其中的开关壳体,开关组件能够响应于可移动致动器框架从第一位置到第二位置的移动而选择性地接通ON状态,并且响应于可移动致动器的移动而处于OFF位置 框架从第二位置到第一位置。 致动器壳体和开关壳体具有配合接合构件,通过该配合接合构件,致动器单元和开关单元可以可分离地连接在一起,而致动器单元中的可动致动器框架可以与开关组件驱动耦合。
    • 7. 发明授权
    • Electronic switch
    • 电子开关
    • US07283344B2
    • 2007-10-16
    • US10875526
    • 2004-06-24
    • Tatsuya MukaiNobuhiro KitamuraYukihiro MurataKenji Okada
    • Tatsuya MukaiNobuhiro KitamuraYukihiro MurataKenji Okada
    • H02H3/00
    • H03K17/0822H03K17/6874
    • In an electronic switch which includes a pair of terminal portions 14, 14, and self arc-suppressing elements Q21, Q22 having a one-way on and off control construction connected in inverse-series between the pair of terminal portions and which turns on and off the self arc-suppressing elements Q21, Q22 with phase control, shunt resistors R51, R52 provided between the pair of terminal portions 14, 14 and connected in series to the pair of self arc-suppressing elements Q21, Q22 and thyristors S71, S72 for extracting the gate voltages applied to gates of the self arc-suppressing elements Q21, Q22 upon driving are provided. Furthermore, thyristors S71, S72 are driven by the voltages across the shunt resistors R51, R52 generated when overcurrent larger than predetermined current flows through the shunt resistors R51, R52.
    • 在包括一对端子部分14,14以及具有单向导通和关断控制结构的自灭弧元件Q 21,Q 22的电子开关中,该一对端子部分14和14反向串联连接在该对端子部分之间, 在具有相位控制的自灭弧元件Q 21,Q 22上,分别设置在一对端子部14,14之间的分流电阻器R 51,R 52,并与该一对自电弧抑制元件Q21串联连接 Q 22和用于提取在驱动时施加到自消弧元件Q21,Q22的栅极的栅极电压的晶闸管S 71,S 72。 此外,晶闸管S71,S72由跨过分流电阻器R 51,R 52流过大于预定电流的过电流产生的分流电阻器R51,R52两端的电压驱动。
    • 8. 发明申请
    • Electronic switch
    • 电子开关
    • US20050007715A1
    • 2005-01-13
    • US10875526
    • 2004-06-24
    • Tatsuya MukaiNobuhiro KitamuraYukihiro MurataKenji Okada
    • Tatsuya MukaiNobuhiro KitamuraYukihiro MurataKenji Okada
    • H01H47/00H02J3/24H03K17/082H03K17/687H02H3/08
    • H03K17/0822H03K17/6874
    • To provide an electronic switch capable of instantly releasing overcurrent from flowing between a pair of terminal portions. In an electronic switch which comprises a pair of terminal portions 14, 14 ad self arc-suppressing elements Q21, Q22 having a one-way on and off control construction connected in inverse-series between, the pair of terminal portions and which turns on and off the self arc-suppressing elements Q21, Q22 with phase control, shunt resistors R51, R52 provided between the pair of terminal portions 14, 14 and connected in series to the pair of self arc-suppressing elements Q21, Q22 and thyristors S71, S72 for extracting the gate voltages applied to gates of the self arc-suppressing elements Q21, Q22 upon driving are provided. Furthermore, thyristors S71, S72 are driven by means of the voltages across the shunt resistors R51, R52 generated when overcurrent larger than predetermined current flows through the shunt resistors R51, R52.
    • 提供能够立即从一对端子部之间流过过电流的电子开关。 在一个电子开关中,包括一对端子部分14,14,具有反向串联连接的单向导通和关闭控制结构的一组自消弧元件Q21,Q22,该一对端子部分接通和断开, 关闭具有相位控制的自电弧抑制元件Q21,Q22,设置在一对端子部14,14之间的并联电阻器R51,R52并串联连接到一对自电弧抑制元件Q21,Q22和晶闸管S71,S72 用于提取在驱动时施加到自电弧抑制元件Q21,Q22的栅极的栅极电压。 此外,当大于预定电流的过电流流过分流电阻器R51,R52时,通过分流电阻器R51,R52两端的电压驱动晶闸管S71,S72。
    • 10. 发明授权
    • Phase controller
    • 相位控制器
    • US06995522B2
    • 2006-02-07
    • US10875205
    • 2004-06-25
    • Tatsuya MukaiNobuhiro KitamuraYukihiro MurataKenji Okada
    • Tatsuya MukaiNobuhiro KitamuraYukihiro MurataKenji Okada
    • H05B41/16H05B37/02G05F1/00
    • H05B39/08H05B39/048Y02B20/148
    • In a phase controller used in a light control of an incandescent lamp, noise reduction, prevention of elements from damage due to short circuit current, downsizing and lower cost are purposed. A CPU circuit of a control circuit sets a gradual increase term during which a load voltage applied to the incandescent lamp is gradually increased by driving a self-quenching type switching device such as an IGBT. After passing the gradual increase term, a main switching device such as a TRIAC is turned on. The phase controller further comprises a current sensor such as a shunt resistor for sensing a value of the load current flowing through the self-quenching type switching device, according to need. The CPU circuit compares the sensed value of the load current with at least one reference value, and selects driving manner of the main switching device and the self-quenching type switching device corresponding to the result of comparison.
    • 在用于白炽灯的光控制中的相位控制器中,旨在降低噪声,防止因短路电流损坏元件,减小尺寸和降低成本。 控制电路的CPU电路通过驱动诸如IGBT的自熄型开关器件来设置逐渐增加项,在此期间施加到白炽灯的负载电压逐渐增加。 通过逐渐增加期限后,开启诸如TRIAC的主开关装置。 相位控制器还包括根据需要的用于感测流过自熄型开关装置的负载电流值的诸如分流电阻器的电流传感器。 CPU电路将感测到的负载电流值与至少一个参考值进行比较,并且选择与比较结果相对应的主开关装置和自熄型开关装置的驱动方式。