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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。
    • 3. 发明授权
    • Remotely controllable circuit breaker
    • US4897625A
    • 1990-01-30
    • US295315
    • 1989-01-09
    • Youichi YokoyamaHideya KondoYouichi KunimotoManabu Yano
    • Youichi YokoyamaHideya KondoYouichi KunimotoManabu Yano
    • H01H71/66H01H51/22H01H73/50H01H89/10
    • H01H89/10H01H51/2209
    • A remotely controllable circuit breaker with an improved space saving structure comprises first and second movable contacts 11 and 12 which are held respectively on first and second contact arms 31 and 32 and are driven individually by a switching mechanism 20 including a manual handle 22 with a contact tripping capability and by a remote control signal responsive electromagnet 60. An L-shaped actuator 80 with a horizontal member 81 and a vertical member 83 is provided to operatively connect the second contact arm 32 to an axially movable core 63, the output member of the electromagnet 60. The actuator 80 is pivoted at its connection between the horizontal and vertical members 81 and 83 and carries the second contact arm 32 on its vertical member 83 for pivotal movement of the second contact arm 32 between operative and inoperative positions respectively enabling and disabling the contact closing. The electromagnet 60 is arranged in side-by-side relation to the switching mechanism 40 with the first and second contact arms 31 and 32 interposed therebetween. The actuator 80 is located in proximity to the electromagnet 60 with the vertical member 83 extending over the lengthwise dimension or the axial direction of the core 63 and with the horizontal member extending over the width dimension of the electromagnet 60 to thereby accommodate the substantial portion of the actuator 80 within the lengthwise and widthwise dimensions of the adjacently disposed electromagnet 60.
    • 5. 发明授权
    • Circuit breaker
    • 断路器
    • US4387356A
    • 1983-06-07
    • US237597
    • 1981-02-24
    • Kunio TakemuraHideya KondoAkira Yoshio
    • Kunio TakemuraHideya KondoAkira Yoshio
    • H01H73/50H01H71/52H01H73/48H01H75/00
    • H01H71/52
    • A circuit breaker wherein one or two of circuit-breaking electric element blocks respectively including current source side and load side terminals, fixed and movable contactors, means for forcibly tripping the movable contactor away from the fixed contactor by operating at least electromagnetically responsive to an overcurrent and an arc suppressing means, and movably supporting the movable contactor at a stationary part of the tripping means is arranged in each of side spaces within a single housing, while a single mechanical contact operating mechanism for moving the movable contactor in each of the blocks between both positions of opening and closing contacts responsive to an external operating force and operatively connected with the tripping means of the blocks is contained in an intermediate space provided between the side spaces, in each of the latter of which the movable contactor of an elongated member is arranged with one end having the movable contact directed toward the source side terminal and with the other supported end directed toward the load side terminal, the arc suppressing means is arranged on the side of the source side terminal and the tripping means is arranged on the side of the load side terminal remote farthest from the arc suppressing means.
    • 一种断路器,其中一个或两个断路电气元件块分别包括电流源侧和负载侧端子,固定和可移动接触器,用于通过至少电磁响应于过电流操作来强制将活动接触器跳离固定接触器的装置 并且在单个壳体内的每个侧部空间中布置有在所述脱扣装置的静止部分可移动地支撑所述活动接触器的电弧抑制装置,而单个机械接触操作机构用于将每个所述块中的活动接触器移动到 响应于外部操作力并与块的脱扣装置可操作地连接的开启和关闭触点的两个位置都包含在设置在侧空间之间的中间空间中,每个中间空间中的细长构件的活动接触器为 其一端具有朝向所述可动触头的一端 尿素侧端子,另一个支撑端指向负载侧端子,电弧抑制装置设置在源极端子侧,并且跳闸装置设置在远离电弧抑制的远端的负载侧端子侧 手段。
    • 6. 再颁专利
    • Remotely controllable circuit breaker
    • 遥控断路器
    • USRE33325E
    • 1990-09-04
    • US35485
    • 1987-04-07
    • Yoichi YokoyamaHideya Kondo
    • Yoichi YokoyamaHideya Kondo
    • H01H9/16H01H71/52H01H89/10
    • H01H89/10H01H71/52H01H71/524H01H9/16
    • An improved remotely controllable circuit breaker comprises a manually operable switching mechanism for opening and closing a single set of first and second contacts, a trip mechanism for opening the contacts upon occurrence of predetermined overload current conditions, and a remotely controllable switching mechanism for selectively opening and closing the contacts in response to a control signal remote from the breaker. The manually operable switching mechanism includes a movable contact arm carrying the first contact to be brought into and out of contacting engagement with the second contact by manipulation of a manual handle. The second contact is operatively connected to the remotely controllable switching mechanism to be driven thereby for movement between an operative position where the second contact is engageable with the first contact and an inoperative position where it is prohibited from being engaged with the first contact independently of the position of the first contact. Accordingly, the remotely controllable mechanism can be entirely isolated from the manually operable switching mechanism when the former is responsive to the remote control signal for bringing the second contact into its inoperative position.
    • 8. 发明授权
    • Remotely controllable circuit breaker
    • 遥控断路器
    • US4604596A
    • 1986-08-05
    • US772912
    • 1985-09-05
    • Yoichi YokoyamaHideya Kondo
    • Yoichi YokoyamaHideya Kondo
    • H01H9/16H01H71/52H01H89/10H01H75/00
    • H01H89/10H01H71/52H01H71/524H01H9/16
    • An improved remotely controllable circuit breaker comprises a manually operable switching mechanism for opening and closing a single set of first and second contacts, a trip mechanism for opening the contacts upon occurrence of predetermined overload current conditions, and a remotely controllable switching mechanism for selectively opening and closing the contacts in response to a control signal remote from the breaker. The manually operable switching mechanism includes a movable contact arm carrying the first contact to be brought into and out of contacting engagement with the second contact by manipulation of a manual handle. The second contact is operatively connected to the remotely controllable switching mechanism to be driven thereby for movement between an operative position where the second contact is engageable with the first contact and an inoperative position where it is prohibited from being engaged with the first contact independently of the position of the first contact. Accordingly, the remotely controllable mechanism can be entirely isolated from the manually operable switching mechanism when the former is responsive to the remote control signal for bringing the second contact into its inoperative position.
    • 改进的可远程控制的断路器包括用于打开和关闭单组第一和第二触点的手动切换机构,用于在发生预定的过载电流条件时打开触点的跳闸机构,以及用于选择性地打开和 响应于远离断路器的控制信号来闭合触点。 手动切换机构包括:可移动接触臂,其通过操纵手柄来承载第一接触件与第二接触件的接触接触。 第二触点可操作地连接到可远程控制的切换机构以被驱动,从而在第二触点可与第一触点接合的操作位置和禁止与第一触点接合的非工作位置之间移动, 第一个联系人的位置。 因此,当前者响应于遥控信号使第二接触件进入其不工作位置时,遥控机构可以完全与手动操作的切换机构隔离。
    • 10. 发明授权
    • Plural sealed contact units with common electromagnetic operating
mechanism
    • 多个密封接触单元,具有普通的电磁操作机构
    • US5420555A
    • 1995-05-30
    • US082335
    • 1993-06-24
    • Takehiko ToguchiHideya KondoMamoru TatenoYoichi YokoyamaHirofumi FukazawaRiichi UotomeKiyoshi Goto
    • Takehiko ToguchiHideya KondoMamoru TatenoYoichi YokoyamaHirofumi FukazawaRiichi UotomeKiyoshi Goto
    • H01H1/66H01H13/06H01H50/54H01H51/28H01H3/00
    • H01H13/063H01H1/66H01H2013/066H01H2050/025H01H50/54H01H51/28
    • A sealed contact unit that attains stabilized contact switching operation and effective dimensional minimization with an arrangement wherein a switching contact section including opposing movable and stationary contacting members is housed within a sealed container together with an electrically insulating gas, a movable shaft interlocked to the movable contacting member is hermetically passed through a wall of the container to be axially shiftable with an end projected externally while the movable contacting member biased away from the stationary contacting member by a resetting spring is mounted through a contact-pressure spring to the other end of the movable shaft inside the container, the contact-pressure spring being provided to coaxially enclose the movable shaft and biasing the movable contacting member against the biasing force of the resetting spring for attaining a contact-pressure when the movable contact member shifts to engage the stationary contact member fixed inside the container, a driving section for switching ON and OFF between movable and stationary contacts of the movable and stationary contacting members is engaged to the projected end of the movable shaft for axial drive of the shaft.
    • 一种具有稳定的接触切换操作和有效尺寸最小化的密封接触单元,其中包括相对的可移动和固定接触构件的开关接触部分与电绝缘气体一起容纳在密封容器内,可动轴与可动接触 构件被密封地穿过容器的壁,以便端部突出到外面可轴向移动,而通过复位弹簧偏离固定接触构件的可动接触构件通过接触压力弹簧安装到可移动的另一端 所述接触压力弹簧被设置成同轴地包围所述可动轴并抵抗所述复位弹簧的偏压力偏置所述可动接触构件,以在所述可动接触构件移动以接合所述固定接触构件时获得接触压力 固定在里面 容器,用于在可动和静止接触构件的可动和静触点之间接通和断开的驱动部分接合到可动轴的突出端,用于轴的轴向驱动。