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    • 91. 发明申请
    • INVERTER WITH TIME COUNTING FUNCTION
    • 具有时间计数功能的逆变器
    • US20070201172A1
    • 2007-08-30
    • US11677831
    • 2007-02-22
    • Hiroaki HAYASHI
    • Hiroaki HAYASHI
    • H02H9/00
    • H02H7/122
    • The inverter according to the invention includes a control microcomputer including a protector circuit that stops the inverter when an anomaly is caused, a counter that counts the driving clock signals of the microcomputer from the instance at which the protector circuit starts working, and a conversion circuit that converts the clock signals counted by the counter to a numerical time expression in the time units and outputs the converted numerical time expression. The inverter according to the invention, manufacturable with low manufacturing costs and easy to operate, facilitates informing the installation manager of the period of time from the instance at which the inverter stopped due to an anomaly and such a cause, without impairing the time measurement precision.
    • 根据本发明的逆变器包括控制微计算机,该控制微型计算机包括当发生异常时停止逆变器的保护器电路,从保护电路开始工作的情况下对微型计算机的驱动时钟信号进行计数的计数器,以及转换电路 其将由计数器计数的时钟信号转换为时间单位中的数字时间表达式,并输出转换的数字时间表达式。 根据本发明的变频器,制造成本低且易于操作,便于安装经理从变频器由于异常等原因而停止的时间段,而不损害时间测量精度 。
    • 92. 发明授权
    • Electromagnetic contactor
    • 电磁接触器
    • US07157997B2
    • 2007-01-02
    • US10536753
    • 2003-09-19
    • Koji OhkuboMitsuhara KasaharaHidehiko Ogawa
    • Koji OhkuboMitsuhara KasaharaHidehiko Ogawa
    • H01H9/30
    • H01H9/342H01H50/045
    • An electromagnetic contactor in which neighboring main contact points have an interphase barrier between them. A concave section is provided at the inner wall face of the interphase barrier at the middle of the emission path of the arc gas that is generated from the opening and closing of a main contact point. The concave section allows the arc gas passing from an arc generation point to an emission window to be accumulated in the concave section, which acts as a container, thus reducing the rate at which the arc gas is emitted. As a result, the amount of heat dispersed from the arc gas to the interphase barrier due to heat transfer is increased, thus reducing the temperature of the arc gas flowing from the emission window, which suppresses damage to the wiring cable that would otherwise occur due to excessive heating of the main terminal onto which the arc gas flows, and fusion of the interphase barrier.
    • 电磁接触器,其中相邻的主接触点之间具有相间屏障。 在从主接触点的开闭产生的电弧气体的发射路径的中间,在相间势垒的内壁面设置凹部。 该凹部允许从电弧产生点通过发射窗的电弧气体积聚在作为容器的凹部中,从而降低电弧气体的发射速率。 结果,由于传热而从电弧气体分散到相间屏障的热量增加,从而降低了从发射窗口流出的电弧气体的温度,从而抑制了否则将发生的布线电缆的损坏 电弧气体流过的主要终端的过度加热,以及相间势垒的融合。
    • 94. 发明授权
    • Terminal device of electrical apparatus
    • 电器终端装置
    • US06981901B2
    • 2006-01-03
    • US11107858
    • 2005-04-18
    • Kouetsu Takaya
    • Kouetsu Takaya
    • H01R4/36
    • H01R4/34H01H2001/5861H01H2011/0037H01R4/363H01R11/12
    • A terminal device of an electrical apparatus includes a frame, at least one attachment piece and at least one terminal strip with a terminal screw, The frame includes at least two side walls with grooves, a bottom wall disposed between the at least two side walls and having a first recess, and a rear wall standing from the bottom wall to form a box-shaped space. The attachment piece is fitted into the box-shaped space, and has a cylinder-shaped recess and a lower surface with a projection for engaging the first recess. The terminal strip is inserted into the box-shaped space along the grooves so that the terminal screw is fitted into the cylinder-shaped recess for attaching the terminal strip to the attachment piece.
    • 电气设备的终端设备包括框架,至少一个附接件和至少一个具有端子螺钉的端子条。框架包括至少两个具有凹槽的侧壁,底壁设置在至少两个侧壁和 具有第一凹部和从底壁竖立形成箱形空间的后壁。 安装片装配在盒状空间中,具有圆筒形凹部和具有用于接合第一凹部的突起的下表面。 端子条沿着槽被插入箱形空间中,使得端子螺钉装配到用于将端子条附接到附接件的圆柱形凹部中。
    • 95. 发明授权
    • Contactor device of circuit breaker
    • 断路器接触器装置
    • US06975190B2
    • 2005-12-13
    • US10939373
    • 2004-09-14
    • Akifumi SatoKoji AsakawaMitsuhiro MitsushigeYasuhiro TakahashiHideto Yamagata
    • Akifumi SatoKoji AsakawaMitsuhiro MitsushigeYasuhiro TakahashiHideto Yamagata
    • H01H9/40H01H73/02H01H73/04H01H73/18H01H73/38H01H75/00H01H75/10H01H77/10
    • H01H9/40H01H1/2041H01H77/10H01H77/102
    • A contactor device of a repulsion-type circuit breaker includes a first movable contactor with a first movable contact to be driven by an open-close mechanism; a fixed contactor; a second movable contactor having second and third movable contacts; a first contact spring for urging the first movable contactor toward the second movable contactor; and a second contact spring for urging the second movable contactor toward the first movable contactor and the fixed contactor. The first movable contactor, fixed contactor, and second movable contactor are arranged such that when an over-current flows, an electromagnetic repulsive force is generated so that the first and second movable contactors are rotated against the first and second contact springs to open between the first movable contact and the second movable contact and between the fixed contact and the third movable contact before the open-close mechanism opens the first movable contact.
    • 排斥型断路器的接触器装置包括具有由开闭机构驱动的第一可动触点的第一活动接触器; 固定接触器; 具有第二和第三可移动触头的第二活动接触器; 第一接触弹簧,用于将第一活动接触器推向第二活动接触器; 以及用于将第二活动接触器朝向第一活动接触器和固定接触器推压的第二接触弹簧。 第一活动接触器,固定接触器和第二活动接触器布置成使得当过电流流动时,产生电磁排斥力,使得第一和第二活动接触器相对于第一和第二接触弹簧旋转以在 第一可动触点和第二可动触头之间以及开闭机构打开第一可动触点之前的固定触点和第三可动触头之间。
    • 96. 发明申请
    • OVERLOAD/OPEN-PHASE TRIPPING DEVICE FOR CIRCUIT BREAKER
    • 用于断路器的过载/开路脱扣装置
    • US20050168305A1
    • 2005-08-04
    • US11002111
    • 2004-12-03
    • Isamu NagahiroKatsunori Kuboyama
    • Isamu NagahiroKatsunori Kuboyama
    • H01H83/14H01H73/22H01H83/22H01H75/08
    • H01H83/223
    • An overload/open-phase tripping device for a circuit breaker includes a plurality of bimetallic elements arranged in a row; a differential shifter mechanism; and a tripping lever for transmitting a force applied by the differential shifter mechanism to a switching mechanism. The differential shifter mechanism includes a push shifter having a plurality of operation ends; a pull shifter having a plurality of operation ends; and a differential lever disposed between the push shifter and the pull shifter. The differential lever is provided with an action end for applying the force to the tripping lever upon an overload, and an action end for applying the force to the tripping lever upon an open-phase. The two action ends face the tripping lever, and the action end for the open-phase is located at a position farther from the tripping lever than the action end for the overload.
    • 用于断路器的过载/开路脱扣装置包括排列成一排的多个双金属元件; 差速移位机构; 以及用于将由差速换档机构施加的力传递到切换机构的脱扣杆。 差分移位机构包括具有多个操作端的推移移位器; 具有多个操作端的拉动移位器; 以及设置在推动移位器和拉动移位器之间的差速杆。 差速器杆设置有用于在过载时将力施加到脱扣杆的作用端,以及用于在开启阶段将力施加到脱扣杆的作用端。 两个动作端面对着脱扣杆,而开关相位的动作端位于离开脱扣杆的位置,而不是超载动作端。