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    • 1. 发明公开
    • ELECTROMAGNETIC CONTACTOR
    • 电磁接触器
    • EP2765588A1
    • 2014-08-13
    • EP12837693.6
    • 2012-10-03
    • Fuji Electric Co., Ltd.Fuji Electric Fa Components & Systems Co., Ltd.
    • KASHIMURA, OsamuISOZAKI, MasaruTACHIKAWA, HiroyukiTAKAYA, KouetsuNAKA, YasuhiroSHIBA, Yuji
    • H01H50/54H01H50/14
    • H01H1/58H01H1/54H01H50/10H01H50/14H01H50/546
    • There is provided an electromagnetic contactor with which it is possible to suppress electromagnetic repulsion forces which cause a movable contact to open when current is conducted without any effect of magnetic fields of external connection conductors. The electromagnetic contactor includes a contact mechanism (CM) including a pair of fixed contacts (2), interposed in a current conduction path, which have their respective fixed contact portions (2a), (2b) and a movable contact 3 having a pair of movable contact portions (3b), (3c) which are able to come into and out of contact with the pair of fixed contact portions, wherein at least one of the pair of fixed contacts or movable contact is formed in a shape such as to form magnetic fields which generate Lorentz forces opposing electromagnetic repulsion forces generated in an opening direction between the fixed contact portions and movable contact portions when current is conducted. Also, the attachment direction of fixed portions (22), (23), each of which, having an external connection conductor (20), (21) connected to an external connection terminal (2i), (2j) of the corresponding fixed contact 2, is attached to the external connection terminal of the external connection conductor, is set so as to cross the direction of current flowing through the movable contact.
    • 提供了一种电磁接触器,利用该电磁接触器可以抑制电磁排斥力,该电磁排斥力在没有外部连接导体的磁场的任何影响的情况下导通电流时导致可动触点打开。 该电磁接触器包括一个接触机构(CM),该接触机构包括一对置于电流传导通路中的固定触点(2),它们具有它们各自的固定触点部分(2a),(2b)和具有一对 可动接点部(3b),(3c),其能够与上述一对固定接点部进出接触,其中,上述一对固定接点或可动接点中的至少一方形成为形成 产生洛伦兹力的磁场,所述洛仑兹力反抗在电流传导时在固定接触部分和可动接触部分之间沿打开方向产生的电磁排斥力。 另外,固定部22,23的安装方向分别具有与外部连接导体20,21连接的外部连接端子2i,2j, 2被安装在外部连接导体的外部连接端子上,并被设定为与流过可动触点的电流的方向交叉。
    • 3. 发明公开
    • RELAY
    • 中继
    • EP1916687A1
    • 2008-04-30
    • EP06782491.2
    • 2006-08-08
    • OMRON CORPORATION
    • NAKAMURA, MasanoriSARUWATARI, YojiroSHINOURA, TatsuoOTA, Akira
    • H01H50/04H01H50/02H01H50/10
    • H01H51/2272H01H49/00H01H50/041H01H50/10H01H50/34H01H50/54H01H2011/0075
    • To provide a relay that has high assembling accuracy and reduced variations in operation characteristics. Therefore, a contact point block 30 is constructed of a supporting shaft 58 with its both ends spanning a contact point base 31, a movable iron piece 50 to a lower surface of which a plate spring 53 is fixed and which is supported on the supporting shaft 58 so as to be rotatable, and plungers 43, 44 which are inserted through operation holes 31a, 31b of the contact point base 31 so as to be movable up and down and whose lower end portions protruding from a lower surface of the contact point base 31 are provided with movable contact points 45, 46, respectively. An upper and lower surfaces of the contact point block 30 are held by the electromagnetic unit 60 that directly fixes a first and second iron cores 76, 77 to an upper surface of the contact point base 30 and the base block 11 in which fixed contact points 21a, 22a, 23a are placed at positions opposite to the movable contact points 45, 46 so as to be able to be contacted with and separated from the movable contact points 45, 46.
    • 提供具有高组装精度和减小操作特性变化的继电器。 因此,接触点块30由支撑轴58构成,其支撑轴58的两端跨越接触点基座31,可动铁片50,其下表面固定有板簧53,并支撑在支撑轴 以能够旋转的方式安装在上述接触点基座31的操作孔31a,31b上,能够上下移动,并且其下端部从上述接点基座的下表面突出的柱塞43,44 31分别设有可移动的接触点45,46。 接触点块30的上表面和下表面由电磁单元60保持,电磁单元60将第一和第二铁芯76,77直接固定到接触点基座30和基座11的上表面,其中固定接触点 21a,22a,23a设置在与可动触点45,46相对的位置,以便能够与可动触点45,46接触和分离。
    • 5. 发明公开
    • Coaxial relay
    • 同轴继电器
    • EP1047089A3
    • 2002-07-24
    • EP00108658.6
    • 2000-04-20
    • Matsushita Electric Works, Ltd.
    • Nakahata, Atsushi
    • H01H50/02
    • H01H50/02H01H50/10H01H51/2272H01H2050/049
    • A coaxial relay is build up from a contact block 10 and an electromagnet block 60 . The contact block 10 carries a plurality of coaxial connectors 20 each composed of a core conductor 21 and a shield conductor 22 surrounding the core conductor 21 . The core conductors 21 extend into a shield chamber 12 to define thereat respective coaxial contacts. At least one movable blade 41, 42 is disposed within the shield chamber 12 for closing and opening the two adjacent coaxial contacts. The movable blade 41, 42 is provided with a dielectric actuator 44 which projects on the top of the contact block 10 and is engaged with a return spring 50 secured to the contact block 10 for urging the movable-blade 41, 42 in a direction of opening the coaxial contacts. The electromagnet block 60 carries at least one electromagnet 86 and an armature 100 which is engageable with the actuator 44 when the electromagnet block 60 is assembled to the contact block 10 . The armature 100 moves about a pivot axis X from a first position of opening the coaxial contacts to a second position of closing the same. The electromagnet 86 includes a frame 70 of a non-magnetic material which holds the electromagnet 86 and has its lower end secured to the contact block 10 . The frame 70 has a retainer mechanism for pivotally supporting the armature 100 . Thus, a magnetic gap distance between the electromagnet 86 and the armature 100 can be fixed and does not vary a the time of assembling the electromagnet block 60 to the contact block 10 , so that the relay can have a reliable armature movement in response to the excitation of the electromagnet 86 .
    • 7. 发明公开
    • Relay device for switching radio frequency signal
    • 用于切换无线电频率信号的继电器
    • EP0361442A3
    • 1991-11-27
    • EP89117854.3
    • 1989-09-27
    • ANRITSU CORPORATION
    • Yamazaki, SyojiOda, Toshikazu Iwasaki-HaitsuIwanaga, KenjiGono, Yoshitaka
    • H01H50/10H01H51/22
    • H01H50/10H01H50/54H01H51/2236
    • Each of first and second contact blocks (1, 1) includes a substantially rectangular insulating member, a pair of stationary contact members projecting inward from the insulating member and supported with a predetermined interval therebetween, a movable contact member arranged between the pair of stationary contact members and supported by the insulating member, and first, second, and third terminals for electrically extracting the pair of stationary contact members and the movable contact member, respectively, and projecting from a base portion of the insulating member with predetermined intervals therebetween. An electromagnet (30) includes a movable member for commonly acting on the movable contact members of the first and second contact blocks (1, 1) to move each movable contact member toward one of the pair of stationary contact members of each of the first and second contact blocks (1, 1). A shielding block member (17) with a substantially H-shaped section includes two storage spaces for storing the first and second contact blocks (1, 1), respectively, a support portion for mounting the electromagnet (30), and a predetermined number of notched portions for guiding the first, second, and third terminals of each of the first and second contact blocks. At least a surface of the shielding block member has conductivity. A shielding case (31) shields at least an edge of an opening portion of the shielding block member (17).
    • 10. 发明公开
    • Electromagnetic relay with symmetric reaction
    • Elektro-magnetisches Relais mit对称机构Rückwirkung。
    • EP0124109A2
    • 1984-11-07
    • EP84104772.3
    • 1984-04-27
    • OMRON TATEISI ELECTRONICS CO.
    • Bando, YoshihideMaenishi, KozoNakanishi, Yoichi
    • H01H50/16H01H51/22H05K9/00
    • H01H50/18H01H50/10H01H50/14H01H51/2227H05K1/0218H05K1/18
    • An electromagnetic relay includes a coil wound around a core both of whose ends project therefrom. A yoke extends parallel thereto, and each of its ends is formed with two pole pieces which extend towards and lie one on each side of an end of the core with a certain gap being defined therebetween. A connecting member extends parallel to the core and the yoke and is mounted so as to be movable transversely, and means are provided for establishing and breaking some electrical connection according to such transverse movement. There are provided two armature pieces, one for each end of the core and both fixed to the connecting member. Each armature piece includes a permanent magnet plate and two plates of magnetic material fixed to it so as generally to form a C shape with one of the magnetic material plates being magnetized to be a north pole and the other a south pole. Each of the two plates of magnetic material is inserted on one side of an end of the core between it and the opposing one of the pole pieces of the yoke, into the gap therebetween. The directions of magnetization of the armature pieces are oppositely oriented. Thereby, when the relay switches over, it does so without generating any off center jerking, and thus its mounting to a base is improved. Also the quality of the magnetic circuit, and the manufacturablity of the relay, are improved.
    • 电磁继电器包括缠绕在其两端从其突出的芯的线圈。 磁轭平行于其延伸,并且每个端部形成有两个极片,两个磁极片在芯体的端部的每一侧延伸并且位于其两端之间,其间限定一定间隙。 连接构件平行于铁芯和轭架延伸并且被安装成横向移动,并且提供用于根据这种横向运动建立和断开一些电连接的装置。 设置有两个电枢片,一个用于芯的每个端部,两个固定到连接构件。 每个电枢片包括永磁体板和固定到其上的两个磁性材料板,以大致形成C形,其中一个磁性材料板被磁化为北极,另一个为南极。 磁性材料的两个板中的每一个都插入到芯体的一端和轭的相对的一个之间的间隙中。 电枢片的磁化方向相反取向。 因此,当继电器切换时,它不会产生任何偏心冲击,从而改善了其安装到基座上。 此外,磁路的质量以及继电器的可制造性得到改善。