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    • 1. 发明公开
    • MOVEABLE CONTACT PIECE, AND ELECTROMAGNETIC RELAY PROVIDED WITH SAME
    • BEWEGLICHESKONTAKTSTÜCKUND ELEKTROMAGNETISCHES RELAIS DAMIT
    • EP3021340A4
    • 2017-04-19
    • EP14822237
    • 2014-07-08
    • OMRON TATEISI ELECTRONICS CO
    • KOZAI YUJITANAKA HIROYASUFURUSHO SHINICHI
    • H01H50/56H01H3/00H01H50/64
    • H01H50/56H01H3/001H01H50/24H01H50/58H01H50/642H01H51/2227H01H51/24
    • Provided is a movable plate 60 which needs less energy consumption, less components, and less assembling processes, but ensures a high productivity. The movable contact plate, comprising three stacked conductive thin plate springs 61, 65, 67, has one end connected to a movable contact terminal 54 and the other end supporting movable contacts 56, 57 integrally fixed thereto. The plate is drivingly moved in its thicknesswise direction by an engagement at a distal end thereof with a card 40 to make and break contacts with stationary contacts 52, 53. The inward conductive thin plate spring has at its distal end a driving elastic tongue 64a and the outward conductive thin plate spring has at its distal end a pair of returning elastic tongues 67b, 67c which are configured to take a condition that only one of the returning elastic tongues makes a contact with the card while the movable contact plate is being moved toward a condition where the movable and stationary contacts are disconnected.
    • 提供了一种可移动板60,其需要更少的能量消耗,更少的部件和更少的组装过程,但是确保高生产率。 可动接触板包括三个堆叠的导电薄板弹簧61,65,67,其一端连接到可动接触端子54,另一端支撑一体地固定在其上的可动触点56,57。 通过在其远端处与卡40的接合来驱动板在其厚度方向上的移动,以使与固定触点52,53的触点断开和断开。向内的导电薄板弹簧的远端具有驱动弹性舌片64a和 外导电薄板弹簧的远端具有一对返回的弹性舌67b,67c,该弹簧舌67b,67c构成为使活动接触板正在朝向 可移动和固定触点断开的状态。
    • 4. 发明公开
    • CONTACT POINT MECHANISM PART, AND ELECTROMAGNETIC RELAY PROVIDED WITH SAME
    • TEILFÜRKONTAKTSTELLENMECHANISMUS UND ELEKTROMAGNETISCHES RELAIS DAMIT
    • EP3021342A1
    • 2016-05-18
    • EP14823766.2
    • 2014-07-08
    • Omron Corporation
    • KOZAI, YujiTANAKA, HiroyasuFURUSHO, Shinichi
    • H01H50/64H01H50/56
    • H01H50/56H01H1/28H01H3/001H01H50/24H01H50/58H01H50/642H01H51/2227H01H51/24
    • Provided is a contact mechanism for engaging driving projections 43, 44 provided on one end of a slidable card 40 with a distal end of a movable contact plate 60 and sliding the card to rotate the movable contact plate, causing movable contacts 56,57 on the movable contact plate to connect with and disconnect from stationary contacts 52, 53. The mechanism comprises a pair of driving projections on one end of the card and projected in opposite directions from neighborhood corners of the one end of the card, and a pair of returning elastic tongues 67b, 67c disposed so that they can make contacts with the driving projections. When the movable contacts are in contact with the stationary contacts, a distance between one of the driving projections 44 and one of the returning elastic tongues 67b is smaller than that between the other of the driving projections 43 and the other of the returning elastic tongues 67c.
    • 提供一种接触机构,用于将设置在可滑动卡40的一端上的驱动突起43,44与可动接触板60的远端接合,并且滑动卡以使可动接触板旋转,从而使活动触点56,57在 活动接触板与固定触点52,53连接和断开。该机构包括一对驱动突起,卡的一端并沿卡的一端的相邻角落相反方向突出,并且一对返回 弹性舌片67b,67c设置成使得它们能够与驱动突起接触。 当可动触点与固定触点接触时,一个驱动突起44与一个弹性舌片67b之间的距离小于另一个驱动突起43之间的距离,另一个弹性舌67b 。
    • 6. 发明公开
    • POLAR ELECTROMAGNET
    • POLARER ELEKTROMAGNET
    • EP2388794A1
    • 2011-11-23
    • EP10809678.5
    • 2010-06-14
    • Fuji Electric Fa Components & Systems Co., Ltd.
    • NAKA, YasuhiroOHGAMI, ToshikatsuOKUBO, KojiTAKAYA, KoetsuSUZUKI, Kenji
    • H01H51/24H01F7/121H01F7/16
    • H01H51/2209H01F7/1615H01H51/24
    • To provide a polarized electromagnet that can suppress magnetic flux leakage in a position that does not affect the suction force between an interior yoke and an exterior yoke, and increase the suction force of a permanent magnet. A polarized electromagnet includes a spool 11 around which an electromagnetic coil is wound, a movable plunger 15 penetrating the spool, an interior yoke 22 fixed on the outer side of the spool, an exterior yoke 21 disposedmaintaining a predetermined interval on the outer side of the interior yoke, and a permanent magnet 24 disposed between the interior yoke and exterior yoke, wherein the exterior yoke 21 is configured of a pair of end plate portions 21a and 21b opposing either end of the spool, and a linking plate portion 21c linking the end plate portions, and the interior yoke 22 has a first opposing plate portion 22a opposing the linking plate portion 21c of the exterior yoke, and second opposing plate portions 22d and 22e opposing the one end plate portion 21b of the exterior yoke, wherein the first opposing plate portion and second opposing plate portions are linked without coming close to the exterior yoke.
    • 提供一种能够抑制在不影响内部磁轭和外部磁轭之间的吸引力的位置的磁通泄漏的极化电磁体,并且增加永久磁铁的吸引力。 极化电磁铁包括缠绕有电磁线圈的线轴11,贯穿线轴的可动柱塞15,固定在线轴外侧的内轭铁22,外轭铁21在外侧具有规定的间隔 内部磁轭和设置在内部磁轭和外部磁轭之间的永久磁铁24,其中外部磁轭21由一对与磁芯的任一端相对的端板部分21a和21b构成,连接板部分21c将端部 内部轭22具有与外轭铁的连接板部分21c相对的第一相对板部分22a和与外轭铁的一个端板部分21b相对的第二相对板部分22d和22e,其中第一相对板部分 板部分和第二相对板部分连接而不靠近外部轭。
    • 7. 发明公开
    • IMPROVED RELAY
    • 改进RELAY
    • EP2862193A1
    • 2015-04-22
    • EP13756696.4
    • 2013-06-13
    • BITRON S.p.A.
    • PROMUTICO, FabrizioSACCOCCI, Andrea
    • H01H51/22H01H1/26H01H50/24H01H50/64H01H51/24H01H51/27
    • H01H51/2227H01H1/26H01H50/24H01H50/643H01H50/648H01H51/2272H01H51/24H01H51/27
    • The present invention concerns a Relay (1) comprising a containment enclosure (20), at least one electromagnet (30), arranged within said containment enclosure (20) and electrically powered, for varying its polarity, at least one lamellar spring (53a, 53b), having a first and a second end (53a', 53b', 53a", 53b"), said first end (53a', 53b') being fixed to said containment enclosure (20 ), at least one fixed electrical contact (51), fixed to said containment enclosure (20) and at least one movable contact (52), arranged on said lamellar spring (53a, 53b) and in correspondence with said fixed electrical contact (51), said lamellar spring (53a, 53b) being able to assume a first operating position, in which said movable contact (51) is not in contact with said fixed electrical contact (51 ), and a second operating position, in which said movable contact (52) is in contact with said fixed electrical contact (51), said relay (1) being characterized in that it comprises a control group (40) comprising a support element (41 ), pivoted about said containment enclosure (20), so as to be able to rotate around a first axis (Y), and provided with at least one seat (45), in which said at least one lamellar spring (53a, 53b) is constrained, and having a housing (42'), in which a magnetic unit (43) is arranged, capable of interacting with said electromagnet (30), and in that the plane defined by electrical contacts (51, 52) is orthogonal to said first axis (Y), so that, in case of variation of said polarity, said control group (40) rotates with respect to said containment enclosure (20), said lamellar spring (53a, 53b) passing from said first position to said second operating position and vice versa.
    • 9. 发明公开
    • ELECTROMAGNETIC RELAY
    • 电磁继电器
    • EP1681699A1
    • 2006-07-19
    • EP05758298.3
    • 2005-07-11
    • MATSUSHITA ELECTRIC WORKS, LTD.
    • KATOU, Yoshimasa, Matsushita Electric Works, Ltd.
    • H01H50/64H01H50/18H01H50/56H01H51/22
    • H01H50/642H01H50/026H01H50/042H01H51/2272H01H51/24H01H2001/265
    • The electromagnetic relay of the present invention comprises a base (10), an electromagnet (20) disposed on the base, an armature (30) supported rotatably by the base, a movable spring (40) whose one end has a movable contact (41) and the opposite end is secured to the base, a fixed contact (51) disposed opposite to the movable contact, and a card (60). The card has a coupling part (61) to be coupled to the armature and an insertion hole (62) to which the one end of the movable spring is inserted, and it deforms the movable spring elastically in conjunction with a swing motion of the armature to selectively open or close a connection between the movable contact and the fixed contact. The movable spring has a U-shaped hook formed by bending the one end of the movable spring toward the opposite end side, and the hook can pass through the insertion hole while being pushed by an inner surface of the insertion hole and being deformed elastically, and an end of the hook is engaged with the card.
    • 本发明的电磁继电器包括底座(10),设置在底座上的电磁铁(20),可旋转地支撑在底座上的电枢(30),活动弹簧(40),其一端具有活动触点(41 )而另一端固定在底座上,与可动触点相对设置的固定触点(51)和卡(60)。 卡具有与衔铁连接的连接部分(61)和插入孔(62),可动弹簧的一端插入该插入孔(62),并且随着衔铁的摆动运动使弹簧可变形地弹性变形 以选择性地打开或关闭活动触点与固定触点之间的连接。 可动弹簧具有通过将可动弹簧的一端朝向相反端侧弯曲而形成的U形钩,并且钩能够在由插入孔的内表面推动并且弹性变形的同时穿过插入孔, 并且钩的一端与卡接合。
    • 10. 发明授权
    • ELECTROMAGNETIC RELAY
    • 电磁继电器
    • EP1681699B1
    • 2011-04-13
    • EP05758298.3
    • 2005-07-11
    • Panasonic Electric Works Co., Ltd.
    • KATOU, Yoshimasa, c/o Panasonic Electric Works,Co. Ltd.,
    • H01H50/64H01H50/18H01H50/56H01H51/22
    • H01H50/642H01H50/026H01H50/042H01H51/2272H01H51/24H01H2001/265
    • An electromagnetic relay comprising a base (10), an electromagnet (20) arranged on the base, an armature (30) rockably held on the base, a movable spring (40) having one end provided with a movable contact (41) and the other end secured to the base, a fixed contact (51) arranged oppositely to the movable contact, and a card (60). The card has a part (61) coupled with the armature, and a hole (62) into which one end of the movable spring is inserted. The movable spring is interlocked with the rocking of the armature to deform resiliently, thus opening/closing the movable contact and the fixed contact selectively. The movable spring has a pawl (400) formed by bending one end thereof toward the other end into a U shape, and the pawl can be passed through the insertion hole while being pressed against the inner surface thereof and deformed resiliently before the forward end of the pawl engages with the card.
    • 一种电磁继电器,其特征在于,包括:基座(10);配置在基座上的电磁铁(20);可摆动地保持在基座上的电枢(30);一端具有可动触点(41)的可动弹簧(40) 另一端固定在底座上,与可动触点相对设置的固定触点(51)和卡(60)。 卡具有与衔铁相连的部分(61)和可移动弹簧的一端插入其中的孔(62)。 可动弹簧与电枢的摆动联动以弹性变形,从而选择性地打开/关闭活动触点和固定触点。 可动弹簧具有通过将其一端朝向另一端弯曲成U形形成的棘爪(400),并且棘爪可以在被压靠在其内表面上的同时穿过插入孔并且在棘爪 棘爪与卡片啮合。