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    • 3. 发明授权
    • Electromagnetic relay
    • 电磁继电器
    • US5473297A
    • 1995-12-05
    • US200453
    • 1994-02-23
    • Kazumi SakoKiyoaki Kuzukawa
    • Kazumi SakoKiyoaki Kuzukawa
    • H01H50/04H01H50/18H01H51/22
    • H01H51/229
    • An electromagnetic relay having movable contactors which extend along either side of a movable armature. The movable armature and the movable contactors are formed integrally with the central support member by outsert molding. Movable contact terminals, which extend from the movable contactors, are molded to the base sections. Connecting pieces, which are located on the bases of the movable contact terminals, are bent to form a rotating shaft. The front ends of the base sections protrude toward each other to form the base. The movable contacts on the movable contactors are positioned so that they alternately contact and draw away from the fixed contacts on the base.
    • 具有可动接触器的电磁继电器,其可移动衔铁的两侧延伸。 可移动电枢和可动接触器通过外插成型与中心支撑构件一体地形成。 从可动接触器延伸的可移动接触端子被模制到基部。 位于可动接触端子的基座上的连接件被弯曲以形成旋转轴。 基部的前端朝向彼此突出以形成基部。 活动接触器上的可动触点被定位成使得它们交替地接触并从基座上的固定触头拉开。
    • 4. 发明授权
    • Electromagnetic relay
    • 电磁继电器
    • US5070315A
    • 1991-12-03
    • US528889
    • 1990-05-29
    • Kiyoaki KuzukawaChikayoshi Kawamura
    • Kiyoaki KuzukawaChikayoshi Kawamura
    • H01H50/04H01H50/26
    • H01H50/26H01H50/042
    • An electromagnetic relay, comprising: an electromagnetic coil; an iron core passed centrally through the electromagnetic core; a yoke having a first end connected to a first end of the iron core; and an L-shaped armature, having a short piece and a long piece connected to each other via a corner portion, pivotally supported by a second end of the yoke at its corner portion so that the short piece may move toward a second end of the iron core by magnetic attraction when the electromagnetic coil is energized and move away from the second end of the iron core by a spring force of spring means when the electromagnetic coil is de-energized. The second end of the yoke may be provided with a part having a locally enlarged cross section to reduce the magnetic resistance at the interface between the armature and the yoke. The short piece of the armature may be provided with a projection near the corner portion which slides along a fixed surface in order to keep the armature resting upon the yoke in a stable fashion.
    • 一种电磁继电器,包括:电磁线圈; 铁芯通过电磁铁心中心地通过; 轭,其具有连接到所述铁芯的第一端的第一端; 以及L形电枢,其具有通过拐角部彼此连接的短片和长片,在其角部处由轭的第二端枢转地支撑,使得短片可以朝着第二端移动 当电磁线圈被通电时,铁芯通过磁吸引力,并且当电磁线圈断电时,通过弹簧装置的弹簧力离开铁芯的第二端。 轭的第二端可以设置有具有局部放大的横截面的部分,以减小电枢和轭之间的界面处的磁阻。 电枢的短片可以设置有靠近角部的突起,其沿着固定表面滑动,以使电枢以稳定的方式保持在轭上。
    • 5. 发明授权
    • Electromagnetic relay
    • 电磁继电器
    • US5017898A
    • 1991-05-21
    • US550755
    • 1990-07-12
    • Kiyoaki Kuzukawa
    • Kiyoaki Kuzukawa
    • H01H1/50H01H37/32H01H50/64H01H61/01
    • H01H50/648H01H61/0107H01H1/504H01H37/323
    • An electromagnetic relay comprises a force transmitting member for displacing a movable contact point member as an armature moves, to come in contact with a fixed contact point member. A pressing portion of the force transmitting member which is in contact with the movable contact point member is formed of a shape memory material restoring a previously memorized shape at or above a predetermined temperature. The fixed contact point and the movable contact point are abraded resulted from the long-term use of the electromagnetic relay, thereby reducing contact pressure between the two contact points and correspondingly increasing contact resistance, so that the contact points overheats. While the pressing portion of the force transmitting member overheats corresponding thereto, it changes into a predetermined shape by exerting a shape memory effect at or above a predetermined temperature to increase the contact pressure between the movable contact point member and the fixed contact point member, thereby eliminating the overheating between the contact points.
    • 电磁继电器包括用于使电枢移动的可动触点部件移动的力传递部件,与固定触点部件接触。 与可动接点部件接触的力传递部件的按压部由形状记忆材料形成,该形状记忆材料在预定温度以上恢复以前存储的形状。 由于电磁继电器的长期使用导致固定触点和可动接触点磨损,从而降低了两个接触点之间的接触压力,并相应增加了接触电阻,使接点过热。 在力传递部件的按压部分相应地过热的同时,通过在规定温度以上施加形状记忆效果而变化为规定的形状,以增加可动接点部件与固定接点部件的接触压力,由此 消除接触点之间的过热。