公开(公告)号：US4366459A

公开(公告)日：1982-12-28

申请号：US281652

申请日：1981-07-09

申请人： Jack J. Vitola

发明人： Jack J. Vitola

IPC分类号： H01H51/12 ,  H01H51/22

CPC分类号： H01H51/12

摘要： A miniature magnetic latch relay including a support header, a permanent magnet, an armature in pivotal contact with the magnet and engaging a pair of switch contacts movable between corresponding pairs of fixed contacts, the armature being pivotally movable between two stable positions in response to selective energization of two electromagnetic coils, and a frame mounted in spaced relation to the header having magnetic core sections for the coils and pole piece sections for the armature, the frame supporting the permanent magnet and having an opening through which the magnet extends for pivotal contact with the armature. A barrier of non-magnetic material in the frame around the opening resists magnetic flux flow between the permanent magnet and the frame portion near the opening thereby forcing magnetic flux to flow between the permanent magnet and the armature. A formation on the end of the magnet is pivotally received in a groove in the armature and is retained therein under vibratory and shock load conditions by a retention tab and pin arrangement carried by the frame and spaced from the armature, the pin to armature spacing being less than the depth of the groove. The formation on the end of the permanent magnet is shaped to enhance flux coupling to the armature.

摘要翻译： 一种微型磁性闩锁继电器，包括支撑头，永久磁铁，与磁体枢转接触的衔铁，并使一对可在相应的固定触点对之间移动的开关触点接合，该电枢能够响应于选择性而在两个稳定位置之间枢转运动 两个电磁线圈的通电，以及与具有用于线圈的磁芯部分和用于电枢的极片部分的集管隔开的框架，框架支撑永磁体并且具有开口，磁体通过该开口延伸以与 电枢。 在开口周围的框架中的非磁性材料的屏障抵抗永久磁体和靠近开口的框架部分之间的磁通量流动，从而迫使磁通在永磁体和电枢之间流动。 磁体端部的结构可枢转地接收在电枢中的槽中，并通过由框架承载并与电枢间隔开的保持突片和引脚装置在振动和冲击负载条件下保持在其中，引脚与电枢间隔为 小于凹槽的深度。 永磁体端部的形成形状以增强与电枢的耦合。