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    • 4. 发明申请
    • WIRE IN AIR SPLIT FUSE WITH BUILT-IN ARC QUENCHER
    • 带有内置电弧探测器的空气分离式保险丝中的电线
    • US20160217960A1
    • 2016-07-28
    • US15003364
    • 2016-01-21
    • LITTELFUSE, INC.
    • Redante AbadEdwin AberinPed Peterson Bruan
    • H01H85/38H01H85/143H01H85/055H01H85/165
    • H01H85/38H01H85/055H01H85/143H01H85/165H01H85/175H01H85/18H01H2085/0414H01H2085/383
    • A circuit protection device including a housing having a top section mounted to a bottom section, a first arc barrier extending from the bottom section, a second arc barrier extending from the top section, the top and bottom sections mounted together to define a cavity between the first arc barrier separated a distance from the second arc barrier, a first terminal and a second terminal secured to the bottom section, and a fuse element comprising a body of metallic material arranged in one of a plurality of geometric configurations mounted within the top section and the bottom section of the housing, extending through the first arc barrier and the second arc barrier and connected to the first and second terminals, wherein the first and second arc barriers resist arcing upon activation of the fuse and the fuse element melts upon occurrence of an overcurrent condition.
    • 一种电路保护装置,包括具有安装到底部的顶部的壳体,从底部延伸的第一弧形阻挡件,从顶部延伸的第二弧形阻挡件,顶部和底部部分安装在一起以在其间形成空腔 第一弧形屏障与第二弧形屏障隔开一段距离,第一端子和固定到底部的第二端子,以及熔丝元件,其包括布置成安装在顶部部分内的多个几何形状之一的金属材料体,以及 所述壳体的底部延伸穿过所述第一弧形阻挡件和所述第二弧形阻挡件并且连接到所述第一和第二端子,其中所述第一和第二电弧势垒在所述保险丝激活时抵抗起弧,并且所述熔丝元件在发生 过电流条件。
    • 5. 发明授权
    • Protective element and method for producing the same
    • 保护元件及其制造方法
    • US08767368B2
    • 2014-07-01
    • US12988199
    • 2009-03-02
    • Yoshihiro Yoneda
    • Yoshihiro Yoneda
    • H02H5/04
    • H01H85/36H01H83/10H01H83/20H01H85/46H01H2037/762H01H2085/0414H01H2085/466
    • The protective element includes an elastic member firmly adhered through a solder to second conductor layers and current-carrying electrode terminals formed on a prescribed substrate in such a manner to divide a current-carrying path in plural to form an electric current interruption portion. The solder has a liquid-phase point higher than a mounting temperature at which the protective element is mounted to a protection target device. The elastic member is soldered onto the second conductor layers and the current-carrying electrode terminals in a state that the elastic member maintains a level of stress allowing at least one of the current-carrying electrode terminals among the second conductor layers and the current-carrying electrode terminals to be separated from the elastic member by deformation of the solder even in a case where the solder is not completely melted.
    • 保护元件包括通过焊料牢固地粘附到形成在规定基板上的第二导体层和载流电极端子的弹性构件,以便分开多个载流路径以形成电流中断部分。 焊料具有比保护元件安装到保护对象器件的安装温度高的液相点。 弹性构件以这样的状态被焊接到第二导体层和载流电极端子上,弹性构件保持应力水平,允许第二导体层和载流电极中的至少一个载流电极端子 电极端子即使在焊料未完全熔化的情况下也通过焊料变形而与弹性部件分离。
    • 6. 发明申请
    • FUSE ASSEMBLY
    • 保险丝组件
    • US20120133478A1
    • 2012-05-31
    • US12957365
    • 2010-11-30
    • HUNG-CHIH CHIU
    • HUNG-CHIH CHIU
    • H01H85/165
    • H01H85/165H01H85/08H01H85/143H01H85/175H01H2085/0414
    • The fuse assembly contains a first casing member with a first chamber, and a second casing member with a second chamber. An enclosed space is thereby formed by joining the first and second casing members together. A disconnection member is sandwiched between the first and second casing members. The disconnection member contains two electrodes and a fuse element between the two electrodes. Each electrode contains a first lateral section, a vertical section, and a second lateral section, jointly and integrally forming a C-like shape. The electrodes are positioned at two opposing ends of the second casing member and the fuse element is housed in the enclosed space. The enclosed space allows the fuse element to break off completely, thereby avoiding electrical arc and achieving enhanced usage safety.
    • 保险丝组件包括具有第一室的第一壳体构件和具有第二室的第二壳体构件。 由此通过将第一和第二壳体构件接合在一起而形成封闭空间。 断开构件被夹在第一和第二壳体构件之间。 断开构件包含两个电极和两个电极之间的熔断元件。 每个电极包含共同且一体地形成C形形状的第一横截面,垂直截面和第二横截面。 电极位于第二壳体构件的两个相对的端部处,并且保险丝元件容纳在封闭空间中。 封闭空间允许保险丝元件完全断开,从而避免电弧并实现增强的使用安全性。