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    • 4. 发明授权
    • Delayed-fusion fuse
    • 延时融合保险丝
    • US5546066A
    • 1996-08-13
    • US296582
    • 1994-08-25
    • Hiroki KondoMitsuhiko TotsukaToshiharu KudoHisashi Hanazaki
    • Hiroki KondoMitsuhiko TotsukaToshiharu KudoHisashi Hanazaki
    • H01H85/08H01H85/0445H01H85/06H01H85/11H01H85/04H01H69/02H01H71/20
    • H01H85/11Y10T29/49107
    • The present invention provides a delayed-fusion fuse by which its predetermined durability can be reliably ensured, and its stable pre-arcing time-current characteristics can be obtained, even when a current exceeding the steady-state current such as a motor lock current frequently flows in the fuse. The delayed-fusion fuse includes a pair of electric connecting sections formed on both sides of a fusible section having a narrow fusing portion made of an electrically conductive metal. Also, the delayed-fusion fuse includes a metallic chip made of low fusing point metal for absorbing heat generated in the fusible section, and a covering and adhering section for holding the metallic chip on the fusible section. A thin metallic layer forms a solid solution with the low fusing point metal, where the solid solution requires an energy of formation which is higher than that of the formation of a solid solution made of the electrically conductive metal and the low fusing point metal. This thin metallic layer is interposed between a surface of the covering and adhering section and a surface of the low fusing point metallic chip. Specifically, the thin metallic layer is provided on a surface of the fusible section in the form of a plating layer.
    • 本发明提供一种可以可靠地确保其预定的耐久性的延迟熔断保险丝,并且即使当电流超过诸如马达锁定电流的稳态电流的电流频繁地时,也可以获得其稳定的预电弧时间 - 电流特性 保险丝流入。 延迟融合保险丝包括形成在具有由导电金属制成的窄熔点部分的可熔部分的两侧上的一对电连接部分。 此外,延迟熔断保险丝包括用于吸收在可熔部分中产生的热的低熔点金属制成的金属片,以及用于将金属片保持在可熔部上的覆盖和粘附部。 薄金属层与低熔点金属形成固溶体,其中固溶体需要比由导电金属和低熔点金属形成的固溶体形成的能量。 该薄金属层插入在覆盖层的表面和粘接部之间以及低熔点金属芯片的表面之间。 具体地,薄金属层以镀层的形式设置在可熔部的表面上。
    • 10. 发明授权
    • Connection box for fusible links and terminal nut
    • 易熔接头和端子螺母接线盒
    • US5345211A
    • 1994-09-06
    • US92904
    • 1993-07-19
    • Kenji MuramatsuMitsuhiko TotsukaToshiharu Kudo
    • Kenji MuramatsuMitsuhiko TotsukaToshiharu Kudo
    • H01H85/20H01H85/02
    • H01H85/2035H01H2085/2065
    • An object of the present invention is to provide a connection box for plural kinds of fusible links each having different dimensions wherein the connection box is constructed in such a manner as to allow the respective fusible links to be firmly fitted to the connection box with excellent stability. The connection box for plural kinds of fusible links is integrally molded of a heat-resisting synthetic resin and includes a horizontal box-shaped portion and a vertical wall portion as essential components. An opposing pair of common slots are formed through a bottom wall of the horizontal box-shaped portion while extending not only in parallel with each other but also in parallel with the opposite side walls defining a peripheral wall of the horizontal box-shaped portion. The interior of the peripheral wall is stepwise recessed so an to enable plural kinds of fusible links each having different dimensions to be received therein. In the shown case, two kinds of inner peripheral walls are formed inside of the peripheral wall of the horizontal box-shaped portion so as to receive two kinds of housings for the fusible links herein.
    • 本发明的目的是提供一种用于多种各样的具有不同尺寸的可熔连接件的连接盒,其中连接盒的构造方式允许相应的可熔连接件以稳定的方式牢固地安装在连接盒上 。 用于多种可熔连接件的连接盒由耐热合成树脂一体地模制,并且包括作为必要部件的水平盒形部分和垂直壁部分。 相对的一对共同的狭槽通过水平盒状部分的底壁形成,同时不仅彼此平行地延伸,而且与限定水平盒状部分的周壁的相对的侧壁平行地延伸。 周壁的内部是逐步凹进的,以便能够在其中容纳各种具有不同尺寸的多种可熔链。 在所示的情况下,在水平箱状部的周壁的内部形成有两种内周壁,以便容纳用于本文的可熔连接件的两种壳体。