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    • 2. 发明授权
    • Fuse apparatus with explosion-proof structure
    • 具有防爆结构的保险丝设备
    • US06762670B1
    • 2004-07-13
    • US10410359
    • 2003-04-10
    • Chun-Chang Yen
    • Chun-Chang Yen
    • H01H8543
    • H01H85/0082H01H85/0417H01H85/43
    • The present invention relates to a fuse apparatus with explosion-proof structure, which includes a connector connecting with two conductive legs, a fuse mounted on the connector, and a cap covering the connector. The characteristic is to provide a horizontal hole and a vertical aperture in the connector that becomes a T-shape vent passageway at upside-down position. And the connector is provided with two sets of side protrusions, which form a gap between the opening of the horizontal hole of the connector and the cap when the cap covers the connector to release high pressure in the cap when the fuse is accidentally broken. The improved fuse apparatus is safer, since the explosion is prevented.
    • 本发明涉及一种具有防爆结构的保险丝装置,它包括连接两个导电腿的连接器,安装在连接器上的保险丝和覆盖连接器的帽。 其特征在于在连接器中设置水平孔和垂直孔,其在倒置位置成为T形排气通道。 并且连接器设置有两组侧突起,当保险丝意外断开时,当盖盖连接器以释放盖中的高压时,其形成连接器的水平孔的开口和盖之间的间隙。 改进的保险丝装置更安全,因为防止爆炸。
    • 3. 发明申请
    • METHOD FOR MANUFACTURING FUSE BASE AND PRODUCT THEREOF
    • 用于制造保险丝座及其制品的方法
    • US20100271167A1
    • 2010-10-28
    • US12430911
    • 2009-04-28
    • Chun-Chang Yen
    • Chun-Chang Yen
    • H01H85/20H01H69/02
    • H01H69/02H01H85/0417H01H85/147H01H85/175Y10T29/49107
    • Disclosed is a method for manufacturing a base of a fuse, as well as a product of fuse base, which replaces a conventional human based process with a full-machine automatic process including the steps of loading metal wire rolls in racks; cutting the metal wire to a desired length to provide leads; forming a fixing portion on each lead; providing a formed body of the base; fitting and fixing the leads in the body; flattening ends of the leads; and completing a product of the fuse base. The fuse base so manufactured includes a body and two leads. The body forms through holes each having a lower end forming a diverging lead-in opening. Each lead forms a flattened fixing portion and is fit into a respective hole of the body through the lead-in opening with automatic machines and fixed in the fitting hole with the fixing portion.
    • 公开了一种用于制造保险丝座的方法以及保险丝座的产品,其以全机自动处理替代传统的基于人的方法,包括在金属丝卷中装载金属丝卷的步骤; 将金属丝切割成所需长度以提供引线; 在每个引线上形成固定部分; 提供基体的成形体; 将引线装配并固定在体内; 引线的扁平端; 并完成保险丝座的产品。 如此制造的保险丝座包括主体和两个引线。 主体形成通孔,每个孔具有形成发散引入开口的下端。 每个引线形成平坦的固定部分,并且通过具有自动机器的引入开口装配到主体的相应孔中并且固定在具有固定部分的装配孔中。
    • 7. 发明申请
    • Surface mount thin film fuse structure and method of manufacturing the same
    • 表面贴装薄膜熔丝结构及其制造方法
    • US20100265031A1
    • 2010-10-21
    • US12081869
    • 2008-04-22
    • Chun-Chang Yen
    • Chun-Chang Yen
    • H01H85/02H01H69/02
    • H01H85/0411H01H69/022H01H85/0047H01H2085/0414Y10T29/49107
    • The present invention discloses a surface mount thin film fuse structure including a fusible fuse circuit structure disposed on a side of an insulating substrate, and the fusible fuse circuit structure has a fusible link portion electrically connected between two opposite electrode portions. If an overload current is passed through the fusible link portion, the fusible link portion will be melted down by a high temperature or a specific temperature to achieve the over current protection effect. At least one space is defined between the fusible link portion and the insulating substrate, such that a heat generated by the electrically energized the fusible link portion will not be dissipated through the heat conduction of the insulating substrate to achieve the circuit protection effect.
    • 本发明公开了一种表面安装薄膜熔丝结构,其包括设置在绝缘基板一侧的可熔熔丝电路结构,并且该熔丝熔断器电路结构具有电连接在两个相对电极部分之间的可熔连接部分。 如果过载电流通过可熔连接部分,则熔断连接部分会被高温或特定温度熔化,以达到过电流保护效果。 在可熔连接部分和绝缘基板之间限定了至少一个空间,使得由可熔连接部分的电通电产生的热量将不会通过绝缘基板的热传导而消散以实现电路保护效果。
    • 8. 发明申请
    • Overcurrent protection structure and method and apparatus for making the same
    • 过电流保护结构及其制作方法及装置
    • US20100207716A1
    • 2010-08-19
    • US12081584
    • 2008-04-17
    • Chun-Chang Yen
    • Chun-Chang Yen
    • H01H85/04H01H69/02
    • H01H69/02H01H85/0069H01H85/042H01H85/17H01H85/42Y10T29/49107
    • The overcurrent protection structure according to the present invention mainly comprises a fusible fuse structure unit disposed in a coating, and the both ends of the fusible fuse structure unit extend outwardly beyond the coating and form a first electrode and a second electrode. In the manufacturing process, the gas-assisted injection molding process enables at least one space for accommodating gas disposed between the fusible fuse structure unit and the coating such that the heat generated by the electrically energized the fusible fuse structure unit will not dissipate through the heat conduction of the coating in order to ensure that it will blow at high temperature when reaching a specific current or a specific temperature and the circuit protection effect.
    • 根据本发明的过电流保护结构主要包括设置在涂层中的可熔熔丝结构单元,并且可熔熔丝结构单元的两端向外延伸超过涂层并形成第一电极和第二电极。 在制造过程中,气体辅助注射成型工艺使得能够容纳至少一个用于容纳设置在可熔熔丝结构单元和涂层之间的气体的空间,使得由可熔熔丝结构单元的电通电产生的热量将不会通过热量散发 导电涂层,以确保在达到特定电流或特定温度时在高温下会发生电流和电路保护作用。