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    • 1. 发明授权
    • Electrical connection box
    • 电气接线盒
    • US07189082B2
    • 2007-03-13
    • US11102801
    • 2005-04-11
    • Hayato FukushimaShigeki YamaneTadashi TomikawaShinji Kawakita
    • Hayato FukushimaShigeki YamaneTadashi TomikawaShinji Kawakita
    • H05K1/00
    • H01R13/5227H01R9/245H05K7/026Y10S439/949
    • An electrical connection box is to be attached to an attachment objective member. The electrical connection box includes: a circuit housing that accommodates a circuit substrate; a fuse box that detachably accommodates a fuse element, the fuse box being provided at an upper portion of the circuit housing in a state where the electrical connection box being attached to the attachment objective member; a plurality of bus bars that connect the circuit substrate and the fuse element; and a water-discharge channel that discharges water flowed into the fuse box to outside of the electrical connection box, the water-discharge channel being provided at a lower part of the bus bars in a state where the electrical connection box is attached to the attachment objective member, and at a position between the circuit housing and the fuse box.
    • 电连接盒将附接到附接目标构件。 电连接盒包括:容纳电路基板的电路壳体; 保险丝盒,其可拆卸地容纳保险丝元件,所述保险丝盒设置在所述电连接盒附接到所述附接目标构件的状态下在所述电路壳体的上部; 连接电路基板和熔丝元件的多个母线; 以及排水通道,其将流入所述保险丝盒的水排出到所述电连接盒的外部,所述排水通道设置在所述汇流条的下部,其中所述电连接盒附接到所述附件 目标构件,以及电路壳体和保险丝盒之间的位置。
    • 3. 发明授权
    • Electric junction box
    • 电接线盒
    • US07632110B2
    • 2009-12-15
    • US11791746
    • 2005-11-08
    • Tomoki KanouTadashi TomikawaShinji Kawakita
    • Tomoki KanouTadashi TomikawaShinji Kawakita
    • H01R12/00
    • B60R16/0239H02G3/086Y10S439/949
    • A casing 20 surrounding a circuit structure 10 consists of a frame 21, a heat sink 30 located in a rear side of the circuit structure 10 and a cover 60 located in a front side. The frame 21 is in a two-component structure consisting of a first frame member 22 shaped a capital letter C and a second frame member 23 disposed in a rear side of a first terminal part 15A. Thereby, before implementing a switching member 13, the circuit structure 10 can be bonded to the heat sink 30 and, thereafter, the first frame member 22 and the second frame member 23 are separately fixed to the heat sink 30 so that the frame 21 surrounding the circuit structure 10 from the periphery can be completed.
    • 围绕电路结构10的壳体20包括框架21,位于电路结构10的后侧的散热器30和位于前侧的盖60。 框架21是由大写字母C形成的第一框架构件22和设置在第一端子部15A的后侧的第二框架构件23构成的​​双组分结构。 由此,在实施切换部件13之前,可以将电路结构体10接合到散热器30,此后,将第一框架部件22和第二框架部件23分别固定在散热器30上,使得框架21周围 可以完成从周边的电路结构10。
    • 4. 发明申请
    • Electric Junction Box
    • 电接线盒
    • US20080009154A1
    • 2008-01-10
    • US11791746
    • 2005-11-08
    • Tomoki KanouTadashi TomikawaShinji Kawakita
    • Tomoki KanouTadashi TomikawaShinji Kawakita
    • H01R12/00
    • B60R16/0239H02G3/086Y10S439/949
    • A casing 20 surrounding a circuit structure 10 consists of a frame 21, a heat sink 30 located in a rear side of the circuit structure 10 and a cover 60 located in a front side. The frame 21 is in a two-component structure consisting of a first frame member 22 shaped a capital letter C and a second frame member 23 disposed in a rear side of a first terminal part 15A. Thereby, before implementing a switching member 13, the circuit structure 10 can be bonded to the heat sink 30 and, thereafter, the first frame member 22 and the second frame member 23 are separately fixed to the heat sink 30 so that the frame 21 surrounding the circuit structure 10 from the periphery can be completed.
    • 围绕电路结构10的壳体20包括框架21,位于电路结构10的后侧的散热器30和位于前侧的盖60。 框架21是由大写字母C形成的第一框架构件22和设置在第一端子部分15A的后侧的第二框架构件23构成的​​双组分结构。因此,在实施切换构件13之前, 电路结构10可以结合到散热器30,此后,第一框架构件22和第二框架构件23分别固定到散热器30,使得从外围围绕电路结构10的框架21可以是 完成
    • 6. 发明授权
    • Electrical connection box
    • 电气接线盒
    • US07074053B2
    • 2006-07-11
    • US11193419
    • 2005-08-01
    • Shinji KawakitaShigeki Yamane
    • Shinji KawakitaShigeki Yamane
    • H01R12/00
    • H01R13/6658H01R12/716
    • An electrical connection box includes a case, a connector, a terminal fitting, a cover, and a restricting member. The case has an opening and houses a circuit forming board including a conductive path. The connector is mounted on the circuit forming board to face an outside from an opening end side of the case. The connector has a fitting surface which faces a board surface of the circuit forming board. The terminal fitting is attached to the connector. The terminal fitting is connected to the conductive path of the circuit forming board by soldering. The cover is attached to the opening of the case. The restricting member is provided with the cover and the connector. The restricting member can restrict a displacement of the connector in a direction where the connector is engaged with an opposing connector.
    • 电连接盒包括壳体,连接器,端子接头,盖子和限制构件。 壳体具有开口并容纳包括导电路径的电路形成板。 连接器安装在电路形成板上,以从壳体的开口端侧面向外部。 连接器具有面对电路形成板的板表面的配合表面。 端子接头连接到连接器上。 端子接头通过焊接连接到电路形成板的导电路径。 盖子连接到外壳的开口。 限制构件设置有盖和连接器。 限制构件可以限制连接器在与相对的连接器接合的方向上的位移。
    • 9. 发明授权
    • Electric connector box
    • 电连接器盒
    • US07244141B2
    • 2007-07-17
    • US11320581
    • 2005-12-30
    • Shigeki YamaneShinji KawakitaMasao ShibataHidemasa Yoshida
    • Shigeki YamaneShinji KawakitaMasao ShibataHidemasa Yoshida
    • H01R13/00
    • H05K7/026
    • In a heat radiator plate, a mounting bracket extending from a peripheral edge portion of the heat radiator plate, an auxiliary heat radiator plate portion extending along the mounting bracket and positioned between the mounting bracket 39 and a body through a gap and a radiant heat radiator portion formed on a top end of the auxiliary heat radiator plate portion and opposing to the body through the gap are provided. Heat generated by a circuit construction body is conducted from the heat radiator plate, the auxiliary heat radiator plate portion and the radiant heat radiator portion to the gap and radiated to the body through the gap. The heat radiation characteristics of the connector box are improved.
    • 在散热板中,从散热板的周缘部延伸出的安装支架,沿着安装支架延伸并且通过间隙位于安装托架39与主体之间的辅助散热板部,辐射散热器 设置在辅助散热板部分的顶端上并通过间隙与主体相对的部分。 由电路结构体产生的热量从散热板,辅助散热板部分和辐射热辐射器部分传导到间隙,并通过间隙辐射到身体。 连接器盒的散热特性得到改善。