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    • 2. 发明申请
    • LEVER-TYPE CONNECTOR
    • 杠杆式连接器
    • US20120129381A1
    • 2012-05-24
    • US13246953
    • 2011-09-28
    • Kenji Makino
    • Kenji Makino
    • H01R13/62
    • H01R13/62938H01R13/62966H01R13/631
    • A housing (20) is formed with pairs of projections (31A, 31B) at opposite sides in a width direction perpendicular to a connecting direction and supporting shafts (29) located between the projections (31A, 31B) at the opposite widthwise sides and behind the projections (31A, 31B) in the connecting direction and adapted to rotatably support a lever (60). The lever (60) is formed with stoppers for preventing a rotation of the lever (60) by being engaged with the projections (31A) on one widthwise side at a connection start position. Further, the lever (60) is formed with pressing portions (72) for correcting a connection posture of the housing (20) by pressing the projections (31B) on the other widthwise side in the connecting direction when the housing (20) is inclined from a proper connection posture with respect to a mating housing (80) in a process reaching a connection position.
    • 壳体(20)在与连接方向垂直的宽度方向的相对侧上具有成对的突起(31A,31B),并且在相对的宽度方向和后方的位于突出部(31A,31B)之间的支撑轴(29) 所述突起(31A,31B)在连接方向上并且适于可旋转地支撑杆(60)。 杠杆(60)形成有止动件,用于通过在连接起始位置处的一个宽度方向上与突起(31A)接合来防止杠杆(60)的旋转。 此外,杠杆(60)形成有按压部(72),用于通过在壳体(20)倾斜时在连接方向上按压另一宽度方向侧上的突起(31B)来校正壳体(20)的连接姿势 在到达连接位置的过程中相对于配合壳体(80)的适当连接姿势。
    • 3. 发明申请
    • LEVER-TYPE CONNECTOR
    • 杠杆式连接器
    • US20110230080A1
    • 2011-09-22
    • US13050214
    • 2011-03-17
    • Wataru ShamotoKenji Makino
    • Wataru ShamotoKenji Makino
    • H01R13/62
    • H01R13/62938H01R13/62955H01R13/62966
    • A lever (40) is rotatable about shafts (19) between a projecting position where side plates (42) project to a large extent from the rear end of a housing (10) and a retracted position where the side plates (42) do not project far the rear end of the housing (10). Projecting pieces (61) project forward on front end edges of the side plates (42) and leading ends of the projecting pieces (61) overlap the rear end of the housing (10) in forward and backward directions at the projecting position. At the projecting position, spaces (63, 64) are formed by the opposite side edges of the projections (61), the front edges of the side plates (42) and the rear end of the housing (10). These spaces include escaping spaces (63) that receive cam followers (85) on the mating housing (80) at the retracted position.
    • 杠杆(40)能够在侧板(42)从壳体(10)的后端突出到突出位置的突出位置和侧板(42)不在的缩回位置之间围绕轴(19)旋转 远离壳体(10)的后端突出。 投影片(61)在侧板(42)的前端边缘处向前突出,突出片(61)的前端在突出位置处以前后方向与壳体(10)的后端重叠。 在突出位置,空间(63,64)由突起(61)的相对侧边缘,侧板(42)的前边缘和壳体(10)的后端形成。 这些空间包括在缩回位置接收配合壳体(80)上的凸轮从动件(85)的逸出空间(63)。
    • 8. 发明授权
    • Oil cooler mounting structure and oil cooler mounting method
    • 油冷却器安装结构和油冷却器安装方法
    • US6029348A
    • 2000-02-29
    • US127632
    • 1998-08-03
    • Kenji MakinoHaruo IkedaHiroyasu KoizumiHideki KobayashiKatsumi Nakamura
    • Kenji MakinoHaruo IkedaHiroyasu KoizumiHideki KobayashiKatsumi Nakamura
    • F01P11/08F28D7/10F28F9/02H01B19/00
    • F28F9/013F01P11/08F28D7/106F28F9/0234Y10S165/916Y10T29/4935
    • An oil cooler mounting structure includes: a heat exchanger tank main body that is made of aluminum and has an oil cooler mounting hole in a wall surface thereof; an oil cooler that is made of aluminum, has an insertion hole for an oil introducing/discharging pipe formed in a seat portion, and is mounted inside the heat exchanger tank with a plurality of projecting pieces erected around the circumference of the insertion hole; a patch that is made of an aluminum-containing brazing filler metal and is arranged on the outer circumference of the projecting pieces of the oil cooler; and the oil introducing/discharging pipe that is inserted into the insertion hole formed in the seat portion of the oil cooler. In such oil cooler mounting structure, the oil cooler is mounted onto the heat exchanger tank main body by having the plurality of projecting pieces of the seat portion projected outside through the oil cooler mounting hole, by setting the patch through the outer circumference of the plurality of projecting pieces of the seat portion, and by bending the plurality of projecting pieces toward the patch.
    • 一种油冷却器安装结构,包括:铝制热交换器罐主体,其壁面上具有油冷却器安装孔; 由铝制成的油冷却器具有形成在座部的油引入排出管的插入孔,并且在所述热交换器槽的内部安装有多个突出片,所述突出片在所述插入孔的周围竖立设置; 由含铝钎料构成的贴片,配置在油冷却器的突出片的外周; 以及插入到形成在油冷却器的座部的插入孔中的导油/排出管。 在这种油冷却器安装结构中,通过使座部的多个突出片通过油冷却器安装孔突出到外部,通过将补片设置在多个的外周中,将油冷却器安装在热交换器箱主体上 并且通过将多个突出片朝向贴片弯曲。