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    • 1. 发明授权
    • Junction terminal and connector having the same
    • 接线端子和连接器具有相同的连接
    • US06955567B2
    • 2005-10-18
    • US10707796
    • 2004-01-13
    • Shigemitsu InabaKatsuhiko Onoda
    • Shigemitsu InabaKatsuhiko Onoda
    • H01R13/11H01R13/187H01R13/432H01R13/52H01R13/74H01R31/06H01R25/00
    • H01R13/432H01R13/113H01R13/5202H01R13/748H01R31/06H01R2201/26
    • A junction terminal is accommodated in a connector housing to connect a pin terminal fitted on a case of an electric instrument with a receptacle terminal of a wiring harness connector. The junction terminal includes a female electrical contact portion to electrically connect with the pin terminal of the electric instrument, a male electrical contact portion to electrically connect with the receptacle terminal of the wiring harness connector, and a bridging portion to connect the female electrical contact portion with the male electrical contact portion. The male electrical contact portion is constructed so as to be correctly positioned by a positioning member attached to the connector housing. The male electrical contact portion is arranged such that a first longitudinal line passing an intermediate point of the male electrical contact portion aligns with a second longitudinal line passing an intermediate point of the female electrical contact portion.
    • 接线端子容纳在连接器壳体中,以将安装在电器的壳体上的销端子与线束连接器的插座端子连接。 接线端子包括与电气仪器的引脚端子电连接的阴电接触部分,与电线束连接器的插座端子电连接的阳电接触部分和用于连接阴电接触部分的桥接部分 与阳电接触部分。 阳电接触部分被构造成通过附接到连接器壳体的定位构件正确定位。 阳电接触部分布置成使得通过阳电接触部分的中间点的第一纵向线与通过阴电接触部分的中间点的第二纵向线对准。
    • 2. 发明授权
    • Resin molding product with a nut receiving portion
    • 具有螺母接收部的树脂成形品
    • US5795117A
    • 1998-08-18
    • US847604
    • 1997-04-25
    • Katsuhiko Onoda
    • Katsuhiko Onoda
    • F16B37/04H01R4/30H01R31/08F16B39/02
    • F16B37/04H01R31/085H01R4/30
    • A resin molding product with a nut receiving portion of the present invention has a recess 22 for receiving nuts 31 and 32 later. The recess 22 includes a pair of right and left side walls 22c and 22d which abut against outer parallel faces 31b and 32b of respective nuts 31 and 32 to prevent nuts 31 and 32 from being loosened, a pair of front and rear walls 22e which abut against front and rear end faces of respective nuts 31 of 32, a bottom walls 22b which butt against part of outer lower ends of respective nuts 31 and 32 to adjust a length of engagement of nuts 31 and 32, and a nut receiving opening 22a opposite to the bottom wall 22b. Further, the recess formed in the resin molding product includes the front wall which is formed with a notch for inserting a bolt into the nut fitted in the recess; at least one of right and left side walls which is formed with a rib 24 which is scraped by an outer parallel face of the nut when fitting the nut into the recess, and the bottom wall 22b which is formed with spaces 23a and 23b for gathering a scrap of the scraped rib 24.
    • 具有本发明的螺母接收部的树脂成型体具有用于稍后接收螺母31,32的凹部22。 凹部22包括一对左右侧壁22c,22d,其抵靠螺母31,32的外侧平行面31b,32b,以防止螺母31,32松动,一对前后壁22e 相对于32的螺母31的前端面和后端面,与相应的螺母31和32的外部下端的一部分对接的底壁22b,以调节螺母31和32的接合长度,以及螺母接收开口22a相对 到底壁22b。 此外,形成在树脂成型体中的凹部包括前壁,该前壁形成有用于将螺栓插入安装在凹部中的螺母的凹口; 右侧壁和左侧壁中的至少一个形成有肋24,肋24在将螺母装配到凹部中时被螺母的外部平行面刮擦,并且底壁22b形成有用于收集的空间23a和23b 刮肋24的废料。
    • 4. 发明授权
    • Connector molding method
    • 连接器成型方法
    • US06187242B1
    • 2001-02-13
    • US09146242
    • 1998-09-03
    • Katsuhiko Onoda
    • Katsuhiko Onoda
    • B28B722
    • F02M51/005B29C45/14639B29C45/1671B29L2031/3481F02M2037/082H01R43/24
    • A connector molding method in which the accuracy of positioning of a plurality of metal terminals is enhanced, and also even if part of a housing is formed into a thickened portion, a shrink mark and a warp will not develop in the molded connector. At a first stage of the connector molding method of the invention, a plurality of male metal terminals are kept insulated from one another, and in this condition these metal terminals are insert molded, thereby forming a primary molded body. Then, at a second stage, the primary molded body is properly positioned, and is insert molded, thereby forming a secondary molded body which is a final molded product (connector). In order to prevent the development of a shrink mark and a warp due to the formation of a thickened portion of the connector, a core portion of the thickened portion is formed at the time of molding the primary molded body, and a shell portion of the thickened portion, having a generally uniform thickness of 1 mm to 2 mm, is formed at the time of molding the secondary molded body. The core portion of the primary molded body is utilized for the positioning for the second molding, and therefore the male metal terminals can be positioned highly precisely.
    • 一种连接器成型方法,其中多个金属端子的定位精度提高,并且即使壳体的一部分形成为加厚部分,也不会在模制连接器中产生收缩痕迹和翘曲。 在本发明的连接器成型方法的第一阶段,多个公金属端子彼此保持绝缘,在这种情况下,这些金属端子被嵌入成型,从而形成一次成型体。 然后,在第二阶段,将一次成型体适当定位,并嵌入成型,从而形成作为最终成型品(连接器)的二次成型体。 为了防止由于连接器的增厚部分的形成引起的收缩痕迹和翘曲的发展,在成型一次成型体时形成增厚部的芯部,并且 在二次成型体成型时形成具有1mm〜2mm的大致均匀厚度的增厚部。 一次成型体的芯部用于第二成型的定位,因此可以高精度地定位公金属端子。
    • 5. 发明授权
    • Shield connector connecting shield cables
    • 屏蔽连接器连接屏蔽电缆
    • US5466175A
    • 1995-11-14
    • US275326
    • 1994-07-14
    • Katsuhiko Onoda
    • Katsuhiko Onoda
    • H01R9/05H01R13/58H01R13/6599H01R9/03
    • H01R9/0518H01R13/5808H01R13/6599
    • A shield connector connecting a shield cable covering a plurality of sheathed cables and unsheathed conductors with an outer sheath, is provided with first and second terminals for a signal transmission and earthing, upper and lower outer housing halves conducting electrically, and a shield connecting member held between both the outer housing halves, wherein the shield connecting member has engagement portions for holding the outer sheath, holding the sheathed cables and unsheathed conductors, and fixing on the lower outer housing half. In addition, according to other aspect of the present invention, a shield connector is provided with first and second terminals, an inner housing for receiving both the terminals therein, a first outer housing for receiving the inner housing, and a second outer housing for receiving a plurality of the inner housings and engaging with a plurality of the first outer housings.
    • 连接覆盖多个护套电缆的屏蔽电缆和带有外护套的未插接导体的屏蔽连接器设置有用于信号传输和接地的第一和第二端子,电气传导的上部和下部外壳半部以及保持的屏蔽连接构件 在两个外壳半部之间,其中屏蔽连接构件具有用于保持外护套的接合部分,保持护套电缆和未被覆盖的导体,并且固定在下外壳体半部上。 此外,根据本发明的另一方面,屏蔽连接器设置有第一和第二端子,用于容纳两个端子的内部壳体,用于容纳内部壳体的第一外部壳体和用于接收的第二外部壳体 多个所述内壳体并与多个所述第一外壳体接合。
    • 9. 发明授权
    • Resin-sealed connector
    • 树脂密封连接器
    • US6132251A
    • 2000-10-17
    • US349944
    • 1999-07-08
    • Katsuhiko Onoda
    • Katsuhiko Onoda
    • H01R13/52H01R13/40
    • H01R13/5216Y10S439/936
    • In a resin-sealed connector, a body portion of a guide plate, provided within a housing, is partially smaller in thickness than a base portion of the guide plate, so that reinforcing ribs are formed on side surfaces of the body portion, and that a step portion is formed at the boundary between the body portion and the base portion, and the step portion serves as a mark indicative of an upper limit of filling of a sealing resin in the housing. The side surfaces of the body portion of the guide plate, including the reinforcing ribs, are discontinuous relative to side surfaces of the base portion over an entire periphery of the guide plate. The step portion, formed at the boundary between the body portion and the base portion and between the reinforcing ribs and the base portion, serves as the mark indicative of the upper limit of filling of the sealing resin.
    • 在树脂密封连接器中,设置在壳体内的引导板的主体部分的厚度部分地比引导板的基部更小,从而在主体部分的侧表面上形成加强肋,并且 在主体部分和基部之间的边界处形成台阶部分,并且台阶部分用作表示密封树脂在壳体中的填充上限的标记。 包括加强肋的引导板的主体部分的侧表面在引导板的整个周边上相对于基部的侧表面是不连续的。 形成在主体部分和基部之间以及加强肋和基部之间的边界处的台阶部分用作表示密封树脂的填充上限的标记。
    • 10. 发明授权
    • Waterproof connector-mounting construction
    • 防水连接器安装结构
    • US5752852A
    • 1998-05-19
    • US755908
    • 1996-11-25
    • Katsuhiko Onoda
    • Katsuhiko Onoda
    • H01R13/52H01R13/74H01R13/73
    • H01R13/5202H01R13/74
    • A waterproof connector-mounting construction 70 includes a connector-mounting through hole 43 formed through a mounting member 41, a tapered portion 45 of a truncated-cone shape formed at the connector-mounting through hole 43, the tapered portion 45 increasing in diameter progressively toward an outer surface of the mounting member 41, a terminal 49 having a cylindrical base portion 57, a mounting plate 63 which is mounted on the terminal 49, and has at least such an area that the mounting plate 63 covers the tapered portion 45, the mounting plate 63 being parallel to the mounting member 41, and an O-ring 69 press-fitted into the tapered portion 45 in such a manner that an inner peripheral surface of the O-ring 69 is held in intimate contact with an exposed portion of the terminal, and that the O-ring 69 is pressed against the mounting plate 63.
    • 防水连接器安装结构70包括通过安装构件41形成的连接器安装通孔43,形成在连接器安装通孔43处的截锥形锥形部分45,锥形部分45逐渐增加 朝向安装构件41的外表面,具有圆柱形基部57的端子49,安装在端子49上的安装板63,并且至少具有安装板63覆盖锥形部分45的区域, 安装板63平行于安装构件41,并且O形环69压配合到锥形部分45中,使得O形环69的内周表面与暴露部分紧密接触 并且O形环69被压靠在安装板63上。