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    • 1. 发明授权
    • Lens holding structure, its assembling method and its dimension
determining method
    • 透镜保持结构,其组装方法及其尺寸确定方法
    • US5969887A
    • 1999-10-19
    • US57478
    • 1998-04-09
    • Hitoshi HagimoriYoshifumi HaradaHiroshi SugiyamaHaruki YoshidaHideki Nagata
    • Hitoshi HagimoriYoshifumi HaradaHiroshi SugiyamaHaruki YoshidaHideki Nagata
    • G02B7/02
    • G02B7/026G02B7/021
    • A structure for holding lenses in which they are inserted into a lens frame in an axial direction thereof for their mounting thereon, and in which a lens that is first inserted into the lens frame is fixed thereto by caulking a part of the lens frame against the lens, so that an enlargement in a radial direction of the lens frame is prevented. The lens frame has three through-holes in a circumferential direction with an equal space therebetween in which the through-holes form around an intermediate position thereof relative to the axial direction, a stepped surface on a first end opposite a second end from which the lens is inserted, and a partial caulking projection which forms inside each hole as a part of the lens frame. After the first lens is inserted from the second end into the lens frame, the partial caulking projection is thermally caulked against a periphery, of the lens, which is downstream relative to the direction in which the lens is inserted, so that the first lens is held between the stepped surface and the partial caulking projection.
    • 用于保持透镜的轴向安装在透镜框架中的装置的结构,其中首先插入到透镜框架中的透镜通过将透镜框架的一部分铆接在透镜框架上而固定在其上 透镜,从而防止透镜框的径向放大。 透镜框架在圆周方向上具有三个通孔,其间具有相等的空间,其中通孔围绕其相对于轴向方向的中间位置形成,在与第二端相对的第一端上的阶梯表面 以及在每个孔内形成作为透镜框架的一部分的部分铆接突起。 在将第一透镜从第二端插入透镜框之后,部分铆接突起被热铆接在相对于透镜插入方向下游的透镜的周边,使得第一透镜是 保持在台阶表面和部分铆接突起之间。
    • 2. 发明申请
    • SPARK PLUG
    • SPARK插头
    • US20130307402A1
    • 2013-11-21
    • US13983073
    • 2012-02-01
    • Haruki YoshidaTakamitsu MizunoAtsushi Tsukada
    • Haruki YoshidaTakamitsu MizunoAtsushi Tsukada
    • H01T13/20
    • H01T13/20H01T13/05H01T13/34
    • A spark plug, comprised of: an insulator having an axial bore extending in the direction of an axis, a first inner circumferential surface extending at a forward side of the axial bore, a second inner circumferential surface extending at a rear side of the axial bore and having a diameter greater than that of the first inner circumferential surface, and a ledge connecting the first inner circumferential surface and the second inner circumferential surface; a center electrode having a head supported by the ledge and extending in a space surrounded by the second inner circumferential surface, and a circular columnar leg extending continuously from the forward end of the head in a space surrounded by the first inner circumferential surface; and a seal material for holding the center electrode in the axial bore.
    • 一种火花塞,包括:具有在轴线方向上延伸的轴向孔的绝缘体,在所述轴向孔的前侧延伸的第一内周表面,在所述轴向孔的后侧延伸的第二内周表面 并且具有大于所述第一内周面的直径的直径,以及连接所述第一内周面和所述第二内周面的凸缘; 中央电极,其具有由所述凸缘支撑并在由所述第二内周面包围的空间中延伸的头部,以及从所述头部的前端在由所述第一内周面包围的空间中连续延伸的圆柱状腿; 以及用于将中心电极保持在轴向孔中的密封材料。
    • 6. 发明授权
    • Connector continuity checking device
    • 连接器连续性检查装置
    • US06476616B2
    • 2002-11-05
    • US09765436
    • 2001-01-22
    • Haruki Yoshida
    • Haruki Yoshida
    • H01H3104
    • G01R31/045
    • In a connector continuity checking device comprising continuity checking pins 38 corresponding to terminals 41 in a connector 32, and lance displacement detecting pins 34 corresponding to lances 44 having elasticity and adapted to lock the terminals, the continuity checking pins 38 are respectively provided at their distal ends with concave terminal receiving portions 55 to receive distal ends of the terminals 41, and the lance displacement detecting pins 34 are respectively provided at their distal ends with concave lance receiving portions 56 to receive distal ends of the lances 44. The concave terminal receiving portions 55 and the concave lance receiving portions 56 are formed in a U-shape or a V-shape in cross section.
    • 在连接器连续性检查装置中,包括对应于连接器32中的端子41的连续性检查销38和对应于具有弹性并适于锁定端子的矛杆44的喷枪位移检测销34,连续性检查销38分别设置在其远端 末端具有凹端子接收部分55以接收端子41的远端,并且喷枪位移检测销34分别设置在其远端处,具有用于接收喷枪44的远端的凹形喷枪接收部分56.凹形端子接收部分 55,凹凸杆容纳部56形成为U字状或V字状。
    • 7. 发明授权
    • Connector
    • 连接器
    • US06375502B2
    • 2002-04-23
    • US09725193
    • 2000-11-29
    • Haruki YoshidaMotohisa Kashiyama
    • Haruki YoshidaMotohisa Kashiyama
    • H01R1340
    • H01R13/4223
    • A connector (1) includes connection terminals (2), and a connector housing (3) having terminal receiving chambers (15). A lance (22) and an elastic displacement-allowing space (24) are formed within the terminal receiving chamber (15). A groove (23) is formed in an upper partition wall (16) of the terminal receiving chamber (15) which is opposed to the connection terminal (2), and has the elastic displacement-allowing space (24) formed therein. A lance displacement detection pin (35) of a connector inspecting instrument (4) for detecting a half-insertion condition of the connection terminal (2), as well as a distal end portion (30) of the lance (22), can be inserted into and removed from the groove (23). The length of the distal end portion (30) of the lance (22) is determined in accordance with a depth of the groove (23).
    • 连接器(1)包括连接端子(2)和具有端子接收室(15)的连接器壳体(3)。 在端子容纳室(15)内形成有喷枪(22)和弹性位移允许空间(24)。 在端子接收室(15)的与连接端子(2)相对的上分隔壁(16)中形成有一个凹槽(23),并且其中形成有弹性位移允许空间(24)。 用于检测连接端子(2)的半插入状态的连接器检查仪器(4)以及喷枪(22)的远端部分(30)的喷枪位移检测销(35)可以是 插入和移出凹槽(23)。 根据凹槽(23)的深度确定喷枪(22)的远端部分(30)的长度。
    • 8. 发明授权
    • Half-fitting prevention connector
    • 半合适预防接头
    • US06171130B2
    • 2001-01-09
    • US09241315
    • 1999-02-01
    • Haruki YoshidaMotohisa Kashiyama
    • Haruki YoshidaMotohisa Kashiyama
    • H01R1362
    • H01R13/641
    • A connector for preventing a half-fitting thereof comprises a first connector housing, a second connector housing for engaging with the first connector housing, a slide cover provided so as to cover an outer periphery of the second connector housing, the slide cover capable of sliding on the outer periphery of the second connector housing in a fitting direction of the first and second connector housing, resilient member provided in the second connector housing for urging the slide cover toward an anti-fitting direction, and at least three half-fitting detection mechanisms for detecting the half-fitting of the first and second connector housing respectively provided on outer face of front end portions of the first connector housing and the slide cover, the detection mechanisms arranged such that there are substantially equal intervals therebetween with respect to a circumferencial direction of the first connector housing and the slide cover.
    • 用于防止其半装配的连接器包括第一连接器壳体,用于与第一连接器壳体接合的第二连接器壳体,设置成覆盖第二连接器壳体的外周的滑动盖,能够滑动的滑盖 在所述第二连接器壳体的外周上沿着所述第一和第二连接器壳体的装配方向,设置在所述第二连接器壳体中的弹性构件用于将所述滑盖向着装配方向推动,并且至少三个半配件检测机构 用于检测分别设置在第一连接器壳体和滑盖的前端部的外表面上的第一连接器壳体和第二连接器壳体的半嵌合,检测机构布置成使得相对于圆周方向具有基本相等的间隔 的第一连接器壳体和滑盖。
    • 10. 发明授权
    • Electrical connector assembly with coupling guide structure
    • 带连接引导结构的电气连接器组件
    • US5800202A
    • 1998-09-01
    • US661326
    • 1996-06-13
    • Masanori TsujiHaruki Yoshida
    • Masanori TsujiHaruki Yoshida
    • H01R13/629H01R13/639H01R13/64H01R13/641H01R3/00
    • H01R13/641
    • A first connector housing has a coupling noticing member slidably mounted therein orthogonally to the connector housing coupling direction. An operating portion is provided in one outward end of the coupling noticing member. An actuating portion is provided in the coupling noticing member and has an inwardly tapered face with a falling gradient, the tapered face being directed oppositely to the connector housing coupling direction. A second connector housing engaging with the first connector housing has a projecting guide piece provided in an opening end of the second connector housing and abutting against the tapered face of the coupling noticing member. An actuating portion inserting recess is opened adjacent to the projecting guide piece in the second connector housing. The first connector housing has a resilient lock arm with a ramped locking protrusion and the second connector housing has a stepped portion abutting against the ramped locking protrusion.
    • 第一连接器壳体具有联接器识别构件,其可滑动地安装在与连接器壳体联接方向正交的位置。 操作部分设置在联接器注意部件的一个外端。 致动部分设置在联接器中,并具有向下倾斜的倾斜面,该锥形面与连接器壳体联接方向相反。 与第一连接器壳体接合的第二连接器壳体具有设置在第二连接器壳体的开口端中并抵靠联接器注视构件的锥形面的突出引导件。 致动部分插入凹口在第二连接器壳体中与突出的引导件相邻地打开。 第一连接器壳体具有带有倾斜的锁定突起的弹性锁定臂,并且第二连接器壳体具有抵靠倾斜的锁定突起的台阶部分。