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    • 1. 发明授权
    • Lock detecting structure of connector
    • 连接器锁定检测结构
    • US5839915A
    • 1998-11-24
    • US816999
    • 1997-03-14
    • Rhodri FordMasanori Tsuji
    • Rhodri FordMasanori Tsuji
    • H01R13/639H01R13/64H01R13/641H01R3/00
    • H01R13/641
    • A lock detection structure of a connector, includes: a first connector housing (63) having a connector lock projection (65); a second connector housing (39) having a deformable lock arm (49); and a lock detecting member (33, 83) for detecting whether the connector lock projection is locked with the deformable lock arm. The lock detecting member is composed of at least one deformable detection arm (69, 71; 87), at least one engage projection (77, 93) engaged with the deformable lock arm when the lock detecting member is engaged with the second connector housing, and at least one disengage projection (79, 95) formed also on the deformable detection arm (71, 87) at a position different from the at least one engage projection (77, 93) and dislocated from the deformable lock arm (49) by the connector lock projection (65) of the first connector housing (63) to disengage the engage projection (77, 93) from the deformable lock arm (49) when the first connector housing (63) is engaged with the second connector housing (39).
    • 连接器的锁定检测结构包括:具有连接器锁定突起(65)的第一连接器壳体(63); 具有可变形锁定臂(49)的第二连接器壳体(39); 以及用于检测连接器锁定突起是否与可变形锁定臂锁定的锁定检测构件(33,83)。 锁定检测部件由至少一个可变形检测臂(69,71,87)组成,当锁定检测部件与第二连接器壳体接合时,至少一个与可变形锁定臂接合的接合突起(77,93) 以及至少一个在与所述至少一个接合突起(77,93)不同的位置处形成在所述可变形检测臂(71,87)上并且从所述可变形锁定臂(49)脱位的位置处的脱离突起(79,95)由 当第一连接器壳体(63)与第二连接器壳体(39)接合时,第一连接器壳体(63)的连接器锁定突起(65)使接合突起(77,93)与可变形锁定臂(49) )。
    • 2. 发明授权
    • Waterproof structure of solderless connector
    • 无焊接连接器防水结构
    • US5762524A
    • 1998-06-09
    • US710928
    • 1996-09-24
    • Rhodri FordHaruki YoshidaMotohisa KashiyamaMasanori TsujiTakayoshi Endo
    • Rhodri FordHaruki YoshidaMotohisa KashiyamaMasanori TsujiTakayoshi Endo
    • H01R4/24H01R13/41H01R13/52H01R43/20H01R13/40
    • H01R13/521H01R13/5208H01R13/41H01R4/2445H01R43/20
    • A case having a case body, in which a plurality of terminal accommodating chambers are formed in parallel, and an elastic waterproof portion, which is formed integrally with the case body and which has a plurality of wire insertion holes into which covered wires are inserted in a waterproof state is inserted through an opened portion of a connector housing so that the elastic waterproof portion is fitted to the opened portion in a waterproof state. Therefore, when the covered wires are inserted into the wire insertion holes, the projecting portions of the covered wires simply are required to be adjusted to have a predetermined length. Thus, the necessity of furthermore adjusting the projection portion when the solderless connection is established can be eliminated. Since the elastic waterproof portion is formed integrally with the case body, pressure cannot easily act on the portions in which the solderless terminals and the covered wires are solderless-connected to one another even if the elastic waterproof portion is strongly pressed to the inside of the opened portion. Therefore, the electrically conductive state between the solderless terminals and the covered wires can be maintained.
    • 具有壳体,其中多个端子容纳室形成为平行的壳体和与壳体整体形成并且具有多个电线插入孔的弹性防水部分,其中有多个电线插入孔 通过连接器壳体的打开部分插入防水状态,使得弹性防水部分以防水状态装配到开口部分。 因此,当将被覆线插入电线插入孔时,只需要将被覆线的突出部分调整为具有预定的长度。 因此,可以消除在建立无焊接连接时进一步调整突出部的必要性。 由于弹性防水部与壳体一体形成,因此即使弹性防水部被强力地按压到内侧,压力也不能容易地作用于无焊接端子和被覆线彼此无焊接地连接的部分 打开部分。 因此,可以保持无焊接端子和被覆线之间的导电状态。
    • 6. 发明授权
    • Terminal insertion and correction jig
    • 端子插入和校正夹具
    • US06173488B1
    • 2001-01-16
    • US09041707
    • 1998-03-13
    • Takayoshi EndoMasanori TsujiMotohisa Kashiyama
    • Takayoshi EndoMasanori TsujiMotohisa Kashiyama
    • H01R4320
    • H01R43/20H01R13/4361Y10T29/49147Y10T29/5193Y10T29/53209Y10T29/53213Y10T29/53257Y10T29/53274Y10T29/53943
    • A front end portion of the inserted terminal position correcting jig is inserted into an opening formed in a peripheral wall provided extendedly from the rear portion of a connector housing, which opening functioning as its pivot center and having a correcting operation checking member therein, thereby to shift the jig toward the housing pivoting on the opening, and by this operation the jig is fitted with the rear end portion of the terminal which is still in an incompletely inserted state so as to shift the terminal to a completely inserted position and securely locked, wherein since the correcting operation checking member formed in the opening is removed when the front end portion of the jig is inserted, whether or not the correcting operation is perfectly done can be checked from outside by a removal or deformation of the correcting operation checking member.
    • 插入的端子位置校正夹具的前端部插入到形成在从连接器壳体的后部延伸设置的周壁中的开口中,该开口用作其枢转中心并且具有校正操作检查构件,从而 将夹具朝向在开口上枢转的壳体移动,并且通过该操作,夹具与终端的未完全插入状态的后端部配合,以将终端移动到完全插入位置并被牢固地锁定, 由于当夹具的前端部被插入时,形成在开口中的校正操作检查构件被去除,所以可以通过校正操作检查构件的移除或变形从外部检查校正操作是否完美。
    • 9. 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。