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    • 1. 发明公开
    • Insertion and withdrawal connector apparatus
    • Vorrichtungfürdas Einsteck /Rückzugvon Verbindern
    • EP1612894A2
    • 2006-01-04
    • EP05020113.6
    • 1998-09-03
    • JAPAN AVIATION ELECTRONICS INDUSTRY, LIMITEDNEC CORPORATION
    • Maeda, Toshihiko, Japan Aviation Elec. Ind., Ltd.Mizusawa, Yoshinori, Japan Aviation Elec. Ind. LtdHashiguchi, Osamu, Japan Aviation Elec. Ind., Ltd.Sato, Kazuomi, Japan Aviation Elec. Ind., Ltd.Ishida, HisashiTsuzuki, HiroyukiYamada, MasahiroYamauchi, Masahiro
    • H01R13/642H01R13/518H01R13/629
    • H01R13/518B63B22/04F16B5/02H01R13/6272H01R13/62905H01R13/64H04Q1/023H04Q1/14Y10S439/953Y10S439/954
    • An insertion and withdrawal connector apparatus (66) comprising:

      a plurality of connectors (61) each having substantially cylindrical first and second projections (61a, 61b);
      a first frame (62) holding each of said connectors (61) in such a manner as to be movable in a first direction (X), extending along said first direction (X) and having each of first holding grooves (62a) movably receiving of said first projections (61a);
      a second frame (63) holding each of said connectors (61) in such a manner as to be movable in said first direction (X), extending along said first direction (X) and having each of second holding grooves (63a) movably receiving each of said second projections (61b);
      a first slider (64) provided in said first frame (62) in such a manner as to be movable in a second direction (Y), and having a first cam groove (64a) receiving each of said first projections (61a) and being brought into contact with each of said first projections (61a) so as to move each of said first projections (61a) in said first direction (X); and
      a second slider (65) provided in said second frame (63) in such a manner as to be movable in said second direction (Y), and having a second cam groove (65a) receiving each of said second projections (61b) and being brought into contact with each of said second projections (61b) so as to move each of said second projections (61b) in said first direction (X); characterized in that:

      a diameter of each of said first projections (61a) and a diameter of each of said second projections (61b) are equal;
      each of said first projections (61a) has a recess portion (61c); at least a part of each of said recess portion (61c) is inserted into each of said first holding grooves (62a) and a width of each of said recess portions (61c) in a widthwise direction of each of said first holding grooves (62a) is set to be smaller than said diameter of each of said second projections (61b);
      a width of each of said first holding grooves (62a) corresponds to said width of each of said recess portions (61c) in said widthwise direction of each of said first holding grooves (62a); and
      a width of said first cam groove (64a) and a width of said second cam groove (65a) are equal.
    • 一种插入和取出连接器装置,包括:多个连接器,每个连接器具有基本上圆柱形的第一和第二突出部分61a,61b)。 保持每个所述连接器(61)的第一框架(62)能够沿着所述第一方向(X)沿第一方向(X)移动,并且每个第一保持槽(62a)可移动地接收 的所述第一突起(61a); 保持每个所述连接器(61)的第二框架(63)能够在所述第一方向(X)上移动,沿所述第一方向(X)延伸,并且每个所述第二保持槽(63a)可移动地接收 每个所述第二突起(61b); 第一滑块(64),其设置在所述第一框架(62)中,以便能够在第二方向(Y)上移动,并且具有容纳每个所述第一突起(61a)的第一凸轮槽(64a) 与所述第一突起(61a)中的每一个接触以使所述第一突起(61a)中的每一个沿所述第一方向(X)移动; 以及设置在所述第二框架(63)中的方式可在所述第二方向(Y)上移动的第二滑块(65),并且具有接纳每个所述第二突起(61b)的第二凸轮槽(65a)和 与每个所述第二突起(61b)接触,以使所述第二突起(61b)沿所述第一方向(X)移动; 其特征在于,每个所述第一突起(61a)的直径和每个所述第二突起(61b)的直径相等; 每个所述第一突起(61a)具有凹部(61c); 每个所述凹部(61c)的至少一部分插入每个所述第一保持槽(62a)中,并且每个所述凹部(61c)的宽度方向上的每个所述第一保持槽(62a)的宽度 )被设定为小于所述第二突起(61b)的每一个的直径; 每个所述第一保持槽(62a)的宽度对应于每个所述第一保持槽(62a)的所述宽度方向上的每个所述凹部(61c)的所述宽度。 并且所述第一凸轮槽(64a)的宽度和所述第二凸轮槽(65a)的宽度相等。
    • 7. 发明公开
    • Insertion and withdrawal connector apparatus
    • 插拔连接器装置
    • EP1612894A3
    • 2006-05-24
    • EP05020113.6
    • 1998-09-03
    • JAPAN AVIATION ELECTRONICS INDUSTRY, LIMITEDNEC CORPORATION
    • Maeda, Toshihiko, Japan Aviation Elec. Ind., Ltd.Mizusawa, Yoshinori, Japan Aviation Elec. Ind. LtdHashiguchi, Osamu, Japan Aviation Elec. Ind., Ltd.Sato, Kazuomi, Japan Aviation Elec. Ind., Ltd.Ishida, HisashiTsuzuki, HiroyukiYamada, MasahiroYamauchi, Masahiro
    • H01R13/642H01R13/518H01R13/629
    • H01R13/518B63B22/04F16B5/02H01R13/6272H01R13/62905H01R13/64H04Q1/023H04Q1/14Y10S439/953Y10S439/954
    • An insertion and withdrawal connector apparatus (66) comprising:

      a plurality of connectors (61) each having substantially cylindrical first and second projections (61a, 61b);
      a first frame (62) holding each of said connectors (61) in such a manner as to be movable in a first direction (X), extending along said first direction (X) and having each of first holding grooves (62a) movably receiving of said first projections (61a);
      a second frame (63) holding each of said connectors (61) in such a manner as to be movable in said first direction (X), extending along said first direction (X) and having each of second holding grooves (63a) movably receiving each of said second projections (61b);
      a first slider (64) provided in said first frame (62) in such a manner as to be movable in a second direction (Y), and having a first cam groove (64a) receiving each of said first projections (61a) and being brought into contact with each of said first projections (61a) so as to move each of said first projections (61a) in said first direction (X); and
      a second slider (65) provided in said second frame (63) in such a manner as to be movable in said second direction (Y), and having a second cam groove (65a) receiving each of said second projections (61b) and being brought into contact with each of said second projections (61b) so as to move each of said second projections (61b) in said first direction (X); characterized in that:

      a diameter of each of said first projections (61a) and a diameter of each of said second projections (61b) are equal;
      each of said first projections (61a) has a recess portion (61c); at least a part of each of said recess portion (61c) is inserted into each of said first holding grooves (62a) and a width of each of said recess portions (61c) in a widthwise direction of each of said first holding grooves (62a) is set to be smaller than said diameter of each of said second projections (61b);
      a width of each of said first holding grooves (62a) corresponds to said width of each of said recess portions (61c) in said widthwise direction of each of said first holding grooves (62a); and
      a width of said first cam groove (64a) and a width of said second cam groove (65a) are equal.
    • 一种插拔连接器装置(66),包括:多个连接器(61),每个连接器具有基本上圆柱形的第一和第二凸起(61a,61b); 保持每个所述连接器(61)以使其可沿第一方向(X)移动的第一框架(62),所述第一框架(62)沿着所述第一方向(X)延伸并具有可移动地接收的第一保持槽(62a) 的所述第一突起(61a); 以可沿所述第一方向(X)移动的方式保持所述连接器(61)中的每一个,沿着所述第一方向(X)延伸并具有每个第二保持槽(63a)可移动地接收的第二框架(63) 每个所述第二突起(61b); 第一滑动件,该第一滑动件设置在所述第一框架上,以便可沿第二方向移动,并且具有容纳每个所述第一凸起的第一凸轮槽, 与所述第一突起(61a)中的每一个接触以便沿所述第一方向(X)移动每个所述第一突起(61a); 和设置在所述第二框架上的第二滑块,所述第二滑块能够在所述第二方向上移动,并具有接收每个所述第二凸起的第二凸轮槽, 与所述第二凸起(61b)中的每一个接触以便沿所述第一方向(X)移动每个所述第二凸起(61b); 其特征在于:每个所述第一凸起(61a)的直径和每个所述第二凸起(61b)的直径相等; 每个所述第一突起(61a)具有凹陷部分(61c); 所述凹部(61c)中的每一个的至少一部分插入每个所述第一保持凹槽(62a)中并且每个所述凹部(61c)的宽度在每个所述第一保持凹槽(62a)的宽度方向上 )被设定为小于所述第二突起(61b)中的每一个的所述直径; 每个所述第一保持槽的宽度对应于每个所述凹进部分在所述第一保持槽的所述宽度方向上的所述宽度; 所述第一凸轮槽(64a)的宽度和所述第二凸轮槽(65a)的宽度相等。
    • 10. 发明公开
    • A connector driving apparatus for driving a plurality of connectors relatively to a plurality of mating connectors
    • 用于接合多个具有多个配合插头的连接器的插头驱动
    • EP0938160A1
    • 1999-08-25
    • EP99103311.9
    • 1999-02-19
    • JAPAN AVIATION ELECTRONICS INDUSTRY, LIMITEDNEC CORPORATION
    • Sato, Kazuomi, Japan Aviation Electronics Ind.Ishida, Hisashi
    • H01R13/193
    • H01R13/193
    • In order to drive connectors relatively to mating connectors in a housing for connection and disconnection of the connectors with the mating connectors, the connectors have projections thereon which projects outside of the housing when received in the housing, and a slider is slidably mounted on the housing and having a groove with a cam portion for receiving the projection. When the slider is pulled or pushed, the projection is driven by the cam portion of the groove to drive the connectors. Partitions are mounted in the housing to partition an inner space of the housing into a plurality of rooms for accommodating the connectors so as to separate between adjacent connectors by the partition. Each of the partition has engaging projections engaged with engaging holes formed in the housing wall. One of the engaging holes is registry with the groove of the slider so that the corresponding one of the engaging projection is also received in the groove at the projecting end through the engaging hole. The slider is also provided with a slot for receiving the other engaging projection projecting through the other corresponding engaging hole. Thus, the slider, if it is made with small size, has a desired mechanical strength and can be smoothly moved.
    • 为了相对驱动连接器的配合连接器中用于与配合连接器的连接器的连接和断开壳体,所述连接器具有突起在其上的突出的外壳时在外壳接收的外部,并且滑块可滑动地安装在壳体上 并且具有与凸轮部的槽,用于接收所述投影。 当滑块拉或推时,突出部由槽的凸轮部驱动以驱动连接器。 分区被安装在壳体的壳体的内部空间分隔成室,用于容纳连接器,从而通过分隔相邻的连接器之间的分离复数。 每个分区的已接合与接合于所述外壳壁形成的孔接合突起。 一卡合孔的是注册表与滑块所以DASS模具相应接合突起中的一个在端部通过所述接合孔突出的这样接收在槽的槽。 因此,滑块上设置有狭槽,用于接收其他卡合突起穿过另一个相应的接合孔投影。 因此,滑动器,如果它与小尺寸制成,具有所需的机械强度,并且可以平滑地移动。