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    • 5. 发明公开
    • Electrical contact terminal and multi-contact connector
    • Elektrische Kontaktklemme und Mehrfachkontaktverbinder。
    • EP0052973A2
    • 1982-06-02
    • EP81305304.8
    • 1981-11-09
    • AMP INCORPORATED (a New Jersey corporation)
    • Grabbe, Dimitry G.Korsunsky, Iosif
    • H01R23/72H01R23/68H05K7/10
    • H01R12/88
    • An electrical contact terminal (2) of the type contained in a connector housing (46) comprises a yoke portion (4) having extending therefrom, a contact arm (6) and a spring arm (8). The contact arm (6) has an electrical contact portion (34) on one side thereof and a bearing portion (32) on the other side which bears against a bearing portion (44) on the spring arm (8). When the contact arm (6) is flexed toward the spring arm (8) by a mating part, such as a circuit board (24), the contact force is developed in the spring arm (8) and the contact arm (6) serves primarily as a conductor. The terminal (2) and the contact arm 6 serves primarily as a conductor. The terminal 2 is produced by stamping sheet metal without subsequent bending, so that all parts of the terminal lie in the plane of the sheet metal from which it was produced. Terminals of the type described are used in electrical connectors for printed circuit boards which are also described.
    • 包含在连接器壳体(46)中的类型的电接触端子(2)包括从其延伸的轭部(4),接触臂(6)和弹簧臂(8)。 接触臂(6)在其一侧上具有电接触部分(34)和在另一侧上的支承部分(32),该轴承部分(32)抵靠在弹簧臂(8)上的轴承部分(44)上。 当接触臂(6)通过诸如电路板(24)的匹配部分朝向弹簧臂(8)弯曲时,接触力在弹簧臂(8)中形成,并且接触臂(6) 主要作为指挥。 端子(2)和接触臂6主要用作导体。 端子2通过冲压金属板而不后续弯曲而制造,使得端子的所有部分位于其从其制造的金属板的平面中。 所述类型的端子用于也被描述的印刷电路板的电连接器中。
    • 7. 发明公开
    • Surface mountable expansion matching connector
    • Auf derLeiterplattenoberflächemontierbarer,Wärmeausdehnungenausgleichender Steckverbinder。
    • EP0125780A1
    • 1984-11-21
    • EP84302382.1
    • 1984-04-06
    • AMP INCORPORATED (a New Jersey corporation)
    • Grabbe, Dimitry G.Korsunsky, Iosif
    • H01R23/68
    • H05K3/303H01R12/716H05K3/305H05K2201/10189H05K2201/10537Y02P70/613
    • A modular connector (10) housing of relatively short length and having a coupling feature, such as a tab (14) at one end and a recess (12) atthe other end, is connected with other similar connector housings. A filler material (22) having a melting point lower than that of the particular soldering method chosen is then inserted into the portion where two housings are joined thereby forming a relatively rigid long connector housing assemblage (11). A hot-melt adhesive preform (28) is then placed on the bottom of the connector housing (10) with the entire connector housing assembly aligned with and attached to a printed circuit board (24). The hot-melt adhesive (28) bonds the connector housing (10) to the substrate (24) while the filler material (22) melts away from the filler openings (16), allowing the short incremental housing lengths to move relatively free with respect to each other.
    • 具有较短长度并且具有耦合特征的模块化连接器(10)壳体,例如在一端处的突片(14)和在另一端的凹部(12),与其它类似的连接器壳体连接。 然后将熔点低于所选择的特定焊接方法的填充材料(22)插入到两个壳体接合的部分中,从而形成相对刚性的长连接器壳体组件(11)。 然后将热熔胶预成型件(28)放置在连接器壳体(10)的底部上,整个连接器壳体组件与印刷电路板(24)对准并连接到印刷电路板(24)。 热熔粘合剂(28)将连接器壳体(10)粘合到基底(24)上,同时填充材料(22)从填料开口(16)熔化,允许短的增量壳体长度相对自由地移动 对彼此。