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    • 2. 发明公开
    • Connector assembly
    • Verbindungszusammenbau。
    • EP0216623A2
    • 1987-04-01
    • EP86307269.0
    • 1986-09-22
    • MOLEX INCORPORATED
    • Case, Arnold A.DeRoss, Robert
    • H01R13/506H01R13/42H01R23/02
    • H01R13/424H01R2107/00
    • A connector assembly includes a terminated wire (16), a crimp-type terminal (14) and a two-piece housing assembly of interfitting carrier and cover members (18, 20). The terminal (14) is crimped to the wire (16) in a conventional fashion, presenting a portion (34) (see FIG. 3) of reduced cross section at the crimp engagement with the wire (16') proper. The terminated wire is loaded into channels (50) formed in the carrier member (18). The carrier member includes protrusions (74) received in the reduced cross section of the crimp portion (34). After mounting of the terminals (14), the carrier is telescopically inserted in the sleeve-like cover member (20). An excessive crimp height (HT) (see FIG. 4) prevents the complete reception of the terminal within the carrier channel (50), thereby preventing telescopic insertion of the carrier (18) within the cover member (20). Thus, an excessive crimp height (HT) in the crimp portion (34) of the terminal is visually indicated during connector assembly. In a similar fashion, a rotational misalignment of the terminal (14) with respect to the carrier (18) will also prevent insertion of the carrier (18) within the housing (20). Improved terminal retention against pull-out and push-out forces is provided by the projection (74), upon its insertion in the reduced cross sectional crimp portion (34) of the terminal.
    • 连接器组件包括端接的线(16),压接型端子(14)和配对载体和盖构件(18,20)的两件式壳体组件。 端子(14)以常规方式卷曲到导线(16),呈现与导线(16')本体的压接接合的截面减小的部分(见图3)。 端接的线被装载到形成在承载构件(18)中的通道(50)中。 承载构件包括容纳在压接部分(34)的缩小横截面中的突起(74)。 在安装端子(14)之后,托架可伸缩地插入套筒状的盖件(20)中。 过大的压接高度(HT)(参见图4)防止了承载通道(50)内的端子的完全接收,从而防止了承载件(18)在盖构件(20)内的伸缩插入。 因此,在连接器组装期间目视地指示终端的压接部分(34)中的过大的压接高度(HT)。 以类似的方式,端子(14)相对于载体(18)的旋转未对准也将防止载体(18)在壳体(20)内的插入。 当凸起(74)插入端子的减小横截面的压接部分(34)中时,提供了对拉出和推出力的改进的端子保持力。
    • 3. 发明公开
    • Connector assembly
    • 连接器组件
    • EP0216623A3
    • 1988-11-23
    • EP86307269
    • 1986-09-22
    • MOLEX INCORPORATED
    • Case, Arnold A.DeRoss, Robert
    • H01R13/506H01R13/42H01R13/422H01R23/02
    • H01R13/424H01R2107/00
    • A connector assembly includes a terminated wire (16), a crimp-type terminal (14) and a two-piece housing assembly of interfitting carrier and cover members (18, 20). The terminal (14) is crimped to the wire (16) in a conventional fashion, presenting a portion (34) (see FIG. 3) of reduced cross section at the crimp engagement with the wire (16') proper. The terminated wire is loaded into channels (50) formed in the carrier member (18). The carrier member includes protrusions (74) received in the reduced cross section of the crimp portion (34). After mounting of the terminals (14), the carrier is telescopically inserted in the sleeve-like cover member (20). An excessive crimp height (HT) (see FIG. 4) prevents the complete reception of the terminal within the carrier channel (50), thereby preventing telescopic insertion of the carrier (18) within the cover member (20). Thus, an excessive crimp height (HT) in the crimp portion (34) of the terminal is visually indicated during connector assembly. In a similar fashion, a rotational misalignment of the terminal (14) with respect to the carrier (18) will also prevent insertion of the carrier (18) within the housing (20). Improved terminal retention against pull-out and push-out forces is provided by the projection (74), upon its insertion in the reduced cross sectional crimp portion (34) of the terminal.
    • 一种连接器组件包括端接导线(16),压接式端子(14)和相互配合的载体和盖构件(18,20)的两件式壳体组件。 端子(14)以常规方式压接到导线(16),呈现在与导线(16')本身的压接接合处具有减小横截面的部分(34)(参见图3)。 被端接的电线被装入载体构件(18)中形成的通道(50)中。 载体构件包括容纳在压接部分(34)的缩小横截面中的突起(74)。 在安装端子(14)之后,载体可伸缩地插入套筒状盖构件(20)中。 过度的压接高度(HT)(参见图4)阻止端子在载体通道50内的完全接收,从而防止载体18在盖构件20内伸缩插入。 因此,在连接器组装期间在视觉上指示端子的压接部分(34)中的过度压接高度(HT)。 以类似的方式,端子(14)相对于载体(18)的旋转未对准还将防止载体(18)插入到壳体(20)内。 突起(74)在其插入端子的横截面缩小部分(34)中时提供改进的抵抗拉出力和推出力的端子保持力。
    • 5. 发明公开
    • Electrical contact for terminating insulated conductors
    • Elektrische Kontaktklemme zum Kontaktieren isolerter Leiter。
    • EP0112051A1
    • 1984-06-27
    • EP83306991.7
    • 1983-11-16
    • MOLEX INCORPORATED
    • Brubaker, Weldon L.Case, Arnold A.
    • H01R4/24
    • H01R4/2466
    • A contact member (14) for forming an electrical connection with insulated conductors of either a solid core, stranded or tinsel ribbon type is formed from a unitary piece of stamped sheet metal and includes both insulation displacement portions (52) and insulation piercing portions (54). Each insulation displacement portion comprises a plate (56) having a slot (58) for establishing contact with a solid core conductor by severing and displacing its insulation. Each insulation piercing portion includes an arm (62) spaced laterally from an adjacent plate (56) having a conductor receiving opening (64) with a barb (66) for piercing through the conductor insulation. The arms (62) are deflectable with respect to the plates (56) upon interaction of the barbs (66) with a solid core conductor terminated to the contact member. The insulation displacement and insulation piercing portions of the contact member may thus co-operate or function alternatively to provide an effective electrical connection with a conductor, regardless of its particular type.
    • 用于与固体芯,绞合或箔条型绝缘导体形成电连接的接触构件(14)由整体冲压的金属板形成,并且包括两个绝缘位移部分(52)和绝缘穿透部分(54) )。 每个绝缘位移部分包括具有槽(58)的板(56),用于通过切断和移动其绝缘体来建立与实心芯导体的接触。 每个绝缘穿刺部分包括一个与相邻的板(56)横向间隔开的臂(62),该相对的板(56)具有导体接收开口(64),该开口具有用于刺穿导体绝缘体的倒钩(66)。 臂(62)在倒钩(66)与终端于接触构件的实心芯导体相互作用时相对于板(56)可偏转。 接触构件的绝缘位移和绝缘穿透部分因此可以交替地起作用或者用于提供与导体的有效电连接,而不管其特定类型如何。