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    • 1. 发明授权
    • Electrical connector and method of interconnecting flat power cables
    • 互连扁平电力电缆的电气连接器和方法
    • US4900264A
    • 1990-02-13
    • US341864
    • 1989-04-21
    • Glenn E. BennettFrank H. Bermier, Jr.John K. DalyRobert K. GrebeEarl R. KreinbergDean A. Puerner
    • Glenn E. BennettFrank H. Bermier, Jr.John K. DalyRobert K. GrebeEarl R. KreinbergDean A. Puerner
    • H01R4/24H01R12/61
    • H01R12/68H01R12/592H01R12/78
    • Two flat cables are interconnected to comprise a tap connection or a splice connection by stacking them and pressing together against them an assembly of upper and lower interconnecting structures which include opposing regions of alternating shearing wave shapes and relief recesses. The wave shapes shear the conductors of the cables and extrude the thus-sheared conductor strips into the opposing relief recesses so that newly sheared conductor edges are moved adjacent electrical engagement surfaces defined by vertical edges of the adjacent wave shapes. Dual conductor cables have their respective conductors interconnected by using a pair of assemblies of upper and lower interconnecting structures, each assembly having shearing wave shapes and relief recesses disposed transversely across only the half of the cables within which the appropriate conductors are disposed. The upper and lower structures can include lateral flanges which are riveted together after termination to the cables to lock the upper and lower structures together. A pair of housing members can be latched together to house the assemblies of interconnecting structures terminated to the cables.
    • 两个扁平电缆互连,包括抽头连接或接头连接,通过堆叠它们并将它们压在一起抵靠上部和下部互连结构的组件,其包括交替的剪切波形和浮雕凹槽的相对区域。 波浪形状剪切电缆的导体并将由此剪切的导体条挤出到相对的浮雕凹槽中,使得新剪切的导体边缘移动到由相邻波形的垂直边缘限定的相邻的电接合表面。 双导体电缆通过使用一对上部和下部互连结构的组件将它们各自的导体互连,每个组件具有剪切波形形状,并且横向地横跨仅布置有适当导体的电缆的一半设置的释放凹槽。 上下结构可以包括侧向凸缘,其在端接到电缆之后铆接在一起,以将上部和下部结构锁定在一起。 可以将一对壳体构件锁定在一起以容纳端接到电缆的互连结构的组件。
    • 3. 发明授权
    • Electrical terminals for flat power cable
    • 扁平电力电缆用电气端子
    • US4887976A
    • 1989-12-19
    • US233684
    • 1988-08-18
    • Glenn E. BennettJohn Kevin DalyRobert K. GrebeJohn E. Lucius
    • Glenn E. BennettJohn Kevin DalyRobert K. GrebeJohn E. Lucius
    • H01R12/24H01R11/11H01R12/22H01R13/05H01R13/11
    • H01R11/11H01R13/11H01R13/05
    • A monolithic transition adapter terminated to a flat power cable has one or two plate sections extending forwardly from the termination which conclude in an array of first and second alternating spring contact arms deflectable downwardly and upwardly respectively. The spring arms are formed to include free ends having arcuate contact sections convex in opposing directions comprising a lead-in to receive thereinto a blade-like contact member from forwardly thereof, and facilitating the deflection by the mating contact of the spring arms in the respective opposing directions. A monolithic contact member matable with the transition adapter includes a planar body portion having a forward blade contact and a plurality of terminal sections rearwardly thereof such as for interconnecting with a printed circuit board. In one such contact member the blade contact shares providing for an assured lead-in for mating by including a plurality of blade sections in an array of alternating first and second blades angled to define alternating downward and upward ramps to engage respective free ends of the transition adapter's spring arms and initiate the deflection of the spring arms in appropriate opposing directions for mating; this enables the vertical distance between the free ends of the deflected spring contact arms after mating to be minimized, reducing the vertical profile of the mated interface.
    • 端接到扁平电力电缆的单片过渡适配器具有从终端向前延伸的一个或两个板段,其分别以向下和向上可偏转的第一和第二交替弹簧接触臂的阵列结束。 弹簧臂形成为包括具有相对方向凸起的弓形接触部分的自由端,包括从其前方接收叶片状接触构件的引入件,并且有助于通过弹簧臂在相应的位置上的配合接触而偏转 相反的方向 与过渡适配器配合的单片接触件包括平面主体部分,其具有前叶片接触件和其后方的多个端子部分,例如用于与印刷电路板互连。 在一个这样的接触构件中,刀片接触件通过将交替的第一和第二叶片的交替的第一和第二叶片的阵列中的多个叶片部分包括成一定角度以限定交替的向下和向上的坡道,从而提供用于配合的有保证的导入件,以接合转变的相应的自由端 适配器的弹簧臂并且以适当的相反方向启动弹簧臂的偏转用于配合; 这使得配合后偏转的弹簧接触臂的自由端之间的垂直距离最小化,从而减小配合接口的垂直轮廓。
    • 4. 发明授权
    • Component-carrying adapter for chip carrier socket
    • 用于芯片载体插座的组件承载适配器
    • US4872844A
    • 1989-10-10
    • US216927
    • 1988-07-08
    • Robert K. GrebeJohn E. LuciusDavid S. Szczesny
    • Robert K. GrebeJohn E. LuciusDavid S. Szczesny
    • H01R12/71H05K1/14H05K1/18H05K3/34H05K3/36H05K7/10
    • H05K7/1092H05K1/141H05K1/183H05K2201/09509H05K2201/09754H05K2201/10037H05K2201/10303H05K2201/10325H05K2201/10477H05K2201/10515H05K3/3447H05K3/368Y10S439/931
    • An adapter substrate (40) for carrying one or more electrical components (80,90), includes plated circuitry to which the components are connectable, to comprise a member securable between a chip carrier socket (20) and a printed circuit panel (14) and provide electrical interconnection therebetween. The electrical components are connected to selected ones of the interconnections between the socket and the panel in order to modify, effect or sense the selected interconnections. While the other interconnections are passed through the substrate such as by plated through-holes (44), the selected interconnections are interrupted by the dielectric material of the substrate (40) and are plated blind holes (46) connected by path segments (120) to be electrically connected to the one or more electrical components; completing the connection to the socket's contacts are plated through-holes (116) and path segments (128) to contact pads (52). Into the plated through-holes and plated blind holes alike can be inserted post members (42) matable with plated through-holes (16) of the panel; contact sections connectable with the socket's contacts (28 ) can be pads (52) for surface mounting. One such adapter can be used to fabricate an assured backup power supply (10) for an IC chip carried in the socket (20), when a battery (80) and a logic chip control circuit (90) therefor are the electrical components.
    • 用于承载一个或多个电气部件(80,90)的适配器基板(40)包括可连接部件的电镀电路,以包括可固定在芯片载体插座(20)和印刷电路板(14)之间的部件, 并在它们之间提供电互连。 电气部件连接到插座和面板之间的选定的互连中,以便修改,影响或感测所选择的互连。 当其它互连通过诸如电镀通孔(44)的衬底时,所选择的互连被衬底(40)的电介质材料中断,并且是由路径段(120)连接的电镀盲孔(46) 电连接到一个或多个电气部件; 完成与插座触点的连接是电镀通孔(116)和路径段(128)到接触垫(52)。 电镀通孔和电镀盲孔可以插入可与面板的电镀通孔(16)配合的柱构件(42); 可与插座的触点(28)连接的接触部分可以是用于表面安装的垫(52)。 当电池(80)和其逻辑芯片控制电路(90)是电气部件时,可以使用一个这样的适配器来制造承载在插座(20)中的IC芯片的有保证的备用电源(10)。