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    • 4. 发明授权
    • Flexible circuit interface for coplanar printed circuit boards
    • 用于共面印刷电路板的柔性电路接口
    • US5263868A
    • 1993-11-23
    • US28059
    • 1993-03-08
    • Robert M. RennKeith L. VolzFrederick R. DeakDavid C. JohnsonWarren A. Bates
    • Robert M. RennKeith L. VolzFrederick R. DeakDavid C. JohnsonWarren A. Bates
    • H01R12/52H01R12/62H05K1/14H05K3/00H05K3/36H01R9/09
    • H01R12/62H01R12/52H05K1/142H05K2201/09145H05K3/0058H05K3/365
    • An interface for connecting coplanar printed circuit ("PC") boards (10, 20) using a flexible jumper circuit (50) for bridging the PC boards (10, 20), a base (80) underlying the second PC board and integrally attached thereto, and a support housing (30) with compression plugs (60) which may be tightened against base (80) for securing the two PC boards (10, 20) and for compressing the flexible jumper circuit (50) against the two PC boards (10, 20). The interface is precision aligned by a plurality of guide pins (34) which protrude from support housing (30) and conform to guide holes in the two PC boards (10, 20) and the flexible jumper circuit (50). Guide pins (34) fix the relative positions of the boards (10, 20) and circuit (50) within their respective planes. The resilient compression plugs (60) maintain contact between the flexible jumper circuit (50) and the two PC boards (10, 20) despite irregularities in thickness, and the guide pins 34 maintain precision horizontal alignment between the contact pads (12, 22) on the two PC boards (10, 20) and the conductive traces (52) on the flexible jumper circuit (50).
    • 一种使用柔性跳线电路(50)连接共面印刷电路(“PC”)板(10,20)的接口,用于桥接PC板(10,20),第二PC板下面的基座(80) 以及具有压缩塞(60)的支撑壳体(30),所述压缩塞可以紧靠基座(80)紧固,用于固定两个PC板(10,20)并且用于将柔性跳线电路(50)压靠在两个PC板 (10,20)。 接口由多个从支撑壳体(30)突出并与两个PC板(10,20)和柔性跳线电路(50)中的引导孔一致的多个引导销(34)精确对准。 引导销(34)将板(10,20)和电路(50)的相对位置固定在它们各自的平面内。 尽管厚度不规则,但是弹性压缩塞(60)仍保持柔性跳线电路(50)和两个PC板(10,20)之间的接触,并且引导销34保持接触垫(12,22)之间的精确水平对准 在两个PC板(10,20)和柔性跳线电路(50)上的导电迹线(52)之间。
    • 6. 发明授权
    • Backplane connector utilizing flexible film circuitry
    • 背板连接器采用柔性薄膜电路
    • US5308249A
    • 1994-05-03
    • US78665
    • 1993-06-16
    • Robert M. RennRobert D. IrlbeckFrederick R. DeakKeith L. VolzDavid C. JohnsonWarren A. Bates
    • Robert M. RennRobert D. IrlbeckFrederick R. DeakKeith L. VolzDavid C. JohnsonWarren A. Bates
    • H01R12/70H01R12/79H01R12/89H01R9/09
    • H01R12/79H01R12/89H01R12/7005
    • The invention is directed to an electronic assembly, such as a backplane assembly of the type including a mother board, a connector housing mounted on the mother board, and a daughter board slidably insertable into the connector housing for electrical interconnection to the mother board. The assembly comprises an elongated connector housing having a pair of parallelly disposed spaced apart housing members defining at least one slot therebetween for receiving the daughter board. A force generating member is disposed within the slot, where the force generating members comprises a pair of resilient, essentially L-shaped members. One leg of each of the L-shaped members is fixedly disposed between the mother board and the housing members, while the others of the legs upstand within the slot in a spaced apart relationship to receive the daughter board therebetween, the upstanding legs including at least one pair of opposing elastomeric members to apply a compressive pressure to said daughter board. Further, a flexible circuit element is mounted on the force generating member and is operatively disposed to electrically interconnect the daughter board to the mother board. A preferred feature thereof is the provision of a camming means on the upstanding legs to allow insertion of the daughter board without causing damage to the circuitry on the flexible circuit element, preferable in the form of a flat film.
    • 本发明涉及一种电子组件,例如背板组件,其类型包括母板,安装在母板上的连接器壳体,以及可滑动地插入到连接器壳体中以与母板电连接的子板。 组件包括细长的连接器壳体,其具有一对平行设置的间隔开的壳体构件,其在其间限定了至少一个狭槽,用于接收子板。 力产生构件设置在槽内,其中力产生构件包括一对弹性的,基本上为L形的构件。 每个L形构件的一条腿固定地设置在母板和壳体构件之间,而其他腿以间隔开的关系在槽内立起,以在其间接纳子板,直立腿至少包括 一对相对的弹性体构件以向所述子板施加压缩压力。 此外,柔性电路元件安装在力产生构件上并且可操作地设置成将子板电连接到母板。 其优选的特征是在直立腿上设置凸轮装置以允许子板的插入,而不会损坏柔性电路元件上的电路,优选为平板形式。
    • 10. 发明授权
    • Combination heat sink and housing for flexible electrical connector used
in an electrical or electronic assembly
    • 用于电气或电子组件的柔性电连接器的组合散热器和外壳
    • US5353191A
    • 1994-10-04
    • US27969
    • 1993-03-08
    • Keith L. VolzFrederick R. DeakDavid C. JohnsonWarren A. BatesRobert M. Renn
    • Keith L. VolzFrederick R. DeakDavid C. JohnsonWarren A. BatesRobert M. Renn
    • H01R24/00H01R12/71H05K7/20
    • H01R12/714
    • A unitary heat sink and connector housing (10, 10', 10", 10"') is disposed between a pair of electrical members, such as printed circuit boards (11, 12, 31) and/or flexible etched circuits (32) in an overall assembly used in a variety of high-performance miniaturized electronic products. One or more flexible electrical connectors (21, 25, 26, 29, 30) are mounted within the unitary heat sink and connector housing (10, 10', 10", 10"') and provide a circuit interface between respective circuit elements or pads (13, 14) on the printed circuit boards (11, 12, 31) and/or flexible etched circuits (32), respectively. The unitary heat sink and connector housing (10, 10', 10", 10"'), which preferably has heat-radiating fins (20), is made from a material which is thermally conductive but electrically non-conductive. Examples of such a material are anodized aluminum, silicon dioxide and beryllium oxide. Any suitable ceramic material could be used.
    • 一体式散热器和连接器壳体(10,10',10“,10”)设置在一对电气部件之间,例如印刷电路板(11,12,31)和/或柔性蚀刻电路 32)在用于各种高性能小型化电子产品的整体组件中。 一个或多个柔性电连接器(21,25,26,29,30)安装在单一散热器和连接器壳体(10,10',10“,10”')内并且在相应电路之间提供电路接口 分别在印刷电路板(11,12,31)和/或柔性蚀刻电路(32)上的元件或焊盘(13,14)。 优选具有散热鳍片(20)的整体散热器和连接器壳体(10,10',10“,10”)由导热但不导电的材料制成。 这种材料的实例是阳极氧化铝,二氧化硅和氧化铍。 可以使用任何合适的陶瓷材料。