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    • 82. 发明授权
    • Cylinder head cover
    • 气缸盖盖
    • US07137372B2
    • 2006-11-21
    • US11045076
    • 2005-01-31
    • Torsten HilpertAndreas WeberAlexander Korn
    • Torsten HilpertAndreas WeberAlexander Korn
    • F01M9/10
    • F01M13/04F01M13/0416F01M2013/0427
    • A cylinder head cover, particularly for covering a cylinder head of an internal combustion engine, having a plurality of functional elements such as an oil filling connection and at least one oil separation device mounted thereon. The cylinder head cover is formed by a bottom shell and a top shell, with the functional elements each being formed from two segments. One segment is integrally arranged on the bottom shell, and the second segment is integrally arranged on the top shell. The two shells are interconnected by communicating sealing contours. Essential functional parts of the oil separation device are provided on the bottom shell and on the top shell. Preferably the functional elements include a cyclone which separates entrained oil from gases in the cylinder head cover and includes a cup arranged on the bottom shell and an immersion tube arranged on the top shell.
    • 一种气缸盖罩,特别用于覆盖内燃机的气缸盖,具有多个功能元件,例如填油连接件和安装在其上的至少一个油分离装置。 气缸盖罩由底壳和顶壳形成,功能元件各自由两段形成。 一个部分整体设置在底部壳体上,第二部分整体设置在顶部壳体上。 两个壳通过密封轮廓相互连接。 油分离装置的基本功能部件设置在底壳和顶壳上。 优选地,功能元件包括将夹带的油与气缸盖罩中的气体分离的旋风器,并且包括布置在底壳上的杯和布置在顶壳上的浸入管。
    • 86. 发明授权
    • Pad architecture for backwards compatibility for bi-directional transceiver module
    • 双向收发模块向后兼容的Pad架构
    • US06951426B2
    • 2005-10-04
    • US10791435
    • 2004-03-02
    • Andreas Weber
    • Andreas Weber
    • G02B6/42H04J14/02H04B10/12
    • H04J14/02
    • Exemplary embodiments of the present invention selectively adapt the pad architecture on bi-directional opto-electronic transceiver modules to connect to legacy unidirectional ports, panels and the like. This allows the bi-directional module to function correctly when connected to either a unidirectional or a bi-directional port. Conversely, exemplary embodiments also selectively adapt the pad architecture on bi-directional patch panels or ports to connect to legacy unidirectional optoelectronic transceiver modules. This allows the port to function correctly when either a bi-directional or a unidirectional transceiver is connected to it.
    • 本发明的示例性实施例选择性地将垫结构应用于双向光电收发器模块以连接到传统的单向端口,面板等。 这允许双向模块在连接到单向或双向端口时正常工作。 相反,示例性实施例还选择性地将焊盘结构调整到双向接线板或端口上以连接到传统的单向光电收发器模块。 当双向或单向收发器连接到它时,这允许端口正常工作。
    • 89. 发明授权
    • Polarization device
    • 极化装置
    • US06532110B1
    • 2003-03-11
    • US09517909
    • 2000-03-03
    • Peter RobrishAndreas WeberIan Hardcastle
    • Peter RobrishAndreas WeberIan Hardcastle
    • G02B530
    • G02B27/285G02B27/283G02F1/13362Y10S359/90
    • A polarization device comprising: a light path; a micro lens array disposed in the light path for separating light into a plurality of individual beams of light; a polarization filter disposed in the light path to receive a plurality of the beams of light and to transmit the received light of a desired polarization state and reflect the received light of a perpendicular polarization state that is perpendicular to the desired polarization state; and a reflecting polarization converter disposed to receive and reflect the reflected light of the perpendicular polarization state and to convert the perpendicular polarization state to the desired polarization state.
    • 一种偏振装置,包括:光路; 微透镜阵列,设置在所述光路中,用于将光分离成多个单独的光束; 偏振滤光器,设置在所述光路中以接收多个所述光束并且透射所述接收到的所需偏振态的光并反射垂直于所述偏振态的垂直偏振状态的所接收的光; 以及反射偏振转换器,其设置成接收和反射垂直偏振状态的反射光并将垂直偏振状态转换为期望的偏振状态。
    • 90. 发明授权
    • Plug connector
    • 插头连接器
    • US5795173A
    • 1998-08-18
    • US721473
    • 1996-09-27
    • Thomas WernerMarkus MornhinwegAndreas WeberBurkhard Lutterbeck
    • Thomas WernerMarkus MornhinwegAndreas WeberBurkhard Lutterbeck
    • H01R13/502H01R13/52H01R13/621H01R13/625H01R13/639H01R13/66
    • H01R13/625H01R13/5205
    • A plug connector is provided, in particular for the connection of measuring instruments, which is to be connected to a plug having three flat elongated contact pins, a flat elongated protective contact pin and a threaded hole arranged in its center. The plug connector has a low maximum cross-sectional area and a high tightness. The plug connector has a housing (1) partly forming a cone (11), a hollow cylinder (12) which is molded onto the cone (11) on the side facing away from the plug and has an external thread (121), a nut (5) screwed onto the hollow cylinder (12), and a sealing element (4) which completely fills the hollow cylinder (12) and the nut (5). A four-way cable (3) penetrates the nut (5) and the sealing element (4) in the axial direction. A groove (14) is arranged on the side of the housing (1) facing toward the plug to accommodate a seal (6) and a ring (15) is molded on the cone (11) on the side facing toward the plug and encloses the plug coaxially at the end. A contact insert (2) is arranged in the housing (1), in which four flat contact clamps, to which the ways of the cable (3) are connected, are arranged in a countersunk fashion. The contact insert has a central axial hole (27) in which a screw (7) for securing the plug connector on the plug is captively arranged, and which is fixed nonrotably in the housing (1) by a bayonet closure and a locking tab (17) arranged in the housing (1) and can be detached only by a tool.
    • 提供了插头连接器,特别是用于连接测量仪器的连接器,该测量仪器将连接到具有三个扁平细长触针的插头,平的细长保护触针和布置在其中心的螺纹孔。 插头连接器具有低的最大横截面积和高密封性。 插头连接器具有部分地形成锥体(11)的壳体(1),在远离插头的一侧模制在锥体(11)上的中空圆柱体(12),并具有外螺纹(121), 螺母(5)拧入中空圆筒(12)上,密封元件(4)完全填充中空圆筒(12)和螺母(5)。 四通电缆(3)沿轴向穿透螺母(5)和密封元件(4)。 在壳体(1)的面向插头的侧面上布置有凹槽(14)以容纳密封件(6),并且在锥体(11)上在朝向插塞的一侧上模制环(15),并且包围 插头同轴在最后。 接触插入件(2)布置在壳体(1)中,其中连接有电缆(3)的方式的四个平坦接触夹具以沉没方式布置。 接触插入件具有中心轴向孔(27),其中用于将插头连接器固定在插头上的螺钉(7)被固定地布置,并且通过卡口闭合件和锁定突出部(1)固定在壳体(1)中, 17)布置在壳体(1)中,并且可以仅由工具分离。