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    • 11. 发明申请
    • ultrasonic sensor
    • 超声波传感器
    • US20120304772A1
    • 2012-12-06
    • US13511338
    • 2010-10-06
    • Michael SchneiderFrank HoenesOlaf Jordanek
    • Michael SchneiderFrank HoenesOlaf Jordanek
    • G01H17/00
    • G01S7/521G10K11/004
    • An ultrasonic sensor, including a diaphragm cup, a housing and a decoupling element, the diaphragm cup and housing having a lateral surface, the decoupling element being at least partially made from an elastic material and having a continuous recess bounded by an inner wall of the decoupling element, the diaphragm cup and/or the housing being at least partially situated in the recess. To prevent sound being transmitted through a gap between the diaphragm cup and the decoupling element and/or between the housing and the decoupling element, the inner wall of the decoupling element is tautened by the contraction of elastic material at least around an area of the lateral surface of the diaphragm cup, circumferentially surrounding the diaphragm cup and/or the housing, and/or a lacquer layer applied on the lateral surface of the diaphragm cup, and/or the lateral surface of the housing so that the inner wall in this area rests flush against the lateral surface of the diaphragm cup and/or the lacquer layer applied on the lateral surface of the diaphragm cup and/or the lateral surface of the housing.
    • 一种超声波传感器,包括隔膜杯,壳体和去耦元件,隔膜杯和壳体具有侧表面,该去耦元件至少部分地由弹性材料制成并且具有由该内壁的内壁限定的连续凹部 分离元件,隔膜杯和/或壳体至少部分地位于凹部中。 为了防止声音通过隔膜杯和去耦元件之间的间隙和/或在壳体和解耦元件之间的间隙传递,解耦元件的内壁至少在弹性材料的外侧至少在侧面的区域周围被拉紧 隔膜杯的表面周向围绕隔膜杯和/或壳体,和/或施加在隔膜杯的侧表面上的漆层和/或壳体的侧表面,使得该区域中的内壁 与隔膜杯的侧表面和/或施加在隔膜杯的侧表面和/或外壳的侧表面上的漆层平齐。
    • 12. 发明授权
    • Connection node for a three-dimensional framework, in particular for a geodesic structure
    • 连接节点用于三维框架,特别是用于测地结构
    • US08096085B2
    • 2012-01-17
    • US12093484
    • 2006-04-25
    • Michael SchneiderCarsten FullandGordian Overschmidt
    • Michael SchneiderCarsten FullandGordian Overschmidt
    • E04B1/32E04H12/00F16B7/04
    • F16B7/185E04B1/32E04B2001/193E04B2001/1963E04B2001/3247F16B21/09F16B37/044Y10T403/341Y10T403/443
    • The invention relates to a connecting node (10, 20) for constructing a three-dimensional framework (100), in particular a geodetic structure, wherein the connecting node (10, 20) has at least one connecting arrangement for connection by way of a definable number of (n) of basic structural elements (3) attached to the respective connecting node (10, 20) with other identical connecting nodes (10, 20). It is provided that the connecting node (10, 20) is formed as a disk (4, 6) having a predefinable number (n) of keyholes (1n), with each of the keyholes (1n) being penetrated by a connecting means (5) and engaging with a receiving element (3A) attached on the basic structural elements (3n), so that each basic structural element (3n) is rotatably supported in the formed first connecting arrangement (5, 3A) and can be pre-adjusted and subsequently attached at arbitrary predefinable angles. The invention is also directed to a three-dimensional framework (100), in particular a geodetic structure, with a plurality of configurable basic structural element (3n), which are secured between the connecting nodes (10, 20) so as to form the three-dimensional framework.
    • 本发明涉及一种用于构建三维框架(100)的连接节点(10,20),特别是大地测量结构,其中连接节点(10,20)具有至少一个连接装置,用于通过 可连接到各个连接节点(10,20)的(n)基本结构元件(3)的可定义数量与其它相同的连接节点(10,20)相连。 提供了连接节点(10,20)形成为具有预定数量(n)个键孔(1n)的盘(4,6),其中每个键孔(1n)被连接装置( 5)并且与附接在基本结构元件(3n)上的接收元件(3A)接合,使得每个基本结构元件(3n)可旋转地支撑在形成的第一连接装置(5,3A)中并且可以被预先调节 并随后以任意可预定的角度附接。 本发明还涉及具有多个可配置的基本结构元件(3n)的三维框架(100),特别是大地测量结构,其被固定在连接节点(10,20)之间,以便形成 三维框架。
    • 15. 发明申请
    • Spark Plug Socket
    • 火花塞插座
    • US20110086528A1
    • 2011-04-14
    • US12890611
    • 2010-09-25
    • Michael SchneiderGeorg Maier
    • Michael SchneiderGeorg Maier
    • H01R33/00
    • H01T13/04H01R13/193H01R24/28H01R24/76H01R2101/00
    • A spark plug socket has an elastic base member and a contact element secured in the base member. The base member has a spark plug receptacle for a spark plug and the contact element has a contact receptacle for a terminal of the spark plug. The spark plug socket is removable in a removing direction from the spark plug. In an unloaded state of the spark plug socket arranged on the spark plug, a section of the contact receptacle engages behind the terminal of the spark plug in the removing direction of the spark plug socket. A longitudinal center axis of the contact receptacle is slanted relative to a longitudinal center axis of the spark plug receptacle. The contact element is adjustable against an elasticity of the base member such that an angle between the longitudinal center axis of the contact receptacle and the longitudinal center axis of the spark plug receptacle is reduced.
    • 火花塞插座具有弹性底座构件和固定在基座构件中的接触构件。 基座构件具有用于火花塞的火花塞插座,并且接触元件具有用于火花塞端子的接触插座。 火花塞插座可从火花塞沿卸下方向拆卸。 在布置在火花塞上的火花塞插座的卸载状态下,接触插座的一部分沿着火花塞插座的移除方向接合火花塞的端子后面。 接触插座的纵向中心轴线相对于火花塞容座的纵向中心轴线倾斜。 接触元件可以相对于基座构件的弹性进行调节,使得接触插座的纵向中心轴线与火花塞插座的纵向中心轴线之间的角度减小。