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    • 2. 发明授权
    • Pressure averager
    • 压力平衡器
    • US07082836B2
    • 2006-08-01
    • US10886261
    • 2004-07-07
    • Thomas KoppJörn Jacob
    • Thomas KoppJörn Jacob
    • G01L7/08
    • G01L19/0046Y10T137/2564
    • The invention is relative to pressure averagers (1), especially flange pressure averagers, with a base body (10) and a separating membrane (5) that is fastened to a side (14) of the base body (10) in a fastening area (6) for the separating membrane (5) and that can be loaded from the outside with a pressure. At least one recess (9) is advantageously formed in the base body (10) on the side of the fastening area (6) of the separating membrane (5), wherein at least one recess (9) in the base body (10) is dimensioned (t, b) in such a manner that tensions deforming the base body (10) are not transferred or are transferred only in a reduced state onto the fastening area (6). It can also be additionally or alternatively provided that the fastening area (6) for the separating membrane (5) and the separating membrane (5) are arranged in the area of a tension plane (n) of the base body (10) and that an at least reduced tension occurs in the area of the tension plane (n) under the bending tension.
    • 本发明涉及一种基体(10)和分离膜(5)相对于压力平均器(1),特别是法兰压力平均器,其在紧固区域中固定到基体(10)的一侧(14) (6),用于分离膜(5),并且可以从外部以压力加载。 在分离膜(5)的紧固区域(6)侧的基体(10)中有利地形成至少一个凹部(9),其中基体(10)中的至少一个凹部(9) 尺寸为(t,b),使得基体(10)变形的张力不被转移或仅以减小的状态传递到紧固区域(6)上。 还可以另外地或替代地设置用于分离膜(5)和分离膜(5)的紧固区域(6)布置在基体(10)的张力平面(n)的区域中,并且 在弯曲张力下在张力平面(n)的区域中产生至少减小的张力。
    • 4. 发明申请
    • MEASURING ARRANGEMENT SYSTEM FOR A UNIVERSAL PROCESS CONNECTION
    • 用于通用过程连接的测量装置系统
    • US20130074605A1
    • 2013-03-28
    • US13549059
    • 2012-07-13
    • Thomas Kopp
    • Thomas Kopp
    • F16B31/02
    • G01D11/30G01L19/0007
    • Provided is a measuring arrangement system operative for measuring a physical and/or chemical process variable of a process medium, which is held in a container, having a measuring device with a process connection and a sensor housing attached to it, such that the process connection comprises a measuring cell housing with a measuring cell, wherein a circumferential web, which divides the circumferential surface into a first and second circumferential section, is provided on the circumferential surface of the measuring cell housing; the process connection comprising a union nut with an inside thread and interior ring stop; and a tubular flange having first and second ends, having on its first end an outside thread, designed to correspond to the inside thread of the union nut, such that the circumferential web is designed so the measuring cell housing can be clamped between the flange and the union nut in two different directions.
    • 提供了一种测量装置系统,其用于测量保持在容器中的处理介质的物理和/或化学过程变量,所述过程介质具有连接到其上的过程连接的测量装置和传感器外壳,使得处理连接 包括具有测量单元的测量单元壳体,其中在所述测量单元壳体的圆周表面上设置有将所述圆周表面分成第一和第二圆周区段的周向腹板; 所述过程连接包括具有内螺纹和内环止动件的联管螺母; 以及具有第一和第二端的管状凸缘,其第一端具有设计成对应于联管螺母的内螺纹的外螺纹,使得周向腹板被设计成使得测量单元壳体能够夹紧在凸缘和 联合螺母在两个不同的方向。
    • 5. 发明授权
    • Level indicator and process for assembling a level indicator
    • 液位指示器和组合液位指示器的过程
    • US08111167B2
    • 2012-02-07
    • US12379661
    • 2009-02-26
    • Thomas Kopp
    • Thomas Kopp
    • G08B21/00
    • G01F23/28F16L5/10G01F23/00G01F23/284H01R13/5219Y10T29/5313
    • The invention relates to a level indicator (100) for measuring the fill level of a container, with an electronic control and evaluation system (132, 232) and an interface (133, 233), that are positioned in a housing (131, 231); a sensor unit with a sensor and attachments; a signal cable (110, 210) for connecting the electronic control and evaluation system (132, 232) and the sensor unit; and a connecting device (120, 240), which produces both a mechanical connection between the sensor unit and the housing (131, 231) of the electronic control and evaluation system (132, 232), and an electrical connection between the interface (133, 233) of the electronic control and evaluation system (132, 232) and the signal cable (110, 210), such that both the mechanical and electrical connections produced by the connecting device (120, 240) are separable. The invention also relates to a process for assembling a level indicator (100) having a control and evaluation unit (130).
    • 本发明涉及一种用于测量容器的填充水平的液位指示器(100),其具有电子控制和评估系统(132,232)和界面(133,233),其定位在壳体(131,231 ); 具有传感器和附件的传感器单元; 用于连接电子控制和评估系统(132,232)和传感器单元的信号电缆(110,210); 和连接装置(120,240),其在所述传感器单元和所述电子控制和评估系统(132,232)的壳体(131,231)之间产生机械连接,以及所述接口(133) ,233)和信号电缆(110,210),使得由连接装置(120,240)产生的机械和电气连接都是可分离的。 本发明还涉及一种用于组装具有控制和评估单元(130)的液位指示器(100)的方法。
    • 7. 发明申请
    • Modular Protection Housing
    • 模块化防护外壳
    • US20070180717A1
    • 2007-08-09
    • US11624405
    • 2007-01-18
    • Thomas Kopp
    • Thomas Kopp
    • G01C9/06
    • G01D11/30
    • A modular protection housing with a first housing module and a second housing module is provided. The first housing module comprises a first volume and a first potential rail, while the second housing module comprises a second volume and a second potential rail. In this arrangement the first housing module and the second housing module are coupleable to an operating state in such a way that the first volume and the second volume form a shared volume. In this arrangement the first potential rail and the second potential rail are coupleable such that in the coupled operating state the first potential rail and the second potential rail form a shared potential rail for the overall volume.
    • 提供了具有第一壳体模块和第二壳体模块的模块化保护壳体。 第一壳体模块包括第一容积和第一电位轨道,而第二壳体模块包括第二容积和第二电位轨道。 在这种布置中,第一壳体模块和第二壳体模块可以以使得第一容积和第二容积形成共享体积的方式耦合到操作状态。 在该布置中,第一电位轨道和第二电位轨道是可耦合的,使得在耦合操作状态中,第一电位轨道和第二电位轨道形成用于总体积的共用电位轨道。
    • 8. 发明授权
    • Sensor
    • 传感器
    • US07143646B2
    • 2006-12-05
    • US11001567
    • 2004-12-02
    • Thomas KoppHermann Dieterle
    • Thomas KoppHermann Dieterle
    • G01F23/00
    • G01F23/00H01R13/5205
    • The invention relates to a sensor, with a sensor housing (8) whose through-hole is intended for a connecting cable (1) that is attached to the sensor (11, 12), such that the connecting cable (1) is surrounded by a pressure spring element (4). In accordance with the invention, a conical supporting sleeve (3) is positioned next to the pressure spring element (4); also furnished is a cable seat housing (2) of thermoplastic material with a conical hole. The conical supporting sleeve (3) engages with this conical hole. A cable jacket (1b) belonging to the connecting cable (1) is squeezed between the conical supporting sleeve (3) and the cable seat housing (2), while the pressure spring element (4) is encompassed by a spring housing, (5) and the cable seat housing (2) can be secured to the sensor housing (8) by means of a cap sleeve (7).
    • 本发明涉及一种具有传感器壳体(8)的传感器,该传感器壳体(8)的通孔用于连接到传感器(11,12)的连接电缆(1),使得连接电缆(1)被 压力弹簧元件(4)。 根据本发明,锥形支撑套筒(3)邻近压力弹簧元件(4)定位; 还配备有具有锥形孔的热塑性材料的电缆座壳体(2)。 锥形支撑套筒(3)与该锥形孔接合。 属于连接电缆(1)的电缆护套(1b)在锥形支撑套筒(3)和电缆座壳体(2)之间被挤压,而压力弹簧元件(4)被弹簧壳体包围( 5)和电缆座壳体(2)可以通过盖套(7)固定到传感器外壳(8)。