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    • 2. 发明授权
    • Switching valve to control a fluid subject to high pressure
    • 切换阀以控制受高压的流体
    • US09133944B2
    • 2015-09-15
    • US13705657
    • 2012-12-05
    • Michael HaeckelRichard Schloderer
    • Michael HaeckelRichard Schloderer
    • F16K15/04F16K27/02F04B53/10F16K25/00G01N30/32
    • F16K15/042F04B53/1005F16K25/005F16K27/0245G01N2030/328Y10T137/7838Y10T137/791
    • A switching valve, in particular for controlling a fluid subject to high pressure is described. The switching valve has at least one valve unit, which includes a valve seat element and a switching element guided movably in a guide element, wherein the valve seat element and the switching element interact to provide a switching valve function. The valve seat element and the guide element are provided in a housing. The valve seat element, the guide element and the housing form a through flow channel for the fluid to be controlled. An elastically and/or plastically deformable sealing body is provided in a fully enclosed space between the inner wall of the housing and the outer walls of the valve seat element and of the guide element. The sealing body can be subject to a predetermined pressure to seal off the through flow channel from the housing and subject the valve seat element and the guide element to an inward-directed preload.
    • 描述了切换阀,特别是用于控制受高压的流体。 切换阀具有至少一个阀单元,其包括阀座元件和在引导元件中可移动地引导的开关元件,其中阀座元件和开关元件相互作用以提供切换阀功能。 阀座元件和引导元件设置在壳体中。 阀座元件,引导元件和壳体形成用于待控制流体的通流通道。 弹性和/或塑性可变形的密封体设置在壳体的内壁与阀座元件和引导元件的外壁之间的完全封闭的空间中。 密封体可以经受预定的压力以将通道从壳体密封并将阀座元件和引导元件承受向内的预载荷。
    • 3. 发明申请
    • Fixing System for at Least One Fluidic Component of a Chromatography Device
    • 用于色谱装置的至少一个流体组分的固定系统
    • US20080149547A1
    • 2008-06-26
    • US11816958
    • 2006-02-17
    • Richard Schloderer
    • Richard Schloderer
    • B01D15/08
    • B01L9/54B01L9/02B01L9/04B01L9/06G01N30/6047G01N2030/3084
    • The invention relates to a fixing system for at least one fluidic component (4) of a chromatography device, particularly for fastening the at least one fluidic component (4) in a column oven, where at least one clasp (2) is provided, on which at least one fixing element (3) can be fixed in a detachable way in a desired position within a fixing area (2e) of the clasp (2) by friction or positive locking, where the at least one clasp (2) is fixed by means of one or more carrier elements (1) in a predetermined position, and where the at least one fixing element (3) is configured for receiving and fastening the at least one fluidic component (4). In addition, the invention relates to a fixing element for such a fixing system, in which a first part (31) of the fixing element (3) is connected to a second part (33) of the fixing element (3) in such a way that the fluidic component (4), which is to be held and fixed, can be fixed between two clamping areas of the first part (31) and the second part (33) by frictional locking or positive locking.
    • 本发明涉及一种用于至少一个色谱装置的流体组分(4)的固定系统,特别是用于将至少一个流体组分(4)紧固在柱式炉中,其中至少一个扣环(2)设置在 其中至少一个固定元件(3)可以通过摩擦或正向锁定在所述扣环(2)的固定区域(2e)内的可拆卸方式固定,其中所述至少一个扣环(2)是 通过一个或多个载体元件(1)在预定位置固定,并且其中所述至少一个固定元件(3)构造成用于接收和紧固所述至少一个流体组分(4)。 另外,本发明涉及一种用于这种固定系统的固定元件,其中固定元件(3)的第一部分(31)以固定元件(3)的第二部分(33)连接到固定元件 待保持和固定的流体组分(4)可以通过摩擦锁定或正向锁定固定在第一部分(31)和第二部分(33)的两个夹紧区域之间的方式。
    • 5. 发明申请
    • CONTROL ARRANGEMENT FOR CONTROLLING A PISTON PUMP UNIT FOR LIQUID CHROMATOGRAPHY
    • 用于控制用于液相色谱的活塞泵单元的控制装置
    • US20130336803A1
    • 2013-12-19
    • US13917963
    • 2013-06-14
    • Gervin RUEGENBERGRichard SCHLODERERWerner TUCHAN
    • Gervin RUEGENBERGRichard SCHLODERERWerner TUCHAN
    • F04B49/22
    • F04B49/22F04B23/06F04B49/20G01N30/22G01N30/32G01N2030/326
    • A control arrangement for controlling a piston pump unit for liquid chromatography, in particular high-performance liquid chromatography, is described. The piston pump unit has at least two piston-cylinder units which operate cyclically in a phase-offset manner and generate, at an outlet port, a predetermined flow of a liquid medium to be delivered. A system pressure is established at the outlet port, irrespective of an associated fluid load resistance. The control arrangement is configured to record the pressure in the cylinder volume of at least a first of the at least two piston-cylinder units. During a measurement phase of the compression phase of the first piston-cylinder unit or during a measurement phase of the decompression phase of the first piston-cylinder unit, the control arrangement stops the drive device for the first piston-cylinder unit for a predetermined time period and in the process records measurement data which characterize the time profile of the pressure.
    • 描述了用于控制用于液相色谱的活塞泵单元,特别是高效液相色谱的控制装置。 活塞泵单元具有至少两个活塞 - 气缸单元,其以相位偏移方式周期性地操作,并在出口处产生待输送的液体介质的预定流量。 在出口处建立系统压力,不管相关的流体负载阻力如何。 控制装置构造成记录至少两个活塞 - 气缸单元中的至少一个的气缸体积中的压力。 在第一活塞 - 气缸单元的压缩阶段的测量阶段期间或在第一活塞 - 气缸单元的减压阶段的测量阶段期间,控制装置将用于第一活塞 - 气缸单元的驱动装置停止预定时间 期间和过程记录表征压力时间曲线的测量数据。
    • 8. 发明申请
    • SWITCHING VALVE TO CONTROL A FLUID SUBJECT TO HIGH PRESSURE
    • 切换阀控制流体高压
    • US20130139913A1
    • 2013-06-06
    • US13705657
    • 2012-12-05
    • Michael HAECKELRichard SCHLODERER
    • Michael HAECKELRichard SCHLODERER
    • F16K15/04
    • F16K15/042F04B53/1005F16K25/005F16K27/0245G01N2030/328Y10T137/7838Y10T137/791
    • A switching valve, in particular for controlling a fluid subject to high pressure is described. The switching valve has at least one valve unit, which includes a valve seat element and a switching element guided movably in a guide element, wherein the valve seat element and the switching element interact to provide a switching valve function. The valve seat element and the guide element are provided in a housing. The valve seat element, the guide element and the housing form a through flow channel for the fluid to be controlled. An elastically and/or plastically deformable sealing body is provided in a fully enclosed space between the inner wall of the housing and the outer walls of the valve seat element and of the guide element. The sealing body can be subject to a predetermined pressure to seal off the through flow channel from the housing and subject the valve seat element and the guide element to an inward-directed preload.
    • 描述了切换阀,特别是用于控制受高压的流体。 切换阀具有至少一个阀单元,其包括阀座元件和在引导元件中可移动地引导的开关元件,其中阀座元件和开关元件相互作用以提供切换阀功能。 阀座元件和引导元件设置在壳体中。 阀座元件,引导元件和壳体形成用于待控制流体的通流通道。 弹性和/或塑性可变形的密封体设置在壳体的内壁与阀座元件和引导元件的外壁之间的完全封闭的空间中。 密封体可以经受预定的压力以将通道从壳体密封并将阀座元件和引导元件承受向内的预载荷。