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    • 22. 发明授权
    • Real-time control of ion detection with extended dynamic range
    • 离子检测的实时控制具有扩展的动态范围
    • US07745781B2
    • 2010-06-29
    • US12130182
    • 2008-05-30
    • Urs Steiner
    • Urs Steiner
    • H01J49/26
    • H01J49/025
    • In a method controlling an ion detector, one or more ion input signals are received at the ion detector. A data point indicative of an intensity of at least one of the received ion input signals is acquired. Asynchronously with acquiring the data point, a drive voltage applied to the ion detector is regulated to operate the ion detector at a gain optimal for the intensity of at least one of the received ion input signals. An ion detector for implementing the method is also provided.
    • 在控制离子检测器的方法中,在离子检测器处接收一个或多个离子输入信号。 获取指示所接收的离子输入信号中的至少一个的强度的数据点。 与获取数据点异步地,调节施加到离子检测器的驱动电压以使离子检测器以对于所接收的离子输入信号中的至少一个的强度最佳的增益进行操作。 还提供了一种用于实现该方法的离子检测器。
    • 23. 发明授权
    • Device for rehydration and electrophoresis of gel strips and method of using the same
    • 凝胶条的再水化和电泳装置及其使用方法
    • US06599410B1
    • 2003-07-29
    • US09819061
    • 2000-09-01
    • Urs SteinerMohammed Rezaul IslamEric R. Hungerman
    • Urs SteinerMohammed Rezaul IslamEric R. Hungerman
    • G01N27447
    • G01N27/44795G01N27/44704G01N27/44713
    • The present invention involves a gel strip carrier module for a gel strip that reduces the handling of the gel strip and the hands-on-time during preparation of the gel strip for isoelectric focusing. The gel carrier module includes a gel strip chamber that serves as both a rehydration and focusing chamber, and allows the sample to be applied either throughout the entire gel or in a defined zone. The gel carrier module includes a pair of electrodes near opposite ends of the chamber that the gel strip rests on, gel side facing down. The gel carrier module includes a cover with hold-down blocks or pressure blocks to assure reliable, light contact between the gel and the electrodes during focusing. A rehydration buffer is added into the chamber, and the gel strip is gently placed in the chamber, gel side down, for rehydration. The rehydration buffer may include the sample, or, in the event that the sample needs to be applied after rehydration, the gel carrier module includes sample application wells between the electrodes that the sample can be added to after rehydration of the gel strip.
    • 本发明涉及一种用于凝胶条的凝胶带载体模块,其减少了在制备用于等电聚焦的凝胶条时凝胶条的处理和手动接触时间。 凝胶载体模块包括用作再水化和聚焦室两者的凝胶条带,并允许将样品施用于整个凝胶或限定区域。 凝胶载体模块包括一对电极,其位于腔室的相对端附近,凝胶条位于其上,凝胶面朝下。 凝胶载体模块包括具有压紧块或压块的盖,以确保在聚焦期间凝胶和电极之间可靠的轻微接触。 将补液缓冲液加入到室中,并将凝胶条轻轻地放置在腔室中,凝胶侧向下放置,用于补液。 再补充缓冲液可以包括样品,或者在再水合后需要应用样品的情况下,凝胶载体模块包括在电极之间的样品施加孔,在凝胶条的再水合之后可以加入样品。
    • 24. 发明授权
    • Gel electrophoresis well-forming and loading-guide comb
    • 凝胶电泳形成和加载导向梳
    • US5843295A
    • 1998-12-01
    • US992928
    • 1997-12-18
    • Urs SteinerTim O. LauTerry A. Landers
    • Urs SteinerTim O. LauTerry A. Landers
    • G01N27/447G01N27/26C12M3/00
    • G01N27/44743
    • A well-forming and loading-guide comb for electrophoresis gels. The comb includes a comb body, to which well-forming teeth and a loading guide are attached in an opposing fashion. The comb can be used with the teeth pointing downward into the gel to form sample wells in either vertical or horizontal electrophoresis gels. Upon hardening of the gel, the comb is once removed from the gels, leaving sample wells therein. The comb is then rotated 180 degrees, and notches (in the case of vertical electrophoresis gels) or L-shaped extensions (in the case of horizontal electrophoresis gels) of the loading guide are aligned with the sample wells so as to provide for easy guided access of a sample delivering instrument during the loading of samples into the wells.
    • 电泳凝胶的成型和加载导向梳。 梳子包括梳体,成形齿和装载导向器以相对的方式附接到该梳体上。 梳子可以与牙齿向下指向凝胶一起使用,以在垂直或水平电泳凝胶中形成样品孔。 凝胶固化后,将梳子从凝胶中取出,留下样品孔。 然后将梳子旋转180度,加载引导件的凹槽(在垂直电泳凝胶的情况下)或L形延伸部(在水平电泳凝胶的情况下)与样品阱对准,以提供容易的导向 在将样品装载到井中时,样品传送仪器的通路。
    • 25. 发明授权
    • ION filter apparatus and method of production thereof
    • ION过滤装置及其制造方法
    • US5389785A
    • 1995-02-14
    • US54523
    • 1993-04-28
    • Urs SteinerNigel P. GoreHelmut Rother
    • Urs SteinerNigel P. GoreHelmut Rother
    • G01N27/62H01J9/14H01J49/42B01D59/44H01J49/00
    • H01J49/4215H01J49/068H01J49/4255
    • The invention relates to an ion filter and a method for the production of the ion filter. The ion filter comprises a plurality of elongated solid, rod assemblies. Typically, four rod assemblies, corresponding to four rod electrodes, are utilized. Each rod assembly has a curved rod surface, and at least two abutment surfaces. In one embodiment, the rod is hyperbolic in curvature. These surfaces are formed with one profiled grinding tool simultaneously in such a manner and angle of contact from a processing direction such that no undercuts are formed from this processing direction. The abutment surfaces are shaped such that one abutment surface of one rod assembly can be aligned with another abutment surface of another rod assembly when the rod surfaces are directed toward a longitudinal axis located in the interior of the ion filter. The rod assemblies are electrically insulated from each other with an insulating piece adhesively bonded to each rod assembly.
    • 本发明涉及离子过滤器和用于生产离子过滤器的方法。 离子过滤器包括多个细长的固体棒组件。 通常,使用对应于四个杆电极的四个杆组件。 每个杆组件具有弯曲的杆表面和至少两个邻接表面。 在一个实施例中,杆是弯曲的双曲线。 这些表面由一个成型研磨工具同时以这样的方式和从加工方向接触的角度形成,使得从该加工方向不会形成底切。 邻接表面被成形为使得当杆表面指向位于离子过滤器内部的纵向轴线时,一个杆组件的一个邻接表面可以与另一个杆组件的另一个邻接表面对准。 杆组件彼此电绝缘,绝缘片粘合到每个杆组件上。
    • 26. 发明授权
    • Inlet valve for probe apparatus
    • 探针装置入口阀
    • US4682508A
    • 1987-07-28
    • US840513
    • 1986-03-06
    • Urs SteinerJames HurstJ. Alan Schier
    • Urs SteinerJames HurstJ. Alan Schier
    • B01L1/02G01N1/00F16K31/06
    • B01L1/02B82Y15/00Y10T137/612Y10T137/613
    • A valve assembly for allowing entry of a sampling device or probe device from an ambient atmosphere to a vacuum chamber comprises an electromagnet means which controls a ball made of magnetic material. Upon entry of the device into an entry inlet of the apparatus, the ball is seated in response to activation of the electromagnet means so as to seal an aperture leading to the vacuum chamber. As the device is moved towards the vacuum chamber, the magnetic force is removed, which allows the ball to drop away from the aperture allowing entry of the device into the vacuum chamber. Upon withdrawal of the device from the vacuum chamber, the ball is actuated by the electromagnet to seal the aperture, thereby maintaining the integrity of the vacuum system.
    • 用于允许取样装置或探针装置从环境气氛进入真空室的阀组件包括控制由磁性材料制成的球的电磁装置。 当设备进入设备的进入入口时,响应于电磁体装置的激活而使球就位,以便密封通向真空室的孔。 当装置朝向真空室移动时,磁力被去除,这允许球离开孔径而允许装置进入真空室。 在将设备从真空室中取出时,球由电磁体驱动以密封孔,从而保持真空系统的完整性。