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    • 3. 发明授权
    • Throttle body
    • 节气门体
    • US06416035B1
    • 2002-07-09
    • US09615913
    • 2000-07-13
    • Peter WelterothGerd BornmannWolfgang SauerschellNouhad Bachnak
    • Peter WelterothGerd BornmannWolfgang SauerschellNouhad Bachnak
    • F16K3104
    • F16K1/22F02D9/106F02D9/107
    • In a throttle body with a Torquer drive, the rotor of the drive motor is seated directly on the shaft (14) of the throttle butterfly (16). In order to achieve permanent axial retention of the shaft in combination with simplicity of assembly, the rotor is press-fitted on to the shaft (14), a retaining washer (52) is provided between the throttle butterfly (16) and the rotor, the retaining washer being fixed axially on the shaft (14) or on a throttle housing (12) and engaging with a defined axial play in a gap (32) on the other element, and the two axial, housing-side contact surfaces of the retaining washer (52) being formed by a fastening plate (56) screwed to the housing (12) and by a stop (54) provided on the housing (12). The narrow axial retention device allows rotor-side arrangement for simpler assembly in combination with a short and rigid throttle-butterfly shaft (14).
    • 在具有托盘驱动器的节气门体中,驱动马达的转子直接安置在节流蝶阀(16)的轴(14)上。 为了与组装的简单性一起实现轴的永久性轴向保持,转子被压配合到轴(14)上,在节流蝶阀(16)和转子之间设置有保持垫圈(52) 所述保持垫圈轴向地固定在所述轴(14)上或节气门壳体(12)上并且与所述另一元件上的间隙(32)中的限定的轴向游隙接合,并且所述两个轴向壳体侧接触表面 保持垫圈(52)由螺纹连接到壳体(12)的紧固板(56)和设置在壳体(12)上的止动件(54)形成。 狭窄的轴向保持装置允许转子侧布置以与短且刚性的节气门 - 蝶形轴(14)组合更简单的组装。
    • 4. 发明授权
    • Load adjustment device
    • 负载调整装置
    • US5193503A
    • 1993-03-16
    • US763517
    • 1991-09-23
    • Gerd BornmannEgon Beil
    • Gerd BornmannEgon Beil
    • F02D11/10
    • F02D11/10F02D2011/103
    • A load adjustment device has a throttle valve 9 which determines the output power of an internal combustion engine and is connected, fixed for rotation, with a throttle-valve shaft 33 mounted in the throttle-valve housing 40. The throttle valve shaft 33 has a mechanical linkage on the accelerator-pedal side, and a setting-member-like linkage side with which a setting member is operatively coupled for displacing the throttle valve 9 in idle operation. A setting member 29 is provided on its outer end with a circular-arc segment 31 which is developed as permanent magnet and cooperates with a magnet 32 which can be excited with current as desired. In this way, an electric motor and gearing can be dispensed with.
    • 负载调节装置具有节流阀9,该节流阀9确定内燃机的输出功率,并与安装在节流阀壳体40中的节流阀轴33连接固定旋转。节流阀轴33具有 在加速器踏板侧的机械连杆以及设定部件状的连接侧,设置部件可操作地联接以使空转操作中的节气门9移动。 设置构件29在其外端设置有圆弧段31,圆弧段31被显影为永磁体,并与可以根据需要用电流激励的磁体32配合。 以这种方式,可以省去电动马达和齿轮传动装置。
    • 5. 发明申请
    • Tool Head for an Apparatus for the Automatic Isolation and Treatment of Cell Clones
    • 用于自动分离和处理细胞克隆的装置的工具头
    • US20080274537A1
    • 2008-11-06
    • US11628680
    • 2005-06-04
    • Gerd Bornmann
    • Gerd Bornmann
    • C12M1/00
    • G01N35/0099B01L3/0279C12M33/04C12M47/02
    • The invention relates to a tool head for a device that is used to automatically isolate and treat cell clones by means of a cloning dome, which isolates the respective cell clone from the environment, said cloning dome being held in a detachable manner by the tip of a pipette and the latter being fixed by a non-positive fit to a conical receiving element of the tool head. To hold the cloning dome on the tip of the pipette, the latter comprises a conical section, over which a complementary conical section of the cloning dome is folded and the tool head is fixed to an arm of a robot system. According to the invention, the end of the arm that is located on the tool head side is equipped with a receiving block (1), which has a lower (2) and an upper (3) stop to delimit the displacement path of a displaceable holder (4) for the pipette tip receiving element, said holder (4) being guided on the receiving block (1) by means of a linear guide (5). In addition, the upper stop (3) is configured as a graduated, laminated spring assembly (12, 13, 14) that is fixed on one side, in such a way that graduated stop forces are produced over the predetermined constant displacement path during the displacement of the arm and tool head towards a fixed point, thus producing a defined frictional connection of the conical holders of the tip of the pipette and the cloning dome.
    • 本发明涉及一种用于装置的工具头,其用于通过将各细胞克隆与环境隔离的克隆圆顶来自动分离和处理细胞克隆,所述克隆圆顶以可分离的方式由尖端保持 移液管,后者通过非正配合固定到工具头的圆锥形接收元件上。 为了将克隆圆顶保持在移液管的尖端,后者包括圆锥形部分,克隆圆顶的互补锥形部分折叠在该圆锥形部分上,并且工具头固定到机器人系统的臂上。 根据本发明,位于工具头侧的臂的端部配备有接收块(1),该接收块具有下部(2)和上部(3)止动件,以限定位移路径 用于移液器吸头接收元件的保持器(4),所述保持器(4)通过线性引导件(5)在接收块(1)上被引导。 此外,上止动件(3)构成为固定在一侧的刻度的层叠弹簧组件(12,13,14),使得在该过程中在该预定的恒定位移路径上产生渐变的止动力 臂和工具头朝向固定点移位,从而产生移液管尖端和克隆圆顶的锥形保持器的限定的摩擦连接。
    • 8. 发明授权
    • Valve having a sleeve to prevent contamination and condensation
    • 阀具有套筒以防止污染和冷凝
    • US08291885B2
    • 2012-10-23
    • US12738335
    • 2008-10-21
    • Gerd BornmannUwe ClemenMarcus Häuser
    • Gerd BornmannUwe ClemenMarcus Häuser
    • F16K1/226
    • F16K1/22F16K1/2268
    • A housing having at least one valve seat for at least one flap, which is supported so it can rotate on a drive shaft. The drive shaft is guided on at least one side through the housing, a sleeve, through which the drive shaft is rotatably guided, being disposed fixed in place on the inside of the housing in this area. The sleeve has a first area, which faces the flap and encloses the drive shaft with a first slight play. Furthermore, the sleeve has a second area, which faces away from said flap and has a diameter expansion in comparison to the first area and which, on the front side thereof facing away from the flap encloses the drive shaft with a second slight play. Furthermore, the valve is a gas recirculation valve of a motor vehicle.
    • 壳体具有至少一个用于至少一个挡板的阀座,该阀座被支撑以便能够在驱动轴上旋转。 驱动轴在至少一侧通过壳体引导,一个套筒,驱动轴通过该套筒可转动地被引导,该套筒固定在该区域的外壳内侧的适当位置。 套筒具有第一区域,其面向翼片并且围绕驱动轴进行初次轻微的播放。 此外,套筒具有第二区域,其面向远离所述翼片并且具有与第一区域相比的直径膨胀,并且在其背离翼片的前侧上以第二轻微的摆放包围驱动轴。 此外,阀是汽车的气体再循环阀。
    • 10. 发明申请
    • Method and Device for Automated Removal of Cells and/or Cell Colonies
    • 用于自动去除细胞和/或细胞集落的方法和装置
    • US20110124037A1
    • 2011-05-26
    • US12442183
    • 2007-09-20
    • Rafael BackhausJens EberhardtMarco MeinhardGerd Bornmann
    • Rafael BackhausJens EberhardtMarco MeinhardGerd Bornmann
    • C12Q1/24C12M1/34
    • C12M33/04C12M41/06C12M41/48
    • The method comprises an automated removal of cells and/or cell colonies from a cell culture whilst executing a first detection step for selecting cells and/or cell colonies with reference to corporeal and/or physical parameters and detecting position data and storing the detected position data of the selected cells and/or cell colonies in a position database.In order to be able to select special cells and/or cell colonies having special properties from the detected cells and/or cell colonies, at least one second detection step for detecting at least one further parameter of the cells and/or cell colonies is then executed, comparative data from the data of the first and second detection step are created, cells and/or cell colonies are selected with reference to the comparative data and the position data from the position database are transferred to a harvesting unit.
    • 该方法包括从细胞培养物自动移除细胞和/或细胞集落,同时参照有机体和/或物理参数执行用于选择细胞和/或细胞集落的第一检测步骤,并检测位置数据并存储检测到的位置数据 的所选细胞和/或细胞集落在位置数据库中。 为了能够从检测到的细胞和/或细胞集落中选择具有特殊性质的特殊细胞和/或细胞集落,则用于检测细胞和/或细胞集落的至少一个其它参数的至少一个第二检测步骤 创建来自第一和第二检测步骤的数据的比较数据,参考比较数据选择细胞和/或细胞集落,并且将来自位置数据库的位置数据传送到收获单元。