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    • 63. 发明授权
    • Method of and apparatus for a leakage testing
    • 渗漏检测方法及装置
    • US5287729A
    • 1994-02-22
    • US708226
    • 1991-05-31
    • Martin Lehmann
    • Martin Lehmann
    • G01M3/36
    • G01M3/363
    • To test a closed container having at least one flexible wall area in order to determine a leakage by an increasing of the inner volume of the container and a measuring of a correspondingly caused changed measured value, at least one outer wall area of the container is exposed to a medium having a pressure which is greater than a pressure produced by the increase of the volume of the container if such has no leakage. The increase of the volume can be made by a pneumatic or mechanical application of a force at a flexible wall area. The arrangement is specifically suitable when the wall of the container or its contents strive to self-seal a leakage spot in a wall area.
    • 为了测试具有至少一个柔性壁面积的密闭容器,以便通过增加容器的内部体积并测量相应地引起的改变的测量值来确定泄漏,容器的至少一个外壁区域暴露 如果没有泄漏,则压力大于由容器的体积增加产生的压力的介质。 体积的增加可以通过在柔性壁区域上的力的气动或机械施加来进行。 当容器的壁或其内容物的壁试图自我密封壁区域中的泄漏点时,这种布置特别合适。
    • 67. 发明申请
    • MULTISTAGE CONTAINER LEAK TESTING
    • 多级容器泄漏测试
    • US20150177093A1
    • 2015-06-25
    • US14405863
    • 2012-06-08
    • Martin Lehmann
    • Martin Lehmann
    • G01M3/20G01M3/00
    • G01M3/202G01M3/00G01M3/205G01M3/229G01M3/329
    • A coarse-fine two-stage leak detection is carried out on sealed, filled containers loaded into container holders or “pucks”. Failure of the first, coarse leak detection stage, e.g. a pressure-course or impedance or laser-absorption based leak detection stage, causes containers to be rejected together with their corresponding container holders. These are then separated, and the container holder is cleaned and dried before being returned to the system. Any leaking product from inside a grossly leaking container is thus retained within the container holder, thus reducing contamination of subsequent containers and their container holders, preventing such contamination from reaching the fine leak detection stage, e.g. a mass-spectrometer-based leak detection stage.
    • 在装入容器支架或“圆盘”的密封的填充容器上进行粗细两级泄漏检测。 第一个粗漏检测阶段的故障,例如 基于压力过程或阻抗或基于激光吸收的泄漏检测级使得容器与其相应的容器保持器一起被排除。 然后将它们分离,并且在返回到系统之前清洁和干燥容器保持器。 因此,从泄漏容器内泄漏的产品因此被保持在容器保持器内,从而减少随后的容器及其容器保持器的污染,防止这种污染物到达微细的泄漏检测阶段。 基于质谱仪的泄漏检测阶段。
    • 70. 发明授权
    • Displacement unit
    • 位移单位
    • US08075412B2
    • 2011-12-13
    • US12488231
    • 2009-06-19
    • Martin Lehmann
    • Martin Lehmann
    • F16C3/03
    • F16C3/035
    • A displacement unit comprising two shaft-shaped drive components which are displaceable in one another and each have a plurality of roller body raceways facing one another with roller bodies arranged between them. To both save weight and facilitate proper positioning of the components, a profile groove is provided between two adjacent roller body raceways of at least one drive component, the profile groove having a profile depth which is smaller than the profile depth of one of the adjacent roller body raceways.
    • 一种位移单元,包括两个可相互位移的轴状驱动部件,每个具有彼此面对的多个辊体滚道,滚子体彼此相对布置。 为了节省重量并促进部件的正确定位,在至少一个驱动部件的两个相邻的滚子主体滚道之间设置有轮廓槽,轮廓槽的轮廓深度小于相邻滚子之一的轮廓深度 身体跑道