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    • 2. 发明授权
    • Solenoid valve unit
    • 电磁阀单元
    • US09091354B2
    • 2015-07-28
    • US12934273
    • 2009-03-25
    • Dirk SchlenkerNabih Othman
    • Dirk SchlenkerNabih Othman
    • F16K15/04F16K31/06F16K25/00F16K15/18F16K31/08
    • F16K15/04F16K15/183F16K31/0662F16K31/084
    • A solenoid valve unit is described for shutting off or enabling a throughflow of a medium along a hollow duct, which flows under application of pressure along the hollow duct, having at least one first magnet unit which is fixedly arranged along the hollow duct, which is implemented in the form of a hollow cylinder and is arranged in an axial section along the hollow duct in such a way that the first magnet unit radially completely surrounds the hollow duct and has a flow opening, which is circular in cross-section, on its downstream end, as well as a second magnet unit, which is mounted so it is movable to the first unit and is implemented as a ball, whose ball diameter is greater than the flow opening diameter of the first magnet unit and which, on account of an attractive magnetic force prevailing between both magnet units, can be brought into indirect or direct contact with the first magnet unit and seals the hollow duct in a fluid-tight manner, while the medium loads the first magnet unit under application of pressure opposite to the action direction of the magnetic force. A contour surface, which is angled in relation to a plane defined by the flow opening and surrounds the flow opening, and along which the spherical second magnet unit can be deflected axially and radially relative to the flow opening, indirectly or directly adjoins the flow opening, which is circular in cross-section.
    • 描述了一种电磁阀单元,其用于关闭或使沿着中空管道的中空管道沿着中空管道的压力流动的介质流通,所述中空管道具有沿着中空管道固定地布置的至少一个第一磁体单元, 以中空圆柱体的形式实现,并且沿着中空管道布置在轴向部分中,使得第一磁体单元径向完全包围中空管道并且具有在其截面上为圆形的流动开口 下游端以及第二磁体单元,其安装成可移动到第一单元并且被实现为球,其球直径大于第一磁体单元的流动开口直径,并且由于 在两个磁体单元之间存在吸引力的磁力可以与第一磁体单元间接或直接接触,并以流体密封方式密封中空管道,同时介质装载第一磁体 净单位在施加与磁力作用方向相反的压力下。 轮廓表面,其相对于由流动开口限定的平面成角度并且围绕流动开口,并且球形第二磁体单元可以相对于流动开口轴向和径向偏转,间接或直接邻接流动开口 ,其横截面为圆形。
    • 3. 发明申请
    • SOLENOID VALVE UNIT
    • 电磁阀单元
    • US20110095217A1
    • 2011-04-28
    • US12934273
    • 2009-03-25
    • Dirk SchlenkerNabih Othman
    • Dirk SchlenkerNabih Othman
    • F16K31/02
    • F16K15/04F16K15/183F16K31/0662F16K31/084
    • A solenoid valve unit is described for shutting off or enabling a throughflow of a medium along a hollow duct, which flows under application of pressure along the hollow duct, having at least one first magnet unit which is fixedly arranged along the hollow duct, which is implemented in the form of a hollow cylinder and is arranged in an axial section along the hollow duct in such a way that the first magnet unit radially completely surrounds the hollow duct and has a flow opening, which is circular in cross-section, on its downstream end, as well as a second magnet unit, which is mounted so it is movable to the first unit and is implemented as a ball, whose ball diameter is greater than the flow opening diameter of the first magnet unit and which, on account of an attractive magnetic force prevailing between both magnet units, can be brought into indirect or direct contact with the first magnet unit and seals the hollow duct in a fluid-tight manner, while the medium loads the first magnet unit under application of pressure opposite to the action direction of the magnetic force. A contour surface, which is angled in relation to a plane defined by the flow opening and surrounds the flow opening, and along which the spherical second magnet unit can be deflected axially and radially relative to the flow opening, indirectly or directly adjoins the flow opening, which is circular in cross-section.
    • 描述了一种电磁阀单元,其用于关闭或使沿着中空管道的中空管道沿着中空管道的压力流动的介质流通,该中空管道具有沿着中空管道固定地布置的至少一个第一磁体单元, 以中空圆柱体的形式实现,并且沿着中空管道布置在轴向部分中,使得第一磁体单元径向完全包围中空管道并且具有在其截面上为圆形的流动开口 下游端以及第二磁体单元,其安装成可移动到第一单元并且被实现为球,其球直径大于第一磁体单元的流动开口直径,并且由于 在两个磁体单元之间存在吸引力的磁力可以与第一磁体单元间接或直接接触,并以流体密封方式密封中空管道,同时介质装载第一磁体 净单位在施加与磁力作用方向相反的压力下。 轮廓表面,其相对于由流动开口限定的平面成角度并且围绕流动开口,并且球形第二磁体单元可以相对于流动开口轴向和径向偏转,间接或直接邻接流动开口 ,其横截面为圆形。
    • 4. 发明授权
    • Valve unit for interrupting or releasing a flow of a medium along a hollow duct, use thereof in a dosing system for the metered discharge of said medium, and method for the metered discharge of a medium
    • 用于沿中空管道中断或释放介质流动的阀单元,其用于在所述介质的计量放电的计量系统中的用途,以及用于计量放电介质的方法
    • US08333337B2
    • 2012-12-18
    • US12443062
    • 2007-09-25
    • Othman NabihDirk Schlenker
    • Othman NabihDirk Schlenker
    • B05B1/30
    • B05C5/0225F16K31/084F16K31/086
    • A valve unit is disclosed for the interruption or release of a pressurized flow of a medium along a hollow duct, which flows along the hollow duct, as well as a preferred use of the valve unit in a dosing system and a method for the metered discharge of a medium from a cartridge-needle configuration, with a cartridge connected to the needle configuration via at least one hollow duct with an open cartridge end, to which a pressurizing means is applied, which is capable of driving the medium provided inside the cartridge in the direction of the needle configuration for discharge by applying pressure. The invention has at least in a section along the hollow duct in which at least one first magnet unit is mounted to be axially movable longitudinally along the flow direction of the medium through the hollow duct, for generating a first magnetic field, a second magnet unit providing second magnetic field interacting with the first magnetic field in such a way that a magnetic force which mutually attracts the magnet units axially acts between the first and the second magnet units, and a mechanical stop along the hollow duct, against which the first magnet unit is drivable using a retention force which may be generated by the magnetic force.
    • 公开了一种阀单元,用于沿着沿着中空管道流动的中空管道的介质的加压流的中断或释放以及计量系统中的阀单元的优选使用和用于计量放电的方法 介质从盒式针式结构中通过至少一个具有打开的盒式端头的空心管道连接到针构造的盒,加压装置可向其施加能够驱动设置在盒内的介质的介质 通过施加压力排出的针构造的方向。 本发明至少在沿着中空管道的截面中,其中至少一个第一磁体单元被安装成沿着介质的流动方向沿着中空管道沿轴向移动,用于产生第一磁场,第二磁体单元 提供与第一磁场相互作用的第二磁场,使得相互吸引磁体单元的磁力在第一和第二磁体单元之间轴向作用,以及沿着空心管道的机械止动件,第一磁体单元 可以使用可能由磁力产生的保持力来驱动。
    • 5. 发明申请
    • VALVE UNIT FOR INTERRUPTING OR RELEASING A FLOW OF A MEDIUM ALONG A HOLLOW DUCT, USE THEREOF IN A DOSING SYSTEM FOR THE METERED DISCHARGE OF SAID MEDIUM, AND METHOD FOR THE METERED DISCHARGE OF A MEDIUM
    • 用于中断或释放中空导管的流量的阀组件,其用于计量放出中等介质的计量系统中,以及用于计量放出介质的方法
    • US20100051722A1
    • 2010-03-04
    • US12443062
    • 2007-09-25
    • Orthman NabihDirk Schlenker
    • Orthman NabihDirk Schlenker
    • B05B1/30F16K31/06
    • B05C5/0225F16K31/084F16K31/086
    • A valve unit is disclosed for the interruption or release of a pressurized flow of a medium along a hollow duct, which flows along the hollow duct, as well as a preferred use of the valve unit in a dosing system and a method for the metered discharge of a medium from a cartridge-needle configuration, with a cartridge connected to the needle configuration via at least one hollow duct with an open cartridge end, to which a pressurizing means is applied, which is capable of driving the medium provided inside the cartridge in the direction of the needle configuration for discharge by applying pressure. The invention has at least in a section along the hollow duct in which at least one first magnet unit is mounted to be axially movable longitudinally along the flow direction of the medium through the hollow duct, for generating a first magnetic field, a second magnet unit providing second magnetic field interacting with the first magnetic field in such a way that a magnetic force which mutually attracts the magnet units axially acts between the first and the second magnet units, and a mechanical stop along the hollow duct, against which the first magnet unit is drivable using a retention force which may be generated by the magnetic force.
    • 公开了一种阀单元,用于沿着沿着中空管道流动的中空管道的介质的加压流的中断或释放以及计量系统中的阀单元的优选使用和用于计量放电的方法 介质从盒式针式结构中通过至少一个具有打开的盒式端头的空心管道连接到针构造的盒,加压装置可向其施加能够驱动设置在盒内的介质的介质 通过施加压力排出的针构造的方向。 本发明至少在沿着中空管道的截面中,其中至少一个第一磁体单元被安装成沿着介质的流动方向沿着中空管道沿轴向移动,用于产生第一磁场,第二磁体单元 提供与第一磁场相互作用的第二磁场,使得相互吸引磁体单元的磁力在第一和第二磁体单元之间轴向作用,以及沿着空心管道的机械止动件,第一磁体单元 可以使用可能由磁力产生的保持力来驱动。