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    • 2. 发明授权
    • Device for separating a fluid from a gas stream
    • 用于从气流中分离流体的装置
    • US06858051B2
    • 2005-02-22
    • US10431095
    • 2003-05-07
    • Dietmar Uhlenbrock
    • Dietmar Uhlenbrock
    • F01M13/04B01D46/24B01D46/42B01D29/21
    • B01D46/0031B01D46/0097B01D46/24Y10S55/19
    • With known devices for separating oil in the crank housing ventilator, oil is collected on a refined gas side of a filter, which in operation of an internal combustion engine, often cannot drain off. In this manner, the liquid level increases, so that the filter is increasingly clogged by the oil. Finally, the oil is carried away from a gas stream. In this manner, the oil use of the internal combustion engine greatly increases. With the device of the present invention, the oil collected on the refined gas side is collected in a liquid storage unit (10), whereby the liquid storage unit (10) is protected from the stream, so that the gas stream can not carry away oil any longer. The device includes a support body (9), which is impermeable to the stream by means of a cut-off wall (23), in order to prevent a carrying-off of the oil.
    • 利用已知的用于在曲轴箱呼吸机中分离油的装置,油被收集在过滤器的精炼气体侧,在内燃机的运行中,通常不能排出。 以这种方式,液位增加,使得过滤器越来越多地被油堵塞。 最后,将油从气流中排出。 以这种方式,内燃机的油耗大大增加。 利用本发明的装置,在精炼气体侧收集的油被收集在液体储存单元(10)中,从而液体储存单元(10)被保护而不会流出气流 不再油了 该装置包括支撑体(9),该支撑体(9)通过切断壁(23)不能透过流,以便防止油的排出。
    • 6. 发明授权
    • Device for separating liquid from a gas current
    • 用于从气流中分离液体的装置
    • US07011690B2
    • 2006-03-14
    • US10481554
    • 2003-05-08
    • Bernd AltvaterDietmar Uhlenbrock
    • Bernd AltvaterDietmar Uhlenbrock
    • B01D45/12
    • F01M13/023F01M2013/005F01M2013/0422F01M2013/0427Y10S55/19
    • Known devices for separating liquids using parallel-connected cyclones, when gas flows are fluctuating, have a poor separating action.In the device of the invention, the separating action is conversely improved by providing that the number of separator elements through which the gas flow flows is adapted in each case to the gas flow. When the gas flow is high, there is a flow through more separator elements than when the gas flow is low. In this way, the separator elements are operated closer to the optimal operating point than in the prior art.According to the invention, it is proposed that a closing body (11) of a distributor valve (13) be disposed movably in a distributor conduit (10) and either automatically or by means of a drive mechanism adjusts the optimal number of separator elements (16) through which there is a flow.
    • 当气体流动波动时,使用并联旋风分离器的已知装置具有差的分离作用。 在本发明的装置中,通过使气体流动的分离器元件的数量在每种情况下适应于气体流量,相反地改善了分离动作。 当气体流量高时,与气体流量较低时相比,流过更多的分离器元件。 以这种方式,分离器元件比现有技术更接近于最佳操作点。 根据本发明,提出分配阀(13)的封闭体(11)可移动地设置在分配器管道(10)中,并且自动地或通过驱动机构调节分离器元件的最佳数量( 16),有一个流。
    • 8. 发明授权
    • Oil-separating device for crankcase gases in an internal combustion engine
    • 用于内燃机中曲轴箱气体的油分离装置
    • US06725849B2
    • 2004-04-27
    • US10343648
    • 2003-02-03
    • Juergen StegmaierBruno HezelDietmar Uhlenbrock
    • Juergen StegmaierBruno HezelDietmar Uhlenbrock
    • F01M1302
    • F01M13/0416F01M13/022F01M2013/0461F01M2013/0494
    • The invention concerns an oil separator (2) for crankcase gases of an internal combustion engine, comprising a preliminary separator (28), a cyclone separator (30), a fine separator (32) and, if necessary, a valve device (36) that are provided in a cascade arrangement on a cylinder-head cover (4) of the internal combustion engine; in order to simplify the design of the oil separator and obtain easier installability, it is provided that the preliminary separator (28), the cyclone separator (30), the fine separator (32) and the valve device (36) provided, if necessary, are located on the outside (20) of the cylinder-head hood (4) and are covered by a housing half-shell (6) which, together with the outside (20) of the cylinder-head hood (4), forms a housing for the oil separator (2).
    • 本发明涉及一种用于内燃机的曲轴箱气体的油分离器(2),其包括预分离器(28),旋风分离器(30),细分离器(32)以及必要时的阀装置(36) 其以级联布置设置在所述内燃机的气缸盖罩(4)上; 为了简化油分离器的设计并获得更容易的安装性,只要有必要,提供预分离器(28),旋风分离器(30),细分离器(32)和阀装置(36) 位于气缸盖罩(4)的外侧(20)上并被壳体半壳(6)覆盖,壳体半壳(6)与气缸盖罩(4)的外侧(20)一起形成 用于油分离器(2)的壳体。