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    • 71. 发明申请
    • PUMPENVORRICHTUNG
    • 泵装置
    • WO2010017997A2
    • 2010-02-18
    • PCT/EP2009/005928
    • 2009-08-14
    • BRAN+LUEBBE GMBHHUHNKE, ChristianLADIGES, Henning
    • HUHNKE, ChristianLADIGES, Henning
    • F04B43/067F04B43/06F04B53/06F04B53/08
    • F04B53/06F04B43/06F04B43/067F04B53/08
    • Die Erfindung betrifft eine Pumpenvorrichtung (1) mit einem Pulsator als Antriebselement für einen Hauptpumpenkopf (11), der in einer Förderleitung (15) liegt und dessen Arbeitsraum (18) mit einem saugseitigen Rückschlagventil (16) und einem druckseitigen Rückschlagventil (17) versehen ist, wobei der Arbeitsraum (20) des Pulsators über eine mit Fördermedium (21) gefüllte Pendelleitung (12) mit dem Arbeitsraum (18) des Hauptpumpenkopfes (11) in der Weise in Verbindung steht, dass der Pulsator oszillierend Fördermedium (21) aus der Förderleitung (15) in den Arbeitsraum (18) des Hauptpumpenkopfes (11) ansaugt oder aus dem Arbeitsraum (18) drückt, wobei ein Entlüftungsventil (9) zur Entlüftung des Arbeitsraums (20) des Pulsators vorgesehen ist, wobei das Entlüftungsventil (9) ein zeitgesteuertes Ventil und/oder ein druckgesteuertes Doppelsitzventil ist und/oder dass eine Vorrichtung zum Einleiten einer Flüssigkeit in den Arbeitsraum des Pulsators und/oder die Pendelleitung (12) vorgesehen ist.
    • 本发明涉及一种泵装置(1)配有一个搅拌器如在R&ouml用于导航用途为r的主泵头部(11)的驱动元件; rderleitung(15),且其工作空间(18),其具有吸入侧R导航用途 是止回阀(17),其中,所述波轮导航使用的工作空间(20);;止回阀(16)和压力侧R导航用途通过与Rö rdermedium(21)找到的导航用途填充输送管线(12)的工作腔(18) 主泵头部(11)以这样的方式在连接到波轮振荡Fö抽吸rderleitung(15)到所述主泵头部(11)的工作空间(18)或从所述工作腔(18)博士导航用途从F&ouml rdermedium(21); CKT,其特征在于,通气导航用途ftungsventil(9)用于排出波轮的工作空间(20)的导航用途通风设置,其中,所述通气导航用途ftungsventil(9)是一个时间控制阀和/或压力控制的双座阀和/或用于引入设备 一瓶 设置在脉动器和/或摆线(12)的工作空间中。

    • 72. 发明申请
    • COMBINED OIL DEAERATOR AND OIL PUMP
    • 组合油加油机和油泵
    • WO2007069975A8
    • 2007-10-25
    • PCT/SE2006001391
    • 2006-12-07
    • TIGERHOLM PRODUCTS ABTIGERHOLM LARS
    • TIGERHOLM LARS
    • F04C13/00B01D19/00F04B53/06
    • F23K5/18B01D19/0042B01D19/0063F23K2900/05082
    • The present invention relates to a combined oil deaerator and oil pump in an oil heating installation, whereby the oil deaerator comprises at least one float chamber (10) with at least one float (11) , that the float chamber (10) is provided with a float valve (12) which communicates with the outside of the float chamber (10) , the float (11) being intended to cooperate with the float valve (12) , and that the oil pump comprises at least a first drive set (5) , an inlet (27) which communicates with an oil tank (34) , and an outlet (19) which communicates with an oil burner (22) . Distinguishing features of the combined oil deaerator and oil pump according to the present invention are that the outlet (19) communicates with the float chamber (10) via a first overflow valve (18) and that the inlet (27) communicates with the float chamber (10) via a regulating means (7, 8).
    • 本发明涉及一种在油加热装置中的组合除油器和油泵,其中该除油器包括至少一个具有至少一个浮子(11)的浮子室(10),该浮子室(10)设置有 与所述浮子室(10)的外部连通的浮阀(12),所述浮子(11)旨在与所述浮阀(12)配合,并且所述油泵至少包括第一驱动装置(5) ),与油箱(34)连通的入口(27)和与油燃烧器(22)连通的出口(19)。 根据本发明的组合除油器和油泵的区别特征在于,出口(19)经由第一溢流阀(18)与浮子室(10)连通,并且入口(27)与浮子室 (10)经由调节装置(7,8)。
    • 73. 发明申请
    • DEVICE IN AN OIL HEATING INSTALLATION
    • 油加热装置装置
    • WO2007069976A1
    • 2007-06-21
    • PCT/SE2006/001392
    • 2006-12-07
    • TIGERHOLM PRODUCTS ABTIGERHOLM, Lars
    • TIGERHOLM, Lars
    • F04C13/00B01D19/00F04B53/06
    • F04C11/001B01D19/0042B01D19/0063F04C2/14
    • The present invention relates to a device in an oil heating installation, whereby the device comprises an Oil pump and an oil deaerator, the oil deaerator comprises at least one float chamber (10) with at least one float (11) , the float chamber (10) is provided with a float valve (12) which communicates with the outside of the float chamber (10) , the float (11) being intended to cooperate with the float valve (12) , and the oil pump comprises a pump housing (2) . Distinguishing features of the device according to the present invention are that the oil pump is provided with two drive sets (3, 5) disposed in the pump housing (2) , and means (1) for rotating the drive sets (3, 5) , that the inlet side of the first drive set (5) communicates via the oil deaerator with an oil tank (34) in order to draw oil from the oil tank (34) , that the outlet side of the first drive set (5) communicates with a first float chamber (10) of the oil deaerator, that the inlet side of the second drive set (3) communicates with the bottom region of the oil separator and that the outlet side of the second drive set (3) communicates with an oil nozzle (24) of an oil burner (22).
    • 本发明涉及一种在油加热装置中的装置,其中装置包括油泵和除油器,所述除油装置包括至少一个具有至少一个浮子(11)的浮子室(10),所述浮子室 10)设置有与浮子室(10)的外部连通的浮阀(12),浮子(11)旨在与浮阀(12)配合,并且油泵包括泵壳体( 2)。 根据本发明的装置的特征在于,油泵设置有设置在泵壳体(2)中的两个驱动组(3,5)和用于使驱动组(3,5)旋转的装置(1) 第一驱动组(5)的入口侧经由除油器与油箱(34)连通,以便从油箱(34)抽出油,第一驱动组(5)的出口侧, 与除油器的第一浮子室(10)连通,第二驱动组(3)的入口侧与油分离器的底部区域连通,并且第二驱动组(3)的出口侧与 油燃烧器(22)的油嘴(24)。
    • 76. 发明申请
    • BUBBLE DETECTION AND RECOVERY IN A LIQUID PUMPING SYSTEM
    • 液体泵送系统中的气泡检测和恢复
    • WO02016770A1
    • 2002-02-28
    • PCT/US2001/026070
    • 2001-08-21
    • G01N30/32F04B49/00F04B49/06F04B53/06G01N30/86F04B19/24
    • F04B49/065F04B49/06F04B53/06F04B2201/0201F04B2201/0206F04B2205/01F04B2205/05F04B2205/503
    • A serial, dual piston high pressure fluid pumping system that overcomes the difficulties of gas in the fluid stream without the need for added mechanical valves or fluid paths. A bubble detection and recovery mechanism monitors compression and decompression volumes of the serially configured dual pump head pump, and the overall system delivery pressure. Bubble detection is effected by sensing a ratio of compression to decompression volume and determining if the ratio exceeds an empirical threshold that suggests the ratio of gas-to liquid content of eluent or fluid in the system is beyond the pump's ability to accurately meter a solvent mixture. The magnitude of the ratio of compression to decompression volume indicates that either the intake stroke has a bubble or that the eluent has a higher-than-normal, gas content. Once a bubble has been detected, recovery is effected by forcing the pump into a very high stroke volume to achieve a high compression ratio to expel a bubble, and automatically apportioning an optimal amount of piston travel necessary to keep gases compressed into the solution and maintain steady flow.
    • 一种串联双活塞高压流体泵送系统,克服了流体流中气体的困难,而不需要添加机械阀门或流体路径。 气泡检测和回收机构监测串联配置的双泵头泵的压缩和减压体积以及整个系统输送压力。 气泡检测通过感测压缩与减压体积的比例来确定,并确定该比率是否超过经验阈值,这表明系统中洗脱液或液体的气体与液体的含量之比超出了泵精确计量溶剂混合物的能力 。 压缩与减压体积比的大小表明进气冲程有气泡或者洗脱液具有高于正常的气体含量。 一旦检测到气泡,通过迫使泵进入非常高的行程体积来实现回收,以实现高压缩比以排出气泡,并且自动分配保持气体压缩到溶液中并保持的最佳活塞行程量 稳流。
    • 77. 发明申请
    • METERING PUMP
    • 加药
    • WO01066944A1
    • 2001-09-13
    • PCT/CH2001/000134
    • 2001-03-05
    • F04B49/06F04B13/00F04B43/02F04B43/04F04B53/06F04B53/10
    • F04B43/04F04B13/00F04B53/06
    • The invention relates to a pump (10) with a proportional-volumetrical dosing unit for conveying a predetermined volume of a liquid in a range of less than about 1 ml in a precisely dosed manner. The pump is provided with a cavity (22) for receiving the liquid and is limited on one side by a membrane (20) that can be displaced by means of a lifting device (18) to change the cavity's volume. The pump (10) further comprises a lockable inlet valve (30) between a liquid reservoir and the cavity (22), a lockable outlet valve (34) between the cavity (22) and a liquid dispenser and a lockable air vent valve (32) between the cavity (22) and the ambient atmosphere. The pump is especially useful for applying a precise, defined and reproducible volume of a lacquer or an adhesive on the surface of a disk-shaped data carrier for generating a thin lacquer or adhesive film.
    • 具有用于促进液体的预定体积的范围为小于约1毫升精确控制量成比例的体积的剂量单位的泵(10)具有用于接收液体的空腔(22)。 所述空腔(22)由膜(20)为界在一侧由一个提升装置(18)是可移动的手段来改变腔体体积。 泵(10)包括腔(22)和一个液体分配器和所述腔之间的可锁定的排气阀(32)之间的液体储器和所述腔(22),一个可锁定的出口(34)之间的可锁定的入口阀(30)(22) 和外界大气。 该泵特别适用于清漆的预定体积或粘合剂到盘形数据载体,以产生一个薄的漆或者粘接剂膜的表面的精确定义和可重复的应用。
    • 78. 发明申请
    • HYDRAULIC UNIT
    • 液压动力包
    • WO01040042A1
    • 2001-06-07
    • PCT/EP2000/011701
    • 2000-11-24
    • B60T8/34B60T8/36B60T17/00B60T17/02F04B1/04F04B53/00F04B53/06
    • F04B1/0443B60T8/368B60T17/02F04B53/06
    • The invention relates to a hydraulic unit, in particular for slip-regulated motor vehicle braking systems, comprising a pump (4) and an electromotor (2) for driving the pump (4), said electromotor drive (2) extending into a crank chamber (4') of the pump (4), in addition to the aeration and de-aeration of the crank chamber (4') for equalising the pressure with the atmospheric pressure using a pressure equalisation channel (5). Said pressure equalisation channel (5) can be brought into contact with the atmosphere via inlet and outlet valves (8, 9) which are closed in their basic position and are dependent on the differential pressure.
    • 本发明涉及一种液压单元,尤其是用于防滑控制的机动车辆的制动系统中,用一个泵(4)和电动马达(2),用于驱动所述泵(4),其特征在于,所述电动马达(2)的曲柄室的所述驱动器(4“) 泵(4)和一个B-和用于与大气压力补偿曲柄室(4“)的排气通过一个压力补偿信道的装置(5)。 压力补偿通道(5)是关于在基本位置关闭时,压力差取决于进气和排气门(8,9)与大气相连。