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    • 5. 发明申请
    • Multi-Piston Pump
    • 多活塞泵
    • US20080298982A1
    • 2008-12-04
    • US12093981
    • 2006-10-26
    • Carsten PabstMarcel Munoz GreschuchnaChristian Doberschuetz
    • Carsten PabstMarcel Munoz GreschuchnaChristian Doberschuetz
    • F04B1/04
    • B60T8/368F04B1/0421F04B1/0538
    • The present invention relates to a multi-piston pump comprising a housing, a first pump unit having a plurality of piston pumps for the pressure supply of a first pressure circuit, a second pump unit having a plurality of piston pumps for the pressure supply of a second pressure circuit, a drive and an eccentric unit having a first eccentric and a second eccentric, wherein the first and the second eccentrics drive the plurality of piston pumps, and wherein the first and second pump units comprise in each case at least one piston pump which can be driven by the first eccentric and one piston pump which can be driven by the second eccentric. In that in each case, one piston pump which is driven by the first eccentric is arranged parallel to a piston pump which is driven by the second eccentric.
    • 本发明涉及一种包括壳体的多活塞泵,具有用于第一压力回路的压力供应的多个活塞泵的第一泵单元,具有用于压力供应的多个活塞泵的第二泵单元 第二压力回路,具有第一偏心轮和第二偏心轮的驱动器和偏心单元,其中所述第一和第二偏心件驱动所述多个活塞泵,并且其中所述第一和第二泵单元包括在每种情况下至少一个活塞泵 其可以由可由第二偏心件驱动的第一偏心和一个活塞泵驱动。 在每种情况下,由第一偏心轮驱动的一个活塞泵平行于由第二偏心轮驱动的活塞泵。
    • 6. 发明授权
    • Piston accumulator
    • 活塞蓄能器
    • US4878519A
    • 1989-11-07
    • US243025
    • 1988-08-11
    • Josef BerdingHannes BertlingThomas LeesCarsten Pabst
    • Josef BerdingHannes BertlingThomas LeesCarsten Pabst
    • F15B1/24F16B2/22F16B5/06F16B21/07F16D65/09
    • F16B5/0621F15B1/24F16D65/091F15B2201/205F15B2201/312F15B2201/41F15B2201/415Y10S277/91
    • An accumulator comprises a cylinder formed with a substantially closed chamber and a piston formed with a small-diameter central region and a pair of large-diameter end regions flanking the central region and each formed with an outwardly open annular groove. This piston subdivides the chamber into a gas compartment at one of the end regions, a liquid compartment at the other end region, and an annular charging compartment surrounding the central region. The piston is displaceable in the cylinder to oppositely vary the volumes of the gas and liquid compartments. Respective gas and liquid seals are engaged in the grooves between the gas- and liquid-compartment end regions of the piston and the cylinder and are both constructed to inhibit fluid flow from the respective gas and liquid compartments into the charging compartment. The liquid seal is also constructed to inhibit fluid flow from the charging compartment into the liquid compartment but the gas seal is constructed to permit fluid flow from the charging compartment past itself into the gas compartment. A passage is formed in the cylinder opening directly into the charging compartment for introducing a gas under pressure into same and for thereby pressurizing the charging and gas compartments by flowing the gas past the gas seal into the gas compartment.
    • PCT No.PCT / DE88 / 00008 Sec。 371日期1988年8月11日 102(e)1988年8月11日PCT PCT 1月7日,PCT PCT。 出版物WO88 / 05134 日期为1988年7月14日。蓄能器包括形成有基本上封闭的腔室的气缸和形成有小直径中心区域的活塞和在中心区域侧面的一对大直径端部区域,并且每个形成有向外开放的环形 槽。 该活塞将腔室细分成一个端部区域中的一个气室,另一个端部区域处的液体隔室,以及围绕中心区域的环形充电室。 活塞可在气缸中移动以相反地改变气体和液体隔室的体积。 各个气体和液体密封件接合在活塞和气缸的气室和液室端部区域之间的槽中,并且都构造成阻止流体从相应的气体和液体隔室流入进料室。 液体密封件还被构造成阻止流体从充电室流入液体隔室,但是气体密封件被构造成允许流体从充电室流出自身进入气体隔室。 在气缸开口中的通道直接形成在充气室中,用于将压力下的气体引入其中,从而通过使气体通过气体密封件进入气室来对充气气体室进行加压。