浮杯原理在定量泵和变量泵中的应用被引量：1

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摘要作为液压泵的通用原理,浮杯技术把泵的优良性能全都结合在一起:效率高、噪声辐射低和压力波动低。因此,开发了定量泵的轴向柱塞泵系列,而且经过改进的浮杯原理也适用于伺服传动液压泵。

作者 ROb Annemarie van Malsen Thomas Platzer

出处《现代制造》 2007年第18期38-39,共2页 Maschinen Markt

关键词变量泵定量泵原理应用轴向柱塞泵压力波动噪声辐射伺服传动

同被引文献12

1ACHTEN P A J, SCHEILEKENS M, MURRENHOFF H, et al. Efficiency and Low Speed Behavior of the Floating Cup Pump[J]. SAE Transactions, 2004,113(2):366-376.
2Achten P A J, van den Brink T L, Potma J W. Movement of the Cups on the Barrel Plate of a Floating Cup, Axial Piston Machine [J]. International Journal of Fluid Power, 2004,5 (2): 25-33.
3Achten P A J, Van den Brink T L, Paardenkooper T, et al. Design and Testing of an Axial Piston Pump based on the Floating Cup Principle[J]. Proc. SICFP, 2003,(3):805-820.
4Achten P A J. Volumetric Losses of a Multi Piston Floating Cup Pump[R]. NCFP, 2005.
5Achten P A J, BV I, Schellekens M P A. Deformation Effects on the Load Carrying Capacity of the Barrel Bearing in Axial Piston Pumps and Motors[R]. ASME, 2006.
6Vael G E M, Lopez I, Achten P A J. Reducing Flow Pulsation with the Floating Cup Pump-theoretical Analysis [R]. Bath Workshop on Power Transmission and Motion Control,Profe- ssional Engineering Publishing,2004.
7Achten P A J, van den Brink T, van den Oever J, et al.Ded- icated Design of the Hydraulic Transformer[J]. Proc. IFK, 2002,(3):233-248.
8Achten P A J, Innas B V. Changing the Paradigm[R].SICFP' 07,2007.
9Vael G E M, van den Brink T L, Paardenkooper T,et al. Some Design Aspects of the Floating Cup Hydraulic Transformer[R]. Bath Workshop on Power Transmission and Motion Control, 2003.
10Platzer, T., Brink,T. van den, Vael, G.E.M., Achten, P.A.J..The Design of A Floating Cup Swash System[R].NCFP,2005.

现代制造

2007年第18期

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