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Flow Control Performance Investigation of a Load Control Valve Using Modelling Method Directly Based on Irregular Shaped Groove Parameters

机译:基于不规则形状凹槽参数的模型方法对负载控制阀的流量控制性能研究

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This paper presents the modelling method of flow control performance directly based on irregular shaped groove parameters in a load control valve. Flow control is the key performance of load control valve because it directly determines the operability of the system. For better proportional flow control ability, the orifices in load control valves are usually designed as irregular shaped grooves, which increase the modelling difficulty of the valve. Geometrical computation of the irregular shaped orifices was firstly conducted. Force balance and circuit calculation of the components and orifices were secondly considered. The model that directly based on the groove parameters of the pilot orifice and the feedback orifice were obtained. Finally, the modelling method was validated by experiment results. The modelling method of load control valve flow control performance can provide guidance for the modelling of other hydraulic valves.
机译:本文介绍了基于负载控制阀中的不规则形槽参数的流量控制性能的建模方法。 流量控制是负载控制阀的关键性能,因为它直接确定了系统的可操作性。 为了更好的比例流量控制能力,负载控制阀中的孔通常被设计为不规则形状的凹槽,这增加了阀门的建模难度。 首先进行了不规则形状的孔的几何计算。 其次考虑了部件和孔的力平衡和电路计算。 基于导孔孔的凹槽参数和反馈孔的直接的模型获得。 最后,通过实验结果验证了建模方法。 负载控制阀流量控制性能的建模方法可以为其他液压阀的建模提供指导。

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