The flow-matching problem of hydraulic systems is an important factor affecting the working
performance and energy saving of hydraulic systems. According to the different flow …

作为液压系统中重要的控制元件, 液压阀负责实现整个系统的控制功能. 随着传感器技术和电子
技术的发展, 数字阀因其更容易实现计算机控制而日益受到研究者的重视 …

Independent metering valve control system can overcome the shortcomings of the traditional
four-side linkage valve controlled system, such as poor controllability and large energy …

An identification of the working stages of the excavator is used as the basis to realize a
staged energy-saving control and reduce the fuel consumption. However, existing methods …

To improve the efficiency of construction machinery driven by pure electric power and to
reduce energy consumption, a variable-pressure differential control strategy based on …

Axial piston pumps with high rotational speeds are required in many fields to increase the
power-to-weight ratio. However, three main sliding friction pairs in the pump restrict the …

In this paper, the wheel loader with electrohydraulic proportional control technology is used
as the carrier. For the first time, the dual‐angle sensor is used for intelligent operation, which …

以2 个比例方向阀组成的负载口独立控制系统为研究对象, 分析其压力与速度复合控制中的耦合
特性. 基于相对增益矩阵, 推导反应其相互干扰程度强弱的耦合因子; 理论分析其耦合程度与系统 …

Facing the development trend of electrification of construction machinery, in view of the
drawbacks of the existing electro-hydraulic-load-sensitive system in terms of dynamic …

The poor energy efficiency is a big issue in the conventional electro-hydraulic proportional
valve controlled fast forging system due to the huge throttling losses and overflow losses …