水压传动系统中的污染物控制

阐述了水压传动系统中污染物的种类和来源 ,并详细地论述了针对固体颗粒污染、水质污染和微生物污染等不同种类的污染形式所采取的系统设计措施和污染控制要点。

水压(ADS)将来之梦和展望

1新技术和新市场的应对 新的技术推出，在人多数情况下传统概念变为壁垒。水压传动系统（Aqua Drjve System，略称ADS）技术，如在总论、水压篇里所述，ADS是从液压根源的水压出发，包含着液腿技术的特征而产牛的，从另一个角度再次探究水压的概念时，需要从传统的模式、想法、习惯进行转变，即：需典范转移（Paradigm Sift）。

水基液压介质多功能添加剂的研制

水基液压系统不但可以节省大量的石油资源 ,降低运行成本 ,而且有利于环境保护 ,但系统存在腐蚀、结垢、菌藻繁殖、泄漏和摩擦磨损等一系列问题。针对以上问题 ,研制出了一种多功能的水介质液压系统添加剂 ,该药剂具有优良的防锈、润滑性能以及良好的防垢、杀菌性能 ,能有效地解决以水作传动介质的液压系统的腐蚀。

Dynamic simulation and optimal control strategy for a parallel hybrid hydraulic excavator

The primary focus of this study is to investigate the control strategies of a hybrid system used in hydraulic excavators. First, the structure and evaluation target of hybrid hydraulic excavators are analyzed. Then the dynamic system model including batteries, motor and engine is built as the simulation environment to obtain control results. A so-called multi-work-point dynamic control strategy, which has both closed-loop speed PI (proportion integral) control and direct torque control, is proposed and studied in the simulation model. Simulation results indicate that the hybrid system with this strategy can meet the power demand and achieve better system stability and higher fuel efficiency.