1)  hydraulic
压挖泥船
1.
Installation of hydraulic Backhoe Dredger, Virtual Prototyping Technology has been applied in the six-bar backhoe device structure and the calculation of freedom.
采用虚拟样机技术,对液压挖泥船反铲工作装置进行了六连杆机构自由度的计算,并进行了三维实体建模、虚拟装配、运动仿真与动态模拟,对潜在设计问题进行了预测分析。
2)  Hydraulic excavator
液压挖掘机
1.
Control tactics for single or double variable pump of hydraulic excavator s power-matching;
液压挖掘机单双泵功率匹配控制策略
2.
Modeling and analysis of hydraulic excavator mechanism dynamics;
液压挖掘机工作装置动力学建模与分析
3.
Design and realization of computer controlled working device system for hydraulic excavator;
液压挖掘机自动控制系统的设计和实现
3)  hydraulic excavators
液压挖掘机
1.
Research on mechanism of vibratory excavation of hydraulic excavators;
液压挖掘机振动掘削减阻机理研究
2.
Performance requirements and test methods for operator protective guards of hydraulic excavators;
液压挖掘机司机保护装置性能要求和试验方法
3.
The application of mechantronic technology in hydraulic excavators;
机电一体化技术在液压挖掘机中的应用
4)  excavator
液压挖掘机
1.
Research on Hydraulic System Simulation and System Integration of Virtual Excavator Prototype;
液压挖掘机虚拟样机液压系统仿真及集成技术的研究
2.
Research on robotic excavator has become a hotspot home and abroad, and this type of excavator is showing its advantages in application.
当今液压挖掘机机器人化已成为国内外研究的热点,并在实际应用中逐步体现出其优势。
3.
Develop excavator control and measure system based on LabVIEW The control of an excavator is difficult from the standpoint of the following problems: parameter variations in mechanical structures, various nonlinearities in hydraulic actuators and disturbance due to the contact with the ground.
液压挖掘机工作装置的控制是实现自动挖掘的关键技术,由于挖掘机工作装置的结构存在时变性、液压系统的非线性,增加了工作装置理论建模的难度,加之工作环境恶劣,工况多变,挖掘时土壤的不确定性,使得很难得到完善的控制策略,对挖掘机工作装置的控制成为挖掘机机器人化,实现自动挖掘研究的热点。
5)  PC 300 hydraulic excavator
PC300液压挖掘机
6)  Full-hydraulic excavator
全液压挖掘机
1.
Practice of the localization of the gyroscopic support of full-hydraulic excavator;
全液压挖掘机回转支承国产化的实践
参考词条
补充资料:挖泥船
      见工程船舶。
  

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