作业平稳性是装载机工作装置设计的目标之一。
The operational stability is design goal of the loader 's working device too.
作业平稳性是装载机工作装置设计的目标之一。
The operational stability is design goal of the loader's working device too.
因此对轮式装载机工作装置的设计有严格的要求。
Therefore, there are strict requirements in the design of wheeled loaders working device.
这个方法已经应用到轮式装载机工作装置结构优化设计和结构分析中。
The process has been applied in the optimization and structure analysis of working implements.
本文研究工作为新型防爆装载机工作装置的设计和研究提供一种有效的手段。
The research work provides with a valid designing and developing means for the work equipment of the new-style anti-explosion loader.
摘要轮式装载机工作装置由铲斗、连杆、摇臂、动臂、转斗油缸和举升油缸组成。
By the bucket wheel loader working device, connecting rod, rocker arm, turn fights, cylinder and lifting cylinder.
本文以某型号井下装载机工作装置为例，对其连杆机构的结构参数进行优化设计。
The design of the arm system includes structural parameters design of linkage and structural design of all components.
这种基于虚拟样机模型的优化方法对于装载机工作装置的优化研究具有普遍的适用性。
This optimization method which based on the model of virtual prototype has general applicability to the optimized research of loaders' working device.
这种基于虚拟样机模型的优化方法对于装载机工作装置的优化研究具有普遍的适用性。
This optimization method which based on the model of virtual prototype has general applicability to the optimal research of loaders' working device.
而装载机工作装置负载变化频繁且变化范围较大，导致液压系统存在较大的溢流损失。
And the load of loader changes frequently and varies greatly, which may result in much overflow loss of the hydraulic system of loader.
防爆装载机工作装置作为实现铲料、运料和卸料的重要机构，其合理性将直接影响着整机性能。
As the vital mechanism of spading, transporting and unloading minerals, the rationality of the work equipment of the mining anti-explosion loader will affect directly the performance of whole machine.
本文介绍了装载机工作装置、驾驶室、发动机罩，以及扶梯扶手、灯具及外观色彩等的造型设计。
The modeling design of the working equipment, cab, engine hood, hand rails and steps, lamps and outside colors of the loader is presented.
本文从液压泵与负载匹配的角度出发，将负载敏感变量泵应用到装载机工作装置液压系统的设计中。
This paper applies load-sensing variable pump to the hydraulic system of loader considering the matching of pump and the load.
分析了装载机工作装置销轴的工作状况，找出影响销轴疲劳强度的因素，并对这些因素进行对比试验。
Work conditions of pins in work attachment of loaders are analyzed in the article. Factors influencing the fatigue strength of pins were found out. Comparison tests were carried out on these factors.
本文将虚拟样机技术引入到工作装置设计中，通过运动学、动力学仿真分析，为防爆装载机工作装置的设计提供了可靠依据。
In this present work, the technology of virtual prototype is introduced to instruct the work equipment design by the simulation of kinematics and dynamics.
对轮式装载机工作装置的运动学、动力学进行研究，以提高装载机作业效率，对轮式装载机的整机设计具有特别重要的意义。
The device of wheel loader working kinematics and dynamics research, in order to improve the operational efficiency of loader, heavy-tonnage loader's whole design is very important.
基于机械系统动力学软件ADAMS环境，对装载机工作装置中各主要杆件进行参数化，创建了装载机工作装置的虚拟样机优化模型。
The virtual prototype of the working device of loader was built under the circumstance of the software ADAMS, and the main parts were parameterized.
基于机械系统动力学软件ADAMS环境，对装载机工作装置中各主要杆件进行参数化，创建了装载机工作装置的虚拟样机优化模型。
The virtual prototype of the working device of loader was built under the circumstance of the software ADAMS, and the main parts were parameterized.
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