1) boom hydraulics
动臂液压系统
2) hydraulic braking system
液压制动系统
1.
The Research on Hydraulic Braking System of Downward Belt Conveyor Based on Fuzzy Control;
基于模糊控制的下运带式输送机液压制动系统的研究
2.
In order to guarantee the reliability and security of hydraulic braking system of mine hoist,introduces a kind of the monitoring aids for hydraulic braking system basing on PLC and describes the composition and design of the equipment.
为了保证矿用提升机液压制动系统的安全可靠运行,提出了一种基于PLC的液压制动系统的监护装置,并全面介绍了该装置的系统构成和各部分的设计。
3.
The structure, functions, work principle and main characteristics of the SIEMAG hydraulic braking system of shaft hoist are introduced in this paper.
介绍了立井提升机SIEMAG液压制动系统的结构、功能、工作原理和特点 ,并从压力调整制动器件、安全制动、蝶形弹簧及闸瓦衬垫磨损检查等方面与JK型提升机液压制动系统进行了特性比较。
3) Hydraulic transmission system
液压传动系统
1.
Uncertainty simulation of hydraulic transmission system for vulcanizer
硫化机液压传动系统的不确定性仿真分析
2.
The paper deals with the main points in the design and the principles of on rollTension mechanism in a hydraulic transmission system used in 650 Longitudinal shearing set.
论述了６５０纵剪机组“开卷－张紧”装置液压传动系统的原理及设计要点，并指出了在实际应用中该系统的调试方法。
3.
With the example of fault analysis on gas cavity of hydraulic pump,based on the knowledge of hydraulic transmission,logic analysis of failure is mode to solve the problem that the fault of hydraulic transmission system is hard to find out.
针对液压传动系统故障隐形难以查找的问题,以液压泵气穴故障分析为例,液压传动知识为基础,进行了故障的逻辑分析。
4) hydraulic power system
液压驱动系统
1.
Study of new hydraulic power system for CNC punch press;
数控压力机新型液压驱动系统
5) hydraulic power system
液压动力系统
1.
Research on Fusion Method of for Hydraulic Power System s Multi-source Fault Information Based on Neural Network;
基于神经网络的液压动力系统多源诊断信息融合方法研究
2.
Research on Expert System to Fault Diagnosis of Hydraulic Power System and Based on Adaptive Resonance Theory;
基于自适应共振神经网络的液压动力系统故障诊断专家系统研究
3.
This paper introduces using condition in tippler for hydraulic power system, saves foundation invest,reduces labour intensity,eliminates safe hidden trouble, raises producing efficiency.
介绍了液压动力系统在翻车机中的应用情况 ,为翻车机配备液压动力系统既节省基础建设投资 ,又减少劳动强度 ,可消除安全隐患 ,提高生产效率 ,应大力推广。
6) hydrostatic transmission system
液压传动系统
1.
On hydrostatic transmission system maintenance of engineering machinery;
工程机械液压传动系统维修探讨
补充资料：交叉双液压回路制动系统
交叉双液压回路制动系统是液压制动系1、2回路各由一侧的前轮制动器与对角的后轮制动器组成。当任一条回路失效时，另一个回路仍可保证车辆前后左右均有制动力,因此可以保持一定的转向能力和抗侧滑能力。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条