1) hmu oil supply
液压马达(总成)供油
2) hmu supply
液压马达(总成)供油
3) hmu supply line
液压马达(总成)供油管线
4) hmu supply passage
液压马达(总成)供油通道
5) hmu supply pressure
液压马达(总成)供油压力
6) hydraulic
液压
1.
Constructional and Technical Features of Hydraulic Nine-roller Hot Plate Leveler in Shaogang;
韶钢全液压九辊热矫直机的结构和技术特点
2.
Improving of the Hydraulic System for Ladle Turntable;
钢包回转台液压系统改造
3.
The leak of the machine tool hydraulic system and solutions of it;
机床液压系统的泄漏与解决办法
7) hydraulic pressure
液压
1.
GK400N mixer hydraulic pressure and lubrication system analysis;
GK400N密炼机液压和润滑系统分析
2.
Y3180H gear-hobbing machine hydraulic pressure principle of work and fault analysis;
Y3180H型滚齿机液压工作原理和故障分析
3.
Design of round wood non-center peeling machine based on thickness detecting and hydraulic pressure;
基于测厚控制与液压的无卡轴旋切机设计
8) hydraulic system
液压
1.
Study on the Arm Structure and Hydraulic System of Intelligent Bridge_detection Vehicle;
智能桥梁检测车臂架结构及液压系统的研究
2.
The design means of the hydraulic system and the circuitry were introduced .
文章给出了旋转升降舞台总体设计思路,详细介绍了液压系统、电气控制系统设计方案,以及该液压系统的一例典型故障的诊断与维修过程。
3.
This paper analyzes the working processes of hydraulic and mechanical driving systems in caterpillar combines and focuses on the configuration method of the hydraulic driving system, the selection of the hydraulic components, the specification of the hydraulic system, the calculation and testing of the performance of the hydraulic system in some combines.
液压行走系统因其结构简单、操纵方便、转向灵活等特点已广泛在联合收割机中采用。
9) hydraulic transmission
液压
1.
Method In ordinary traction beds designed by mechanical－ electrical－ microprocessor controlling method,this paper put a new method useing hydraulic transmission.
方法应用液压传动技术、采用计算机专家系统控制的方法。
10) hydraulics
液压
1.
The CAT Improvement on CSP Line Hydraulics Testing Stand;
CSP生产线液压实验台CAT改进
2.
To design electromotor seat which can be moved by x-axis or y- a xis for dragging the five ton s electromotor and eliminating anti-influence ca used by dragon crane, the paper studied on this subject and made designing wor k for achieving the goal which could realize automation through the close combin ation of machinery and hydraulics and electronics.
为此,进行了这方面的方案研究,并进行了设计开发,通过机械、液压、电气三个方面的紧密结合,能够实现自动控制。
3.
This paper presents an intelligent coiling machine with advanced skills of machine,electric,hydraulics,electron and computer designed for manufacting motor windings with thick flat wires.
针对扁平线以宽边为绕制方向绕制电机线圈的要求,提出了一种集机械、电气、液压、电子、计算机等先进技术于一体的智能绕线机。
补充资料：液压马达
液压传动中的一种执行元件。它的功能是把液体的压力能转换为机械能以驱动工作部件。它与液压泵的功能恰恰相反。液压马达在结构、分类和工作原理上与液压泵大致相同。有些液压泵也可直接用作为液压马达。液压马达可分为柱塞马达、齿轮马达和叶片马达。柱塞马达的种类较多，有轴向柱塞马达和径向柱塞马达。轴向柱塞马达大都属于高速马达，径向柱塞马达则多属低速马达。图为轴向柱塞马达原理图。压力油通过配油盘进入缸体内，迫使柱塞从缸体中伸出，并沿斜盘滑动，使缸体与轴一同旋转而作功，回油通过配油盘的另一开口排出。齿轮马达和叶片马达属于高速马达，它们的惯性和输出扭矩很小，便于起动和反向，但在低速时速度不稳或效率显著降低。液压泵只是单向转动,而液压马达则能正反转,故齿轮马达的进出油口对称，而齿轮泵进口大而出口小。叶片马达的叶片在转子上径向排列；叶片泵的叶片则不是径向排列，而有一定倾角。
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