这是一个轻，全液压钻机的核心。
全液压动力制动，安全可靠，操作轻便。
Adopts full hydraulic brake, convenient operation, safe and reliable.
本产品全液压驱动，操作方便、运行可靠。
This product is fully hydraulic drive, convenient operation, reliable operation.
全液压铆接机是目前汽车装配生产中使用的重要设备。
The all-hydraulic riveting machine is important mechanical equipment used in automobile industry now.
鉴于此，笔者开展了全液压顶部驱动钻井系统的设计与研究。
In view of this, author launched the design and research in a full-hydraulic top drive drilling system.
汽油驱动版本采用全液压系统，稳定性强，操作简单无需维护。
Gasoline powered version adopts full hydraulic system, high stability, simple operation without maintenance.
采用张力放线，张力机采用双鼓轮式，要有手闸，全液压制动。
Tension setting out shall be employed and the tensioner shall be double-wheel and fully hydraulic type with hand brake .
全液压动力制动系统动态特性直接关系到车辆的行驶安全性能。
The dynamic characteristics of fully hydraulic power braking system are directly related to the safe travel performances of vehicles.
采用双泵合流全液压转向系统，操作轻便、灵活，性能稳定可靠。
6 double pump confluence full hydraulic steering system, easy operation, flexible, stable and reliable performance.
采用国外先进技术并采用进口关键零部件生产的全液压振动压路机。
Hydraulic vibratory roller is manufactured according to the international advanced technology and by use of imported components from abroad.
分析全液压制动系统的动态性能，建立了全液压制动系统的数学模型。
Dynamic performance of fully hydraulic braking system is analyzed and its mathematical model is set up.
本文首先分析了全液压转向系统的工作原理和各液压元件之间的关系。
Firstly, the working principle of FHPSS and the relationship among those components are analyzed.
全液压振动压路机的爬坡能力与动力有关系，并受到附着系数的限制。
The gradeability of full-wheel driving vibratory rollers is related to its power, and restricted by cohesive factor.
分析了全液压制动系统的动态性能，并建立了全液压制动系统的数学模型。
This paper analyzes dynamical performances of a full power hydraulic brake system of aircraft towing tractor, and sets up a mathematical model of the hydraulic brake system.
全液压转向装置，中间铰接折腰转向，转弯半径小，操纵灵活，作业效率高。
Full hydraulic steering equipment, central hinge in connection to roll-waist, small turning radius, flexible operation, high work efficiency.
全液压双驱动，变频变幅振动装置，铰接转向，具有良好的驱动和爬坡性能。
It is fully hydraulic double driving, with the variable frequency and amplitude, articulated turning, so has good driving performance and gradeability.
针对YZC18型振动压路机采用的全液压传动进行了较为全面的分析研究。
The full hydraulic system of the YZC18 vibration road roller is analyzed and researched comprehensively.
分析了全液压制动系统执行机构的动态性能，并建立了执行机构的数学模型。
Dynamical performances of actuator of a full power hydraulic brake system were analyzed, and a mathematical model of actuator was set up.
全液压转向装置，中间铰接折腰转向，转弯半径小，操纵灵活，作业效率高。
The full-hydraulic steering mechanism, with retractable steering articulated in the middle, at small turning radius, features flexible and efficient operation.
全液压单轮振动压路机的牵引特性与其发动机、液压系统及机械系统有关系。
The traction characteristics of fully hydraulic single drum compactor are related to its engine, hydraulic system and mechanical system.
结合技术开发和工程实际，提供一套先进实用的全液压卷取机自动化控制系统。
In Combination with technical development and engineering practice a set of advanced automatic control system for recoiling machine was presented.
详细介绍了KD型转臂折叠式全液压开铁口机的机构组成、工作原理和结构特点。
The structural characteristic and operating principles of KD type hydraulic tap hill drill with folding rotary mechanism are introduced.
采用全液压转向系统、钢圈压配式实心轮胎和具有报警功能的新型中央式仪表板。
The tractor adopts fully hydraulic steering system, steel ring press-fitted solid tires and central control panel with alarming function.
QOC是全液压地下卷取机的关键核心技术，该技术将直接影响钢卷的卷取质量。
QOC is the key core technology and the technology affect the roll quality directly.
全液压转向系统是由液压泵、优先阀、转向器、转向油缸以及相关的转向机构组成。
FHPSS consists of hydraulic pump, initiative valve, steering control unit, steering cylinder and so on.
对全液压推土机的行走驱动系统参数匹配进行分析探讨，并对匹配控制进行了分析研究。
The match of parameter in the full hydraulic driving system of bulldozer have been analyzed and discussed in this text, and the control of the match has been studied.
依据功率键合图原理，研究BZZ5型液压转向器和负荷传感全液压转向系统的建模方法。
Based on the principle of power bond graphs, the modeling method for the hydraulic steering control unit type BZZ5 with the load sensing hydraulic steering system is introduced.
因而，对BZZ系列全液压转向器的工作原理和常见故障的了解，有助于提高生产工作效率。
Thus, to work principle and common trouble of the BZZ series hydraulic redirector understanding, that is helpful to enhance production working efficiency.
讨论液压驱动系统参数选择的重要性，为全液压推土机液压驱动系统参数设计计算提供依据。
Importance to rationally select parameters of hydraulic drive system is emphasized. All these presents a basis for parameter design and calculation of hydraulic drive system of dozers.
讨论液压驱动系统参数选择的重要性，为全液压推土机液压驱动系统参数设计计算提供依据。
Importance to rationally select parameters of hydraulic drive system is emphasized. All these presents a basis for parameter design and calculation of hydraulic drive system of dozers.
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