In this paper, an easy and practical method to develop the rubber seal replacement for hydraulic transmission and control system in imported construction machines is presented.
本文对进口工程机械液压传动与控制系统中，橡胶密封件的研制，提出了一个简捷而实用的办法。
The design method is simple and convenient, and is suitable for hydraulic transmission system with time control and stepped process.
这种设计方法方便快捷，规律性强，对于时间控制和过程步进控制的液压传动系统都适用。
It is generally composed of power transmission system, walk device, job device, turn to brakes system, hydraulic system and control system.
它一般由动力传动系统、行走装置、工作装置、转向制动系统、液压系统和操纵系统组成。
The mechanically automatic transmission control system mainly consists of microprocessor, shift pattern, control pattern, mechanical transmission, sensors, actuators and hydraulic power.
机械式自动变速器控制系统是由微处理机、换档规律、控制规律、机械式变速器、传感器、作动器和液压源等组成。
The hydraulic transmission system, shifting operation system and electronic control system of Mitsubishi automatic transmission are briefly introduced in this paper.
对新型三菱自动变速箱的机械传动系统、液压传动系统、换档操作控制及电子控制系统作了概要分析。
This paper establishes fully analytical method of automatic transmission hydraulic shift control system, including the function of the AT shift control system and designing requirement.
建立了自动变速器换档操纵液压系统的分析方法，包括换档操纵系统的功能、组成及设计要求。
This paper describes the limitation of the mechanical-hydraulic control system for metal belt continuously variable transmission of a vehicle, and presents an electronic-hydraulic control system.
研究了金属带式汽车无级变速器机液控制无级变速系统的性能缺陷，提出了一种使用电液控制的无级变速方案。
The device is an automatic shaping unit with hydraulic transmission system and electric combination control.
该机为液压传动、电器综合控制的自动整形机。
The results show that workpiece turnover is achieved well by using hydraulic transmission system controlling the motion of mechanical device and combining PLC and computer control.
结果表明，利用液压传动系统控制机械装置的运动，并与可编程控制器和计算机控制等结合，可以很好地实现工件的翻转。
The results show that workpiece turnover is achieved well by using hydraulic transmission system controlling the motion of mechanical device and combining PLC and computer control.
结果表明，利用液压传动系统控制机械装置的运动，并与可编程控制器和计算机控制等结合，可以很好地实现工件的翻转。
应用推荐