2.1 液压油的性质 2.2 液体静力学 2.3 液体动力学 2.4 管道中液流的特性 2.5 孔口及缝隙的压力流量特性 2.6 液压冲击和气穴现象

1.1 Study on Hydraulic and Pneumatic Transmission 1.2 Operating Principles of Hydraulic Transmission 1.3 Composing of Hydraulic Transmission System 1.4 Features of Hydraulic and Pneumatic Transmission 1.5 The Development History and Applications of Hydraulic and Pneumatic Technology

12.1气动机械手气压传动系统 12.2气动夹紧系统 12.3 拉门自动启闭气动系统 12.4 气液动力滑台气压传动系统

1.1 液压与气压传动的研究内容 1.2 液压传动的工作原理 1.3 液压传动系统的组成 1.4 液压与气压传动的特点 1.5 液压与气压传动发展及应用概况

一、用户程序的设计 二、接线、送电、键入主、仿程序 三、对输入信号Xn标定工程量 四、键入可变参数并定标 五、对PV、SV的刻度定标 六、确定CNTn及方式 七、设定动作方式

9.1 The Approach for Design of Hydrostatic Circuits 9.1.1 Determination of design requirements 9.1.2 Analysis for working conditions and determination of main parameters 9.1.3 Determination of hydraulic system diagram 9.1.4 Calculation and selection of hydraulic components 9.1.5 Performance check for a hydraulic system designed 9.1.6 Drawing of working diagrams and technical documents 9.2 A Design Example of Hydraulic Systems 9.2.1 Analysis of working conditions 9.2.2 Determination of main parameters of the actuator 9.2.3 Design of hydraulic systems 9.2.4 Selection of hydraulic components 9.2.5 Performance check for hydraulic systems

8.1 Hydraulic System of Power-slipway of Combined Machines Tools 8.2 Hydraulic System of Plastic Injection Moulding Machine 8.3 Hydraulic System of YA32-200 Type Four-column Universal Press Machine 8.4 Hydraulic System of Manipulators

9.1 液压传动的设计步骤 9.1.1明确系统的设计要求 9.1.2分析系统工况，确定主要参数 9.1.3拟定液压系统图 9.1.4液压元件计算与选择 9.1.5液压系统的性能验算 9.1.6绘制工作图、编制技术文件 9.2 液压传动的设计计算举例 9.2.1工况分析 9.2.2确定执行元件主要参数 9.2.3液压系统图的拟定 9.2.4液压元件的选择 9.2.5液压系统的性能验算

8.1 组合机床动力滑台液压系统 8.2 塑料注射成型机液压系统 8.3 YA32-200型四柱万能液压机液压系统 8.4 机械手液压系统

5.1 Introduction 5.2 Directional Control Valves 5.3 Pressure Operated Valves 5.4 Flow Control Valves 5.5 Manifold Valves and Cartridge Valves 5.6 Electro-Hydraulic Servo Valves 5.7 Electro-Hydraulic Proportional Valves 5.8 Electro-Hydraulic Digital Valves