对气动部分的各种功能进行了设计，并绘制出气动回路图。
Finish the pneumatic design of all the functions of hill-drop drill, and produce the pneumatic circuit drawings.
本文介绍该自动线的气动控制系统、气动回路设计及其特点。
This article introduces the pneumatic control circuit, its design and characteristic.
针对本机床中气动执行元件的不同工作条件和形式设计了简单可靠的气动回路。
Meeting all kinds of working conditions and forms of pneumatic actuators in the machine, a simple and reliable pneumatic circuit is put forward.
压力系统采用气动回路，气缸作为执行元件，比例阀为控制元件，使用动态积分分离算法闭环控制。
Cylinder is executing element of air pressure system. Proportional valve is the control element. A dynamic integral separated PID algorithm control press.
本文给出了该机的原理和整体结构，介绍了钻孔模块部分。并以推力气缸为例，详细说明了整机气动回路的工作原理及其动作顺序。
The work principle and the motion order of the pneumatic loop of total drill was explained based on the example of thrust force air cylinder.
设计了气动控制回路和PLC电气控制程序；
The pneumatic circuit and the PLC-based control system are designed.
本文介绍了开闭蒸锅盖的一种特殊的气动控制回路。
The paper introduced a particular pneumatic control circuit to open and close the boiler lid.
并将PMAC的标志控制口改作为通用I/O口，在此基础上进行了硅片传输机器人的气动控制回路的设计。
The flags of PMAC is used as the general I/O interface and the pneumatic control loop of the wafer robot is designed.
本文通过对气动生产线回路故障特点的研究，提出模糊神经网络故障诊断专家系统的诊断方法。
In this paper, the expert system using Fuzzy Neural network to detect and diagnose faults is put forward through research on pneumatic circuit of assembly lines.
本文对某轮气动主机遥控系统的起动回路进行了分析，并在此基础上具体分析了起动过程中出现的一个故障现象。
In this article the authors analyze the principle of engine remote control system start loop and then analyze the start fault on the basis of the principle.
气动自动化系统是实现传动与控制的主要方式之一，其中由稳压元件、换向阀和气缸等所组成的气动控制回路更是工业自动化中常用的回路。
The pneumatic control circuit, which is consisted of the pressure regulator component, the direction valve and the cylinder, is the most commonly used circuit in the industrial automation.
从气动系统设计的原理着手，分析气缸缸径的计算方法及进（排）气回路中气动元件的选型依据；
Firstly, based on the theory of pneumatic system design, the arithmetic of cylinder's diameter and the basis of components selection in charging (discharging) circuit are analyzed.
介绍了一种新型的气动程控回路快速设计法的设计思想和步骤。
The design idea and steps of one new type design method for pneumatic sequence circuit are concerned in this paper.
另外本论文还设计了与气动平衡相关的输送机同步机构气控回路，完善气动机械手的功能。
Otherwise, this paper also designs conveyor 's in-phase air controlled circuit which relates to pneumatic balance system.
另外本论文还设计了与气动平衡相关的输送机同步机构气控回路，完善气动机械手的功能。
Otherwise, this paper also designs conveyor 's in-phase air controlled circuit which relates to pneumatic balance system.
应用推荐