Control Way of Electrode Adjuster in the Metal Smelting 金属熔炼电极调节系统控制方法的研究
In this paper, the discrete-time adaptive control of electrode regulator system of arc furnace is discussed. 讨论了电弧炉电极调节系统的离散时间自适应控制问题。
Under error control the electrode non-uniform compensated surface was approximated. 在控制误差下,逼近补偿后的非均匀电板曲面。
Review and Summary of Microcomputer Control for the Electrode Position of Steelmaking EAF 炼钢电弧炉电极升降微机控制的回顾与总结
This paper introduces the application of intelligent control to electrode elevating control among arc steel-making course. 文章介绍了智能控制在电弧炉炼钢过程电极升降控制中的应用。
Simulations of the impact on power grids with control tactics of electrode regulator system of arc furnace 电弧炉电极调节器控制策略对电网影响的仿真研究
Intelligent Compound Control for Electrode-lift in the Steelmaking Process of Electric Furnace 电炉炼钢过程电极升降智能复合控制
The Control Method of Electrode Adjuster and Simulation Research 电极调节器控制策略及仿真研究
In the control of electrode distance, a compromise arithmetics is used to solve the conflict of the slow control period and the excess adjustment. 另外,为了解决极距控制时控制周期慢和容易调节过度产生振荡的矛盾,采取了一种折中算法。
This paper deals with a novel method to drive and control an electrode movement in miniaturized electrical discharge machining ( EDM) device. The electrode is driven directly employing double piezoelectric actuators. Software and hardware are designed in this paper. 提出了一种适合电极直接驱动的小型电火花加工装置的电极驱动控制方法,设计了该驱动控制系统的软、硬件,实现了电极的跳跃式移动。
The Analysis of Stability About Tensile Force Control System For Electrode Wire 电极丝张力控制系统稳定性分析
Control System of Electrode Tie-in Special Cutting Machine Based on PLC 基于PLC的电极接头切断专机控制系统
It is a problem of great importance to raise the control precision of electrode position in arc smelting. 在电弧熔炼中,提高电极位置控制的精度是一个十分重要的问题。
Then dipole-dipole as an example of the software control arithmetic for electrode automatic change is devised. 此外,以偶极偶极为例给出了智能电极自动转换的软件控制算法;
According to the requirement of smelting process for electrode control system, a fuzzy adaptive PID controller is presented and has been applied to practical control of electrode successfully. 本文针对冶炼工艺对电极控制系统的要求,提出了一种模糊自适应PID控制方法,并成功地应用于电极的实际控制。
In the refinery process, the key of influencing quality of melt and wasting of the electric power and efficiency is to control the electrode. 在电渣熔铸过程中,对熔铸质量、消耗的电能和生产效率影响最大的环节是对电极的控制。
The optimization design of control electrode patten for the 13 segment bimorph mirror 13单元双压电晶片变形反射镜控制电极的优化设计
Modeling and control of Electrode system control of simulative LF furnace is researched in laboratory. 在实验室条件下对LF炉电极系统的在线建模与控制进行了实验研究。
It's very important to control the electrode current of arc furnace. 在冶炼工业的电弧炉中有效地控制电极电流,对于电弧炉正常运行至关重要。
After analyses of the key control elements-temperature and composition, the thesis gives detailed design of the main system control functionalities: electrode control system, alloy material adding control system and operation monitoring system. 分析了LF炉的关键要素&温度控制和成份调节,对电极控制系统、合金加料系统及操作监控系统等主要控制系统功能进行了详细设计。
A variable structure control of electrode regulator system of arc furnace 电弧炉电极调节系统的一种变结构控制
Research and Design of Single Chip Computer Control System for Electrode Lift Mechanism of Electroslag Furnace 电渣炉电极升降机构单片机控制系统
The Application of PLC in Pneumatic Control Electrode Board Cutting Machine PLC在气动控制电极板剪切机中的应用
Fuzzy adaptive PID control for electrode regulating system of electroslag furnace 电渣炉电极调节系统的模糊自适应PID控制
The control of electrode and burden by microcomputer in ARC-BURIED ferroalloy electric furnace 铁合金埋弧电炉电极及配料微机控制
Automatic control of electrode for purifying magnesium oxide with electric smelting method 电熔法提纯氧化镁电极的自动控制
Aiming at the decoupling control demand of electrode regulator system for EAF, three control strategies of electrodes are thoroughly analyzed. 针对电弧炉解耦控制的要求,对三种电极控制策略进行了深入的讨论,分析结果表明恒阻抗控制策略能够削弱三相电极之间的耦合。
The NC software of the Micro-EDM machine was programmed based on the research, realizing the control method of electrode vibration. 对微细电火花加工机床的电气部分进行了系统研究,在此基础上实现了该机床数控程序的开发,数控程序实现了电极振动式进给的控制方法,提高了加工效率。
In this paper, the collected arc current, arc voltage signals are processed, and to control the electrode by giving output value of the volume of control. 对采集到的电弧电流、电弧电压信号进行处理,同时给出控制量的输出值来控制电极的升降,并在LCD上显示相关的数据信息。