The control system for boiler water level with the single-stage and three-impulse was taken as an example and its control effect was explored . Simulation experiments indicated that the control system had excellent control qualities based on this new PI controller model .

以单级三冲量锅炉汽包 水位控制系统为例，分析了线性神经元PI 控制器的控制效果及特点，仿真实验表明应用该控制器的系统具有优良的控制品质。

The dynamic characteristic of loops for water level is analyzed especially the reason of ostensible water level . On the basis of these a routine PI controller is designed to control the water level .

在分析了汽包水位回路的动态特性，特别是虚假 水位产生的原因的基础上，设计了常规PI 控制器 实现锅炉汽包三冲量控制系统。

The Key Technology for Water Level Controller of Steam Generator in Nuclear Power Plant

核电站蒸汽发生器 水位 控制器关键技术研究

Actual simulation for control of water level in steam drum presents that the fuzzy immune PID controller can improve the performance of system obviously .

对锅炉汽包 水位的实验仿真，表明了这种模糊免疫PID 控制器可明显提高系统的性能。

The Designing Way About Course of Electronical Technology and the Designing Sample of Water Level Controller

电子技术课程设计与 水位 控制器设计

This paper deals with the water level system of double tanks and a cascade control system is applied to control the water level in which the fuzzy-PID controller is used as the main regulator and the proportional controller as the auxiliary regulator .

文章针对双水箱液位系统，主调节器采用模糊PID 控制，副调节器采用比例调节器的串级控制系统对 水箱 液位控制。

Currently most of methods on the boiler water level control adopt the routine PID control . On the foundation of acquiring math model of controlled object we adjust the three parameters of PID controller in order to achieve good control effect .

目前，对汽包 水位的控制大多采用常规PID控制，在获取被控对象数学模型的基础上，适当地调整 PID的三个参数来达到控制要求。

On purpose of control about water level of mine supplying water system control algorithms of self-modifying parameters are designed and simulated . Meanwhile control effects are compared with the fuzzy controller of fixed parameters .

针对煤矿供水系统 水箱 水位的控制，设计了参数自调整的控制算法.并进行了仿真，与固定参数模糊 控制器的控制效果进行了比较。

The paper presents the way the water level in marine boiler is controlled by a advanced fuzzy controller .

采用一种改进的模糊 控制方法，实现锅炉 水位控制。

It describes the fuzzy PID-type controller design of the alkali boiler water level the build of 2-D control table the realization of the computer design and simulation of the controller .

以碱回收炉的 水位控制为例具体论述调整系统控制 量的模糊PID控制器的设计、2-D控制表的建立、以及 控制器计算机设计与仿真的实现。

A fuzzy controller method was used with a simplified model to design a pressurized-water reactor ( PWR ) steam generator water level controller .

根据压水堆蒸汽发生器的简化数学模型，将一种模糊控制器的系统化设计方法用于蒸汽发生器 水位 的 控制。

The experiment results show that the water level controlled by the fuzzy-PID controller can response fast and reach the stable state quickly in comparison with that controlled by the conventional PID controller .

试验结果表明，采用模糊PID 控制的下 水箱 液位，较常规PID控制其响应速度快，且较快地达到稳态，从而改善系统的性能。

Dipping treatment of float ball of boiler water level controller for leak - resistance and anticorrosion

锅炉 水位 调节 器浮球防蚀防漏浸胶处理

This paper presents the boiler drum water level fuzzy neural-PID controller structure and general algorithm based on .

文中给出了基于模糊神经-PID的锅炉汽包 水位 控制器的结构和一般算法。

The water level data are real-time acquired displayed processed stored printed making use of the Inductive Digital Water Level Sensor and MFC-3 Water Level Controller ( MFC-3 WLC ) .

该 系统利用感应式数字水位传感器及 MFC-3型水位自动测报仪对 水位数据进行实时采集、显示、处理、存储、打印。

Application of Venturi - tube Pulse Water Level Controller

文丘里脉冲 水位 控制器的应用

The Compensatory Fuzzy Neural Networks Control and Simulation of Water Level in Marine Boiler Study of ship boiler fuzzy immune self-adapting PID controller with system simulation

船用锅炉 水位控制系统的补偿模糊神经网络仿真研究船用锅炉 水位模糊免疫自适应PID 控制器及仿真

The dipping treatment process of float ball which is the key part in boiler water level controller was introduced .

介绍了锅炉锅筒 水位 控制 调节 器中关键部件&浮球的浸胶处理工艺。

In light of these problems technical renovation was carried out and an automatic control system was adopted for water level control which consisted of water level sensor water level regulator PLC controller frequency conversion based speed regulator .

针对所存在的问题进行了技术改造，即采用水位探头、 水位调节仪、PLC 控制器和变频调速器等组成的水位自动控制系统。

The system is comprised of water tank recycling water pump radiator water inlet and discharging pipes and water level and temperature controller .

该装置由冷却水罐、循环水泵、散热器、进回水管线及 水位和水温 控制冷却装置组成。

Study of Intelligence Water Level Controller

智能 水位 控制器的研究

Research on the Flameproof Intrinsically Safe Water Level Sensor about Measuring and Controlling The flameproof intrinsically safe detector and controller controls the pump to work alternatively and starts the standby pump timely it attempers several pump to work reasonably .

隔爆兼本安型 测控仪通过检测 水仓 水位和其它参数，控制水泵轮流工作与适时启动备用泵，合理调度几台水泵运行。

This paper discusses the designing sample of electronical water level controller and suggestes some helpful comments for developing the designing way about course of electronical technology .

本文通过对电子 水位 控制器设计思路的分析，论述了提高电子技术课程设计质量的一些设想。