1) smart valve
智能调节阀
1.
The changes that will happen in process\|control plants due to the application of smart valve technology are described with the focus on its use and maintenance.
智能调节阀技术会给过程控制企业带来改善 ,重点介绍了智能调节阀的使用和维护。
2) implementation of an intellectuarized regulating valve
调节阀智能化
4) Intelligent Regulator
智能调节器
1.
This paper introduces the design principle, hardware and software structure of a self-tuning intelligent regulator based on single chip computer.
介绍了一种基于 80 3 1单片机自整定智能调节器的设计原理、系统硬件结构和软件设计方法。
2.
On the basis of its technological characteristcs, a closed loop system consistanting of a pressure sensor and an intelligent regulator can be applied to control conversion governor so as to regulate the rotational speed between dynamo and pump and sustain the constant pressure of water supply.
论述了某烧结厂浊环水泵供水系统 ,根据其工艺特点 ,采用压力传感器及智能调节器组成压力闭环系统 ,控制变频调速器 ,从而调节电机———水泵之转速 ,维持供水压力为恒定 。
3.
An intelligent control method was adopted to design the intelligent regulator,the respond curve slope method was applied to identify fast and slow of transition process,according to the rate of the transition process,the fuzzy control strategy can be classified into fast response and slow response.
采用智能控制方法设计满足可控要求的智能调节器,应用响应曲线斜率法在线辨识系统过渡过程的快慢,针对快响应过程和慢响应过程采用相应的模糊控制策略。
5) intelligent controller
智能调节器
1.
This paper introduces the application of general inverter in the coal dust supply closed loop control system of power station, which consists of relevant transducer and intelligent controller.
本文详细介绍了通用变频器在电厂给粉控制系统中的应用，并采用相关变送器及智能调节器构成闭环控制系统，此系统的构成可大大提高给粉的经济和技术指标，其综合效益十分明显。
2.
In this paper, the design method and process of intelligent controller is narrated from the view of hardware and software.
从软件和硬件角度详细介绍了智能调节器的设计原理和方法。
6) intelligent adjusting device
智能调节仪
1.
The composition of desuperheating-decompression governing system, the principle of intelligent adjusting device,the parameters setting,the fault analysis as well as the fault eliminating of control system are presented.
介绍了减温减压装置系统的构成、智能调节仪原理及参数的整定方法,控制系统故障分析与排除,有效地解决了系统的优化问题和提高了系统的调节精度。
补充资料：溢流阀、顺序阀、减压阀的比较
溢流阀 | 减压阀 | 顺序阀 | ||
控制油路的特点 | 通过调整弹簧的压力控制进油路的压力，保证进口压力恒定，p2＝0 | 通过调整弹簧的压力控制出油口的压力，保证出口压力p2稳定 | 直控式－通过调定调压弹簧的压力控制进油路压力；夜控式－由单独油路控制压力 | |
出油口情况 | 出油口与油箱相连 | 出油口与减压回路相连 | 出油口与工作回路相连 | |
泄漏形式 | 内泄式 | 外泄式 | 内泄式 | |
进油口状态及压力值 | 常态 | 常闭（原始状态） | 常开（原始状态） | 常闭（原始状态） |
工作状态 | 进出油口相通，进油口压力为调整压力 | 进油口压力低于出油口压力，出油口压力稳定在调定值上 | 进出油口相通，进油口压力允许继续升高 | |
联接方式 | 并联 | 串联 | 实现顺序动作式串联作卸荷阀用时并联 | |
功用 | 定压、溢流或安全作用限压、稳压、保压 | 减压、稳压 | 不控制系统的压力，只利用系统的压力变化控制油路的通断 | |
进油腔压力p1控制阀芯移动 | 出油腔压力p2控制阀芯移动 | 进油腔压力p1控制阀芯移动 | ||
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条