智能仪表

微处理器正是智能仪表的心脏，它使得智能仪表在实时性、可靠性方面的到很大的提高。

The microprocessor is the heart of the smart meter , making smart meter in real-time , reliability greatly be improved .

“在接下来的几个月内，我们的模型和代码将面对来自真正的智能仪表和公共事业公司的后端系统的测试数据，”Herdt说。

" Over the next months , our model and code will face test data from real smart meters and the utilities'back-end systems ," says Herdt .

嵌入式智能仪表与Internet的接口及应用技术研究

The Research on Interface of Embedded Intelligent Instruments to Internet and Application Technology

智能仪表与PLC构成的退火炉控制系统

The Control System of Annealing Resistance Furnace with Intelligent instrumentation and PLC

同时，本文以汽车运行参数记录仪为设计实例，说明了USB系统原理和其应用于智能仪表的设计方法。

An example is given to illustrate the design process for intelligent instruments .

网络型《智能仪表》CAI课件的设计

The design of Intellect Instruments CAI Based on Network

PLC与智能仪表RS-485串口通讯的设计与实现

PLC and Intelligence Appearance RS-485 Serial Communication Design and Realization

SR系列智能仪表在工业炉控制中的应用

The Application of SR Series Intelligent Instruments in Controlling Industrial Boilers

基于Modbus协议的PLC与智能仪表的通讯

Communication Between PLC and Intelligent Instruments Based on Modbus Protocol

提出了一种智能仪表LED点阵显示模块的设计方案。

This paper gives a method of how to design LED dot-matrix 's display model of the intelligent instruments and sensors .

基于PLC和智能仪表的下位机群与上位机通讯的实现

The method of communication between main - machine and submitted - machine which based on PLCs and intelligent meters

一种多智能仪表DCS实验系统的构建

The Construction of a Multi-intellectual-instrument DCS Laboratory System

AI系列智能仪表的远程数据采集及其应用

Remote Control and Data Collection for AI Industrial Instrument

基于Delphi的智能仪表通讯协议的DLL设计与实现

Design and implementation of DLL based on Delphi in intelligent instrument protocol

HART智能仪表电子板卡自动测试系统

An Automatic Testing System of HART Intelligent Instrumentation Electronic Board

HART协议智能仪表自动校验系统的设计和实现

Design Implementation of Auto Calibration Measurement System for HART Instrument

剖析了USBHost核心技术，论述了将通用串行总线技术应用于智能仪表中的可行性和实现方案。

This paper probes into the core technique of USB Host , and discusses the feasibility of applying USB technique to intelligent instruments .

通过该接口可以改造原来传统工业仪表，使之成为EPA智能仪表。

It is used to change the traditional instruments to the EPA intelligent instruments .

介绍了基于工控机、工业控制板卡、智能仪表、传感器等硬件及VISUALBASIC60、Access等设计软件研制失重秤配料自动控制系统。

The system has been accomplished upon hardware such as industrial controller , industrial control card , intelligent instrument , sensor and software such as Visual Basic 6.0 and Access .

根据系统功能分析结果，研究了基于PLC、智能仪表与工控机的两级控制系统。

According to the analysis of system functions , this paper studied a two-level control system based on Industrial Computer , Intelligent Instruments and Programmable Logic Controller .

HART协议作为一个开放性的协议，现已成为智能仪表的事实上的标准。

HART , a open protocol , now is viewed as the standard of intelligent instruments .

鉴于此，文中通过对基于TCP/IP协议的网络化智能仪表和嵌入式Internet技术的深入分析，提出了一种新型的网络体系结构&基于因特网的工业控制网络。

By analyzing the TCP / IP-based network intelligent instrument and embedded Internet technique , a new kind of industrial control network technique , that is based on Internet is brought up in this paper .

FoxBASE数据管理系统与智能仪表的数据传输

The Data Transmission from Intelligent Instrument to FoxBASE Management System

以ADμC812型8位单片机为核心，开发了适用于钻机控制中反馈信号测量的智能仪表。

With the 8 - bit single - chip being the control kernel , an intelligent instrument has been developed .

它经现场组合，便能较逼真地模拟实际化工过程，装置具有智能仪表和DCS两种控制方式，特别适用于小型化工单元的仿真培训和模拟研究。

It is an advanced technique with intelligence instruments and DCS control system , which is especially useful for training and simulation in smaller chemical plants .

EPA接口在差压变送器等一些传统仪表上成功应用，为以后EPA智能仪表的设计与开发提供了有利的借鉴。

The successful application of the EPA interface in traditional instruments is a good reference in design and development of EPA instruments .

此外介绍DCS向FCS过渡的现场总线标准&HART通信协议及基于HART协议的智能仪表的结构及功能。

In addition , HART protocol which can transit DCS to FCS , structures and functions of intelligent instrument based on HART are also introduced .

基于4～20mA标准的智能仪表设计

The designing of intelligent instrument based on 4 ~ 20 mA standard

介绍单片机（如MCS-51及兼容系列）控制的智能仪表经并行打印口与微机通讯时的信号连接方法及通讯软件设计方法。

The paper describes joining means of signal and design method of communication software when intelligent instrumentation controlled by microcontroller communicates with microcomputer by parallel printer interface .

现场总线（FieldBUS）是将自动控制系统中底层的现场控制器和现场智能仪表设备互连的实时控制通讯网络，是5C（Computer，Control，Communication，CRT，Change）技术相结合的产物。

Field bus is a real-time control communication network , which connects smart field instruments with field controllers in automation system . It is the result of ' 5C ' ( Computer , Control , Communication , CRT , Change ) technology combines together .