自动化电气控制系统、自动化智能仪表控制系统、高低压配电系统的设计、集成、安装；
The design, integration and installation of the automatic and electronic controlling-system, automatic intelligent instrument controlling system and high and low pressure matching-electronic system;
这种高效的数据采集与处理系统，可广泛地应用于各种智能仪表、自动化控制设备中，有着非常好的市场应用前景。
This data acquiring and processing system can be applied to various intelligence instruments and automatic control equipments, and there is a very good market foreground.
现场总线技术具有丰富的内涵，涉及到智能仪表技术、网络通信技术、实时控制技术、集成电路技术和计算机技术等诸多领域。
The field bus technique relates to several fields of intelligent instrument, network communications, real-time control, integrated circuit technique and computer technology etc.
阐述了利用计算机控制原理开发的单片机智能仪表“多用户电能表”的原理。
The mechanism of Single Chip Machine (SCM) intellectual instrument, multi-user ammeter based on computer control theory is expounded.
计算机控制系统的设计与智能仪表的研制开发必须要考虑抗干扰问题，信号隔离是抗干扰的重要措施。
The problem of antijamming must be considered in designing and developing computer control systems and intelligent devices. The signal isolation is an important meathod to reject interference.
近年来单片机的应用正在不断地走向深入，已越来越广泛地应用于智能仪表、工业控制、日常生活等很多领域。
In recent years, MCU applications are continually deepening, more and more widely used in smart instruments, industrial control, and many other areas of daily life.
公司主要生产：工业自动化控制系统成套、温度传感器、智能仪表、压力变送器、自控温系列伴热电电缆。
The company mainly produces: industrial automation control system complete, temperature sensors, intelligent instrument, pressure transmitter, control temperature with thermoelectric cable series.
该方法也可应用于其他智能仪表及工业控制计算机等系统的设计中。
The method can be used in the system of intelligent-instrument and industrial control computer.
介绍了MG- 12864型液晶显示器在智能仪表中与MSP430接口及其控制显示的方法。
The paper mainly introduces the interface of MG-12864 LCD display with MSP430 and the control method for MSP430.
基金会现场总线(简称FF)是当前过程控制领域最有前途的现场总线，FF协议智能仪表是目前新一代现场总线仪表。
Foundation Feildbus (FF) is the best promising field bus in process control fi-eld. Smart transmitter based on FF protocol is the newest field bus instrument.
总线控制器作为管理计算机与现场总线的接口装置，起到了管理计算机与智能仪表数据双向传输的网桥作用。
As a network bridge, communication controller is the interface device which realize the function of communication between supervise PC and field bus.
本文研究了US B主控制器协议，并分析了USB技术应用于智能仪表的技术可行性。
The protocol of USB Host Controller is analysed and the application of USB technique to intelligent instruments are introduced.
整个系统以管理计算机为核心，管理计算机通过总线控制器连接到总线，各智能仪表直接连接在现场总线上，作为现场总线的一个节点。
The whole system regards supervise PC as the center, which joins the Field Bus by communication Controller. Every of the intelligent instruments directly connected with Field Bus as a node.
本课题采用嵌入式系统开发智能仪表(控制器)。
This item use embedded system to develop intelligent instrumentation (controller).
同时介绍了基于HART协议的智能仪表和总线控制器的设计。
The designs of intelligent instrument and the communication controller are introduced.
阐述了利用计算机控制原理开发的单片机智能仪表“多用户电能表”的原理。
Method of data fusion based on point-estimation theorem and its application in intelligent instruments;
阐述了利用计算机控制原理开发的单片机智能仪表“多用户电能表”的原理。
Method of data fusion based on point-estimation theorem and its application in intelligent instruments;
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