流量计是一台新型的智能化仪表。
是自身开发，具有自主知识产权的全新智能化仪表。
Their own development, with independent intellectual property rights of the new Intelligent Instrumentation.
智能化仪表：显示仪表可根据需要选配，以满足不同用户的要求。
Intelligent instrument: display instrument can be selected according to needs, to meet the requirements of different users.
同时，本文也为其他小型智能化仪表的可靠性保障设计提供了一种思路和方法。
The methodology developed in the design procedure is appliable for the design of small intelligent instruments.
智能化仪表，多种显示功能，大容量存储，标准串行输出，具有强劲扩展功能。
Intelligent instruments, a variety of display functions, large capacity storage, standard serial output, with strong expansion.
在智能化仪表中，往往使用单片机作信息处理机，同时需要较复杂的计算和信息处理。
Single-chip microcomputer is conventionally used in intelligent instruments as message processor. It is necessary to perform complicate computation and message processing.
回路过程控制器是分布控制系统中散度可达到一个回路的智能化仪表。具有可靠性高，功能强，灵活性好等特点。
Circuit process controller is an intelligent instrument witch divergence in distributed control system can reach one loop, with the property of high reliability, rich function and well flexibility.
如此前的文章所讨论的一样，智能化的第一步是通过仪表化实现。
As discussed in previous articles, the first step to becoming smarter is through instrumentation.
正如我们在前几篇文章中讨论的一样，实现智能化的第一步是实现仪表化。
As we discussed in previous articles, the first step to becoming smarter is through instrumentation.
为工业自动化技术工具的自动化仪表与控制装置，在高新技术的推动下，正跨入真正的数字化、智能化、网络化的时代。
The automatization appearance and control equipment as a industry automatization technology is rdaching at a genuine numeral intelligentize and network age with the driving of high and new technology.
目前传统分析仪表正在更新换代，向数字化，智能化方向迈进。
Now traditional analytical instruments are updating and striding forward to the direction of digitalization and intelligence.
使仪器仪表实现智能化、人性化，缩短了智能仪表的开发周期，减少了开发成本。
To realize intelligent instrument and humanization, shorten the development cycle of intelligent instruments, reduce the cost of development.
本算法特别适用于智能化数字调节仪表。
It is especially applicable to the intelligent digital control instruments.
以微控制器为核心的智能化技术和现场总线技术近年来成为仪表行业的研究热点。
Intelligent techniques with the core of micro-controller and field-bus techniques have become one of the research focuses in instrument industry in recent years.
本文简要介绍了一种能用于智能化仪器仪表工业，由MC68HC05L9和TMS320C25两片微处理器组成的并行处理系统。
This paper introduces a parallel processing system consisting of MC68HC05L9 and TMS320C25, with using to intelligent instrument and meter.
在此基础上，围绕单片机展开设计，实现了仪表的智能化和有效的功能。
On the basis of these, a prototype is developed by use of single chip microcomputer (SCM) technology, to realize the meter's intelligence and some other effective functions.
介绍利用DS1620等数字式温度传感器进行仪表的温度补偿以及故障诊断、报警等，实现仪表的智能化设计方案。
This thesis introduces how to use digital temperature transducer DS1620 to cany compensation for temperature, failure diagnosis and alarm of instrument and to realize intelligent design of instrument.
目前传统分析仪表正在更新换代，向数字化，智能化方向迈进。
At present, traditional analytical instrument is becoming more and more digital and intelligent.
这种建立在模糊控制理论为基础上的控制技术可以为工业控制、过程控制和仪器仪表智能化的开发应用提供一种可靠、有效的方法。
This control technology is based on fuzzy-control theory. It can provide a kind of reliable and effective method in the application of industry control and the development of intelligent instrument.
同时亦证明这是一种实现仪器仪表智能化的有效方法。
It has also been proved that the method is an effective way to...
同时亦证明这是一种实现仪器仪表智能化的有效方法。
It has also been proved that the method is an effective way to...
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