外观是便携式智能仪器性能、质量的重要体现。
Outward appearance is a key form of expression of performs and quality for portable intelligent instruments.
并举例说明了概念区分在智能仪器设计领域的应用。
Meanwhile, an illustration of the concept distinction in the application of intelligent instrument design is made.
智能仪器是含有微处理器的、具有一定智能性的测量仪器。
Intelligent instrument is a measurement a microprocessor inner and behaves intelligently.
在嵌入式便携智能仪器的设计中，降低功耗是其核心技术之一。
The power consumption reduction is one of the core techniques in designing the portable intelligence instruments based on embedded microprocessor unit (EMPU).
这些实用措施对便携式智能仪器仪表的设计具有重要的指导作用。
These practical measures play an important conductive rule in the design of portable intelligent instruments.
针对电解质分析的特点，提出一种智能仪器的新型实用方案设计。
Based on the characteristic of electrolyte analysis, a novel utility design of intelligent instrument was proposed.
本文主要研究了基于嵌入式平台的便携式智能仪器的设计与实现。
The dissertation is mainly concerned with design and research of the portable intelligent instrument based on embedded system.
虚拟仪器是继模拟仪器、数字化仪器、智能仪器后的新一代仪器。
Virtual instrument is a new instrument after simulation, digital and intelligentized instrument.
本课题的研究成果对新型虚拟化智能仪器的设计具有一定的参考价值。
The novel ideas of this paper should prove beneficial to the design of new virtual intelligent instrument.
某些智能仪器可以按照内置命令集进行编程，从而控制和定制操作流程。
Some intelligent instruments can be programmed according to the given commands set in order to control and customize the operations completely.
针对智能仪器的故障特点，采用规则推理和事例推理相结合的混合推理技术。
According to the characteristics in intelligent instrument faults, the hybrid inference method combining rule-based reasoning and case-based reasoning is adopted.
提出了一种在智能仪器中用补偿函数实现非线性误差修正和标度变换的方法。
A method to realize non linearity correction and scale transformation with compensation function used in intelligent instrument is presented.
在设计智能仪器程序时，恰当选择程序结构，确定合理的程序编制模式很重要。
It's very important to choose a suitable programme structure and then determine a rational programme model when programming for intelligent instruments.
结合工作条件变化模型，提出一套智能仪器产品在变化环境中可靠性评价的方法。
A evaluate method of reliability is provided which is used to intelligence instrument under changeable working condition, combined with the working condition model.
本文论述智能仪器的特点和作用。提出了智能仪器中微机的首选机型应是单片机。
This paper describes characteristics and functions of intelligent instruments, It is advanced that first selective model for microcomputer in intelligent instruments ought to be single chip computer.
论述了在野外长期使用的智能仪器中，采用单片机低功耗工作方式的实用性和优越性。
The practicability and superiority peculiar to the single chip computer are described when it is used in the lower power. Consumption operating mode as the long-term intelligent field apparatus.
自然语言篇章理解技术应用于智能仪器设计领域是人工智能技术应用的重点和难点之一。
The application of NLU technology in intelligent equipment design is one of the most important and difficulty application of A. I. technology.
这种扩展技术具有实用价值，可以在有限的硬件资源条件下，设计出高性价比的智能仪器。
The high performance price ratio intelligent instrument can be designed using this useful expansion technology with limit hardware resources.
基于RS485网络技术构筑28个节点的集成plc和智能仪器的铸造生产线控制系统。
Constructs 28 nodal casting production line control systems of integrated PLC and intellectual instrument on the basis of RS485 network technology.
数码语音芯片在智能仪器仪表中应用非常广泛，但语音芯片录音内容的确定和语音的录制却很麻烦。
Although digital audio chips are generally used on smart instruments, it is troublesome to define the recording contents of the audio chip and to record the audio.
尽管射线不能被感官（像视觉、嗅觉）所检测到 ，但是可以被科学家用智能仪器检测到，甚至是很微小的的量。
Although radiation cannot be detected by the senses(sight, smell, etc.), it is easily detected by scientistswith sophisticated instruments that can detect even the smallest levels ofradiation.
研究方向：自动测试、电子技术应用。主讲智能仪器原理及设计、自动测试系统、电子技术等课程。
Main Course: Principle and design of intelligent machines, Automatic Test System, Electronic technology? And so on.
此类放大器具有通用性强、软件编制容易，精度高等优点，可广泛运用于低频智能仪器及工业控制中。
These types of amplifiers have the characterristics of being universal, easy to program and high accuracy. They can be applied in low-frequency in. tellegent instruments and industry control systems.
该系统以单片机为核心，组成了集信号采集、电量监测、数据处理、拉闸控制等技术为一体的智能仪器。
The system is a intellectual instrument based on single-chip microcomputer, which is consisted of collecting signal, monitoring electrical energy, processing data and controlling brakes.
陈真诚：男，1965年出生，中南大学教授，博士生导师。：主要研究方向为生物传感器与智能仪器。
Chen Zhencheng: male, born in 1965. He is a professor and supervisor for PhD in Central South University. His main research direction includes biological sensors and intelligent instrument.
程控分压器是用于高电压冲击试验的二次分压器，是由单片机at89c51及外围电路组成的智能仪器。
This programmable control voltage divider is a secondary divider used for HV impulse test and an intelligent apparatus consisting of chip microprocessor AT89C51 and peripheral circuit.
智能仪器广阔的需求促使我们在仪器产品的设计阶段采用有市场竞争力的新方式，从而提高产品设计的效率。
The vast needs ofthe intelligent instruments urged the birth of a more competitive new method in itsdesigning period to improve product design efficiency.
该装置能使带GPIB接口或usb接口的智能仪器直接与因特网连接，参与构建基于因特网的远程测控系统。
This device can help intelligent instruments with GPIB or USB interface directly communicate with the Internet, and construct remote control and measurement system based on Internet.
由点阵式液晶显示器和旋转式光电编码开关构成的智能仪器的人机交互界面，使仪器的操作向菜单式、傻瓜型迈进。
The alternation interface of intelligent instruments composed of lattice LCD and photoelectric coding switch makes its operation towards menu form and fully automatic.
由点阵式液晶显示器和旋转式光电编码开关构成的智能仪器的人机交互界面，使仪器的操作向菜单式、傻瓜型迈进。
The alternation interface of intelligent instruments composed of lattice LCD and photoelectric coding switch makes its operation towards menu form and fully automatic.
应用推荐