它的低功耗Wifi芯片可以嵌入任何系统，包括电子消费品、智能能源设备、家庭和建筑控制仪器，便携式医学传感器和传感器网络等。
Their low-power Wi-Fi chips can be embedded into any system including consumer electronics, smart energy devices, home and building controls, portable medical sensors, and sensor networks.
单片机具有体积小、功能强大等特点，是设计各种智能化仪器和控制设备的主要手段。
The single chip computer has characteristics such as small and powerful, being the main means to design various kinds of intelligent instruments and controlling equipment.
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.
研究了一种利用微机控制测量和采集压电晶体传感器阵列振荡频率的智能型仪器。
A computer controlled intelligent measurement and data acquisition system for piezoelectric crystal sensor array was studied.
介绍智能充电控制芯片MAX713 ，并以其为核心，设计了一台为便携式仪器仪表供电的不间断电源装置。
The chip MAX713 for intelligent charge control is introduced in this paper, and with which, a DC UPS for portable instruments is designed.
智能精密水压力发生器是重要的控制水压力的仪器。
Intelligent precise water pressure controller is an important instrument of generating and controlling water pressure.
近期来在国外无线电测量仪器中已有40%的产品由微机控制，使无线电测量仪器向自动化、智能化迅猛发展。
In recent years, 40% of radio measuring instruments are controlled by micro computers in abroad. This makes radio measuring instruments develop rapidly toward automation and intellectualization.
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.
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.
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.
力矩器定圈组件正交性误差检测装置是一台基于单片机控制的智能仪器，该机采用同步测量原理及数字滤波技术，实现各相误差的检测。
This is a intelligent instrument based on MCU. It is adopted that synchronization measure principle and digital filter technique for test. that phases error. Development of sensor.
仪器由微电脑控制，具备操作可靠、采样数据准确、智能化程度高特点。
It's controlled by microcomputer with some characteristics, such as operating easy. sampling data exact and intellegence high.
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.
目前智能化测量与控制仪器在工程技术中得到了广泛地使用，然而很多智能化测量与控制仪器忽视了软件抗干扰技术，使得系统的可靠性下降。
The intelligent measuring and control apparatus in getting widely use in present, but many of this kind of apparatus ignore the software anti-interference technique. So their reliability is low.
仪器采用了加速度测量法，主要包括三个部分：周围神经刺激发生器、加速度测定单元、微机智能控制单元。
The design of the monitor is based on measurement of acceleration. It consists of an acceleration transducer, a nerve stimulator and a microcomputer unit.
主进程又分为按键处理、输入数据计算处理、状态监测控制等线程，用监控程序来实现线程的调度，提高了智能仪器的响应速度和性能。
The main process include operating keyboard, calculating input data, testing status, etc. A program to supervise these threads. The performance of instruments was improved by this means.
主进程又分为按键处理、输入数据计算处理、状态监测控制等线程，用监控程序来实现线程的调度，提高了智能仪器的响应速度和性能。
The main process include operating keyboard, calculating input data, testing status, etc. A program to supervise these threads. The performance of instruments was improved by this means.
应用推荐