值得一提的是天窗系统，采用的是全球领先的VELUX(威卢克斯)太阳能动力窗技术，智能开关完全由太阳能供电。
It is worth mentioning that the sunroof system, using the world's leading VELUX (Wilukes) solar power window technology, intelligent switch fully powered by solar energy.
本文以教室智能灯具开关为例，从系统数学模型的建立、基本系统结构到系统硬件设计给以详述。
This paper, taking Classroom Intelligent Switch for example , discussed the mathematical model of system structure and the design of hardware and software.
对大惯性及纯滞后系统的自适应智能开关控制器给出了一种递推梯度形式的控制规律。
A recursive gradient controlling law for adaptive intelligent switch controller of inertial and large dead time system is given in this paper.
我所做的智能家居安防系统由煤气传感器，人体红外传感器，声控传感器，门磁开关等部分组成。
I do intelligent household security system by gas sensor, infrared sensor, televox body sensor, door magnetic switch components.
研制出了由微机、开关式液压阀及位移传感器等组成的液压送进装置的计算机智能控制系统。
A computer intelligent control system, which consists of microcomputer, switch mode hydraulic valve and displacement sensor, is developed.
介绍CAN总线和智能开关在客车车灯控制系统中的应用。
The application of CAN bus and smart power switch in the control system of the bus light are introduced.
智能开关电源在通信电源系统中具有重要的地位。
Intelligent power supply plays an important role in the telecom power system.
高压智能同步开关技术是有效抑制电力系统操作过电压和涌流以及全面提高电能质量的关键技术。
Intelligent synchronous high voltage switch can be utilized to minimize the switching overvoltages and high inrush currents in power systems, as well as to improve the overall power quality.
讨论数字光电量测系统原理和技术，基于此技术的智能集成开关设备系统和控制与保护集成的自动化系统结构。
Based on the principle and technology of digital electro-optical measurement, the intelligent integrated switchgear system and control as well as protection combined automation system are discussed.
智能开关柜能满足工业控制系统分散化、网络化、智能化的要求。
The designed intelligent switchboard satisfies requirements of the industrial control system for decentralization, network and intelligence.
在智能房屋的控制系统中，易于操作、具有多功能和柔性的智能开关是一个不可缺少的控制器件。
In controll system of intelligent house is the flexible and easy to manipulate switch a very necessary control equipment.
传感式智能开关控制系统是传统开关控制器的智能化，可视为虚拟开关机器人。
The Sensor-Based Intelligent Switch Control System is based on traditional Switch Controller, and can be regarded as Virtual Switch Robot.
本文采用P 89 V 51rd2单片机作为系统的微处理器，负责进行智能控制算法运算，数据采集，变频器控制信号输出，开关量输入输出等。
In the thesis, I choose P89V51RD2 microprocessor to be in charge of the intelligent control algorithms, data acquisition, inverter control signal output, switching input and output.
该系统由信号注入装置、无线节点、开关站无线处理单元和智能故障信息处理系统构成。
It is composed of a signal injection device, wireless nodes, a wireless process unit at the switch station and an intelligent fault detection system.
智能冷凝风机系统：智能话得控制风机的开关，利用较低的能耗，有效的保护压缩机组。
Condenser fan intelligent system: intelligent fan control switch, reduction of energy consumption, effective protection of compressor.
本文提出了一种智能时控开关的设计方法，该智能时控开关利用单片机中的定时器、IO接口、中断系统等资源，能根据时刻信息对多路开关进行控制。
This paper proposes a method of intelligent time-control switch design, which USES the SCM timer, IO interface, interrupt system, and other resources to control the multi-channel switch.
为防止由控制量切换引起的系统扰动，引入比值切换方式；为消除系统余差，引入智能积分开关。
In order to damp the disturbances aroused by control switch and eliminate the system stead-state error, ratio switch and intelligent integrated switch are introduced int.
介绍了一种以单片机系统为控制核心的智能电力开关控制器。
An intelligent power switch controller mainly controlled by single-chip microcomputer was presented.
采用基于单片机的智能化红外感应控制系统、无线通信系统，实现自动开关桶盖并调节开盖角度、遥控垃圾桶走动、智能封袋的功能。
An infrared sensing and controlling system and a wireless communication system based on Single Chip Micyoco, which can realize some functions such as move, are adopted.
对智能功率开关的功能特性和采用智能功率开关组成的H桥电路的控制方法与工作原理进行了系统研究，并在试验台上对新的H桥驱动电路进行了试验验证。
Also it introduced the features of the smart power switches and the way to control the new H-bridge, which had been tested in test-bed and compared to traditional H-bridge.
该项目是常熟开关制造有限公司工业配电智能化系统的一个组成部分，已经完成了样机，在公司网络模拟中取得了成功。
This item is one part of industry intelligent power distribution system in Changshu Switchgear Mfg. co. Ltd. They have made a prototype successfully when simulation.
但是长期以来，智能建筑的配电部分在国内一直被忽视，大多数工程仍然只利用变送器或PLC采集开关状态、部分电流，这与变配电监控系统作为大楼的心脏，是大厦动力系统的重要地位是不相配的。
But the power distribution in intelligent buildings has been neglected for a long time at home, and lot of projects still only use transducer or PLC to collect the switch status and partial current.
但是长期以来，智能建筑的配电部分在国内一直被忽视，大多数工程仍然只利用变送器或PLC采集开关状态、部分电流，这与变配电监控系统作为大楼的心脏，是大厦动力系统的重要地位是不相配的。
But the power distribution in intelligent buildings has been neglected for a long time at home, and lot of projects still only use transducer or PLC to collect the switch status and partial current.
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