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消防机器人的
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  fire-protection robot
     Study and Analysis on the Mechanism of High-building Fire-protection Robot
     高层建筑消防机器人的机构研究与分析
短句来源
  “消防机器人的”译为未确定词的双语例句
     DEVELOPMENT OF ZXPJ01 FIRE-FIGHTING ROBOT
     ZXPJ01型消防机器人的研制
短句来源
     This paper introduces the construction of the control system of the ZXPJ01 firefighting robot from the hardware and software, using ICP as upper machine and PLC as lower machine, based on the features of class structure and windows thread multitask processing of Visual C++.
     介绍 ZXPJ0 1消防机器人的控制系统。 该系统采用以 ICP为上位机、PLC为下位机的双层硬件结构和基于 Visual C+ +的类结构、Windows线程的多任务处理的软件系统。
短句来源
     This paper presents the functional characteristics,control structure and operational principle of automatic control system for a shipboard fire fighting robot,and describes its hardware configuration, control software's communication technology and control process of its up and down computers.
     本文介绍了船用消防机器人的系统功能特点、控制结构及工作原理 ,给出了上、下位机的硬件结构与控制软件的通讯技术及控制程序流程
短句来源
     VISION AND SIGNAL PROCESSING OF FIRE CONTROL ROBOT
     一种消防机器人的视觉及其信号处理
短句来源
     The history and present of fire robot development in some industrialized countries and the basis for fire robot research and develpment in our county were also discussed here.
     论述了国外消防机器人的发展历史和现状以及我国发展消防机器人已经具备的条件。
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  相似匹配句对
     DEVELOPMENT OF ZXPJ01 FIRE-FIGHTING ROBOT
     ZXPJ01型消防机器人的研制
短句来源
     Principles of system integration of fire searching robot
     消防侦察机器人的系统集成原则
短句来源
     Servo Control for the Robot
     机器人的伺服控制
短句来源
     Submarine Fire-Fighting
     潜艇消防
短句来源
     The Future of Robots
     机器人的未来
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The balance measuremet and control of a fire extinguishing robot model is investigated theoretically as wellas experimentally.This robot model is driven by pressurized water jeted from two-nozzle pedestal.The sta-tus of the motional balance is detected by an angular displacement sensor sliding over a steel wire(attached tothe top and botom plates of a fixed rack).The real-time sampling control of its balance is effectively realizedby use of fuzzy control theory,with a STD-BUS computer.

本文从理论和实验两方面研究了水力驱动消防机器人两喷嘴底座模型的平衡检测与控制.利用一角位移传感器沿一导向钢丝(联接于固定台架上下底板间)滑动检测出模型运动的平衡状态;运用模糊控制理论,通过STD-BUS 工业控制机成功地实现了模型运动平衡的实时控制.

In this paper the designing for the vision and signal processing system of fire control robot.Thesystem is a pocket apparatus with which a fireman can rapidly pinpoint the source of a fire.It can determinethe location of the fire and can measure distance to the flame. Here,the method for range finding is ratio radiometry,in which the ratio of the radiometric signals derived from each of the two measurement spectralbands is related to the distance of the flame. A new type of infrared detector and the single-chip...

In this paper the designing for the vision and signal processing system of fire control robot.Thesystem is a pocket apparatus with which a fireman can rapidly pinpoint the source of a fire.It can determinethe location of the fire and can measure distance to the flame. Here,the method for range finding is ratio radiometry,in which the ratio of the radiometric signals derived from each of the two measurement spectralbands is related to the distance of the flame. A new type of infrared detector and the single-chip microcomput- er technique have been employed.Experiment is carried out and the errors are analyed.

本文设计一种供消防人员迅速、准确地判定火源点的消防机器人视觉及其信号处理系统.其特点是既能判别火源的方位,又能测量火源的距离.其中,测距采用光谱辐射比率的方法,即用两个光谱带的辐射测量信号之比率建立数学模型.采用了新型红外探测器和单片机技术,并进行了实验和误差分析.

In recent years many robots of various functions and uses have been successfully developed, such as those for fire fighting, safetyprote -ction,life-saving and for reconnaissance.

本文介绍了近几年来,世界各国研制的功能各异、用途不同的机器人。如消防机器人、保安机器人、救生机器人、侦察机器人,等等。

 
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