摘  要:视频侦察机器人是指在危险环境中能代替人从事视频侦察活动的机器人。无论在战场、在发生核生化污染事故现场、地震或其他自然灾害现场，视频侦察尤为重要。积极有效地开展危险环境侦察机器人的研究对于保障人民的财产安全、保障大型国内或者国际性的活动的安全具有重要的意义，对于应对和处理突发事件、加快事故处理速度、降低事故造成的财产损失和缩小事故影响具有重要作用。近年来，随着科学技术日新月异的进步，机器人被应用于各个领域，甚至变为家居使用。那么怎样才能开发出一个能够适应各种环境，拥有视频侦察感知系统，操作灵活，能够顺利达到人物现场而又物美价廉的家居使用的软硬件完美结合可编程机器人，成为一个亟待解决的主要内容。

　　　视频视侦察机器人设计与开发充分考虑到了研究和应用的需要，从机械设计者、程序开发者两个个层面提供了相对完善的人机交互的功能。人机交互的方式、人和机器人工作的分工及协调等内容的研究贯穿机器人系统研制的全过程。当中结合舵机控制原理、单片机控制原理、Wlan通信技术、串口通信技术、红外线探测技术，设计硬件控制模块和程序控制系统两大模块，并实现了一个具有视频功能的，程序控制与语音控制相结合的小型可编程控制机器人。程序开发者利用Arduino这个源码开放的微控制器电路板相应的集成开发环境Arduino-0022，根据喜好设计并开发全自主、人-机器人协作的半自主和遥控操作等几种方式的机器人。让程序开发者的计算机更好地感知和控制外世界。

关键词：机器人；视频侦察；单片机控制；Arduino编程

ABSTRACT:Video reconnaissance robots is to point to in dangerous environment can instead of people engaged in video surveillance active of the robot. No matter in the   battlefield, it happen in biological or nuclear pollution accident site, earthquake or other nature disaster site, video surveillance is particularly important. To effectively carry out dangerous environment reconnaissance robots research, to ensure the people's property security, security large domestic or international activities security has an important meaning, to deal with and handle emergencies, speed up the processing speed and reduce accident accidents property damage and narrowing the accident influence has an important effect. In recent years, with the progress of science and technology are developing rapidly, a robot is used in every field, even into household use. So how to develop a can adapt to the environment, with video reconnaissance perceptual system, flexible operation, it can successfully to the characters and cheap and fine household use the software and hardware of the perfect combination programmable robots, become an urgent main content.

  Video depending on the reconnaissance robot design and development full consideration of the need to research and application, mechanical designers, developers from two aspects provided relatively perfect the function of human interaction. Man-machine interactive way, and the division of work and robots work coordination and so on the content of the robot system of throughout the entire process. Combination of steering gear control principle and single-chip microcomputer control principle, Wireless communications technology, serial interface communication technology, infrared detection technology, design hardware control module and program control system of two big modules, and realize a video of the function, process control and voice control combination of small programmable control robot.

Keywords:  Robot; Video surveillance; Single-chip microcomputer control; Arduino programming