摘要:随着社会的快速进步,技术,科技的急剧增加,无线视频监控系统的知名度和迅速成为当下的话题。其中,随着电子通信技术和信息处理技术的发展,为了给平台提供支持,有一个重要的原因是促进社会需求。由于无线安全监控系统,用户友好,直观和信息丰富的内容,被广泛应用于各种活动。构建高压电力设计的无线视频监控系统,由视频站点,无线网络等组成的监控中心,根据系统的整体设计介绍,详细介绍各类无线视频监控系统模块的构建。该系统主要是实现对高压电力建设的综合监测,降低运行成本,为电力线建设维修,提高系统的安全可靠性。63450
毕业论文关键词:视频监控;电力安装;系统;模块:安卓
Design of wireless monitoring for high voltage power line construction
Abstract:With the rapid development of society, science and technology is advancing rapidly, the reputation of a wireless monitor system is being held in high value and is a topic of the supreme arrogance of a person with great power at this stage. Besides technology of electron communication and information disposition is constructing a technology of platform, the important reason is requirement of society is impelled. Due to a wireless monitor system is safety、convenience、directly perceived through the senses and abundant of content, we used it to every occasion widely. The design of super high voltage transmission lines of a video surveillance system by video monitoring node, wireless network and monitoring center, etc., in the overall design of this system based on the detailed design of each module of the video monitoring system. The system mainly realizes the overall monitoring of the high-voltage transmission line, reduces the operation and maintenance cost of the high-voltage transmission line, and improves the safety and reliability of the system.
Keywords :Video monitoring; EHV transmission line; system
目录
1引言.1
1.1无线视频监控的背景.2
1.2无线视频监控的发展状况3
1.3无线视频监控的意义.4
1.4本文研究内容.5
2方案选择6
2.1采用A/D和D/A转换的数字无线视频监控系统7
2.2采用WiFi模块的无线视频监控系统8
2.3本章小结..9
3系统组成..10
4模块设计..10
4.1前端视频监控节点..10
4.2无线通讯网络11
4.3监控中心.12
5系统硬件设计.12
5.1硬件原理图概述.13
5.2单片机选型..13
5.3 WiFi模块16
5.4 摄像机选型.17
5.5 舵机选型18
6系统软件设计.19
6.1网络摄像机单片机软件设计23
6.2 Android客户端软件设计..24
7系统功能测试.27
7.1硬件测试.27
7.2软件测试.28
8总结30
1. 引言
因为国民经济的快速发展,能源系统的规模正在迅速扩大。任务操作和高压输电线路的维护也越来越多,以及可靠性和电力系统要求的安全性也越来越高,外部环境如周围建筑的高压输电线路,电线覆冰,风部分舞蹈,渡线,电线挂有异物盗窃塔材并造成触电等因素常常发生在一些区域。积极预防灾害提出了设计智能电网的要求,近年来电网发展在中国的“十二五”规划的主要发展趋势,现在已经成为世界能源系统的最新发展趋势改革智能电网的发展,被认为是21世纪的一个系统重大科技创新和发展趋势次方,在各种载体的智能电力监测系统已应用于全国各地。