《架空人无线监控系统车轿厢机设计论文》-毕业论文.doc

l 摘要 本设计的初衷主要是研究一个基于物联网技术对老式的架空人车进行改进，使其在能够更加安全、可靠运行同时确保企业的经济效益的最大化、人员事故降到最低。同时轿厢机内部一些人性化的设计相比较老式的架空人车（猴车），使企业员工在上班和下班过程中更舒适，让每个员工的工作效率得到提高。 矿上架空人车系统有上位机系统，节点机系统和轿厢机系统组成。由于在煤矿井下环境的特殊性，信号数据在巷道内部传送受到了很大程度上的限制和削弱，所以用节点机环节作为上位机和轿厢机之间数据传输的中间环节，设计思路是在煤矿井上控制室安装上位机，在煤矿井下每隔一段距离根据需要安装节点机同时在人车内部安装轿厢机系统。系统设计完成之后主控室可以对轿厢机内部进行实时数据监控，主控制室可一对一选择不同车厢进行通讯，随时询问各个车厢的运行状况以便做出调整，乘坐人员也可以申请和主控室进行双向通讯。同时mp3功能的添加也使设计更人性化。 本系统主要由at89c52单片机系统，CC1100无线通讯模块，AMBE-1000语音处理模块，音乐播放模块，键盘模块等组成。 关键词：无线通讯；车厢监控；CC1100；AMBE-1000； Abstract The design of the main purpose is the improvement of the aerial vehicle old-fashioned research one based on the technology of the Internet of things, the more safe and more reliable operation at the same time, maximize the economic benefits of the enterprise, personnel accidents to a minimum. At the same time the design of humanized car engine compared to old-fashioned aerial vehicles (monkey car), so that employees are more comfortable in the work and the work process, so that each employees work efficiency is improved. Aerial vehicle system for ore on PC system, consisting of node system and the car engine system. Because of the particularity of the coal mine environment, signal data transfer within the roadway has been largely restricted and weakened, so the node link as a link between the data transmission between the host computer and the car engine, design is the control room installed on the machine in the mine, the mine every once in a while distance according to need to install node machine at the same time in vehicle mounted inside the car engine system. After the completion of system design of main control room can be real-time data monitoring of Internal car machine, main control room can be a choice for communication of different compartments, inquire operation of various compartments in order to make the adjustment, passengers can also be bidirectional communication application and main control room. At the same time, add the MP3 functio