DSP数据采集论文基于TCP-IP协议的通风机远程监控系统

1、dsp数据采集论文：基于tcp/ip协议的通风机远程监控系 统研究【中文摘要】众所周知，近年来发生的重大煤矿事故大部分都是 由于瓦斯爆炸引起的。然而瓦斯的爆炸,与巷道里的通风是否顺畅， 风量大小与否都有着必然联系。对于煤矿巷道通风系统来说，它的关 键设备是通风机。通风机具有“矿井肺腑”之称。众多的煤矿事故给 我们敲响了警钟，在煤矿安全生产过程中，通风机运行的好与坏直接 关系到煤矿的安全生产和经济效益。因此，一个比较完善、操作方便 的控制系统对其运行过程进行监控变显十分重要，也是保障通风机安 全、可靠运行的最佳途径。我们必须对通风机的运行状况进行实时监 控。本文研究的是地面的主扇通风机，其运行状

2、态直接影响整个生产 系统的正常运行和安全生产，一旦发生故障将造成巨大的停产损失和 安全问题。主扇通风机担负着向井下不断的输送新鲜空气、排出粉尘 和污浊气流以及确保矿井生产安全的重任。据统计，煤矿事故70%以 上是由于通风设备故障、通风管理不善等所造成。另外，通风机多数 运行工况点偏离设计点，致使运行效率偏低。为此，必须对运行中的通 风机进行有效的监测和控制，对通风机的各个参数和运行的工况建立 一个完备的档案，为现场的管理和维护提供依据，以解决通风机运行 中的安全性和经济性问题。本监控系统就是在此背景下提出的。基于 tcp/ip协议的通风机远程监控系统能无间隔的进行设备运行状况监 视，具有超限控

3、制、报警等功能,提高了风机的自动化程度。木系统采 用基于tcp/ip的协议的以太网控制系统，有设备控制层和网络监管 层组成，采用vb6. 0编写上位机监控界面，实现dsp系统与pc机z间 通过以太网进行数据传输的具体过程。系统采用一种以dsp为核心的 新型数据采集系统，主要釆集的数据有风机负压、入口负压、电机轴 承温度、电机绕组温度、电机垂直振动参数等。利用dsp数据采集系 统对各个主要参数进行高速实时采集，由dsp完成对基本参数的测量, 计算与分析工作，并完成基于tcp/ip协议的以太网接入的dsp实现技 术。图表参【英文摘耍】as we all know, a major coal min

4、e accidents occurred in recent years are mostly caused by the gas explosion. however, gas explosion, the ventilation and the roadway is smooth, air volume or have a ncccssary conncction. for the coal mine tunnel ventilation system, it is the key equipment fan. the fans have “the heart of mine, “said

5、. a large number of mine accidents to us sounded the alarm in coal mine safety production process, the fan is running good or bad is directly related to coal mine safety and economic benefits .thus, a relatively complete and easy to operate control systems to monitor the change of its operation was

6、very important, but also protect the fan safe and reliable operation of the best way. we must fan the operati onal status of the real-time moni tori ng in this paper, the main fan fan the ground, the operation directly affects the normal operation of the entire production system and production safet

7、y in the event of failure would cause huge loss and stop security issues the main mine fan to fan charged with the continuous delivery of fresh air, exhaust air and dust and dirty task of ensuring the safety of mine production.according to statistics, over 70% of coal mine accidents was due to venti

8、lation equipment failure, ventilation caused by mismanagement. in addition, the fan point of most operating conditions deviate from the design point, resulting in low efficiency. to this end, the operation of the fan must be on effective monitoring and control of the fan running all the parameters a

9、nd conditions to create a complete file management and maintenance for the site to provide the basis to solve the fan running security and economic issues the monitoring system is proposed in this context based on tcp/ip protocol remote monitoring system can not fan the interval of equipment heal th

10、 monitoring, with gauge control and alarm functions to improve the automation of the fan. the system uses the ethernet control system based on tcp/ip protoco1.it is composed of device control layer and the network monitoring layer and preparing pc monitoring interface by vb6 0 to achieve specific pr

11、ocess via the ethernet between the dsp system and pc. the system uses the new data acquisition system that selects dsp as the core,the data were collected from a blower vacuum, vacuum inlet, the motor bearing temperature, motor winding temperature, the electrical parameters of the vertical vibration

12、. using dsp data acquisition system can collect each of the major parameters in high-speed real-time the dsp completes the measurement ,calculation and analysisof basic parameters and then completes ethernet access based on tcp/ip protoco 1. figure 41 table 7 reference 45【关键词】dsp数据采集tcp/ip协议以太网风机监控【

13、英文关键词】dsp data acquisitiontcp / ip protocolethernetfan monitoring【目录】基于tcp/ip协议的通风机远程监控系统研究 摘要5-6 abstract 6-7目录8-10 contents 10-121 绪论 12-151. 1 选题的背景和研究意义1212风机监控系统的国内外研究现状及展望12-1313风机监控系统存在的不足和改进方法13-141.4通风机监控系统所实现的基本功能14-152轴流式通风机运行特性和理论15-252. 1轴流式通风机的工作特点152.2轴流式通风机性能曲线15-182. 2. 1轴流式通风机的主耍技术

14、指标15-172.2.2轴流式通风机的特性曲线17-182. 3本系统所涉及的参数182.4通风机25-433. 1监控系统的硬件组成结构图253. 2 dsp的概述及其特点 25-273. 2. 1 dsp的概述 25-263. 2. 2 dsp芯片的选型及特点26-273. 3硬件电路设计27-283. 3. 1电源输入单元电路设计27-283. 4 dsp电路设计 28-313.4. 1时钟电路 293.4.2复位电路293.4.3电平转换电路29-303.4.4存储器扩展电路30-313. 5以太网接口电路设计 31-383. 5. 1rtl8019as 的介绍 31-333. 5.

15、2 rtl8019as 的硬件连接33-383. 6风机状态的检测38-413. 6. 1风机测点分布383.6.2传感器的选择38-413. 7模数转换模块(adc) 41-433. 7. 1模数转换模块(adc)概述41-423. 7.2模拟信号输入及调理模块42-434监控系统软件设计43-564.1以太网技术概述43-474.1.2以太网数据帧的封装格式44-454.1.3以太网底层的数据发送和接收 45-474. 2 tcp/ip 协议简介 47-484. 3 tcp/tp协议栈在tms320lf2407 ±的实现48-564.3. 1数据链路层arp 协议 49-514.3.2 网络层 ip 协议 51-534.3.3 传输层udp协议53-565上位机vb监控界面的设计56-735. 1 visu