噪音揚塵監(jiān)測系統(tǒng)設計與實現(xiàn)
[Abstract]:With the accelerated pace of urban construction, the construction industry ushered in a rapid development. All kinds of pollution problems, especially the noise and dust generated in construction, are always perplexing people. How to use computer technology to monitor the construction process in real time so as to effectively prevent noise dust from exceeding the standard is a significant subject. This paper introduces the design and implementation of noise dust monitoring system. The system is divided into data monitoring and collection module, query and statistical analysis module, alarm short message module, task issuing module, equipment management module, project management module, legal person management module. The data monitoring and collecting module can receive the noise dust data, judge the received data packet, filter out the illegal data packet which does not accord with the communication protocol, and store the valid data to the database. The query statistical analysis module realizes the graph display of the data four-level grid and the display of the geographical information location of the equipment. When the noise dust data continues to exceed a certain number of times, the alarm short message module sends the alarm message to the person in charge of the construction site and the relevant law enforcement personnel. Task delivery module to achieve punishment document template generation, historical violations record view, violation of the project punishment. The device management module realizes the sensor equipment management operation and the configuration of working parameters. The project management module realizes the project management operation and the configuration of the project leader and legal person. The legal person management module is responsible for realizing the management operation of the legal person. The noise dust monitoring system is constructed by using SSH framework, using B / S structure and using MySQL database to store monitoring data. The sensor and the data collection module communicate with each other through TCP connection. Make the operation more friendly by using GIS. The system uses short message cat to send alarm message. Penalty documents are generated using Apache POI technology. Use Jquery Easyui and Highcharts to achieve friendly user interface and efficient statistical presentation. After the development of the system, several equipments distributed in different areas of Xi'an were used to transmit noise and dust data for 4 months. The test results show that the system runs well and the design goal is fulfilled. And by Shaanxi Satellite TV and a number of media reports. In short, actual commercial deployment is possible.
【學位授予單位】:西安電子科技大學
【學位級別】:碩士
【學位授予年份】:2015
【分類號】:TP274
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