城镇危化企业网格化监管系统的设计与实现
发布时间：2018-09-15 19:17
【摘要】：为响应国家的“创新社会管理”的要求,进一步增强基层安全生产监督管理效能,促进政府部门监管责任和企业主体责任的落实,全面提升安全生产事故防控水平,按照“定格、定责、定人、定企”的要求,健全完善“分级负责、包企到人”的责任落实机制,实现“权责明晰、履职到位、监管有力、协调联动”的安全监管工作目标,建设覆盖区、功能区(街镇)、村居的安全监管体系,将全区所有各类生产经营单位全部纳入监管网格。通过划分精细化的监管网格,实现网格内人、企等要素信息的常态化管理,建设安全生产网格化监管信息系统。本项目来源于国家安全生产监督管理总局通信信息中心。主要包括移动端Android应用和Web监管平台两部分。移动端的用户是三级网格巡查员,网格巡查员在移动端主要完成的工作是危化企业巡查,对于整改完毕的企业进行隐患状况的复查,同时企业巡查的结果上报给上级网格监管员。Web监管平台部分主要的功能是单元网格的信息管理,网格企业的划分,下发巡查任务给下一级网格员,查看网格巡查员所上报的隐患记录。在Web端还需要重点的叙述一下网格化地图,网格化地图对于网格员监管危化企业起到事半功倍的效果。本文作者参与了该项目的需求分析,架构设计,数据库设计,并在详细设计阶段参与完成了网格化地图的绘制,网格化地图简单操作的应用。独立开发的移动端功能模块是:企业巡查,隐患整改情况复查,信息采集上传。PC端所实现的功能模块是:网格化地图,网格信息管理,网格企业划分,下级报请管理等功能。在本篇论文中所突出之处在于,综合运用GIS,ArcGIS,JavaScript等技术工具来实现可视化的网格监管系统。目前整个网格化监管系统已经得到实际的实施与部署,极大地提高了各个政府部门,监管单位,企业的工作效率。
[Abstract]:In order to respond to the requirements of "innovative social management" of the country, further enhance the effectiveness of supervision and management of production safety at the grass-roots level, promote the implementation of the supervisory responsibility of government departments and the main responsibility of enterprises, and comprehensively raise the level of prevention and control of accidents in production safety, In accordance with the requirements of "freeze, hold responsibility, appoint people, and set enterprises", perfect the implementation mechanism of the responsibility of "grading responsibility, contracting enterprises to people", and realize the goal of "clear powers and responsibilities, in place of duty, effective supervision and coordination and linkage", The construction covers the area, the function area (street town), the village residence safety supervision system, all kinds of production and management units in the whole area are brought into the supervision grid. By dividing the fine supervision grid to realize the regular management of the information of the elements such as people and enterprises in the grid, the grid supervision information system of safety production is built. This project comes from the Communication Information Center of the State Administration of production Safety Supervision and Administration. It mainly includes mobile Android application and Web supervision platform. The mobile user is a three-level grid inspector. The main task accomplished by the grid inspector in the mobile terminal is to inspect the dangerous enterprises, and to review the hidden trouble situation of the enterprises that have been rectified. At the same time, the results of the enterprise inspection are reported to the superior grid supervisor. The main functions of the Web supervision platform are the information management of the cell grid, the division of the grid enterprise, the next level of inspection task to the next grid officer. Check the hidden trouble records reported by the grid inspector. In the Web end, we also need to focus on the grid map, grid map for the grid operator supervision of the dangerous enterprise play a double effect with half the effort. The author of this paper is involved in the requirement analysis, architecture design and database design of the project, and in the detailed design stage, he has completed the drawing of the grid map and the application of the simple operation of the grid map. The independently developed mobile function modules are: enterprise inspection, hidden trouble rectification review, information collection and upload. PC terminal is: grid map, grid information management, grid enterprise division, lower level application management and other functions. The outstanding point of this paper is that the visual grid supervision system is realized by using GIS,ArcGIS,JavaScript and other technical tools. At present, the grid supervision system has been implemented and deployed, which greatly improves the efficiency of various government departments, regulatory units and enterprises.
【学位授予单位】：北京交通大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP311.52
本文编号：2244235
[Abstract]:In order to respond to the requirements of "innovative social management" of the country, further enhance the effectiveness of supervision and management of production safety at the grass-roots level, promote the implementation of the supervisory responsibility of government departments and the main responsibility of enterprises, and comprehensively raise the level of prevention and control of accidents in production safety, In accordance with the requirements of "freeze, hold responsibility, appoint people, and set enterprises", perfect the implementation mechanism of the responsibility of "grading responsibility, contracting enterprises to people", and realize the goal of "clear powers and responsibilities, in place of duty, effective supervision and coordination and linkage", The construction covers the area, the function area (street town), the village residence safety supervision system, all kinds of production and management units in the whole area are brought into the supervision grid. By dividing the fine supervision grid to realize the regular management of the information of the elements such as people and enterprises in the grid, the grid supervision information system of safety production is built. This project comes from the Communication Information Center of the State Administration of production Safety Supervision and Administration. It mainly includes mobile Android application and Web supervision platform. The mobile user is a three-level grid inspector. The main task accomplished by the grid inspector in the mobile terminal is to inspect the dangerous enterprises, and to review the hidden trouble situation of the enterprises that have been rectified. At the same time, the results of the enterprise inspection are reported to the superior grid supervisor. The main functions of the Web supervision platform are the information management of the cell grid, the division of the grid enterprise, the next level of inspection task to the next grid officer. Check the hidden trouble records reported by the grid inspector. In the Web end, we also need to focus on the grid map, grid map for the grid operator supervision of the dangerous enterprise play a double effect with half the effort. The author of this paper is involved in the requirement analysis, architecture design and database design of the project, and in the detailed design stage, he has completed the drawing of the grid map and the application of the simple operation of the grid map. The independently developed mobile function modules are: enterprise inspection, hidden trouble rectification review, information collection and upload. PC terminal is: grid map, grid information management, grid enterprise division, lower level application management and other functions. The outstanding point of this paper is that the visual grid supervision system is realized by using GIS,ArcGIS,JavaScript and other technical tools. At present, the grid supervision system has been implemented and deployed, which greatly improves the efficiency of various government departments, regulatory units and enterprises.
【学位授予单位】：北京交通大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP311.52
【参考文献】
相关期刊论文 前10条
1 陈平;;化工设备管理的重要性及其策略方法分析[J];化工设计通讯;2017年01期
2 孟晓梵;林华瑜;;论社会治理视角下社区警务的发展路径[J];湖北警官学院学报;2017年01期
3 杨万清;李振威;;基于全环节优化的区域电网调控管理提升[J];企业管理;2016年S2期
4 刘国庆;白秀忠;;现行安全事故统计数据存在的问题研究[J];科技资讯;2016年09期
5 王金玉;胡宾鑫;宋广东;姜龙;刘统玉;;基于IEEE 1588时间同步协议的cRIO数据采集装置的设计与实现[J];山东科学;2016年03期
6 赵栋林;刘晓辉;;论GIS地理信息技术和手持GPS采集仪在在水土保持项目措施验收中的运用[J];甘肃农业;2016年08期
7 潘培雯;;基于分布式计算机技术的数据库管理系统研究[J];电子技术与软件工程;2016年05期
8 赵生昊;刘恒毅;刘青松;余蜀豫;;基于ArcGIS Engine的闪电定位资料查询系统设计[J];电子设计工程;2016年01期
9 刘家福;张尧;;基于Supermap技术的数字化校园APP设计研究——以吉林师范大学为例[J];吉林师范大学学报(自然科学版);2016年01期
10 花育聪;张国凯;;基于大数据下的网格计算模型研究分析[J];信息技术与信息化;2015年10期
相关硕士学位论文 前2条
1 赵伟;移动网络游戏服务器设计与实现[D];南京大学;2016年
2 李岩;我国特大城市的社区网格化管理模式研究[D];电子科技大学;2013年
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