基于智能手机的输电线路质量验评系统研究
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摘要
特高压输电线路工程施工质量验评是输电工程质量管理中的重要方面,而当前的质量验评工作中仍然存在设计信息查询繁琐、质量验评信息传输滞后、过程资料管理粒度有待细化等问题。针对这些问题,研究了相关的移动端技术、云存储技术、数据加密传输技术等,提出来一种基于智能手机APP与B/S架构相结合构建施工质量验评系统的解决方案。所建设的质量验评系统,实现了对特高压输电线路工程的设计信息的批量导入与快速检索、验评信息的实时填报与流转,实现了特高压输电线路施工质量信息的精细化高效管理。经过在特高压线路工程中的实际应用,验证了质量验评系统的科学性和实用性。
The transmission line construction quality assessment is an important aspect of power transmission project in quality management. But there are still many problems in the assessment, such as complicated design information query, poor information sharing and granularity of process data management. Due to these problems, by studying mobile terminal technology, cloud storage technology and data encryption transmission technology, we elaborated the solution of building a quality assessment system with B/S architecture and the mobile system. The quality assessment system realized the bulk importing of project information and design parameters. Builders can fill assessment form rapidly and Supervisors or Owners can hold construction quality in real time with the system. After the practical application in the transmission line project, it has verified the scientific and practicability of the quality assessment system.
The transmission line construction quality assessment is an important aspect of power transmission project in quality management. But there are still many problems in the assessment, such as complicated design information query, poor information sharing and granularity of process data management. Due to these problems, by studying mobile terminal technology, cloud storage technology and data encryption transmission technology, we elaborated the solution of building a quality assessment system with B/S architecture and the mobile system. The quality assessment system realized the bulk importing of project information and design parameters. Builders can fill assessment form rapidly and Supervisors or Owners can hold construction quality in real time with the system. After the practical application in the transmission line project, it has verified the scientific and practicability of the quality assessment system.
引文
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[4]Q/GDW1163-2012,1000 k V架空输电线路施工质量检验及评定规程[S].
[5]Q/CSG41102-2012,10 k V~500 k V输变电及配电工程质量验收与评定标准[S].
[6]Q/CSG41102-2012,10 k V~±800 k V输变电工程质量验收与评定标准[S].
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[2]GB50233-2014,110 k V~750 k V架空输电线路施工及验收规范[S].
[3]DL/T5300-2013,1000 k V架空输电线路工程施工质量检验及评定规程[S].
[4]Q/GDW1163-2012,1000 k V架空输电线路施工质量检验及评定规程[S].
[5]Q/CSG41102-2012,10 k V~500 k V输变电及配电工程质量验收与评定标准[S].
[6]Q/CSG41102-2012,10 k V~±800 k V输变电工程质量验收与评定标准[S].
[7]何四海,等.基于智能手机的配电网现场作业管理系统[J].中国电力,2012,45(7).
[8]胡溪.基建管控系统在辽宁电网的二次开发与应用[D].吉林:吉林大学计算机科学与技术学院,2014.
[9]宁葵,宁健.工程建设质量验评专家系统的实现[J].工程设计CAD与智能建设筑,2000,(10).
[10]刘赟.质量验评系统的设计及实现[C].南宁:中国电机工程学会电力土建专委会施工分专委会第六次学术交流会,2005.
[11]何荣余.火电土建工程质量验评系统的设计及实现[C].南宁:中国电机工程学会电力土建专委会施工分专委会第六次学术交流会,2004.
[12]宋伟,等.基于Android平台的建设工程施工现场质量管理应用研究[J].2013,42(18).
[13]刘厦,等.智能手机应用于便携式检测技术的研究进展[J].分析试验室.2017,(36).
[14]刘思思.云存储数据安全性分析[J].无线互联科技,2015,(19).
[15]焦文华.基于Android的移动互联网应用的研究和实现[D].武汉:武汉理工大学,2013.