基于BIM系统的塔式起重机及移动设备群落管理研究与应用
|
摘要
在建筑施工领域可通过BIM技术、WSN技术、无人机技术、智慧工地管理平台等信息化手段综合应用,实现对施工现场关键要素全过程、全方位管控。结合深圳国际会展中心施工总承包工程,对塔式起重机及移动设备群落智慧管理进行介绍和总结。基于BIM技术可视化、协同性、综合性的特性,将现场所有动态安全信息进行集成,为施工现场安全问题沟通和协调提供统一平台,形成一套安全管理实时监测与预警的管理及应用体系。
With the rapid development of China's science and technology level, in the field of construction,BIM technology,WSN technology,UAV technology,intelligent site management platform and other information means can be comprehensively applied to realize the whole process and all-round control of the key elements of the construction site. Combined with the general contracting project of Shenzhen International Convention and Exhibition Center,this paper briefly introduces and summarizes the intelligent management of tower crane and mobile equipment community management.BIM technology has the characteristics of visualization,coordination and integration. Based on BIM technology,it can integrate all the dynamic safety information on the site,provide a unified platform for the communication and coordination of safety problems on the construction site, and form a set of management and application system of safety management real-time monitoring and early warning.
With the rapid development of China's science and technology level, in the field of construction,BIM technology,WSN technology,UAV technology,intelligent site management platform and other information means can be comprehensively applied to realize the whole process and all-round control of the key elements of the construction site. Combined with the general contracting project of Shenzhen International Convention and Exhibition Center,this paper briefly introduces and summarizes the intelligent management of tower crane and mobile equipment community management.BIM technology has the characteristics of visualization,coordination and integration. Based on BIM technology,it can integrate all the dynamic safety information on the site,provide a unified platform for the communication and coordination of safety problems on the construction site, and form a set of management and application system of safety management real-time monitoring and early warning.
引文
[1]毛志兵.推进智慧工地建设助力建筑业的持续健康发展[J].工程管理学报,2017(5):80-84.
[2]张艳超.智慧工地建设需求和信息化集成应用探讨[J].智能建筑与智慧城市,2018(5):86-88.
[3]赵亚斌.浅谈建筑施工现场塔吊的安全管理[J].智能城市,2017(10):113.
[4]吕红安,王鹏,冯柳,等.建设工程施工危险源的辨识、风险评价与控制[J].华中科技大学学报(城市科学版),2006,23(1):43-45.
[5]杜海.浅述特种设备(塔吊)机械设备的安全管理[J].江西建材,2014(5):281-283.
[6]张彬彬.基于BIM与WSN技术的塔吊安全管理实施检测与预警系统研究[J].项目管理技术,2018(6):46-51.
[2]张艳超.智慧工地建设需求和信息化集成应用探讨[J].智能建筑与智慧城市,2018(5):86-88.
[3]赵亚斌.浅谈建筑施工现场塔吊的安全管理[J].智能城市,2017(10):113.
[4]吕红安,王鹏,冯柳,等.建设工程施工危险源的辨识、风险评价与控制[J].华中科技大学学报(城市科学版),2006,23(1):43-45.
[5]杜海.浅述特种设备(塔吊)机械设备的安全管理[J].江西建材,2014(5):281-283.
[6]张彬彬.基于BIM与WSN技术的塔吊安全管理实施检测与预警系统研究[J].项目管理技术,2018(6):46-51.