基于自动化技术的钢平台及浮箱安装方案——以青岛奥帆中心演艺平台工程为例  

Steel Platform and Floating Box Installation Scheme Based on Automation Technology-A Case Study of Qingdao Olympic Sailing Center Performance Platform Project

作　　者：李帅 Li Shuai(Qingdao Global Tourism Terminal Development Co.,Ltd.,Qingdao 266071,China)

机构地区：[1]青岛全域旅游码头发展有限公司,青岛266071

出　　处：《办公自动化》2025年第6期10-12,共3页Office Informatization

摘　　要：青岛奥帆基地演艺平台位于青岛奥帆基地测量大厅码头延伸线海上,平台边缘距码头边17m。宽度与码头同宽为60m,外侧为圆弧形,圆弧中心距岸边20.7m,圆弧半径为56.5m。平台面高程为4.85m,低于岸侧陆域1.3m。本工程临海作业,且为水上施工,易受风浪影响及台风、风暴潮等天气情况影响。工序较多,工艺复杂,衔接要求较高。为提升工程质量与进度,文章在传统施工方案基础上融入自动化技术,探讨新的钢平台及浮箱安装方案,确保工程按时保质完成。The performance platform of the Qingdao Olympic Sailing Base is located at sea along the extension line of the wharf in the measurement hall area.The platform's edge is 17 meters from the dock,with a width of 60 meters matching that of the dock.The outer side features a circular arc,centered 20.7 meters from the shore and having a radius of 56.5 meters.The platform's surface elevation is 4.85 meters,1.3 meters lower than the adjacent land.This marine-based construction project is susceptible to environmental factors such as wind,waves,typhoons,and storm surges.With numerous complex processes requiring precise coordination,enhancing both the quality and progress of the project is essential.To achieve this,this paper proposes integrating automation technology into traditional construction methods,exploring innovative approaches for installing steel platforms and floating boxes.This strategy aims to ensure timely and high-quality completion of the project.

关 键 词：浮箱 钢平台 沉桩 浮箱拖运 自动化技术 

分 类 号：U655[交通运输工程—港口、海岸及近海工程]