机电工程技术2025，Vol.54Issue(10)：122-126,5.DOI:10.3969/j.issn.1009-9492.2025.10.025
基于BDS的加装电梯钢结构井道沉降监测技术研究
Research on Settlement Monitoring Technology for Elevator Steel Structure Shaft Installation Based on BDS
摘要
Abstract
With the increase in renovation efforts and coverage of old residential areas,the number of elevators installed is increasing.The continuous growth of the elevator installation market has also driven the optimization and development of elevator installation construction technology.Steel structure elevator shafts have gradually replaced traditional reinforced concrete elevator shafts and are widely used.However,steel structure shafts may experience metal material deformation,settlement and tilting during elevator operation,affecting the overall stability of the shaft.In severe cases,it may even cause safety accidents such as damage to existing building structures and wall tearing.Due to the lack of relevant monitoring and detection methods for the settlement problem of steel structure elevator shafts,the implementation method,monitoring content,and system design of BDS settlement monitoring for the installation of elevator steel structure shafts are analyzed and studied based on the successful application case of the BeiDou satellite navigation system.By deploying BeiDou monitoring equipment on two typical steel structure shafts and building a BDS steel structure shaft settlement monitoring platform,the feasibility of using the system for steel structure shaft settlement monitoring is verified.The implementation of system functions and displacement monitoring results indicate that the application of BDS in steel structure shaft settlement monitoring is feasible.The system monitoring data accuracy can reach millimeter level,meeting the requirements of shaft settlement tilt monitoring and providing a data analysis method for the safety of installing elevators.关键词
BDS/加装电梯/钢结构/沉降监测Key words
BDS/installing elevators/steel structure/settlement monitoring分类
建筑与水利引用本文复制引用
黄慧英,魏李平..基于BDS的加装电梯钢结构井道沉降监测技术研究[J].机电工程技术,2025,54(10):122-126,5.基金项目
福建省特种设备检验研究院科技项目(FJTJ2023021) （FJTJ2023021）
