摘要
传统的深层土体水平位移监测通常利用测斜仪人工现场采集数据,存在效率低下、监测频率有限、反馈速度慢且容易受天气因素影响等缺点。本文以海口市南海明珠人工岛围海造地工程中海堤深层土体水平监测为例,对自动化测斜系统的监测原理以及应用全过程进行了分析和探讨,研究结果表明,自动化测斜系统能够实现全自动、实时、连续的跟踪监测,能实时分析和输出监测成果,极大地提高了深层土体水平位移监测的效率,值得推广应用。
Traditional deep soil horizontal displacement monitoring usually uses inclinometer to collect data manually on site,which has disadvantages of low efficiency,limited monitoring frequency,slow feedback speed and easy to be affected by weather factors.Taking the deep soil level monitoring project of Haikou Nanhai Pearl Artificial Island reclamation project as an example,this paper analyzes and discusses the monitoring principle and the whole application process of the automatic inclinometer system.The research results show that the automatic inclinometer system can realize automatic,real-time and continuous tracking monitoring,real-time analysis and output of monitoring results,which greatly improves the monitoring results.The efficiency of horizontal displacement monitoring of deep soil mass is worthy of popularization and application.
作者
陈寿辙
CHEN Shouzhe(Hainan Institute of Hydrogeology and Engineering Geology Survey,Haikou 570206,China)
出处
《测绘与空间地理信息》
2022年第5期173-175,共3页
Geomatics & Spatial Information Technology
关键词
自动化测斜系统
测斜仪
深层土体水平位移
海堤
automatic inclinometer
inclinometer
horizontal displacement of deep soil
seawall
作者简介
陈寿辙(1985-),男,海南乐东人,高级工程师,学士,主要从事工程测量、变形观测、不动产测绘等方面的工作。
