Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Foundation settlement monitoring method, system and equipment
The invention discloses a foundation settlement monitoring method, a system and equipment. The foundation settlement monitoring method comprises the following steps of: acquiring reference station information and positioning data of a satellite sent to a receiving station by the satellite; acquiring soil humidity data of the receiving station; calculating the reference station information and thepositioning data of the satellite to obtain a carrier phase observation measurement value; combining the carrier phase observation measurement value with the soil humidity data, and calculating to obtain a final carrier phase observation measurement value; and judging whether foundations are settled or not according to the final carrier phase observation measurement value. According to the foundation settlement monitoring method, the reference station information and the positioning data of the satellite sent to the receiving station by the satellite are received, the soil humidity data is obtained, the carrier phase observation measurement value is calculated according to obtained data, so that high-precision positioning information is obtained, accurate measurement of foundation settlement is achieved through the carrier phase observation measurement value which is accurate to the millimeter level, and the technical problem that a level monitoring method cannot accurately measure thesettlement amount of the foundations in the prior art is solved.
本发明公开了一种地基沉降监测方法、系统及设备，包括：获取卫星发送至接收站的基准站信息以及该卫星的定位数据，获取接收站的土壤湿度数据，并通过对基准站信息以及卫星的定位数据计算得到载波相位观测测量值，将载波相位观测测量值与土壤湿度数相结合，从而计算得到最终载波相位观测测量值，根据最终观测测量值来判断地基是否发生沉降，本发明通过获取卫星发送至接收站的基准站信息以及该卫星的定位数据，获取土壤湿度数据，根据获取到的数据计算载波相位观测测量值从而得到了高精度的定位信息，通过精确到毫米级的载波相位观测测量值从而实现地基沉降的准确测量，解决了现有技术水准监测法无法对地基的沉降量进行准确测量的技术问题。
Foundation settlement monitoring method, system and equipment
The invention discloses a foundation settlement monitoring method, a system and equipment. The foundation settlement monitoring method comprises the following steps of: acquiring reference station information and positioning data of a satellite sent to a receiving station by the satellite; acquiring soil humidity data of the receiving station; calculating the reference station information and thepositioning data of the satellite to obtain a carrier phase observation measurement value; combining the carrier phase observation measurement value with the soil humidity data, and calculating to obtain a final carrier phase observation measurement value; and judging whether foundations are settled or not according to the final carrier phase observation measurement value. According to the foundation settlement monitoring method, the reference station information and the positioning data of the satellite sent to the receiving station by the satellite are received, the soil humidity data is obtained, the carrier phase observation measurement value is calculated according to obtained data, so that high-precision positioning information is obtained, accurate measurement of foundation settlement is achieved through the carrier phase observation measurement value which is accurate to the millimeter level, and the technical problem that a level monitoring method cannot accurately measure thesettlement amount of the foundations in the prior art is solved.
本发明公开了一种地基沉降监测方法、系统及设备，包括：获取卫星发送至接收站的基准站信息以及该卫星的定位数据，获取接收站的土壤湿度数据，并通过对基准站信息以及卫星的定位数据计算得到载波相位观测测量值，将载波相位观测测量值与土壤湿度数相结合，从而计算得到最终载波相位观测测量值，根据最终观测测量值来判断地基是否发生沉降，本发明通过获取卫星发送至接收站的基准站信息以及该卫星的定位数据，获取土壤湿度数据，根据获取到的数据计算载波相位观测测量值从而得到了高精度的定位信息，通过精确到毫米级的载波相位观测测量值从而实现地基沉降的准确测量，解决了现有技术水准监测法无法对地基的沉降量进行准确测量的技术问题。
Foundation settlement monitoring method, system and equipment
一种地基沉降监测方法、系统以及设备
ZHOU ENZE (Autor:in) / XU HAILIN (Autor:in) / TIAN XIANG (Autor:in) / HUANG YONG (Autor:in) / RAO ZHANGQUAN (Autor:in) / E SHENGLONG (Autor:in) / WEI RUIZENG (Autor:in) / WANG TONG (Autor:in) / XIANG ZHUN (Autor:in) / HUANG SONGBO (Autor:in)
28.08.2020
Patent
Elektronische Ressource
Chinesisch
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