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Method for linear automatic monitoring of guide beam in steel beam pushing process
The invention provides a method for linear automatic monitoring of a guide beam in a steel beam pushing process. The method comprises the following steps of: arranging a GNSS (Global Navigation Satellite System) receiver at the front end of the guide beam; differential pressure type static force level gauges are arranged on the guide beam and the main beam at intervals; in the steel beam incremental launching construction process, a GNSS receiver and a differential pressure type static leveling instrument are used for measurement, and measurement data are obtained; and transmitting the measurement data to a remote monitoring and analysis platform for analysis, and feeding back an analysis result to a construction site in real time. According to the method for linear automatic monitoring of the guide beam in the steel beam pushing process, a GNSS receiver and a differential pressure type static force level gauge are arranged on the guide beam for real-time data measurement, then measurement data are transmitted to a remote monitoring and analysis platform for analysis, and an analysis result is fed back to a construction site in real time; in this way, construction adjustment can be conducted in time on a construction site according to the analysis structure, and the construction effect and construction efficiency of steel beam incremental launching construction can be improved.
本发明提供了一种用于钢梁顶推过程中导梁线型自动化监控的方法，包括：在导梁前端布设GNSS接收机；在导梁和主梁上间隔布设压差式静力水准仪；在钢梁顶推施工过程中利用GNSS接收机和压差式静力水准仪进行测量，得到测量数据；将所述测量数据传输至远程监测及分析平台进行分析，并将分析结果实时向施工现场进行反馈。本发明提供了一种用于钢梁顶推过程中导梁线型自动化监控的方法，通过在导梁上设置GNSS接收机和压差式静力水准仪进行实时数据测量，然后将测量数据传输至远程监测及分析平台进行分析后，将分析结果实时反馈给施工现场，使得施工现场能根据分析结构进行及时的施工调整，有利于提高钢梁顶推施工的施工效果和施工效率。
Method for linear automatic monitoring of guide beam in steel beam pushing process
The invention provides a method for linear automatic monitoring of a guide beam in a steel beam pushing process. The method comprises the following steps of: arranging a GNSS (Global Navigation Satellite System) receiver at the front end of the guide beam; differential pressure type static force level gauges are arranged on the guide beam and the main beam at intervals; in the steel beam incremental launching construction process, a GNSS receiver and a differential pressure type static leveling instrument are used for measurement, and measurement data are obtained; and transmitting the measurement data to a remote monitoring and analysis platform for analysis, and feeding back an analysis result to a construction site in real time. According to the method for linear automatic monitoring of the guide beam in the steel beam pushing process, a GNSS receiver and a differential pressure type static force level gauge are arranged on the guide beam for real-time data measurement, then measurement data are transmitted to a remote monitoring and analysis platform for analysis, and an analysis result is fed back to a construction site in real time; in this way, construction adjustment can be conducted in time on a construction site according to the analysis structure, and the construction effect and construction efficiency of steel beam incremental launching construction can be improved.
本发明提供了一种用于钢梁顶推过程中导梁线型自动化监控的方法，包括：在导梁前端布设GNSS接收机；在导梁和主梁上间隔布设压差式静力水准仪；在钢梁顶推施工过程中利用GNSS接收机和压差式静力水准仪进行测量，得到测量数据；将所述测量数据传输至远程监测及分析平台进行分析，并将分析结果实时向施工现场进行反馈。本发明提供了一种用于钢梁顶推过程中导梁线型自动化监控的方法，通过在导梁上设置GNSS接收机和压差式静力水准仪进行实时数据测量，然后将测量数据传输至远程监测及分析平台进行分析后，将分析结果实时反馈给施工现场，使得施工现场能根据分析结构进行及时的施工调整，有利于提高钢梁顶推施工的施工效果和施工效率。
Method for linear automatic monitoring of guide beam in steel beam pushing process
一种用于钢梁顶推过程中导梁线型自动化监控的方法
ZHANG SUO (author) / ZHAO JIAN (author) / LIN ZAIZHI (author) / CHENG WEI (author) / SHI LIWEI (author) / GOU LIANG (author) / NING ZHIYUAN (author) / YOU CHUNYING (author) / WANG LEI (author) / LIANG QI (author)
2022-11-08
Patent
Electronic Resource
Chinese
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