A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent monitoring method for construction process of gravel vibroflotation pile
The invention discloses an intelligent monitoring method for the construction process of a gravel vibroflotation pile. The method mainly comprises the steps that firstly, the vibroflotation device space coordinates, the vibroflotation depth, the vibroflotation current time sequence, the filling amount of each time and the like in the operation process of the gravel vibroflotation pile are sensed; secondly, based on timestamp analysis, the gravel vibroflotation device space coordinates, the vibroflotation depth, the vibroflotation current and the filling amount are subjected to coupling analysis, and the indexes such as the vibration remaining time, the filling amount and the current sequence of each depth are analyzed; thirdly, an intelligent early warning system for the vibroflotation process is established, and intelligent early warning and feedback control over the indexes such as the vibroflotation position, the vibroflotation current and the vibration remaining time are achieved; and finally, a graph report system for the construction quality of the vibroflotation pile at any time is established, and visual analysis of parameters of the vibroflotation process is achieved. According to the intelligent monitoring method, intelligent sensing and feedback control over the parameters of the vibroflotation operation process can be achieved, and the vibroflotation quality is comprehensively controlled.
本发明公开一种碎石振冲桩施工过程智能监控方法，步骤主要包括：首先，对碎石振冲桩作业过程的振冲器空间坐标、振冲深度、振冲电流时间序列、每次填料量等进行感知；其次，基于时间戳分析，将碎石振冲器空间坐标、振冲深度、振冲电流、填料量进行耦合分析，实现各深度留振时间、填料量、电流序列等指标进行分析；再次，建立振冲过程智能预警体系，实现振冲位置、振冲电流、留振时间等指标的智能预警与反馈控制；最后，建立随时振冲桩施工质量图形报告体系，实现振冲过程参数可视化分析。本发明可以实现振冲作业过程参数的智能感知与反馈控制，确保振冲质量全面受控。
Intelligent monitoring method for construction process of gravel vibroflotation pile
The invention discloses an intelligent monitoring method for the construction process of a gravel vibroflotation pile. The method mainly comprises the steps that firstly, the vibroflotation device space coordinates, the vibroflotation depth, the vibroflotation current time sequence, the filling amount of each time and the like in the operation process of the gravel vibroflotation pile are sensed; secondly, based on timestamp analysis, the gravel vibroflotation device space coordinates, the vibroflotation depth, the vibroflotation current and the filling amount are subjected to coupling analysis, and the indexes such as the vibration remaining time, the filling amount and the current sequence of each depth are analyzed; thirdly, an intelligent early warning system for the vibroflotation process is established, and intelligent early warning and feedback control over the indexes such as the vibroflotation position, the vibroflotation current and the vibration remaining time are achieved; and finally, a graph report system for the construction quality of the vibroflotation pile at any time is established, and visual analysis of parameters of the vibroflotation process is achieved. According to the intelligent monitoring method, intelligent sensing and feedback control over the parameters of the vibroflotation operation process can be achieved, and the vibroflotation quality is comprehensively controlled.
本发明公开一种碎石振冲桩施工过程智能监控方法，步骤主要包括：首先，对碎石振冲桩作业过程的振冲器空间坐标、振冲深度、振冲电流时间序列、每次填料量等进行感知；其次，基于时间戳分析，将碎石振冲器空间坐标、振冲深度、振冲电流、填料量进行耦合分析，实现各深度留振时间、填料量、电流序列等指标进行分析；再次，建立振冲过程智能预警体系，实现振冲位置、振冲电流、留振时间等指标的智能预警与反馈控制；最后，建立随时振冲桩施工质量图形报告体系，实现振冲过程参数可视化分析。本发明可以实现振冲作业过程参数的智能感知与反馈控制，确保振冲质量全面受控。
Intelligent monitoring method for construction process of gravel vibroflotation pile
一种碎石振冲桩施工过程智能监控方法
WANG XIAOLING (author) / GUAN TAO (author) / WANG JIAJUN (author) / REN BINGYU (author) / CUI BO (author) / YU JIA (author) / LI ZHENG (author)
2022-01-11
Patent
Electronic Resource
Chinese
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