A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Three-dimensional dynamic deep foundation pit micro-deformation remote real-time monitoring system and method
The invention provides a three-dimensional dynamic deep foundation pit micro-deformation remote real-time monitoring system and method. According to the three-dimensional dynamic deep foundation pit micro-deformation remote real-time monitoring system and method, a steel support axial force control system, a background system, a three-dimensional display system and a steel support position recognition system are adopted, wherein the steel support position recognition system can recognize the position information of a steel support in the working state, and send the recognized information to the background system; the background system displays the position information and axial force information of the steel support in working state through the three-dimensional display system and monitorsthe steel support in real time; manual recording by the site construction personnel of the arrangement and changes of the support on the construction site is unnecessary, so that the construction efficiency is effectively improved; and moreover, due to the complexity of the construction site, the positional relationship between the steel support and a steel support bracket platform is prone to error, therefore, the use of the steel support position recognition system can avoid control errors that may occur in the manual recording of the construction personnel and cause control errors, so thatthe construction safety of a foundation pit is improved.
本发明提供了一种三维动态深基坑微变形远程实时监控系统及方法，采用钢支撑轴力控制系统、后台系统、三维显示系统以及钢支撑位置识别系统，钢支撑位置识别系统能够识别处于工作状态的钢支撑的位置信息，并将识别到的信息发送给后台系统，后台系统通过三维显示系统显示处于工作状态的钢支撑的位置信息及轴力信息并进行实时监控，无需现场施工人员手工记录工地现场支撑的排布情况及其变化，有效提高了施工效率。并且，由于工地现场错综复杂，钢支撑与钢支撑支架平台位置对应关系容易出错，采用钢支撑位置识别系统，可避免施工人员手工记录中可能发生的对应关系的错误而导致控制错误，提高了基坑施工的安全性。
Three-dimensional dynamic deep foundation pit micro-deformation remote real-time monitoring system and method
The invention provides a three-dimensional dynamic deep foundation pit micro-deformation remote real-time monitoring system and method. According to the three-dimensional dynamic deep foundation pit micro-deformation remote real-time monitoring system and method, a steel support axial force control system, a background system, a three-dimensional display system and a steel support position recognition system are adopted, wherein the steel support position recognition system can recognize the position information of a steel support in the working state, and send the recognized information to the background system; the background system displays the position information and axial force information of the steel support in working state through the three-dimensional display system and monitorsthe steel support in real time; manual recording by the site construction personnel of the arrangement and changes of the support on the construction site is unnecessary, so that the construction efficiency is effectively improved; and moreover, due to the complexity of the construction site, the positional relationship between the steel support and a steel support bracket platform is prone to error, therefore, the use of the steel support position recognition system can avoid control errors that may occur in the manual recording of the construction personnel and cause control errors, so thatthe construction safety of a foundation pit is improved.
本发明提供了一种三维动态深基坑微变形远程实时监控系统及方法，采用钢支撑轴力控制系统、后台系统、三维显示系统以及钢支撑位置识别系统，钢支撑位置识别系统能够识别处于工作状态的钢支撑的位置信息，并将识别到的信息发送给后台系统，后台系统通过三维显示系统显示处于工作状态的钢支撑的位置信息及轴力信息并进行实时监控，无需现场施工人员手工记录工地现场支撑的排布情况及其变化，有效提高了施工效率。并且，由于工地现场错综复杂，钢支撑与钢支撑支架平台位置对应关系容易出错，采用钢支撑位置识别系统，可避免施工人员手工记录中可能发生的对应关系的错误而导致控制错误，提高了基坑施工的安全性。
Three-dimensional dynamic deep foundation pit micro-deformation remote real-time monitoring system and method
一种三维动态深基坑微变形远程实时监控系统及方法
GONG JIAN (author) / WU LIANDING (author) / GU GUOMING (author) / FANG TINGCHEN (author) / ZHAO YIMING (author) / YANG JIALIN (author) / ZUO JUNQING (author)
2020-04-10
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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