Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Data monitoring method for covered and excavated subway foundation pit
The invention provides a data monitoring method for covering and excavating a subway foundation pit, which comprises the following steps of: controlling a plurality of detection sensors positioned at a plurality of target positions of a middle stand column, a plurality of cover plate beams, a plurality of supporting pieces and/or a plurality of pterocels to rotate by at least one target angle, and controlling the detection sensors to move to the plurality of target positions; when each detection sensor rotates to a target angle and/or moves to a target position, obtaining detection data of the detection sensor; and according to the multiple pieces of detection data, whether ground surface settlement and/or side wall deformation exist in the subway foundation pit or not is determined. According to the method, the intelligent sensor is combined with industrial vision, visual detection and visual measurement, multiple pieces of detection data are obtained through the multiple detection sensors arranged on the subway foundation pit structure, and whether ground surface settlement and/or side wall deformation exist in the subway foundation pit or not is determined according to the multiple pieces of detection data; the problem that tiny structural deformation cannot be effectively detected is avoided.
本申请提供了一种盖挖地铁基坑的数据监控方法，包括：控制位于中间立柱、多个盖板梁、多个支撑件和/或多个围檀的多个目标位置的多个检测传感器转动至少一个目标角度，并控制检测传感器移动至多个目标位置；当每个检测传感器每转动到一个目标角度和/或每移动至一个目标位置时，获取该检测传感器的检测数据；根据多个检测数据，确定地铁基坑是否存在地表沉降和/或侧墙变形。本发明以智能传感器结合工业视觉、视觉检测以及视觉测量的形式，通过设置在地铁基坑结构上的多个检测传感器获取多个检测数据，并根据多个检测数据确定地铁基坑是否存在地表沉降和/或侧墙变形，避免了对微小的结构变形无法进行有效检测的问题。
Data monitoring method for covered and excavated subway foundation pit
The invention provides a data monitoring method for covering and excavating a subway foundation pit, which comprises the following steps of: controlling a plurality of detection sensors positioned at a plurality of target positions of a middle stand column, a plurality of cover plate beams, a plurality of supporting pieces and/or a plurality of pterocels to rotate by at least one target angle, and controlling the detection sensors to move to the plurality of target positions; when each detection sensor rotates to a target angle and/or moves to a target position, obtaining detection data of the detection sensor; and according to the multiple pieces of detection data, whether ground surface settlement and/or side wall deformation exist in the subway foundation pit or not is determined. According to the method, the intelligent sensor is combined with industrial vision, visual detection and visual measurement, multiple pieces of detection data are obtained through the multiple detection sensors arranged on the subway foundation pit structure, and whether ground surface settlement and/or side wall deformation exist in the subway foundation pit or not is determined according to the multiple pieces of detection data; the problem that tiny structural deformation cannot be effectively detected is avoided.
本申请提供了一种盖挖地铁基坑的数据监控方法，包括：控制位于中间立柱、多个盖板梁、多个支撑件和/或多个围檀的多个目标位置的多个检测传感器转动至少一个目标角度，并控制检测传感器移动至多个目标位置；当每个检测传感器每转动到一个目标角度和/或每移动至一个目标位置时，获取该检测传感器的检测数据；根据多个检测数据，确定地铁基坑是否存在地表沉降和/或侧墙变形。本发明以智能传感器结合工业视觉、视觉检测以及视觉测量的形式，通过设置在地铁基坑结构上的多个检测传感器获取多个检测数据，并根据多个检测数据确定地铁基坑是否存在地表沉降和/或侧墙变形，避免了对微小的结构变形无法进行有效检测的问题。
Data monitoring method for covered and excavated subway foundation pit
一种盖挖地铁基坑的数据监控方法
ZHOU ZHIPENG (Autor:in) / GUO YINGFENG (Autor:in) / ZHANG HAO (Autor:in) / HE WEN (Autor:in) / ZHANG FENG (Autor:in) / DENG BIN (Autor:in) / XU YAN (Autor:in) / HE TIANHONG (Autor:in) / SHANG QINGLING (Autor:in) / ZHANG XING (Autor:in)
29.11.2024
Patent
Elektronische Ressource
Chinesisch
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