Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Open caisson sinking perpendicularity detection and control method
The invention discloses an open caisson sinking perpendicularity detection and control method, which belongs to the technical field of engineering construction and comprises the following steps: S1, fixing bolts are pre-buried in an open caisson main body before open caisson concrete is poured; s2, after the concrete strength of the open caisson meets the design requirement, an equipment mounting platform is fixedly connected with the embedded bolts; s3, the electronic bubble device and the Bluetooth transmission device are installed on the device installation platform, and the round bubble is centered through a base adjusting screw; s4, four sets of jacking deviation rectifying devices are evenly arranged in the circumferential direction of the open caisson body; s5, after data detected by the open caisson sinking perpendicularity detection device is fed back to the jacking and pressing deviation correcting equipment, the jacking and pressing deviation correcting equipment conducts jacking and pressing operation on the open caisson body; and S6, earth cutting sinking construction is conducted on the bottom of the open caisson according to the perpendicularity data. By arranging the perpendicularity detection device, real-time detection of the perpendicularity data of the open caisson can be achieved, and the open caisson construction quality is guaranteed while the open caisson construction speed is rapidly increased.
本发明公开了一种沉井下沉垂直度检测与控制方法，属于工程建筑技术领域，包括以下步骤：S1：在沉井混凝土浇筑前将固定螺栓预埋到沉井主体中；S2：沉井混凝土强度到达设计要求后将设备安装平台与预埋螺栓连接固定；S3：将电子气泡设备和蓝牙传输设备安装在设备安装平台上，通过基座调节螺旋使圆气泡居中；S4：顶压纠偏设备沿沉井主体的周向均匀设有四组；S5：沉井下沉垂直度检测装置检测到的数据反馈给顶压纠偏设备后，顶压纠偏设备会对沉井主体进行顶压作业；S6：根据垂直度数据对沉井底部进行挖土下沉施工。本发明通过设置垂直度检测装置可以实现沉井垂直度数据的实时检测，在快速提高沉井施工速度的同时保证沉井施工质量。
Open caisson sinking perpendicularity detection and control method
The invention discloses an open caisson sinking perpendicularity detection and control method, which belongs to the technical field of engineering construction and comprises the following steps: S1, fixing bolts are pre-buried in an open caisson main body before open caisson concrete is poured; s2, after the concrete strength of the open caisson meets the design requirement, an equipment mounting platform is fixedly connected with the embedded bolts; s3, the electronic bubble device and the Bluetooth transmission device are installed on the device installation platform, and the round bubble is centered through a base adjusting screw; s4, four sets of jacking deviation rectifying devices are evenly arranged in the circumferential direction of the open caisson body; s5, after data detected by the open caisson sinking perpendicularity detection device is fed back to the jacking and pressing deviation correcting equipment, the jacking and pressing deviation correcting equipment conducts jacking and pressing operation on the open caisson body; and S6, earth cutting sinking construction is conducted on the bottom of the open caisson according to the perpendicularity data. By arranging the perpendicularity detection device, real-time detection of the perpendicularity data of the open caisson can be achieved, and the open caisson construction quality is guaranteed while the open caisson construction speed is rapidly increased.
本发明公开了一种沉井下沉垂直度检测与控制方法，属于工程建筑技术领域，包括以下步骤：S1：在沉井混凝土浇筑前将固定螺栓预埋到沉井主体中；S2：沉井混凝土强度到达设计要求后将设备安装平台与预埋螺栓连接固定；S3：将电子气泡设备和蓝牙传输设备安装在设备安装平台上，通过基座调节螺旋使圆气泡居中；S4：顶压纠偏设备沿沉井主体的周向均匀设有四组；S5：沉井下沉垂直度检测装置检测到的数据反馈给顶压纠偏设备后，顶压纠偏设备会对沉井主体进行顶压作业；S6：根据垂直度数据对沉井底部进行挖土下沉施工。本发明通过设置垂直度检测装置可以实现沉井垂直度数据的实时检测，在快速提高沉井施工速度的同时保证沉井施工质量。
Open caisson sinking perpendicularity detection and control method
一种沉井下沉垂直度检测与控制方法
XU HUAQING (Autor:in) / ZHOU XIAOBIN (Autor:in)
28.04.2023
Patent
Elektronische Ressource
Chinesisch
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