A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Pile foundation over-filling monitoring system based on floating ball method
The invention belongs to the technical field of pile foundation over-irrigation, and particularly relates to a pile foundation over-irrigation monitoring system based on a floating ball method, which comprises a tubular pile body, and a control device is arranged above the tubular pile body; a monitoring device is arranged below the lifting plate; and a positioning device is arranged in the lifting plate. According to the pile foundation over-filling monitoring system based on the floating ball method, a control motor is started, a rotating shaft drives a rolling rod to rotate to roll a pull rope, the pull rope pulls a lifting plate, a floating ball is driven to move, the height of the floating ball is adjusted, after a certain amount of concrete is poured, the floating ball floats, a swing plate swings, and the lowermost rotating rod is driven to rotate; the driving gear drives the connecting gear to rotate, the connecting gear drives the driven gear to rotate, then the steel rope is rolled, the upper end of the steel rope pulls the connecting piece to enable the connecting piece to rotate, and then the angle sensor measures the rotating angle of the connecting piece and monitors the pouring degree of concrete.
本发明属于桩基超灌技术领域，尤其是一种基于浮球法的桩基超灌监测系统，包括管桩本体，所述管桩本体的上方设置有控制装置；所述升降板的下方设置有监测装置；所述升降板的内部设置有定位装置。该基于浮球法的桩基超灌监测系统，启动控制电机，让转轴带动卷动杆转动将拉绳卷动，拉绳将升降板拉动，带动浮球移动，调节浮球的高度，混凝土灌入一定量后将浮球浮起，让摆动板摆动，带动最下方的转动杆转动，让主动齿轮带动衔接齿轮转动，衔接齿轮带动从动齿轮转动，进而将钢绳卷动，钢绳的上端会将连接件拉动，使连接件进行转动，进而让角度传感器对连接件的转动角度进行测量，对混凝土的浇灌程度进行监测。
Pile foundation over-filling monitoring system based on floating ball method
The invention belongs to the technical field of pile foundation over-irrigation, and particularly relates to a pile foundation over-irrigation monitoring system based on a floating ball method, which comprises a tubular pile body, and a control device is arranged above the tubular pile body; a monitoring device is arranged below the lifting plate; and a positioning device is arranged in the lifting plate. According to the pile foundation over-filling monitoring system based on the floating ball method, a control motor is started, a rotating shaft drives a rolling rod to rotate to roll a pull rope, the pull rope pulls a lifting plate, a floating ball is driven to move, the height of the floating ball is adjusted, after a certain amount of concrete is poured, the floating ball floats, a swing plate swings, and the lowermost rotating rod is driven to rotate; the driving gear drives the connecting gear to rotate, the connecting gear drives the driven gear to rotate, then the steel rope is rolled, the upper end of the steel rope pulls the connecting piece to enable the connecting piece to rotate, and then the angle sensor measures the rotating angle of the connecting piece and monitors the pouring degree of concrete.
本发明属于桩基超灌技术领域，尤其是一种基于浮球法的桩基超灌监测系统，包括管桩本体，所述管桩本体的上方设置有控制装置；所述升降板的下方设置有监测装置；所述升降板的内部设置有定位装置。该基于浮球法的桩基超灌监测系统，启动控制电机，让转轴带动卷动杆转动将拉绳卷动，拉绳将升降板拉动，带动浮球移动，调节浮球的高度，混凝土灌入一定量后将浮球浮起，让摆动板摆动，带动最下方的转动杆转动，让主动齿轮带动衔接齿轮转动，衔接齿轮带动从动齿轮转动，进而将钢绳卷动，钢绳的上端会将连接件拉动，使连接件进行转动，进而让角度传感器对连接件的转动角度进行测量，对混凝土的浇灌程度进行监测。
Pile foundation over-filling monitoring system based on floating ball method
一种基于浮球法的桩基超灌监测系统
YAO XUECHUN (author) / DAI CHUANGUANG (author) / YU LONG (author) / LONG ZHENXUAN (author) / ZHANG JIA (author) / GAO RUITING (author) / ZHOU LIWEI (author) / TONG ZONGYOU (author) / SHEN ZHIWEI (author) / MEN XUE (author)
2023-08-01
Patent
Electronic Resource
Chinese
Pile foundation over-filling real-time detection equipment and method
| European Patent Office | 2024
Building foundation filling pile construction device and method
| European Patent Office | 2020
Construction method for solving pile foundation over-filling and sediment in karst region
| European Patent Office | 2021