A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent pile foundation static load test pile loading system and method
The invention discloses an intelligent pile foundation static load test stacking system and method. According to the system, cylinder bodies of two telescopic hydraulic cylinders are in butt joint with the center of a transverse containing cavity of a mechanical arm; the two movable arms are inserted into the transverse containing cavity and connected with the piston rod ends of the two telescopic hydraulic cylinders correspondingly. The lifting ring is mounted at the upper end of the fixed arm through a slewing bearing; two axial flow fans are mounted at the upper parts of the two ends of the fixed arm; the two inserting hooks are symmetrically distributed below the outer end of the movable arm, and the horizontal sections of the inserting hooks are inserting heads; the camera probe is mounted in the center of the lower end face of the fixed arm; the control unit comprises a camera probe, a distance measuring sensor, a hydraulic pump station, an electromagnetic directional valve, a displacement sensor, wind speed sensors A and B and a controller. The method comprises the following steps: acquiring image data below in real time, measuring and calculating the data based on an image recognition technology, and displaying the data through the display terminal to assist a driver to quickly implement stacking operation. The system and the method can efficiently assist a crane driver in implementing stacking operation, and have wide social and economic values.
一种智能化桩基静载荷试验堆载系统及方法，系统：两个伸缩液压缸缸体对接在机械臂的横向容纳腔中心；两个活动臂插装于横向容纳腔中，且分别与两个伸缩液压缸的活塞杆端连接；吊环通过回转支承安装在固定臂的上端；在固定臂的两端上部安装有两台轴流风机；两个插钩对称分布在活动臂外端下面，其水平段为插头；摄像探头安装在固定臂下端面的中心；控制单元包括摄像探头、测距传感器、液压泵站、电磁换向阀、位移传感器、风速传感器A及B、控制器。方法：实时采集下方的图像数据，并基于图像识别技术进行数据的测算，再通过显示终端进行显示，辅助司机快速实施堆载作业。该系统及方法能高效地辅助吊车司机实施堆载作业，具有广泛的社会和经济价值。
Intelligent pile foundation static load test pile loading system and method
The invention discloses an intelligent pile foundation static load test stacking system and method. According to the system, cylinder bodies of two telescopic hydraulic cylinders are in butt joint with the center of a transverse containing cavity of a mechanical arm; the two movable arms are inserted into the transverse containing cavity and connected with the piston rod ends of the two telescopic hydraulic cylinders correspondingly. The lifting ring is mounted at the upper end of the fixed arm through a slewing bearing; two axial flow fans are mounted at the upper parts of the two ends of the fixed arm; the two inserting hooks are symmetrically distributed below the outer end of the movable arm, and the horizontal sections of the inserting hooks are inserting heads; the camera probe is mounted in the center of the lower end face of the fixed arm; the control unit comprises a camera probe, a distance measuring sensor, a hydraulic pump station, an electromagnetic directional valve, a displacement sensor, wind speed sensors A and B and a controller. The method comprises the following steps: acquiring image data below in real time, measuring and calculating the data based on an image recognition technology, and displaying the data through the display terminal to assist a driver to quickly implement stacking operation. The system and the method can efficiently assist a crane driver in implementing stacking operation, and have wide social and economic values.
一种智能化桩基静载荷试验堆载系统及方法，系统：两个伸缩液压缸缸体对接在机械臂的横向容纳腔中心；两个活动臂插装于横向容纳腔中，且分别与两个伸缩液压缸的活塞杆端连接；吊环通过回转支承安装在固定臂的上端；在固定臂的两端上部安装有两台轴流风机；两个插钩对称分布在活动臂外端下面，其水平段为插头；摄像探头安装在固定臂下端面的中心；控制单元包括摄像探头、测距传感器、液压泵站、电磁换向阀、位移传感器、风速传感器A及B、控制器。方法：实时采集下方的图像数据，并基于图像识别技术进行数据的测算，再通过显示终端进行显示，辅助司机快速实施堆载作业。该系统及方法能高效地辅助吊车司机实施堆载作业，具有广泛的社会和经济价值。
Intelligent pile foundation static load test pile loading system and method
一种智能化桩基静载荷试验堆载系统及方法
TANG XINMING (author) / QIU SHIXUE (author) / LIU YONGGAN (author) / XING CHI (author) / PAN DENG (author) / YAN CHENYANG (author) / HAN KUN (author) / LI JIANGFENG (author) / HUANG GUOREN (author) / WANG ZIHAN (author)
2024-11-22
Patent
Electronic Resource
Chinese
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