Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Large-area ditch pipe pile construction positioning and perpendicularity monitoring system
The invention discloses a large-area ditch pipe pile construction positioning and perpendicularity monitoring system, and particularly relates to the technical field of pipe pile construction monitoring, the large-area ditch pipe pile construction positioning and perpendicularity monitoring system comprises a sleeving support block, an electric cylinder and a pile driver, the electric cylinder is located in the sleeving support block and fixedly connected with the sleeving support block, and the pile driver is fixedly installed at the output end of the electric cylinder; a piling sleeve used for piling is fixedly installed at the output top end of the piling machine, and a transverse positioning monitoring mechanism is installed on one side of the outer wall of the piling sleeve. A transverse positioning monitoring mechanism is adopted, an electric cylinder enables a pile driver to move transversely, a sleeving sliding block carries a guiding sliding rod to enable a connecting supporting block to move transversely, two positioning distance sensors move transversely, and the moving position of an arc-shaped positioning block and the transverse moving pile driving position of a ditch pipe pile are monitored; according to the method, the piling position of the ditch pipe pile can be transversely and accurately monitored, the positioning position is more accurate, errors are reduced, and the positioning and perpendicularity monitoring accuracy of the ditch pipe pile is improved.
本发明公开了一种大面积沟渠管桩施工定位和垂直度监测系统，具体涉及管桩施工监测技术领域，包括套接支块、电缸以及打桩机，电缸位于套接支块内部并固定连接，打桩机固定安装在电缸输出端，打桩机的输出顶端固定安装有用于打桩的打桩套，打桩套的外壁一侧安装有横向定位监测机构。本发明采用横向定位监测机构，电缸使打桩机横向移动，套接滑块携带导向滑杆使连接支块横向移动，两个定位距离传感器进行横向移动，监测到弧形定位块移动位置以及沟渠管桩横向移动打桩位置，能够对沟渠管桩打桩位置实现横向精确监测，定位位置更加准确，减小误差，提高沟渠管桩的定位和垂直度监测精确性。
Large-area ditch pipe pile construction positioning and perpendicularity monitoring system
The invention discloses a large-area ditch pipe pile construction positioning and perpendicularity monitoring system, and particularly relates to the technical field of pipe pile construction monitoring, the large-area ditch pipe pile construction positioning and perpendicularity monitoring system comprises a sleeving support block, an electric cylinder and a pile driver, the electric cylinder is located in the sleeving support block and fixedly connected with the sleeving support block, and the pile driver is fixedly installed at the output end of the electric cylinder; a piling sleeve used for piling is fixedly installed at the output top end of the piling machine, and a transverse positioning monitoring mechanism is installed on one side of the outer wall of the piling sleeve. A transverse positioning monitoring mechanism is adopted, an electric cylinder enables a pile driver to move transversely, a sleeving sliding block carries a guiding sliding rod to enable a connecting supporting block to move transversely, two positioning distance sensors move transversely, and the moving position of an arc-shaped positioning block and the transverse moving pile driving position of a ditch pipe pile are monitored; according to the method, the piling position of the ditch pipe pile can be transversely and accurately monitored, the positioning position is more accurate, errors are reduced, and the positioning and perpendicularity monitoring accuracy of the ditch pipe pile is improved.
本发明公开了一种大面积沟渠管桩施工定位和垂直度监测系统，具体涉及管桩施工监测技术领域，包括套接支块、电缸以及打桩机，电缸位于套接支块内部并固定连接，打桩机固定安装在电缸输出端，打桩机的输出顶端固定安装有用于打桩的打桩套，打桩套的外壁一侧安装有横向定位监测机构。本发明采用横向定位监测机构，电缸使打桩机横向移动，套接滑块携带导向滑杆使连接支块横向移动，两个定位距离传感器进行横向移动，监测到弧形定位块移动位置以及沟渠管桩横向移动打桩位置，能够对沟渠管桩打桩位置实现横向精确监测，定位位置更加准确，减小误差，提高沟渠管桩的定位和垂直度监测精确性。
Large-area ditch pipe pile construction positioning and perpendicularity monitoring system
一种大面积沟渠管桩施工定位和垂直度监测系统
XIAO WEI (Autor:in) / LIU LIDONG (Autor:in) / DU WENCHAO (Autor:in) / MA JIAANG (Autor:in) / GUO HENG (Autor:in) / CHEN FEI (Autor:in)
06.08.2024
Patent
Elektronische Ressource
Chinesisch
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