A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides an overwater construction method of a photovoltaic support foundation pile, which comprises the following steps: independently sailing positioning ships are respectively arranged on an X-axis track and a Y-axis track, and each positioning ship is provided with a height-adjustable first laser emitting device and a height-adjustable omnibearing laser receiving column; according to the pile position distribution map, coordinates of the positioning pile in each foundation column in the horizontal plane coordinate system are determined, and then according to the size of the pile gripper, coordinate points of the generated pile gripper are corrected; the two laser emitting devices emit laser beams perpendicular to the track where the laser emitting devices are located, and the intersection point of the two laser beams is the coordinate point of the pile gripper. And when the omnibearing laser receiving column receives the laser of the second laser emitting device and the laser receiving strip on the pile gripper receives the laser of the first laser emitting device, double position determination is completed. According to the overwater construction method of the photovoltaic support foundation pile, the installation position of the foundation pile can be determined through combined use of the positioning boat and the pile driving boat, and the construction cost is lower.
本发明提供一种光伏支架基础桩的水上施工方法，包括以下步骤：在X轴轨道和Y轴轨道上分别设置独立航行的定位船，定位船上设置有高度可调的第一激光发射装置、以及高度可调的全方位激光接收柱；根据桩位分布图确定每个基础柱内部的定位桩在水平面坐标系的坐标，再根据抱桩器的尺寸，修正生成抱桩器的坐标点；两组激光发射装置均发射垂直于所在轨道的激光光束，两道光束的相交点即为抱桩器的坐标点；直至全方位激光接收柱接收到第二激光发射装置的激光，抱桩器上的激光接收条接收到第一激光发射装置的激光，完成双重位置确定。本发明提供了光伏支架基础桩的水上施工方法，能够通过定位船、打桩船的组合使用，确定基础桩的安装位置，施工成本更低。
The invention provides an overwater construction method of a photovoltaic support foundation pile, which comprises the following steps: independently sailing positioning ships are respectively arranged on an X-axis track and a Y-axis track, and each positioning ship is provided with a height-adjustable first laser emitting device and a height-adjustable omnibearing laser receiving column; according to the pile position distribution map, coordinates of the positioning pile in each foundation column in the horizontal plane coordinate system are determined, and then according to the size of the pile gripper, coordinate points of the generated pile gripper are corrected; the two laser emitting devices emit laser beams perpendicular to the track where the laser emitting devices are located, and the intersection point of the two laser beams is the coordinate point of the pile gripper. And when the omnibearing laser receiving column receives the laser of the second laser emitting device and the laser receiving strip on the pile gripper receives the laser of the first laser emitting device, double position determination is completed. According to the overwater construction method of the photovoltaic support foundation pile, the installation position of the foundation pile can be determined through combined use of the positioning boat and the pile driving boat, and the construction cost is lower.
本发明提供一种光伏支架基础桩的水上施工方法，包括以下步骤：在X轴轨道和Y轴轨道上分别设置独立航行的定位船，定位船上设置有高度可调的第一激光发射装置、以及高度可调的全方位激光接收柱；根据桩位分布图确定每个基础柱内部的定位桩在水平面坐标系的坐标，再根据抱桩器的尺寸，修正生成抱桩器的坐标点；两组激光发射装置均发射垂直于所在轨道的激光光束，两道光束的相交点即为抱桩器的坐标点；直至全方位激光接收柱接收到第二激光发射装置的激光，抱桩器上的激光接收条接收到第一激光发射装置的激光，完成双重位置确定。本发明提供了光伏支架基础桩的水上施工方法，能够通过定位船、打桩船的组合使用，确定基础桩的安装位置，施工成本更低。
Overwater construction method of photovoltaic support foundation pile
一种光伏支架基础桩的水上施工方法
SUN FENG (author)
2023-11-14
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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