Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Control network layout method for accurate measurement of high-speed pipeline maglev train track
The invention provides a control network layout method for accurate measurement of a high-speed pipeline maglev train track. The control network layout method comprises the following steps: S100, acquiring quantity information and position information of CP0 control points of a construction area; s200, formulating an arrangement scheme of the CPI control points in the construction area according to the acquired number information and position information of the CP0 control points; s300, determining arrangement information of a CPIII control point according to the arrangement scheme of the CPI control point; s400, construction is conducted according to the arrangement scheme of the CPI control points; and S500, the position information of the CP0 control point, the position information of the CPI control point and the position information of the CPIII control point are remeasured. According to the control network layout method provided by the invention, the measurement error and the system error of the control network can be reduced by remeasuring the CP0 control point and the CPI control point, and more reference points are provided for the construction process by shortening the layout spacing of the CPIII control points, so that the measurement precision of the control network is improved.
本发明提供了一种高速管道磁悬浮列车轨道精确测量的控制网布设方法，包括如下步骤：S100、获取施工区域的CP0控制点的数量信息和位置信息；S200、根据获取的所述CP0控制点的数量信息和位置信息制定施工区域内CPI控制点的布置方案；S300、根据所述CPI控制点的布置方案确定CPIII控制点的布置信息；S400、根据所述CPI控制点的布置方案进行施工；S500、分别对所述CP0控制点、所述CPI控制点和所述CPIII控制点的位置信息进行复测。本发明提供的控制网布设方法，通过对CP0控制点和CPI控制点进行复测，能够减少控制网的测量误差和系统误差，通过缩短CPIII控制点的布设间距，为施工过程提供更多的参考点，有利于提升控制网的测量精度。
Control network layout method for accurate measurement of high-speed pipeline maglev train track
The invention provides a control network layout method for accurate measurement of a high-speed pipeline maglev train track. The control network layout method comprises the following steps: S100, acquiring quantity information and position information of CP0 control points of a construction area; s200, formulating an arrangement scheme of the CPI control points in the construction area according to the acquired number information and position information of the CP0 control points; s300, determining arrangement information of a CPIII control point according to the arrangement scheme of the CPI control point; s400, construction is conducted according to the arrangement scheme of the CPI control points; and S500, the position information of the CP0 control point, the position information of the CPI control point and the position information of the CPIII control point are remeasured. According to the control network layout method provided by the invention, the measurement error and the system error of the control network can be reduced by remeasuring the CP0 control point and the CPI control point, and more reference points are provided for the construction process by shortening the layout spacing of the CPIII control points, so that the measurement precision of the control network is improved.
本发明提供了一种高速管道磁悬浮列车轨道精确测量的控制网布设方法，包括如下步骤：S100、获取施工区域的CP0控制点的数量信息和位置信息；S200、根据获取的所述CP0控制点的数量信息和位置信息制定施工区域内CPI控制点的布置方案；S300、根据所述CPI控制点的布置方案确定CPIII控制点的布置信息；S400、根据所述CPI控制点的布置方案进行施工；S500、分别对所述CP0控制点、所述CPI控制点和所述CPIII控制点的位置信息进行复测。本发明提供的控制网布设方法，通过对CP0控制点和CPI控制点进行复测，能够减少控制网的测量误差和系统误差，通过缩短CPIII控制点的布设间距，为施工过程提供更多的参考点，有利于提升控制网的测量精度。
Control network layout method for accurate measurement of high-speed pipeline maglev train track
高速管道磁悬浮列车轨道精确测量的控制网布设方法
YANG XUEKUN (Autor:in) / LI JUN (Autor:in) / ZHANG XINYI (Autor:in) / YANG XUFENG (Autor:in) / LI QIULI (Autor:in) / WANG XIANDONG (Autor:in) / FAN JINGYU (Autor:in) / QU JINGKAI (Autor:in) / CHAI HAIYUN (Autor:in) / HAN LINJIE (Autor:in)
30.06.2023
Patent
Elektronische Ressource
Chinesisch
Accurate positioning device and adjusting method for high-speed maglev train rail
| Europäisches Patentamt | 2024