Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Intelligent assembling method for prefabricated parts of assembled subway station
The invention provides an intelligent assembling method for prefabricated parts of an assembled subway station. The intelligent assembling method comprises the following steps that S10, surveying and mapping beacons are arranged; s20, construction of a fine flat strip; s30, accurately positioning and placing the first ring A block lining; s40, the first ring B lining and the first ring A lining are in accurate butt joint; s50, the rest components of the first ring are in accurate butt joint; and S60, assembling of other rings is completed. According to the method, the surveying and mapping unmanned aerial vehicle is introduced in assembly of the assembly type station, real-time positioning and deviation correction during hoisting of the prefabricated parts are achieved, and the assembly efficiency is improved. Component assembly is accurately positioned and guided by the surveying and mapping unmanned aerial vehicle through cloud computing, coordinates are remeasured by the surveying and mapping unmanned aerial vehicle after each component is assembled and serve as a reference datum of the next component, real-time updating of coordinate parameters is achieved, and the assembly accuracy is improved. And component joint bolt pretightening force and joint construction are monitored in real time through the surveying and mapping unmanned aerial vehicle, deviation correction is guided, data are objective and real, and the joint splicing quality can be remarkably improved.
本发明提供了一种装配式地铁车站的预制构件智能拼装方法，包括以下步骤：S10.设置测绘信标；S20.精平条带施工；S30.第一环A块衬砌精准定位安放；S40.第一环B块衬砌与第一环A块衬砌精准对接；S50.第一环其余构件精准对接；S60.完成其余环拼装。本发明在装配式车站拼装中引入测绘无人机，实现了吊装预制构件时的实时定位和纠偏，提高拼装效率。构件拼装由测绘无人机通过云计算精准定位引导，每块构件拼装后由测绘无人机复测坐标作为下一块构件参照基准，实现坐标参数实时更新，提高了拼装精确度。构件接头螺栓预紧力和接缝施工采用测绘无人机实时监测、指引纠偏，数据客观真实，可显著提高接头拼装质量。
Intelligent assembling method for prefabricated parts of assembled subway station
The invention provides an intelligent assembling method for prefabricated parts of an assembled subway station. The intelligent assembling method comprises the following steps that S10, surveying and mapping beacons are arranged; s20, construction of a fine flat strip; s30, accurately positioning and placing the first ring A block lining; s40, the first ring B lining and the first ring A lining are in accurate butt joint; s50, the rest components of the first ring are in accurate butt joint; and S60, assembling of other rings is completed. According to the method, the surveying and mapping unmanned aerial vehicle is introduced in assembly of the assembly type station, real-time positioning and deviation correction during hoisting of the prefabricated parts are achieved, and the assembly efficiency is improved. Component assembly is accurately positioned and guided by the surveying and mapping unmanned aerial vehicle through cloud computing, coordinates are remeasured by the surveying and mapping unmanned aerial vehicle after each component is assembled and serve as a reference datum of the next component, real-time updating of coordinate parameters is achieved, and the assembly accuracy is improved. And component joint bolt pretightening force and joint construction are monitored in real time through the surveying and mapping unmanned aerial vehicle, deviation correction is guided, data are objective and real, and the joint splicing quality can be remarkably improved.
本发明提供了一种装配式地铁车站的预制构件智能拼装方法，包括以下步骤：S10.设置测绘信标；S20.精平条带施工；S30.第一环A块衬砌精准定位安放；S40.第一环B块衬砌与第一环A块衬砌精准对接；S50.第一环其余构件精准对接；S60.完成其余环拼装。本发明在装配式车站拼装中引入测绘无人机，实现了吊装预制构件时的实时定位和纠偏，提高拼装效率。构件拼装由测绘无人机通过云计算精准定位引导，每块构件拼装后由测绘无人机复测坐标作为下一块构件参照基准，实现坐标参数实时更新，提高了拼装精确度。构件接头螺栓预紧力和接缝施工采用测绘无人机实时监测、指引纠偏，数据客观真实，可显著提高接头拼装质量。
Intelligent assembling method for prefabricated parts of assembled subway station
一种装配式地铁车站的预制构件智能拼装方法
DING PENG (Autor:in) / LIU YANG (Autor:in) / MAO HUI (Autor:in) / ZHONG DACHENG (Autor:in) / YANG CHUN (Autor:in) / SHEN GUANGMING (Autor:in) / ZHANG LIANG (Autor:in) / YANG XIAO (Autor:in) / LI LI (Autor:in) / XIAO LIANGCAI (Autor:in)
20.08.2024
Patent
Elektronische Ressource
Chinesisch
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