Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Informatization processing control system for super-large space polygonal steel tower construction
The invention relates to an informatization processing control system for construction of a polygonal steel tower with an ultra-large space. The informatization processing control system is characterized by comprising the steps of S1, simulation installation; s2, quality inspection; s3, virtual pre-assembly is carried out; s4, virtual erection and installation; the informatization processing control system for super-large space polygonal steel tower construction comprises a simulation installation module, a quality inspection module, a virtual pre-assembly module and a virtual erection installation module. Steel tower production and machining can be effectively guided, and the accuracy of steel tower manufacturing is improved; the actual installation accuracy and the construction efficiency of installation personnel can be improved by simulating the actual assembly process through the BIM model; a three-dimensional point cloud model is compared with a theoretical BIM model in a steel tower information system, so that the range of detection item points is wider, the time is shorter, the manpower is saved, and the precision is higher; the virtual assembling system is associated with welding seam detection equipment, and the virtual assembling system is associated with paint detection equipment; errors caused by manual reading are avoided, manual operation can be omitted, and work efficiency is improved.
本发明涉及一种超大空间多边形钢塔施工用信息化加工控制系统，其特征在于：包括S1：模拟安装；S2：质量检查；S3：虚拟预拼装；S4：虚拟架设安装；超大空间多边形钢塔施工用信息化加工控制系统模拟安装、质量检查、虚拟预拼装、虚拟架设安装四大模块；可有效指导钢塔生产、加工制造提高钢塔制造的准确性；通过BIM模型模拟实际组装过程可提高安装人员实际安装的准确性和施工工效；利用三维点云模型与理论BIM模型在钢塔信息系统中进行对比，检测项点范围更广，用时更短，节省人力，精度更高；通过虚拟拼装系统与焊缝检测设备关联，以及通过虚拟拼装系统与油漆检测设备关联；避免人工读数产生的误差，也可以省去人工操作提高工效。
Informatization processing control system for super-large space polygonal steel tower construction
The invention relates to an informatization processing control system for construction of a polygonal steel tower with an ultra-large space. The informatization processing control system is characterized by comprising the steps of S1, simulation installation; s2, quality inspection; s3, virtual pre-assembly is carried out; s4, virtual erection and installation; the informatization processing control system for super-large space polygonal steel tower construction comprises a simulation installation module, a quality inspection module, a virtual pre-assembly module and a virtual erection installation module. Steel tower production and machining can be effectively guided, and the accuracy of steel tower manufacturing is improved; the actual installation accuracy and the construction efficiency of installation personnel can be improved by simulating the actual assembly process through the BIM model; a three-dimensional point cloud model is compared with a theoretical BIM model in a steel tower information system, so that the range of detection item points is wider, the time is shorter, the manpower is saved, and the precision is higher; the virtual assembling system is associated with welding seam detection equipment, and the virtual assembling system is associated with paint detection equipment; errors caused by manual reading are avoided, manual operation can be omitted, and work efficiency is improved.
本发明涉及一种超大空间多边形钢塔施工用信息化加工控制系统，其特征在于：包括S1：模拟安装；S2：质量检查；S3：虚拟预拼装；S4：虚拟架设安装；超大空间多边形钢塔施工用信息化加工控制系统模拟安装、质量检查、虚拟预拼装、虚拟架设安装四大模块；可有效指导钢塔生产、加工制造提高钢塔制造的准确性；通过BIM模型模拟实际组装过程可提高安装人员实际安装的准确性和施工工效；利用三维点云模型与理论BIM模型在钢塔信息系统中进行对比，检测项点范围更广，用时更短，节省人力，精度更高；通过虚拟拼装系统与焊缝检测设备关联，以及通过虚拟拼装系统与油漆检测设备关联；避免人工读数产生的误差，也可以省去人工操作提高工效。
Informatization processing control system for super-large space polygonal steel tower construction
一种超大空间多边形钢塔施工用信息化加工控制系统
YU XIANLIN (Autor:in) / LI QI (Autor:in) / DAI JUNPING (Autor:in) / RUAN JING (Autor:in) / YANG JINWEI (Autor:in) / MA HAOPENG (Autor:in) / WANG CHAO (Autor:in) / LI CHUNYI (Autor:in) / DENG YUEXIONG (Autor:in) / ZENG XINGWEI (Autor:in)
16.08.2024
Patent
Elektronische Ressource
Chinesisch
Informatization processing control system for super-large space polygonal steel tower construction
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