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A platform for research: civil engineering, architecture and urbanism
Construction method of steel joist of special-shaped aluminum veneer system
The invention discloses a construction method of a special-shaped aluminum veneer system steel joist, which comprises the following steps of: establishing a three-dimensional model of an aluminum veneer system, and fitting and classifying processing specifications of the aluminum veneer system steel joist; steel keels of the aluminum veneer system are subjected to module division, and primary and secondary keels of aluminum veneers are machined; adjusting each block model to a posture beneficial to ground assembly of a construction site through rotation and positioning; coordinate systems of all the blocks are independently established, coordinates of the blocks are exported, and ground pre-assembly of the keels is conducted on a construction site according to coordinate data; and hoisting the steel joist by adopting the mounting in-place coordinates of the blocks, and the like. The machining efficiency and the construction efficiency of the steel keel of the special-shaped aluminum veneer system can be effectively improved.
本发明公开了一种异形铝单板系统钢龙骨的施工方法，包括建立铝单板系统的三维模型，对于铝单板系统钢龙骨的加工规格进行拟合归类；将铝单板系统的钢龙骨进行模块划分，对铝单板主次龙骨进行加工；将各分块模型通过旋转、定位调整至利于施工现场地面拼装的姿态；单独建立各分块的坐标系，导出其坐标，施工现场依据该坐标数据来进行龙骨的地面预拼装；采用各分块的安装就位坐标来进行钢龙骨的吊装等步骤。本发明能有效提高异形铝单板系统钢龙骨的加工效率和施工效率。
Construction method of steel joist of special-shaped aluminum veneer system
The invention discloses a construction method of a special-shaped aluminum veneer system steel joist, which comprises the following steps of: establishing a three-dimensional model of an aluminum veneer system, and fitting and classifying processing specifications of the aluminum veneer system steel joist; steel keels of the aluminum veneer system are subjected to module division, and primary and secondary keels of aluminum veneers are machined; adjusting each block model to a posture beneficial to ground assembly of a construction site through rotation and positioning; coordinate systems of all the blocks are independently established, coordinates of the blocks are exported, and ground pre-assembly of the keels is conducted on a construction site according to coordinate data; and hoisting the steel joist by adopting the mounting in-place coordinates of the blocks, and the like. The machining efficiency and the construction efficiency of the steel keel of the special-shaped aluminum veneer system can be effectively improved.
本发明公开了一种异形铝单板系统钢龙骨的施工方法，包括建立铝单板系统的三维模型，对于铝单板系统钢龙骨的加工规格进行拟合归类；将铝单板系统的钢龙骨进行模块划分，对铝单板主次龙骨进行加工；将各分块模型通过旋转、定位调整至利于施工现场地面拼装的姿态；单独建立各分块的坐标系，导出其坐标，施工现场依据该坐标数据来进行龙骨的地面预拼装；采用各分块的安装就位坐标来进行钢龙骨的吊装等步骤。本发明能有效提高异形铝单板系统钢龙骨的加工效率和施工效率。
Construction method of steel joist of special-shaped aluminum veneer system
一种异形铝单板系统钢龙骨的施工方法
YANG XIANGLONG (author) / SI ZHIJUN (author) / TANG FENGWU (author) / FENG KAZE (author) / LIU HAO (author)
2024-12-03
Patent
Electronic Resource
Chinese
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