A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Large-span light steel roof tile construction method
The embodiment of the invention provides a large-span light steel roof tile construction method, and relates to the field of building construction. The problems that a light steel roof tile installation construction tile pressing machine transports back and forth, the work efficiency is low, and the number of procedures is large are solved. The construction method comprises the steps that according to multiple construction sections of the roof support, the moving device is controlled to move to the construction sections in sequence; the extending end of the color steel coiled material is fixed to a high-altitude tile pressing machine and pressed into a pressing roller of the high-altitude tile pressing machine; controlling the lifting operation platform to lift until the processed tile outlet of the high-altitude tile press corresponds to the cornice of the construction section, and synchronously driving the extending end of the color steel coiled material to extend; and the high-altitude tile press is controlled to machine the roof panel formed by the color steel coiled materials, and the formed roof tiles are sequentially conveyed to the roof support through the machined tile outlets. The high-altitude tile press is lifted to a certain height through the lifting operation platform, then tile forming and discharging are conducted in the air, on-site constructors are reduced, mechanical investment is reduced, and the working efficiency is high.
本发明的实施例提供了一种大跨度轻钢屋面瓦施工方法，涉及建筑施工领域。旨在能够改善轻钢屋面瓦安装施工压瓦机来回运输，工效慢且工序多的问题。施工方法包括根据屋面支架的多个施工区段，控制移动装置依次移动到施工区段；将彩钢卷材的伸出端固定在高空压瓦机上，并压入高空压瓦机压辊内；控制升降作业平台提升，直到高空压瓦机的加工出瓦口与施工区段的檐口对应，并同步带动彩钢卷材的伸出端延伸；控制高空压瓦机对彩钢卷材形成的屋面板进行加工，并将成型的屋面瓦通过加工出瓦口依次输送到屋面支架上。通过升降作业平台将高空压瓦机举升到一定高度，然后进行空中成型出瓦，减少现场施工人员、减少机械投入、工作效率高。
Large-span light steel roof tile construction method
The embodiment of the invention provides a large-span light steel roof tile construction method, and relates to the field of building construction. The problems that a light steel roof tile installation construction tile pressing machine transports back and forth, the work efficiency is low, and the number of procedures is large are solved. The construction method comprises the steps that according to multiple construction sections of the roof support, the moving device is controlled to move to the construction sections in sequence; the extending end of the color steel coiled material is fixed to a high-altitude tile pressing machine and pressed into a pressing roller of the high-altitude tile pressing machine; controlling the lifting operation platform to lift until the processed tile outlet of the high-altitude tile press corresponds to the cornice of the construction section, and synchronously driving the extending end of the color steel coiled material to extend; and the high-altitude tile press is controlled to machine the roof panel formed by the color steel coiled materials, and the formed roof tiles are sequentially conveyed to the roof support through the machined tile outlets. The high-altitude tile press is lifted to a certain height through the lifting operation platform, then tile forming and discharging are conducted in the air, on-site constructors are reduced, mechanical investment is reduced, and the working efficiency is high.
本发明的实施例提供了一种大跨度轻钢屋面瓦施工方法，涉及建筑施工领域。旨在能够改善轻钢屋面瓦安装施工压瓦机来回运输，工效慢且工序多的问题。施工方法包括根据屋面支架的多个施工区段，控制移动装置依次移动到施工区段；将彩钢卷材的伸出端固定在高空压瓦机上，并压入高空压瓦机压辊内；控制升降作业平台提升，直到高空压瓦机的加工出瓦口与施工区段的檐口对应，并同步带动彩钢卷材的伸出端延伸；控制高空压瓦机对彩钢卷材形成的屋面板进行加工，并将成型的屋面瓦通过加工出瓦口依次输送到屋面支架上。通过升降作业平台将高空压瓦机举升到一定高度，然后进行空中成型出瓦，减少现场施工人员、减少机械投入、工作效率高。
Large-span light steel roof tile construction method
大跨度轻钢屋面瓦施工方法
SHANG DUO (author) / ZHANG WEIGUO (author) / WANG LIANG (author) / ZHENG GUODONG (author) / SHANG GANG (author) / ZHANG BAOBAO (author) / DU XIAOQIN (author) / HU JILONG (author) / TIAN QINGWEN (author) / WANG HUI (author)
2023-10-27
Patent
Electronic Resource
Chinese
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