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A platform for research: civil engineering, architecture and urbanism
Sliding method for steel structure of incineration boiler roof of large waste incineration power plant
The invention relates to the field of on-site preparation, carrying or processing of building materials or building components, in particular to a slippage method for a roof steel structure of an incineration boiler of a large waste incineration power plant. The slippage method for the incineration boiler roof steel structure of the large-scale waste incineration power plant is characterized by comprising the following steps: step 1, arranging an assembly platform; step 2, hoisting and placing onto a track on an assembling platform; 3, the second sliding unit and the first section of truss are connected together to form a second sliding unit; 4, the third sliding unit is connected with the second truss to form a third sliding unit; 5, all the CC-CL axis trusses are slid to the design position; and 6, welding the truss and the reserved bracket after the truss slides in place. The installation precision is high, and the construction progress is fast.
本发明涉及建筑材料或建筑构件在现场的制备、搬运或加工领域，具体为一种大型垃圾焚烧发电厂焚烧锅炉屋面钢结构滑移方法。一种大型垃圾焚烧发电厂焚烧锅炉屋面钢结构滑移方法，其特征是：按如下步骤依次实施：步骤1：布置拼装平台；步骤2：吊放至拼装平台上的轨道上；步骤3：与第1节桁架连接在一起形成第2个滑移单元；步骤4：与第2节桁架连接在一起形成第3个滑移单元；步骤5：将CC‑CL轴桁架全部滑移到设计位置上；步骤6：滑移到位后将桁架与预留牛腿焊接。本发明安装精度高，施工进度快。
Sliding method for steel structure of incineration boiler roof of large waste incineration power plant
The invention relates to the field of on-site preparation, carrying or processing of building materials or building components, in particular to a slippage method for a roof steel structure of an incineration boiler of a large waste incineration power plant. The slippage method for the incineration boiler roof steel structure of the large-scale waste incineration power plant is characterized by comprising the following steps: step 1, arranging an assembly platform; step 2, hoisting and placing onto a track on an assembling platform; 3, the second sliding unit and the first section of truss are connected together to form a second sliding unit; 4, the third sliding unit is connected with the second truss to form a third sliding unit; 5, all the CC-CL axis trusses are slid to the design position; and 6, welding the truss and the reserved bracket after the truss slides in place. The installation precision is high, and the construction progress is fast.
本发明涉及建筑材料或建筑构件在现场的制备、搬运或加工领域，具体为一种大型垃圾焚烧发电厂焚烧锅炉屋面钢结构滑移方法。一种大型垃圾焚烧发电厂焚烧锅炉屋面钢结构滑移方法，其特征是：按如下步骤依次实施：步骤1：布置拼装平台；步骤2：吊放至拼装平台上的轨道上；步骤3：与第1节桁架连接在一起形成第2个滑移单元；步骤4：与第2节桁架连接在一起形成第3个滑移单元；步骤5：将CC‑CL轴桁架全部滑移到设计位置上；步骤6：滑移到位后将桁架与预留牛腿焊接。本发明安装精度高，施工进度快。
Sliding method for steel structure of incineration boiler roof of large waste incineration power plant
大型垃圾焚烧发电厂焚烧锅炉屋面钢结构滑移方法
GAO YIMING (author) / CEN JIANGHUA (author) / WANG PENG (author) / WANG HUI (author) / YAN GUANGJUN (author)
2024-01-23
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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