Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention provides a mounting structure, system and method for air pipes in a vertical shaft. The structure comprises a plurality of air pipe bodies, and a first flange connecting face and a second flange connecting face are arranged at the upper end and the lower end of each air pipe body correspondingly; the working platform is detachably arranged on the first flange connecting surface of one air pipe body; the operation platform is connected with one air pipe body and then enters the vertical shaft, and an operator constructs the air pipe body located on the lower side of the operation platform on the operation face. The working platform is arranged on one air pipe body, when the air pipe bodies are installed, the working platform and the air pipe bodies synchronously descend into the vertical shaft, and an operator stands on the working platform and can downwards complete flange connection between the two air pipe bodies on the lower side through a lengthened tool such as a 1.5 m long magnetic sleeve. And the air pipe bodies can be connected in a narrow vertical shaft, so that the construction is more convenient, and the construction environment of operators is safer.
本发明提供一种竖井内风管安装结构、系统及方法，结构包括：多个风管本体，在各风管本体的上下两端分别设置有第一法兰连接面和第二法兰连接面；作业平台，可拆卸的设置在其中一个风管本体的第一法兰连接面上；作业平台和其中一个风管本体连接后进入到竖井内，作业人在作业面上对位于作业平台下侧的风管本体进行施工。本申请通过在其中一个风管本体上设置有作业平台，在安装各风管本体时将作业平台和风管本体同步下降至竖井内，作业人站在作业平台上使用加长型工具如1.5米长的磁性套筒等即可向下完成下侧两个风管本体之间的法兰连接，在狭窄的竖井内也可以实现各风管本体之间的连接，使得施工更加方便，且作业人的施工环境更加安全。
The invention provides a mounting structure, system and method for air pipes in a vertical shaft. The structure comprises a plurality of air pipe bodies, and a first flange connecting face and a second flange connecting face are arranged at the upper end and the lower end of each air pipe body correspondingly; the working platform is detachably arranged on the first flange connecting surface of one air pipe body; the operation platform is connected with one air pipe body and then enters the vertical shaft, and an operator constructs the air pipe body located on the lower side of the operation platform on the operation face. The working platform is arranged on one air pipe body, when the air pipe bodies are installed, the working platform and the air pipe bodies synchronously descend into the vertical shaft, and an operator stands on the working platform and can downwards complete flange connection between the two air pipe bodies on the lower side through a lengthened tool such as a 1.5 m long magnetic sleeve. And the air pipe bodies can be connected in a narrow vertical shaft, so that the construction is more convenient, and the construction environment of operators is safer.
本发明提供一种竖井内风管安装结构、系统及方法，结构包括：多个风管本体，在各风管本体的上下两端分别设置有第一法兰连接面和第二法兰连接面；作业平台，可拆卸的设置在其中一个风管本体的第一法兰连接面上；作业平台和其中一个风管本体连接后进入到竖井内，作业人在作业面上对位于作业平台下侧的风管本体进行施工。本申请通过在其中一个风管本体上设置有作业平台，在安装各风管本体时将作业平台和风管本体同步下降至竖井内，作业人站在作业平台上使用加长型工具如1.5米长的磁性套筒等即可向下完成下侧两个风管本体之间的法兰连接，在狭窄的竖井内也可以实现各风管本体之间的连接，使得施工更加方便，且作业人的施工环境更加安全。
Mounting structure, system and method for air pipe in vertical shaft
一种竖井内风管安装结构、系统及方法
WANG HAO (Autor:in)
13.10.2023
Patent
Elektronische Ressource
Chinesisch
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