A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Standard layer electromechanical pipeline modular construction method
The invention discloses a standard layer electromechanical pipeline modular construction method. The method comprises the following steps: 1, deeply designing electromechanical pipelines; 2, auditing an electromechanical pipeline deepening design drawing; 3, performing segmentation cutting on the general plane graph of the electromechanical pipeline; 4, making a drawing and drawing an assembly drawing; 5, segmented modules are assembled, and the step 6 and the step 7 are executed at the same time after assembly is completed; 6, checking and comparing the segmented modules with the combined drawing; 7, performing in-segment inspection on the segmented modules; 8, testing and hoisting segmented modules; 9, transporting the segmented modules to a site, and moving the segmented modules to a specified hoisting position for hoisting operation; 10, floor installation of each segmented module; and 11, carrying out overall test acceptance. The invention relates to an electromechanical construction method which can solve the problems of high energy consumption and low labor productivity of electromechanical construction procedures in the prior art.
本发明公开了一种标准层机电管线模块化施工方法，包括步骤：1、机电管线深化设计；2、审核机电管线深化设计图纸；3、对机电管线的总平面图进行分段切割；4、制作图及装配图的制图；5、分段模块组装，组装完成后同时执行步骤6和步骤7；6、将分段模块与组合图纸进行检查比对；7、进行分段模块的段内检查；8、试验吊装分段模块；9、分段模块运输至现场，并移动至指定吊装位置进行吊装作业；10各分段模块的楼层安装；11、整体试验验收。本发明涉及机电施工方法，能够解决现有技术中机电施工工序能源消耗高、劳动生产率低的问题。
Standard layer electromechanical pipeline modular construction method
The invention discloses a standard layer electromechanical pipeline modular construction method. The method comprises the following steps: 1, deeply designing electromechanical pipelines; 2, auditing an electromechanical pipeline deepening design drawing; 3, performing segmentation cutting on the general plane graph of the electromechanical pipeline; 4, making a drawing and drawing an assembly drawing; 5, segmented modules are assembled, and the step 6 and the step 7 are executed at the same time after assembly is completed; 6, checking and comparing the segmented modules with the combined drawing; 7, performing in-segment inspection on the segmented modules; 8, testing and hoisting segmented modules; 9, transporting the segmented modules to a site, and moving the segmented modules to a specified hoisting position for hoisting operation; 10, floor installation of each segmented module; and 11, carrying out overall test acceptance. The invention relates to an electromechanical construction method which can solve the problems of high energy consumption and low labor productivity of electromechanical construction procedures in the prior art.
本发明公开了一种标准层机电管线模块化施工方法，包括步骤：1、机电管线深化设计；2、审核机电管线深化设计图纸；3、对机电管线的总平面图进行分段切割；4、制作图及装配图的制图；5、分段模块组装，组装完成后同时执行步骤6和步骤7；6、将分段模块与组合图纸进行检查比对；7、进行分段模块的段内检查；8、试验吊装分段模块；9、分段模块运输至现场，并移动至指定吊装位置进行吊装作业；10各分段模块的楼层安装；11、整体试验验收。本发明涉及机电施工方法，能够解决现有技术中机电施工工序能源消耗高、劳动生产率低的问题。
Standard layer electromechanical pipeline modular construction method
标准层机电管线模块化施工方法
AI MINGXI (author) / WANG JIBIAO (author) / LIU JINGANG (author) / LI HUIKAI (author) / WANG ZHENXING (author)
2024-09-24
Patent
Electronic Resource
Chinese
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