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Fabricated intelligent installation system for building electromechanical engineering
The invention discloses an assembly type intelligent installation system for building electromechanical engineering. The assembly type intelligent installation system comprises splicing equipment, climbing equipment, an identification mechanism and a simulation system, a constructor can install a pipeline at a high position through the climbing equipment, the constructor can control the splicing equipment through a control handle installed on the climbing equipment in the installation process, the splicing units are controlled by a control module in the splicing units to move to a material frame to automatically take out materials, and then the materials are conveyed to the next installation position; therefore, the construction personnel are prevented from repeatedly climbing to take materials in the process, and the pipeline does not need to be lifted by multiple persons, so single-person operation can be realized, the labor intensity is greatly improved, and the labor cost is greatly reduced; the pipeline is modularly divided and manufactured through a drawing by matching a simulation system with a scanning gun module and a two-dimensional code, so the installation personnel can conveniently and quickly find the position where the pipeline needs to be installed and conduct installation.
本发明公开了一种建筑机电工程装配式智能安装系统,包括拼接设备、登高设备、识别机构及模拟系统;本发明施工人员通过登高设备可以对高处的管道进行安装,安装过程中施工人员可以通过登高设备上安装的控制手柄对拼接设备控制,拼接单元在内部的控制模块控制下移动至物料架自动取出物料,然后运输物料到下一安装位置,避免施工人员过程中反复登高拿取物料,并且不需要多人抬举管道,从而可以实现单人操作,劳动强度大大提高,人工成本大大降低,通过模拟系统与扫描枪模块及二维码的配合,通过图纸对管道进行模块化划分和制作,方便安装人员快速找到该管道所需安装的位置并进行安装。
Fabricated intelligent installation system for building electromechanical engineering
The invention discloses an assembly type intelligent installation system for building electromechanical engineering. The assembly type intelligent installation system comprises splicing equipment, climbing equipment, an identification mechanism and a simulation system, a constructor can install a pipeline at a high position through the climbing equipment, the constructor can control the splicing equipment through a control handle installed on the climbing equipment in the installation process, the splicing units are controlled by a control module in the splicing units to move to a material frame to automatically take out materials, and then the materials are conveyed to the next installation position; therefore, the construction personnel are prevented from repeatedly climbing to take materials in the process, and the pipeline does not need to be lifted by multiple persons, so single-person operation can be realized, the labor intensity is greatly improved, and the labor cost is greatly reduced; the pipeline is modularly divided and manufactured through a drawing by matching a simulation system with a scanning gun module and a two-dimensional code, so the installation personnel can conveniently and quickly find the position where the pipeline needs to be installed and conduct installation.
本发明公开了一种建筑机电工程装配式智能安装系统,包括拼接设备、登高设备、识别机构及模拟系统;本发明施工人员通过登高设备可以对高处的管道进行安装,安装过程中施工人员可以通过登高设备上安装的控制手柄对拼接设备控制,拼接单元在内部的控制模块控制下移动至物料架自动取出物料,然后运输物料到下一安装位置,避免施工人员过程中反复登高拿取物料,并且不需要多人抬举管道,从而可以实现单人操作,劳动强度大大提高,人工成本大大降低,通过模拟系统与扫描枪模块及二维码的配合,通过图纸对管道进行模块化划分和制作,方便安装人员快速找到该管道所需安装的位置并进行安装。
Fabricated intelligent installation system for building electromechanical engineering
一种建筑机电工程装配式智能安装系统
TAO QINGBAO (Autor:in) / LIU ZHENGWEN (Autor:in) / ZHENG XINRAN (Autor:in)
18.06.2021
Patent
Elektronische Ressource
Chinesisch
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