Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to an embedded part which can be widely applied to the installation of building electromechanical pipelines and equipment, including the installation of equipment pipeline hangers such as air-conditioning ventilation ducts, heating and ventilation, water supply and drainage pipelines, electrical bridges and buses, and the installation of equipment such as wall-hung distribution boxes and fire-fighting module boxes. The support hanger can be pre-embedded in a building concrete floor, a beam and a shear wall, the situation that a large number of holes are drilled in a concrete structure in the later period to fix the support hanger through expansion screws is avoided, the installation efficiency is greatly improved, the support hanger is installed more normatively, the appearance quality is improved, and the structural damage hidden danger is reduced. The width of the fastener can be adjusted at will according to the width of the support hanger, and the fastener can be suitable for the electromechanical specialty, is very suitable for comprehensive arrangement of building electromechanical pipelines, improves the utilization efficiency of building space, and is a product which is easy and convenient to install, controllable in quality and capable of achieving industrial production, reducing construction procedures, shortening the construction period and reducing the construction cost. The method is suitable for reinforced concrete structure buildings and is also suitable for fabricated buildings promoted by the country.
一种可广泛运用于建筑机电管线和设备安装的预埋件,包括空调通风风管,暖通、给排水管道,电气桥架及母线等设备管道吊架的安装,以及挂墙的配电箱、消防模块箱等设备安装。可预埋在建筑混凝土楼板、梁、剪力墙内,避免后期在混凝土结构上大量钻孔使用膨胀螺丝固定支吊架,极大提高安装工效,支吊架安装更规范,提升观感质量,减小结构受损隐患。本发明可以根据支吊架宽度任意调节紧固件的宽度,可适用于机电专业使用,同时非常适合于建筑机电管线的综合排布,提高建筑空间的利用效率,是一种安装简便、质量可控、工业化生产,同时减少施工工序、缩短工期、降低施工成本的产品。既适用于钢筋混凝土结构建筑,也适用于国家推行的装配式建筑。
The invention relates to an embedded part which can be widely applied to the installation of building electromechanical pipelines and equipment, including the installation of equipment pipeline hangers such as air-conditioning ventilation ducts, heating and ventilation, water supply and drainage pipelines, electrical bridges and buses, and the installation of equipment such as wall-hung distribution boxes and fire-fighting module boxes. The support hanger can be pre-embedded in a building concrete floor, a beam and a shear wall, the situation that a large number of holes are drilled in a concrete structure in the later period to fix the support hanger through expansion screws is avoided, the installation efficiency is greatly improved, the support hanger is installed more normatively, the appearance quality is improved, and the structural damage hidden danger is reduced. The width of the fastener can be adjusted at will according to the width of the support hanger, and the fastener can be suitable for the electromechanical specialty, is very suitable for comprehensive arrangement of building electromechanical pipelines, improves the utilization efficiency of building space, and is a product which is easy and convenient to install, controllable in quality and capable of achieving industrial production, reducing construction procedures, shortening the construction period and reducing the construction cost. The method is suitable for reinforced concrete structure buildings and is also suitable for fabricated buildings promoted by the country.
一种可广泛运用于建筑机电管线和设备安装的预埋件,包括空调通风风管,暖通、给排水管道,电气桥架及母线等设备管道吊架的安装,以及挂墙的配电箱、消防模块箱等设备安装。可预埋在建筑混凝土楼板、梁、剪力墙内,避免后期在混凝土结构上大量钻孔使用膨胀螺丝固定支吊架,极大提高安装工效,支吊架安装更规范,提升观感质量,减小结构受损隐患。本发明可以根据支吊架宽度任意调节紧固件的宽度,可适用于机电专业使用,同时非常适合于建筑机电管线的综合排布,提高建筑空间的利用效率,是一种安装简便、质量可控、工业化生产,同时减少施工工序、缩短工期、降低施工成本的产品。既适用于钢筋混凝土结构建筑,也适用于国家推行的装配式建筑。
Adjustable electromechanical engineering support hanger embedded part
可调式机电工程支吊架预埋件
WU SHU (Autor:in)
15.04.2022
Patent
Elektronische Ressource
Chinesisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
Integrated support hanger groove type embedded part fixing structure
Europäisches Patentamt | 2024
|