Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Installation foundation of overhead embedded part type GIS device
The invention discloses an installation foundation of an overhead embedded part type GIS device. The foundation is characterized in that cross beams are laid and pre-embedded in an embedded part layerin the direction of the GIS device, and the cross beams are higher than the ground according to electrical professional requirements; after device data are provided, the specific positions of longitudinal beams are determined and welded to the cross beams, and then light concrete is poured to form a soil surface layer; the height of supporting columns can be adjusted according to the height of aconcrete surface layer, and the engineering adaptability is high; when the soil surface layer still needs to be heightened according to engineering requirements, the steel increment is small; lightweight concrete surface layer reinforcing steel bars and pipelines can pass through holes in honeycomb beams; and the processes of structural design, floor slab concrete construction pouring, maintenanceand the like do not need to wait for construction drawing data of a device manufacturer, and after the GIS manufacturer determines embedded parts needed by the device subsequently, the honeycomb beams are welded to overhead embedded parts (namely the cross beams), and the construction period of a transformer substation can be effectively shortened. The scheme is safe and reliable, economical, andconcise and efficient in construction.
本发明公开了一种架空埋件式GIS设备的安装基础，横梁沿GIS设备方向敷预埋于埋件层中，横梁按电气专业需要高出地面。待设备提资提供后，确定纵梁的具体位置并与横梁焊接，随后浇筑轻质混凝形成土面层。支撑柱的高度可以根据混凝土面层高度进行调节，工程适应性强。当土面层依工程需要仍需加高时，钢材增加量较少。蜂窝梁开孔处可供轻质混凝土面层钢筋及管线通过。结构设计、楼板混凝土施工浇注和养护等工序不必等设备厂家施工图资料，等后续GIS厂家确定设备所需的埋件后，将蜂窝梁焊接在架空的埋件上（即横梁），可有效减少变电站架设工期。该方案安全可靠，经济节约，施工简洁高效。
Installation foundation of overhead embedded part type GIS device
The invention discloses an installation foundation of an overhead embedded part type GIS device. The foundation is characterized in that cross beams are laid and pre-embedded in an embedded part layerin the direction of the GIS device, and the cross beams are higher than the ground according to electrical professional requirements; after device data are provided, the specific positions of longitudinal beams are determined and welded to the cross beams, and then light concrete is poured to form a soil surface layer; the height of supporting columns can be adjusted according to the height of aconcrete surface layer, and the engineering adaptability is high; when the soil surface layer still needs to be heightened according to engineering requirements, the steel increment is small; lightweight concrete surface layer reinforcing steel bars and pipelines can pass through holes in honeycomb beams; and the processes of structural design, floor slab concrete construction pouring, maintenanceand the like do not need to wait for construction drawing data of a device manufacturer, and after the GIS manufacturer determines embedded parts needed by the device subsequently, the honeycomb beams are welded to overhead embedded parts (namely the cross beams), and the construction period of a transformer substation can be effectively shortened. The scheme is safe and reliable, economical, andconcise and efficient in construction.
本发明公开了一种架空埋件式GIS设备的安装基础，横梁沿GIS设备方向敷预埋于埋件层中，横梁按电气专业需要高出地面。待设备提资提供后，确定纵梁的具体位置并与横梁焊接，随后浇筑轻质混凝形成土面层。支撑柱的高度可以根据混凝土面层高度进行调节，工程适应性强。当土面层依工程需要仍需加高时，钢材增加量较少。蜂窝梁开孔处可供轻质混凝土面层钢筋及管线通过。结构设计、楼板混凝土施工浇注和养护等工序不必等设备厂家施工图资料，等后续GIS厂家确定设备所需的埋件后，将蜂窝梁焊接在架空的埋件上（即横梁），可有效减少变电站架设工期。该方案安全可靠，经济节约，施工简洁高效。
Installation foundation of overhead embedded part type GIS device
一种架空埋件式GIS设备的安装基础
YE CHENGJIAN (Autor:in) / BI BINGBING (Autor:in) / XU LAI (Autor:in) / GONG ZHENG (Autor:in) / HONG TAO (Autor:in) / ZHANG CHENG (Autor:in) / LUO JI (Autor:in) / CAI KEQING (Autor:in) / FENG PENG (Autor:in) / ZHANG DACHANG (Autor:in)
01.09.2020
Patent
Elektronische Ressource
Chinesisch
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