Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Hollow floor slab construction technology
The invention discloses a hollow floor slab construction technology. The hollow floor slab construction technology comprises the following steps that a formwork is supported and installed through a formwork supporting structure; lower-layer steel bars are bound, and supported on the formwork through a first cushion block; water and electricity are pre-buried; an anti-floating point is set; light composite solid pipes are installed; anti-floating steel bars are arranged in parallel at the two ends, close to the light composite solid pipes, of each row, the anti-floating steel bars are pulled by iron wires at the two ends of each light composite solid pipe and fixed to the lower-layer steel bars, and the iron wires are tensioned; upper-layer steel bars are bound, and pressed on the light composite solid pipes; concrete is poured; and concrete curing and formwork removal are conducted. The hollow floor slab construction technology has the beneficial effects that the floor slab system is suitable for buildings with various spans and loads and particularly suitable for large-span, large-load and large-space multi-layer and high-rise buildings, the floating resistance and displacement resistance of filling materials can be effectively improved, the wrapping performance of the filling materials and concrete is improved, shrinkage cracking is avoided, and the construction quality is improved.
本发明公开了一种空心楼板施工工艺，包括以下步骤：通过支模结构支撑安装模板；绑扎下层钢筋，并通过第一垫块支撑于模板上；水电预埋；置抗浮点；安装轻质复合实心管；每排靠近轻质复合实心管的两端平行设置抗浮钢筋，并在每个轻质复合实心管两端用铁丝拉住抗浮钢筋并固定在下层钢筋上，且铁丝拉紧；绑扎上层钢筋，并压在轻质复合实心管上；混凝土浇筑。混凝土养护并拆模。有益效果在于：本申请的楼板体系适用于各种跨度、载荷的建筑，尤其适合大跨度、大荷载、大空间的多层和高层建筑，能够有效的提高填充材料抗浮、抗位移，并且提高了填充材料与混凝土的包裹性不出现收缩开裂，提高了施工质量。
Hollow floor slab construction technology
The invention discloses a hollow floor slab construction technology. The hollow floor slab construction technology comprises the following steps that a formwork is supported and installed through a formwork supporting structure; lower-layer steel bars are bound, and supported on the formwork through a first cushion block; water and electricity are pre-buried; an anti-floating point is set; light composite solid pipes are installed; anti-floating steel bars are arranged in parallel at the two ends, close to the light composite solid pipes, of each row, the anti-floating steel bars are pulled by iron wires at the two ends of each light composite solid pipe and fixed to the lower-layer steel bars, and the iron wires are tensioned; upper-layer steel bars are bound, and pressed on the light composite solid pipes; concrete is poured; and concrete curing and formwork removal are conducted. The hollow floor slab construction technology has the beneficial effects that the floor slab system is suitable for buildings with various spans and loads and particularly suitable for large-span, large-load and large-space multi-layer and high-rise buildings, the floating resistance and displacement resistance of filling materials can be effectively improved, the wrapping performance of the filling materials and concrete is improved, shrinkage cracking is avoided, and the construction quality is improved.
本发明公开了一种空心楼板施工工艺，包括以下步骤：通过支模结构支撑安装模板；绑扎下层钢筋，并通过第一垫块支撑于模板上；水电预埋；置抗浮点；安装轻质复合实心管；每排靠近轻质复合实心管的两端平行设置抗浮钢筋，并在每个轻质复合实心管两端用铁丝拉住抗浮钢筋并固定在下层钢筋上，且铁丝拉紧；绑扎上层钢筋，并压在轻质复合实心管上；混凝土浇筑。混凝土养护并拆模。有益效果在于：本申请的楼板体系适用于各种跨度、载荷的建筑，尤其适合大跨度、大荷载、大空间的多层和高层建筑，能够有效的提高填充材料抗浮、抗位移，并且提高了填充材料与混凝土的包裹性不出现收缩开裂，提高了施工质量。
Hollow floor slab construction technology
一种空心楼板施工工艺
LI XIAO (Autor:in) / LI YONGQIANG (Autor:in) / ZHANG YINAN (Autor:in) / LI FEIYANG (Autor:in) / SUN QING (Autor:in)
27.08.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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