Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Porous precast slab reinforcing assembly and construction process thereof
The invention discloses a porous precast slab reinforcing assembly and a construction process thereof.The reinforcing assembly comprises a plurality of first reinforcing strips, second reinforcing strips and third reinforcing strips (41), the first reinforcing strips are distributed in the direction parallel to the stress direction of a precast slab (63) and located at the splicing seam of the precast slab (63), and the second reinforcing strips are distributed in the direction parallel to the stress direction of the precast slab (63); the second reinforcing strips are distributed in the direction perpendicular to the stress direction of the prefabricated plate (63), the second reinforcing strips and the first reinforcing strips are arranged at intervals, and the third reinforcing strips (41) wrap the side edges of the non-stress edges of the prefabricated plate (63). The construction technology comprises the steps of slab joint position construction, stress support position construction, non-stress support position construction, slab bottom connection construction and concrete layer pouring. The invention has the characteristics of good floor integrity and floor leakage prevention.
本发明公开了一种多孔预制板加固组件及其施工工艺，加固组件包括多个第一加固条、第二加固条和第三加固条(41)，所述第一加固条平行于预制板(63)的受力方向分布且位于预制板(63)的拼接缝处，所述第二加固条垂直于预制板(63)的受力方向分布且与第一加固条间隔布置，所述第三加固条(41)包裹在预制板(63)非受力边的侧边沿；施工工艺包括板缝位置施工、受力支座位置施工、非受力支座位置施工、板面板底连接施工和浇筑混凝土层。本发明具有楼板整体性好、防止楼板渗漏的特点。
Porous precast slab reinforcing assembly and construction process thereof
The invention discloses a porous precast slab reinforcing assembly and a construction process thereof.The reinforcing assembly comprises a plurality of first reinforcing strips, second reinforcing strips and third reinforcing strips (41), the first reinforcing strips are distributed in the direction parallel to the stress direction of a precast slab (63) and located at the splicing seam of the precast slab (63), and the second reinforcing strips are distributed in the direction parallel to the stress direction of the precast slab (63); the second reinforcing strips are distributed in the direction perpendicular to the stress direction of the prefabricated plate (63), the second reinforcing strips and the first reinforcing strips are arranged at intervals, and the third reinforcing strips (41) wrap the side edges of the non-stress edges of the prefabricated plate (63). The construction technology comprises the steps of slab joint position construction, stress support position construction, non-stress support position construction, slab bottom connection construction and concrete layer pouring. The invention has the characteristics of good floor integrity and floor leakage prevention.
本发明公开了一种多孔预制板加固组件及其施工工艺，加固组件包括多个第一加固条、第二加固条和第三加固条(41)，所述第一加固条平行于预制板(63)的受力方向分布且位于预制板(63)的拼接缝处，所述第二加固条垂直于预制板(63)的受力方向分布且与第一加固条间隔布置，所述第三加固条(41)包裹在预制板(63)非受力边的侧边沿；施工工艺包括板缝位置施工、受力支座位置施工、非受力支座位置施工、板面板底连接施工和浇筑混凝土层。本发明具有楼板整体性好、防止楼板渗漏的特点。
Porous precast slab reinforcing assembly and construction process thereof
一种多孔预制板加固组件及其施工工艺
SONG RENQIAN (Autor:in) / HU FAN (Autor:in)
26.07.2024
Patent
Elektronische Ressource
Chinesisch
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