Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a splicing prefabricated wall, and relates to the field of building assembling. The splicing prefabricated wall comprises prefabricated walls and a plurality of reinforcing steel bar clusters, wherein a plurality of mating holes are formed in the lower end faces of the prefabricated walls; grouting channels are arranged in the prefabricated walls; outlets of the grouting channels are located in the upper end faces of the prefabricated walls; the grouting channels communicate with the mating holes; the reinforcing steel bar clusters are fixed to the upper end faces of the prefabricated walls and are in one-to-one correspondence to the mating holes; the diameter of each mating hole is larger than the diameter of each reinforcing steel bar cluster; during splicing, thecentral axis of the reinforcing steel bar cluster in the first prefabricated wall coincides with the central axis of the corresponding mating hole in the second prefabricated wall; and after the upper end face of the first prefabricated wall contacts the lower end face of the second prefabricated wall, through the grouting channel in the second prefabricated wall, building mortar is fully filledin the mating hole and the grouting channel in the second prefabricated wall, so that after the prefabricated walls are spliced, the prefabricated walls can be fixedly connected through the building mortar, and the stability of a fabricated wall is ensured.
本发明公开了一种可拼接的预制墙体，涉及建筑装配领域，包括预制墙体，其下端面设有若干配合孔，所述预制墙体的内部设有灌浆通道，所述灌浆通道的出口位于预制墙体的上端面，灌浆通道与所述配合孔连通；若干钢筋簇，其固定于所述预制墙体的上端面，并与所述配合孔一一对应，所述配合孔的直径大于钢筋簇的直径；在拼接时，将第一个预制墙体中钢筋簇的中轴线与第二个预制墙体中对应的配合孔的中轴线重合，在第一个预制墙体的上端面与第二个预制墙体的下端面接触后，通过第二个预制墙体中的灌浆通道，使建筑砂浆充满第二个预制墙体中的配合孔和灌浆通道，这样在预制墙体拼接后，可使预制墙体之间通过建筑砂浆固定连接，保证装配墙体的稳固性。
The invention discloses a splicing prefabricated wall, and relates to the field of building assembling. The splicing prefabricated wall comprises prefabricated walls and a plurality of reinforcing steel bar clusters, wherein a plurality of mating holes are formed in the lower end faces of the prefabricated walls; grouting channels are arranged in the prefabricated walls; outlets of the grouting channels are located in the upper end faces of the prefabricated walls; the grouting channels communicate with the mating holes; the reinforcing steel bar clusters are fixed to the upper end faces of the prefabricated walls and are in one-to-one correspondence to the mating holes; the diameter of each mating hole is larger than the diameter of each reinforcing steel bar cluster; during splicing, thecentral axis of the reinforcing steel bar cluster in the first prefabricated wall coincides with the central axis of the corresponding mating hole in the second prefabricated wall; and after the upper end face of the first prefabricated wall contacts the lower end face of the second prefabricated wall, through the grouting channel in the second prefabricated wall, building mortar is fully filledin the mating hole and the grouting channel in the second prefabricated wall, so that after the prefabricated walls are spliced, the prefabricated walls can be fixedly connected through the building mortar, and the stability of a fabricated wall is ensured.
本发明公开了一种可拼接的预制墙体，涉及建筑装配领域，包括预制墙体，其下端面设有若干配合孔，所述预制墙体的内部设有灌浆通道，所述灌浆通道的出口位于预制墙体的上端面，灌浆通道与所述配合孔连通；若干钢筋簇，其固定于所述预制墙体的上端面，并与所述配合孔一一对应，所述配合孔的直径大于钢筋簇的直径；在拼接时，将第一个预制墙体中钢筋簇的中轴线与第二个预制墙体中对应的配合孔的中轴线重合，在第一个预制墙体的上端面与第二个预制墙体的下端面接触后，通过第二个预制墙体中的灌浆通道，使建筑砂浆充满第二个预制墙体中的配合孔和灌浆通道，这样在预制墙体拼接后，可使预制墙体之间通过建筑砂浆固定连接，保证装配墙体的稳固性。
Splicing prefabricated wall
一种可拼接的预制墙体
WANG YUNSI (Autor:in)
19.06.2020
Patent
Elektronische Ressource
Chinesisch
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