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Prefabricated multi-face connecting single body, masonry wall frame and assembling method of prefabricated multi-face connecting single body and masonry wall frame
The invention discloses a prefabricated multi-face connecting single body, a masonry wall frame and an assembling method thereof. The building block comprises a block body, the front side wall and the rear side wall of the block body are the outer wall plane side and the inner wall plane side, and four-way connecting parts are machined between the top side, the bottom side and the two ends of the block body. Each prefabricated multi-face connecting single body is connected with other prefabricated multi-face connecting single bodies arranged in the four directions through the four-direction connecting parts in a clamping mode without external connecting seams. The masonry wall frame comprises a plurality of transverse steel bars, a plurality of longitudinal steel bars and a plurality of prefabricated multi-face connecting single bodies. The multiple prefabricated multi-face connecting single bodies form a multi-hollow-core frame through multiple layers of transverse multi-face connecting structural bodies, and each layer of transverse multi-face connecting structural body is composed of a plurality of prefabricated multi-face connecting single bodies. And one of two prefabricated multi-face connecting single bodies located at the transverse adjacent positions in the layer of transverse multi-face connecting structural body is matched with the second clamping part of the other prefabricated multi-face connecting single body in an inserted mode through the first clamping part.
一种预制多面连接单体、砌体墙体框架及其装配方法。本发明包括块本体,块本体的前侧壁和后侧壁均为外墙平面侧和内墙平面侧,块本体的顶侧、底侧和两端之间加工有四向连接部,每个预制多面连接单体通过四向连接部与其四个方向配置的其他预制多面连接单体之间形成无外接连接缝的卡接连接。砌体墙体框架包括数根横向钢筋、数根纵向钢筋和多个预制多面连接单体;多个预制多面连接单体由多层横向多面连接结构体形成多空芯框架,每层横向多面连接结构体由若干个预制多面连接单体组成,该层横向多面连接结构体中处于横向相邻位置的两个预制多面连接单体中一个预制多面连接单体通过第一卡接部与另一个预制多面连接单体的第二卡接部插接配合。
Prefabricated multi-face connecting single body, masonry wall frame and assembling method of prefabricated multi-face connecting single body and masonry wall frame
The invention discloses a prefabricated multi-face connecting single body, a masonry wall frame and an assembling method thereof. The building block comprises a block body, the front side wall and the rear side wall of the block body are the outer wall plane side and the inner wall plane side, and four-way connecting parts are machined between the top side, the bottom side and the two ends of the block body. Each prefabricated multi-face connecting single body is connected with other prefabricated multi-face connecting single bodies arranged in the four directions through the four-direction connecting parts in a clamping mode without external connecting seams. The masonry wall frame comprises a plurality of transverse steel bars, a plurality of longitudinal steel bars and a plurality of prefabricated multi-face connecting single bodies. The multiple prefabricated multi-face connecting single bodies form a multi-hollow-core frame through multiple layers of transverse multi-face connecting structural bodies, and each layer of transverse multi-face connecting structural body is composed of a plurality of prefabricated multi-face connecting single bodies. And one of two prefabricated multi-face connecting single bodies located at the transverse adjacent positions in the layer of transverse multi-face connecting structural body is matched with the second clamping part of the other prefabricated multi-face connecting single body in an inserted mode through the first clamping part.
一种预制多面连接单体、砌体墙体框架及其装配方法。本发明包括块本体,块本体的前侧壁和后侧壁均为外墙平面侧和内墙平面侧,块本体的顶侧、底侧和两端之间加工有四向连接部,每个预制多面连接单体通过四向连接部与其四个方向配置的其他预制多面连接单体之间形成无外接连接缝的卡接连接。砌体墙体框架包括数根横向钢筋、数根纵向钢筋和多个预制多面连接单体;多个预制多面连接单体由多层横向多面连接结构体形成多空芯框架,每层横向多面连接结构体由若干个预制多面连接单体组成,该层横向多面连接结构体中处于横向相邻位置的两个预制多面连接单体中一个预制多面连接单体通过第一卡接部与另一个预制多面连接单体的第二卡接部插接配合。
Prefabricated multi-face connecting single body, masonry wall frame and assembling method of prefabricated multi-face connecting single body and masonry wall frame
一种预制多面连接单体、砌体墙体框架及其装配方法
DONG XIANZHANG (Autor:in) / XIAO HUIGANG (Autor:in) / XUE CHUHENG (Autor:in) / LIU MIN (Autor:in)
05.12.2023
Patent
Elektronische Ressource
Chinesisch
Indoor wall face frame connecting structure of prefabricated building
Europäisches Patentamt | 2021
|Europäisches Patentamt | 2020
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