A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Self-adaptive deformation fabricated wall
The invention discloses a self-adaptive deformation fabricated wall which is arranged between a building floor and a building ceiling structure, the end of the fabricated wall in the length direction extends to a built structural body, and the fabricated wall comprises one or more unit wall bodies. The building floor and the building ceiling structure are each provided with a rail arranged in the length direction of the fabricated wall. An adjusting gap is formed between the fabricated wall body and the built structure body, the built structure body is provided with an elastic support with elasticity, a first groove is formed in the end of the fabricated wall body in the length direction, and the elastic support is inserted into the first groove and abuts against the fabricated wall body. The invention relates to the field of buildings, and provides a self-adaptive deformation fabricated wall, which is limited by a track and an elastic support, so that the fabricated wall can perform limited displacement in the direction of the track when internal stress is generated due to shrinkage, expansion and the like, and the elastic support further eliminates the existing internal stress by using the elasticity of the elastic support, so that the deformation of the fabricated wall is reduced. Cracks of the fabricated wall body are avoided.
本发明公开了一种自适应变形的装配式墙体，设置在建筑楼地面与建筑顶棚结构之间，且其长度方向的端部延伸至已建结构体，装配式墙体包括一个或多个单元墙体，建筑楼地面与建筑顶棚结构分别设有沿装配式墙体长度方向布置的轨道；装配式墙体与已建结构体之间设有调节间隙，已建结构体设有具有弹性的弹性支座，装配式墙体长度方向的端部设有第一凹槽，弹性支座插入第一凹槽内且与装配式墙体相抵。本发明涉及建筑领域，提供了一种自适应变形的装配式墙体，其利用轨道和弹性支座限位，使得装配式墙体在因收缩膨胀等原因产生内应力时可以沿轨道方向进行有限的位移，而弹性支座则利用其弹性进一步消除了存在的内应力，避免装配式墙体产生裂缝。
Self-adaptive deformation fabricated wall
The invention discloses a self-adaptive deformation fabricated wall which is arranged between a building floor and a building ceiling structure, the end of the fabricated wall in the length direction extends to a built structural body, and the fabricated wall comprises one or more unit wall bodies. The building floor and the building ceiling structure are each provided with a rail arranged in the length direction of the fabricated wall. An adjusting gap is formed between the fabricated wall body and the built structure body, the built structure body is provided with an elastic support with elasticity, a first groove is formed in the end of the fabricated wall body in the length direction, and the elastic support is inserted into the first groove and abuts against the fabricated wall body. The invention relates to the field of buildings, and provides a self-adaptive deformation fabricated wall, which is limited by a track and an elastic support, so that the fabricated wall can perform limited displacement in the direction of the track when internal stress is generated due to shrinkage, expansion and the like, and the elastic support further eliminates the existing internal stress by using the elasticity of the elastic support, so that the deformation of the fabricated wall is reduced. Cracks of the fabricated wall body are avoided.
本发明公开了一种自适应变形的装配式墙体，设置在建筑楼地面与建筑顶棚结构之间，且其长度方向的端部延伸至已建结构体，装配式墙体包括一个或多个单元墙体，建筑楼地面与建筑顶棚结构分别设有沿装配式墙体长度方向布置的轨道；装配式墙体与已建结构体之间设有调节间隙，已建结构体设有具有弹性的弹性支座，装配式墙体长度方向的端部设有第一凹槽，弹性支座插入第一凹槽内且与装配式墙体相抵。本发明涉及建筑领域，提供了一种自适应变形的装配式墙体，其利用轨道和弹性支座限位，使得装配式墙体在因收缩膨胀等原因产生内应力时可以沿轨道方向进行有限的位移，而弹性支座则利用其弹性进一步消除了存在的内应力，避免装配式墙体产生裂缝。
Self-adaptive deformation fabricated wall
一种自适应变形的装配式墙体
YANG ZHENGBO (author) / LIU ZHIBAO (author)
2021-05-28
Patent
Electronic Resource
Chinese
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