A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an anti-tension-fracture-damage building deformation joint structure which comprises two wall bodies, a deformation joint is arranged between the two wall bodies, according to the anti-tension-fracture-damage building deformation joint structure, when anti-deformation buffering mechanisms are installed, an adjusting mechanism is adjusted to enable the two anti-deformation buffering mechanisms to move close to each other, and the two anti-deformation buffering mechanisms move close to each other; when the first spring and the second spring are both in a natural length state and the distance between the two fixing plates is smaller than the length of the deformation joint, the anti-deformation buffering mechanisms are placed in the deformation joint, and then the adjusting mechanism is adjusted to enable the two anti-deformation buffering mechanisms to move away from each other until the two fixing plates are both tightly attached to the wall; the anti-deformation buffer mechanism can be installed in the deformation joints with different lengths by fixing the fixing plate on the wall body through bolts, and the first spring and the second spring in the anti-deformation buffer mechanism do not deform, so that no bounce exists, and the anti-deformation buffer mechanism can be rapidly installed conveniently.
本发明公开了一种防拉裂破坏的建筑变形缝结构，包括两个墙体，两个所述墙体之间设有变形缝，该种防拉裂破坏的建筑变形缝结构，在安装防变形缓冲机构时，调节调节机构使两个防变形缓冲机构相互靠近移动，直至第一弹簧和第二弹簧均处于自然长度状态，且两个固定板之间的距离小于变形缝长度，再将防变形缓冲机构放置在变形缝内，再调节调节机构使两个防变形缓冲机构相互远离移动，直至两个固定板均与墙体贴紧，再使用螺栓将固定板固定在墙体即可完成对防变形缓冲机构在不同长度的变形缝内的安装，且防变形缓冲机构中的第一弹簧和第二弹簧均未产生形变，因而未有反弹力，从而方便防变形缓冲机构的快速安装。
The invention discloses an anti-tension-fracture-damage building deformation joint structure which comprises two wall bodies, a deformation joint is arranged between the two wall bodies, according to the anti-tension-fracture-damage building deformation joint structure, when anti-deformation buffering mechanisms are installed, an adjusting mechanism is adjusted to enable the two anti-deformation buffering mechanisms to move close to each other, and the two anti-deformation buffering mechanisms move close to each other; when the first spring and the second spring are both in a natural length state and the distance between the two fixing plates is smaller than the length of the deformation joint, the anti-deformation buffering mechanisms are placed in the deformation joint, and then the adjusting mechanism is adjusted to enable the two anti-deformation buffering mechanisms to move away from each other until the two fixing plates are both tightly attached to the wall; the anti-deformation buffer mechanism can be installed in the deformation joints with different lengths by fixing the fixing plate on the wall body through bolts, and the first spring and the second spring in the anti-deformation buffer mechanism do not deform, so that no bounce exists, and the anti-deformation buffer mechanism can be rapidly installed conveniently.
本发明公开了一种防拉裂破坏的建筑变形缝结构，包括两个墙体，两个所述墙体之间设有变形缝，该种防拉裂破坏的建筑变形缝结构，在安装防变形缓冲机构时，调节调节机构使两个防变形缓冲机构相互靠近移动，直至第一弹簧和第二弹簧均处于自然长度状态，且两个固定板之间的距离小于变形缝长度，再将防变形缓冲机构放置在变形缝内，再调节调节机构使两个防变形缓冲机构相互远离移动，直至两个固定板均与墙体贴紧，再使用螺栓将固定板固定在墙体即可完成对防变形缓冲机构在不同长度的变形缝内的安装，且防变形缓冲机构中的第一弹簧和第二弹簧均未产生形变，因而未有反弹力，从而方便防变形缓冲机构的快速安装。
Building deformation joint structure capable of preventing tension fracture damage
一种防拉裂破坏的建筑变形缝结构
2023-08-01
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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