A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Firmly-connected ALC wallboard structure
The invention relates to a firmly-connected ALC (autoclaved lightweight concrete) wallboard structure, which relates to a connecting structure of ALC wallboards, and is characterized in that the outer sides of four side parts of a square-shaped lower end steel plate (10) are connected with four wall bodies formed by Z-shaped wallboards (2), convex wallboards (3), convex window wallboards (4) and convex door wallboards (5) which are respectively arranged at the upper parts of the square-shaped lower end steel plate (10) through welding; angle irons (11) are arranged on two edge corners of the inner sides and the outer side surfaces of the Z-shaped wallboard (2), the convex wallboard (3), the convex window wallboard (4) and the convex door wallboard (5), the combination of the wall body is formed by buckling concave corners (12) at the mutual butt joint positions of the wallboards and convex parts of adjacent wallboards, and the angle irons (11) at the buckling positions are mutually integrated through welding; corner angle irons (1) are respectively arranged at four corners of the wall body; the square lower end steel plate is arranged at the lower end of the wallboard, so that cracks caused by uneven settlement in the prior art are effectively prevented.
一种牢固连接的ALC墙板结构，涉及一种ALC墙板的连接结构，口字形下端钢板（10）的四个边部外侧通过焊接与上部分别设置的Ζ字形墙板（2）、凸字形墙板（3）、凸字形窗墙板（4）和凸字形门墙板（5）形成的四面墙体连接，在Ζ字形墙板（2）、凸字形墙板（3）、凸字形窗墙板（4）和凸字形门墙板（5）的内侧和外侧面两边部角上均设置有角铁（11），其中墙体的组合由墙板相互对接处的凹陷角（12）与相邻墙板的凸出部扣合，并通过焊接使其扣合处的角铁（11）相互形成一体，在墙体的四角分别设有墙角部角铁（1）；本发明通过在墙板下端设置口字形下端钢板，有效防止了现有技术容易出现不均匀沉降造成的裂缝。
Firmly-connected ALC wallboard structure
The invention relates to a firmly-connected ALC (autoclaved lightweight concrete) wallboard structure, which relates to a connecting structure of ALC wallboards, and is characterized in that the outer sides of four side parts of a square-shaped lower end steel plate (10) are connected with four wall bodies formed by Z-shaped wallboards (2), convex wallboards (3), convex window wallboards (4) and convex door wallboards (5) which are respectively arranged at the upper parts of the square-shaped lower end steel plate (10) through welding; angle irons (11) are arranged on two edge corners of the inner sides and the outer side surfaces of the Z-shaped wallboard (2), the convex wallboard (3), the convex window wallboard (4) and the convex door wallboard (5), the combination of the wall body is formed by buckling concave corners (12) at the mutual butt joint positions of the wallboards and convex parts of adjacent wallboards, and the angle irons (11) at the buckling positions are mutually integrated through welding; corner angle irons (1) are respectively arranged at four corners of the wall body; the square lower end steel plate is arranged at the lower end of the wallboard, so that cracks caused by uneven settlement in the prior art are effectively prevented.
一种牢固连接的ALC墙板结构，涉及一种ALC墙板的连接结构，口字形下端钢板（10）的四个边部外侧通过焊接与上部分别设置的Ζ字形墙板（2）、凸字形墙板（3）、凸字形窗墙板（4）和凸字形门墙板（5）形成的四面墙体连接，在Ζ字形墙板（2）、凸字形墙板（3）、凸字形窗墙板（4）和凸字形门墙板（5）的内侧和外侧面两边部角上均设置有角铁（11），其中墙体的组合由墙板相互对接处的凹陷角（12）与相邻墙板的凸出部扣合，并通过焊接使其扣合处的角铁（11）相互形成一体，在墙体的四角分别设有墙角部角铁（1）；本发明通过在墙板下端设置口字形下端钢板，有效防止了现有技术容易出现不均匀沉降造成的裂缝。
Firmly-connected ALC wallboard structure
一种牢固连接的ALC墙板结构
HUANG KEZHENG (author) / HU YUNFENG (author) / LIU LAIHUI (author) / LI XU (author) / HU SHUANGLONG (author) / ZHAO SHUAICHAO (author) / XI WU (author) / HAO YONGZHE (author) / CHEN CHAO (author) / LI YAOWEI (author)
2023-06-13
Patent
Electronic Resource
Chinese
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