A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Modularized integrated building structure with improved waterproof performance
The invention discloses a modular integrated building structure with improved waterproof performance, and relates to a thin-shell building structure. The problem that leakage exists at the thin shell connecting position in an existing modular building is solved. The inner wall and the outer wall are oppositely arranged, and the other two side walls are oppositely arranged. The two oppositely-arranged side walls are composed of thin-shell walls, and constructional columns are arranged at door and window openings in the thin-shell walls. The outer wall is composed of a partition wall and thin-shell walls on the two sides of the partition wall. Transverse beams are arranged on the top of the outer wall and the tops of the two oppositely-arranged side walls. The edge of the thin shell wall connected with the partition wall and the constructional column is a straight edge and is provided with a support plate; and a support plate is arranged on the edge of the thin shell wall connected with the transverse beam. The edge of the thin-shell wall is a straight edge and extends into the bottoms of the partition wall, the constructional column and the transverse beam, and the supporting plate can effectively form an integral waterproof surface after a flexible waterproof layer is added at the joint, so that leakage is avoided, and the waterproof performance of a building is ensured.
一种具有改进防水性能的模块化集成建筑结构，涉及一种薄壳建筑结构。为了解决现有的模块化建筑中薄壳连接处存在渗漏的问题。本发明由相对设置的内墙和外墙、以及另两个相对设置的侧墙构成；两个相对设置的侧墙由薄壳墙构成且薄壳墙上的门窗洞口设置有构造柱；外墙由隔墙和隔墙两侧的薄壳墙构成；外墙的顶部和两个相对设置的侧墙的顶部均设置有横向梁；与隔墙和构造柱相连的薄壳墙的边缘为直边和边缘设置有支板；与横向梁相连的薄壳墙的边缘设置有支板。本发明薄壳墙的边缘为直边且伸入至隔墙、构造柱和横向梁底部，以及支板均可以在连接处增加柔性防水层后有效形成整体的防水面，避免了渗漏，保证建筑防水性能。
Modularized integrated building structure with improved waterproof performance
The invention discloses a modular integrated building structure with improved waterproof performance, and relates to a thin-shell building structure. The problem that leakage exists at the thin shell connecting position in an existing modular building is solved. The inner wall and the outer wall are oppositely arranged, and the other two side walls are oppositely arranged. The two oppositely-arranged side walls are composed of thin-shell walls, and constructional columns are arranged at door and window openings in the thin-shell walls. The outer wall is composed of a partition wall and thin-shell walls on the two sides of the partition wall. Transverse beams are arranged on the top of the outer wall and the tops of the two oppositely-arranged side walls. The edge of the thin shell wall connected with the partition wall and the constructional column is a straight edge and is provided with a support plate; and a support plate is arranged on the edge of the thin shell wall connected with the transverse beam. The edge of the thin-shell wall is a straight edge and extends into the bottoms of the partition wall, the constructional column and the transverse beam, and the supporting plate can effectively form an integral waterproof surface after a flexible waterproof layer is added at the joint, so that leakage is avoided, and the waterproof performance of a building is ensured.
一种具有改进防水性能的模块化集成建筑结构，涉及一种薄壳建筑结构。为了解决现有的模块化建筑中薄壳连接处存在渗漏的问题。本发明由相对设置的内墙和外墙、以及另两个相对设置的侧墙构成；两个相对设置的侧墙由薄壳墙构成且薄壳墙上的门窗洞口设置有构造柱；外墙由隔墙和隔墙两侧的薄壳墙构成；外墙的顶部和两个相对设置的侧墙的顶部均设置有横向梁；与隔墙和构造柱相连的薄壳墙的边缘为直边和边缘设置有支板；与横向梁相连的薄壳墙的边缘设置有支板。本发明薄壳墙的边缘为直边且伸入至隔墙、构造柱和横向梁底部，以及支板均可以在连接处增加柔性防水层后有效形成整体的防水面，避免了渗漏，保证建筑防水性能。
Modularized integrated building structure with improved waterproof performance
一种具有改进防水性能的模块化集成建筑结构
LI AIJING (author) / LI ZHEJING (author) / ZHANG LIYANG (author) / YU HONG (author) / HE XIAOLU (author) / GAO KEBIN (author) / CUI BO (author) / ZHAN HE (author) / MEI KUNLONG (author) / MA JINAN (author)
2023-10-24
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
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GENERAL BUILDING CONSTRUCTIONS
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