A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Sunken air shaft structure and construction method thereof
The invention relates to a sunken air shaft structure and a construction method thereof.The sunken air shaft structure comprises a prefabricated air shaft body structure installed in a building body, a ventilation channel is formed in the prefabricated air shaft body structure, an air inlet is formed in the top of the prefabricated air shaft body structure, an air pipe connecting hole is reserved in the side portion of the prefabricated air shaft body structure, and a water outlet is formed in the bottom of the prefabricated air shaft body structure; the top surface of the air shaft main body structure is flush with the top surface of the building main body; and the shutter is arranged at the air inlet. The prefabricated air shaft body structure is adopted, the construction period can be shortened, the construction efficiency is greatly improved, the top face of the air shaft body structure is flush with the top face of the building body, and the overall landscape effect is guaranteed. According to the air shaft main body structure, the air pipe connecting hole is formed in the side part, and the water outlet is formed in the bottom, so that water and air entering the ventilation channel of the air shaft main body structure are separated, the air enters the building main body from the air pipe connecting hole in the side part to meet the ventilation requirement, and the water flows into the water outlet in the bottom to be discharged.
本发明涉及一种下沉式风井构造及其施工方法，该下沉式风井构造包括：安装在建筑主体内的预制的风井主体结构，内部形成有通风通道，顶部形成有进风口，侧部预留有风管连接洞口，底部设有排水口，风井主体结构的顶面与建筑主体的顶面相平齐；安装于进风口处的百叶窗。本发明采用预制的风井主体结构，可以缩短施工工期，大幅提高施工效率，且风井主体结构的顶面与建筑主体的顶面相平齐，保证了整体的景观效果。本发明的风井主体结构将风管连接洞口设置在侧部，在底部设置排水口，实现了将进入风井主体结构的通风通道内的水和风分离，让风从侧部的风管连接洞口进入到建筑主体内，以满足通风的要求，让水流入到底部的排水口处排出。
Sunken air shaft structure and construction method thereof
The invention relates to a sunken air shaft structure and a construction method thereof.The sunken air shaft structure comprises a prefabricated air shaft body structure installed in a building body, a ventilation channel is formed in the prefabricated air shaft body structure, an air inlet is formed in the top of the prefabricated air shaft body structure, an air pipe connecting hole is reserved in the side portion of the prefabricated air shaft body structure, and a water outlet is formed in the bottom of the prefabricated air shaft body structure; the top surface of the air shaft main body structure is flush with the top surface of the building main body; and the shutter is arranged at the air inlet. The prefabricated air shaft body structure is adopted, the construction period can be shortened, the construction efficiency is greatly improved, the top face of the air shaft body structure is flush with the top face of the building body, and the overall landscape effect is guaranteed. According to the air shaft main body structure, the air pipe connecting hole is formed in the side part, and the water outlet is formed in the bottom, so that water and air entering the ventilation channel of the air shaft main body structure are separated, the air enters the building main body from the air pipe connecting hole in the side part to meet the ventilation requirement, and the water flows into the water outlet in the bottom to be discharged.
本发明涉及一种下沉式风井构造及其施工方法，该下沉式风井构造包括：安装在建筑主体内的预制的风井主体结构，内部形成有通风通道，顶部形成有进风口，侧部预留有风管连接洞口，底部设有排水口，风井主体结构的顶面与建筑主体的顶面相平齐；安装于进风口处的百叶窗。本发明采用预制的风井主体结构，可以缩短施工工期，大幅提高施工效率，且风井主体结构的顶面与建筑主体的顶面相平齐，保证了整体的景观效果。本发明的风井主体结构将风管连接洞口设置在侧部，在底部设置排水口，实现了将进入风井主体结构的通风通道内的水和风分离，让风从侧部的风管连接洞口进入到建筑主体内，以满足通风的要求，让水流入到底部的排水口处排出。
Sunken air shaft structure and construction method thereof
下沉式风井构造及其施工方法
TENG FEI (author) / ZENG HONGQIANG (author) / XIE YINGYING (author) / FU HANG (author) / LIU SHENJIA (author) / MA RAO (author) / PENG WEI (author) / WANG YUFENG (author)
2023-07-04
Patent
Electronic Resource
Chinese
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