Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Building envelope structure combining building double-layer leather and photocatalytic material
The building envelope structure comprises an inner glass wall (1) and an outer glass wall (3) which are located on the sunny side and located indoors and outdoors respectively, an airflow channel (8) is formed between the inner glass wall (1) and the outer glass wall (3), and ventilation openings communicating the indoor space with the airflow channel (8) are formed in the upper end and the lower end of the inner glass wall (1). The upper end and the lower end of the outer glass wall (3) are provided with ventilation openings communicated with an airflow channel (8) and the outside, the ventilation openings in the upper end and the lower end of the inner glass wall (1) are provided with a first detachable baffle (5) and a second detachable baffle (4) respectively, the ventilation opening in the upper end of the outer glass wall (3) is provided with a third detachable baffle (6), and the face, facing the outer glass wall (3), of the inner glass wall (1) is provided with a photocatalyst layer (2). The photocatalyst layer (2) is used for degrading methane in the environment under natural light. The building envelope realizes continuous capture and degradation of methane in the environment.
本发明公开一种建筑双层皮和光催化材料相结合的建筑围护结构，包括位于向阳面且分别位于室内外的内玻璃墙（1）和外玻璃墙（3），内玻璃墙（1）和外玻璃墙（3）之间形成气流通道（8），内玻璃墙（1）上下端设有连通室内和气流通道（8）的通风口，外玻璃墙（3）上下端设有连通气流通道（8）和室外的通风口，内玻璃墙（1）上下端的通风口处分别设有可拆卸的挡板一（5）和可拆卸的挡板二（4），外玻璃墙（3）上端的通风口处设有可拆卸的挡板三（6），内玻璃墙（1）朝向外玻璃墙（3）的一面设有光催化剂层（2），光催化剂层（2）用于在自然光下降解环境中的甲烷。该建筑围护结构实现了环境中甲烷的持续捕捉和降解。
Building envelope structure combining building double-layer leather and photocatalytic material
The building envelope structure comprises an inner glass wall (1) and an outer glass wall (3) which are located on the sunny side and located indoors and outdoors respectively, an airflow channel (8) is formed between the inner glass wall (1) and the outer glass wall (3), and ventilation openings communicating the indoor space with the airflow channel (8) are formed in the upper end and the lower end of the inner glass wall (1). The upper end and the lower end of the outer glass wall (3) are provided with ventilation openings communicated with an airflow channel (8) and the outside, the ventilation openings in the upper end and the lower end of the inner glass wall (1) are provided with a first detachable baffle (5) and a second detachable baffle (4) respectively, the ventilation opening in the upper end of the outer glass wall (3) is provided with a third detachable baffle (6), and the face, facing the outer glass wall (3), of the inner glass wall (1) is provided with a photocatalyst layer (2). The photocatalyst layer (2) is used for degrading methane in the environment under natural light. The building envelope realizes continuous capture and degradation of methane in the environment.
本发明公开一种建筑双层皮和光催化材料相结合的建筑围护结构，包括位于向阳面且分别位于室内外的内玻璃墙（1）和外玻璃墙（3），内玻璃墙（1）和外玻璃墙（3）之间形成气流通道（8），内玻璃墙（1）上下端设有连通室内和气流通道（8）的通风口，外玻璃墙（3）上下端设有连通气流通道（8）和室外的通风口，内玻璃墙（1）上下端的通风口处分别设有可拆卸的挡板一（5）和可拆卸的挡板二（4），外玻璃墙（3）上端的通风口处设有可拆卸的挡板三（6），内玻璃墙（1）朝向外玻璃墙（3）的一面设有光催化剂层（2），光催化剂层（2）用于在自然光下降解环境中的甲烷。该建筑围护结构实现了环境中甲烷的持续捕捉和降解。
Building envelope structure combining building double-layer leather and photocatalytic material
建筑双层皮和光催化材料相结合的建筑围护结构
MING TINGZHEN (Autor:in) / YANG XINYI (Autor:in) / XIONG HANBING (Autor:in) / CHEN QIONG (Autor:in) / WANG CAIXIA (Autor:in)
19.12.2023
Patent
Elektronische Ressource
Chinesisch
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