Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a phase change building facade system with an adjustable window-wall area ratio. The phase change building facade system comprises a window frame, high-transmittance glass, a Low-e film layer and a phase change wall body, clamping grooves facing indoors and outdoors are formed in the window frame, and the high-transmittance glass is packaged in the clamping grooves; a guide rail used for supporting the phase change wall body and sliding the phase change wall body is arranged in the window frame, the guide rail is arranged between the two clamping grooves, the inner surface of the high-transmittance glass on the indoor side is coated with a Low-e film layer, and the surface, facing the indoor side, of the phase change wall body is coated with a solar full-spectrum heat collection layer. Ventilation gaps are formed between the phase change wall body and the high-light-transmittance glass on the indoor side and between the phase change wall body and the high-light-transmittance glass on the outdoor side respectively. The window wall bodies are integrated into a whole, the area ratio of the window wall bodies is adjustable through the push-pull type structural design, and solar heat gain is regulated and controlled according to needs.
一种窗墙面积比可调的相变建筑立面系统，它包含窗框架、高透光玻璃、Low‑e膜层和相变墙体；窗框架内设置有朝向室内和朝向室外的卡槽，高透光玻璃封装在卡槽中；窗框架内设置有用于支撑相变墙体并作为相变墙体滑动的导轨，导轨布置在两种卡槽之间，室内侧的高透光玻璃的内表面涂有Low‑e膜层，相变墙体的朝向室内的表面涂有太阳能全光谱集热层，相变墙体分别与室内侧的高透光玻璃和室外侧的高透光玻璃之间具有透气间隙。本发明窗墙体整合为一个整体，通过推拉式结构设计实现了窗墙体面积比可调，实现太阳得热的按需调控。
The invention discloses a phase change building facade system with an adjustable window-wall area ratio. The phase change building facade system comprises a window frame, high-transmittance glass, a Low-e film layer and a phase change wall body, clamping grooves facing indoors and outdoors are formed in the window frame, and the high-transmittance glass is packaged in the clamping grooves; a guide rail used for supporting the phase change wall body and sliding the phase change wall body is arranged in the window frame, the guide rail is arranged between the two clamping grooves, the inner surface of the high-transmittance glass on the indoor side is coated with a Low-e film layer, and the surface, facing the indoor side, of the phase change wall body is coated with a solar full-spectrum heat collection layer. Ventilation gaps are formed between the phase change wall body and the high-light-transmittance glass on the indoor side and between the phase change wall body and the high-light-transmittance glass on the outdoor side respectively. The window wall bodies are integrated into a whole, the area ratio of the window wall bodies is adjustable through the push-pull type structural design, and solar heat gain is regulated and controlled according to needs.
一种窗墙面积比可调的相变建筑立面系统，它包含窗框架、高透光玻璃、Low‑e膜层和相变墙体；窗框架内设置有朝向室内和朝向室外的卡槽，高透光玻璃封装在卡槽中；窗框架内设置有用于支撑相变墙体并作为相变墙体滑动的导轨，导轨布置在两种卡槽之间，室内侧的高透光玻璃的内表面涂有Low‑e膜层，相变墙体的朝向室内的表面涂有太阳能全光谱集热层，相变墙体分别与室内侧的高透光玻璃和室外侧的高透光玻璃之间具有透气间隙。本发明窗墙体整合为一个整体，通过推拉式结构设计实现了窗墙体面积比可调，实现太阳得热的按需调控。
Phase change building facade system with adjustable window-wall area ratio
一种窗墙面积比可调的相变建筑立面系统
19.09.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E06B
Feste oder bewegliche Abschlüsse für Öffnungen in Bauwerken, Fahrzeugen, Zäunen oder ähnlichen Einfriedungen allgemein, z.B. Türen, Fenster, Läden, Tore
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