A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an ultralow energy consumption building external window. The ultralow energy consumption building external window comprises a building external window body. The building external window body comprises a load-bearing mechanism, a protection mechanism, a sound insulation mechanism, a sealing mechanism and an installation mechanism. The load-bearing mechanism comprises double-cavity support plates. The inner sides of the double-cavity support plates are symmetrically provided with two buffer chambers. Sound insulation chambers are formed in the positions, corresponding tothe middle positions of the two buffer chambers, of the inner sides of the two double-cavity support plates. The sound insulation chambers are internally filled with sound insulation mechanisms. Compared with traditional components, the double-cavity support plates of the ultralow energy consumption building external window have higher toughness. Through the sound insulation mechanisms additionally designed to the insides of the sound insulation chambers, the sound insulation effect of the ultralow energy consumption building external window is achieved, and the sound insulation property of the ultralow energy consumption building external window is greatly improved. Meanwhile, loss of part of heat of the double-cavity support plates is reduced, and therefore, the low-consumption functionis achieved.
本发明公开了一种超低能耗建筑外窗，包括建筑外窗主体，所述建筑外窗主体包括承重机构、防护机构、隔音机构、密封机构和安装机构，且所述承重机构包括双腔支架板，所述双腔支架板的内侧对称开设有两个缓冲腔体，且两个所述双腔支架板的内侧对应两个缓冲腔体的中间位置处开设有隔音腔体，且所述隔音腔体的内侧填充安装有隔音机构；通过本发明中设计的双腔支架板，相较于传统的构件，韧性更强，且通过设计添加在隔音腔体内侧的隔音机构，实现了对超低能耗建筑外窗的隔音处理，极大的增加了装置本身的隔音性能，同时减少了双腔支架板部分热量的流失，从而达到低耗的功能。
The invention discloses an ultralow energy consumption building external window. The ultralow energy consumption building external window comprises a building external window body. The building external window body comprises a load-bearing mechanism, a protection mechanism, a sound insulation mechanism, a sealing mechanism and an installation mechanism. The load-bearing mechanism comprises double-cavity support plates. The inner sides of the double-cavity support plates are symmetrically provided with two buffer chambers. Sound insulation chambers are formed in the positions, corresponding tothe middle positions of the two buffer chambers, of the inner sides of the two double-cavity support plates. The sound insulation chambers are internally filled with sound insulation mechanisms. Compared with traditional components, the double-cavity support plates of the ultralow energy consumption building external window have higher toughness. Through the sound insulation mechanisms additionally designed to the insides of the sound insulation chambers, the sound insulation effect of the ultralow energy consumption building external window is achieved, and the sound insulation property of the ultralow energy consumption building external window is greatly improved. Meanwhile, loss of part of heat of the double-cavity support plates is reduced, and therefore, the low-consumption functionis achieved.
本发明公开了一种超低能耗建筑外窗，包括建筑外窗主体，所述建筑外窗主体包括承重机构、防护机构、隔音机构、密封机构和安装机构，且所述承重机构包括双腔支架板，所述双腔支架板的内侧对称开设有两个缓冲腔体，且两个所述双腔支架板的内侧对应两个缓冲腔体的中间位置处开设有隔音腔体，且所述隔音腔体的内侧填充安装有隔音机构；通过本发明中设计的双腔支架板，相较于传统的构件，韧性更强，且通过设计添加在隔音腔体内侧的隔音机构，实现了对超低能耗建筑外窗的隔音处理，极大的增加了装置本身的隔音性能，同时减少了双腔支架板部分热量的流失，从而达到低耗的功能。
Ultralow energy consumption building external window
一种超低能耗建筑外窗
WANG QIAO (author)
2020-05-29
Patent
Electronic Resource
Chinese
IPC:
E06B
Feste oder bewegliche Abschlüsse für Öffnungen in Bauwerken, Fahrzeugen, Zäunen oder ähnlichen Einfriedungen allgemein, z.B. Türen, Fenster, Läden, Tore
,
FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES, OR LIKE ENCLOSURES, IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
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