A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Three-glass two-cavity type energy-saving window
The invention provides a three-glass two-cavity type energy-saving window. The three-glass two-cavity type energy-saving window comprises a window frame and a glass group, wherein the window frame comprises a sound-insulation heat-insulation cavity I; the sound-insulation heat-insulation cavity I is connected with a sound-insulation heat-insulation cavity II through a heat-insulation strip I and a water guiding piece; the sound-insulation heat-insulation cavity I is connected with one end of a sound-insulation heat-insulation cavity III through a high-elasticity heat-insulation sealing strip I; the other end of the sound-insulation heat-insulation cavity III is connected with a glass buckling strip; the sound-insulation heat-insulation cavity II is connected with a sound-insulation heat-insulation cavity IV through a sound-insulation heat-insulation cavity V; the sound-insulation heat-insulation cavity III is connected with the opposite surface of the sound-insulation heat-insulation cavity IV through a heat-insulation strip II; the glass buckling strip and the sound-insulation heat-insulation cavity IV are provided with the glass group through a high-elasticity heat-insulation sealing strip II; and seams between the glass group and the window frame are sealed through silicone sealant. The three-glass two-cavity type energy-saving window overcomes the shortcomings that the traditional window system is poor in sound insulation, easy to leak water and the like while the heat conductivity coefficient value of the window system is reduced. Meanwhile, the three-glass two-cavity type energy-saving window is connected with a wall by using an X-shaped long heat-insulation strip and a trapezoidal tooth-shaped staggered structure with a cavity, and the strength and the comprehensive performance of the product are improved.
三玻两腔型节能窗，包括窗框和玻璃组，所述窗框包括隔音隔热腔Ⅰ，所述隔音隔热腔Ⅰ与隔音隔热腔Ⅱ通过隔热条Ⅰ及导水件连接，隔音隔热腔Ⅰ与隔音隔热腔Ⅲ一端通过高弹性隔热密封条Ⅰ连接，隔音隔热腔Ⅲ另一端与玻璃扣条连接，隔音隔热腔Ⅱ通过隔音隔热腔Ⅴ与隔音隔热腔Ⅳ连接，隔音隔热腔Ⅲ与隔音隔热腔Ⅳ正对面通过隔热条Ⅱ连接，所述玻璃扣条与隔音隔热腔Ⅳ通过高弹性隔热密封条Ⅱ安装有玻璃组，且玻璃组与窗框的接缝处均通过硅酮密封胶进行密封。本发明在降低窗系统导热系数值的同时，改善了传统窗系统隔音差、易漏水等缺陷。同时使用X形长隔热条链接，用带有空腔的梯形齿状交错结构与墙体连接，还提升了产品的强度和综合性能。
Three-glass two-cavity type energy-saving window
The invention provides a three-glass two-cavity type energy-saving window. The three-glass two-cavity type energy-saving window comprises a window frame and a glass group, wherein the window frame comprises a sound-insulation heat-insulation cavity I; the sound-insulation heat-insulation cavity I is connected with a sound-insulation heat-insulation cavity II through a heat-insulation strip I and a water guiding piece; the sound-insulation heat-insulation cavity I is connected with one end of a sound-insulation heat-insulation cavity III through a high-elasticity heat-insulation sealing strip I; the other end of the sound-insulation heat-insulation cavity III is connected with a glass buckling strip; the sound-insulation heat-insulation cavity II is connected with a sound-insulation heat-insulation cavity IV through a sound-insulation heat-insulation cavity V; the sound-insulation heat-insulation cavity III is connected with the opposite surface of the sound-insulation heat-insulation cavity IV through a heat-insulation strip II; the glass buckling strip and the sound-insulation heat-insulation cavity IV are provided with the glass group through a high-elasticity heat-insulation sealing strip II; and seams between the glass group and the window frame are sealed through silicone sealant. The three-glass two-cavity type energy-saving window overcomes the shortcomings that the traditional window system is poor in sound insulation, easy to leak water and the like while the heat conductivity coefficient value of the window system is reduced. Meanwhile, the three-glass two-cavity type energy-saving window is connected with a wall by using an X-shaped long heat-insulation strip and a trapezoidal tooth-shaped staggered structure with a cavity, and the strength and the comprehensive performance of the product are improved.
三玻两腔型节能窗，包括窗框和玻璃组，所述窗框包括隔音隔热腔Ⅰ，所述隔音隔热腔Ⅰ与隔音隔热腔Ⅱ通过隔热条Ⅰ及导水件连接，隔音隔热腔Ⅰ与隔音隔热腔Ⅲ一端通过高弹性隔热密封条Ⅰ连接，隔音隔热腔Ⅲ另一端与玻璃扣条连接，隔音隔热腔Ⅱ通过隔音隔热腔Ⅴ与隔音隔热腔Ⅳ连接，隔音隔热腔Ⅲ与隔音隔热腔Ⅳ正对面通过隔热条Ⅱ连接，所述玻璃扣条与隔音隔热腔Ⅳ通过高弹性隔热密封条Ⅱ安装有玻璃组，且玻璃组与窗框的接缝处均通过硅酮密封胶进行密封。本发明在降低窗系统导热系数值的同时，改善了传统窗系统隔音差、易漏水等缺陷。同时使用X形长隔热条链接，用带有空腔的梯形齿状交错结构与墙体连接，还提升了产品的强度和综合性能。
Three-glass two-cavity type energy-saving window
三玻两腔型节能窗
LYU YUPIN (author) / SHI LINGREN (author) / LIANG JIANGSHAN (author) / ZHENG YU (author) / HU SHIDONG (author) / YANG YIQIANG (author) / LIU TIE (author) / WANG KAI (author)
2021-07-02
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
Double-suspension-film three-glass four-cavity efficient energy-saving glass system
| European Patent Office | 2023