A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Heat insulation and heat preservation division bar, passive heat insulation and heat preservation aluminum-wood composite window and circumferential heat insulation method of passive heat insulation and heat preservation aluminum-wood composite window
The invention discloses a heat-insulating and heat-preserving division bar, a passive heat-insulating and heat-preserving aluminum-wood composite window and a circumferential heat-insulating method thereof. The heat insulation and heat preservation division bars are straight bar bodies with the same width, the width of the heat insulation and heat preservation division bars is larger than or equal to the thickness of the hollow glass, the width of the heat insulation and heat preservation division bars is smaller than the thickness of the window frame, and the value range of the thickness of the heat insulation and heat preservation division bars is 5-15 mm. The passive heat insulation and heat preservation aluminum-wood composite window is an opening window sash and comprises a fixed wood frame, an opening sash, a middle heat insulation and heat preservation division bar and a built-in heat insulation and heat preservation division bar, the middle heat insulation and heat preservation division bar and the built-in heat insulation and heat preservation division bar are both heat insulation and heat preservation division bars, and the opening sash is hinged to the interior of the fixed wood frame. Middle heat insulation and heat preservation division bars are embedded in the outer end faces of the periphery of the fixed wood frame, built-in heat insulation and heat preservation division bars are embedded in a sash frame of the opening sash, and the inner walls of the built-in heat insulation and heat preservation division bars are tightly attached to the outer walls of the periphery of the first hollow glass of the opening sash respectively.
断热保温隔条、被动断热保温铝木复合窗及其周向断热法。断热保温隔条为等宽的直条体，断热保温隔条的宽度大于或等于中空玻璃的厚度，断热保温隔条的宽度小于窗框的厚度，断热保温隔条厚度取值范围为5~15mm。所述被动断热保温铝木复合窗为开启窗扇，包括固定木框、开启扇、中置断热保温隔条和内置断热保温隔条，中置断热保温隔条和内置断热保温隔条均为断热保温隔条，开启扇铰接在固定木框内，所述固定木框的四周外端面嵌装有中置断热保温隔条，所述开启扇的扇框内嵌装有内置断热保温隔条，内置断热保温隔条的内壁分别贴紧在开启扇的第一中空玻璃的四周外壁上。
Heat insulation and heat preservation division bar, passive heat insulation and heat preservation aluminum-wood composite window and circumferential heat insulation method of passive heat insulation and heat preservation aluminum-wood composite window
The invention discloses a heat-insulating and heat-preserving division bar, a passive heat-insulating and heat-preserving aluminum-wood composite window and a circumferential heat-insulating method thereof. The heat insulation and heat preservation division bars are straight bar bodies with the same width, the width of the heat insulation and heat preservation division bars is larger than or equal to the thickness of the hollow glass, the width of the heat insulation and heat preservation division bars is smaller than the thickness of the window frame, and the value range of the thickness of the heat insulation and heat preservation division bars is 5-15 mm. The passive heat insulation and heat preservation aluminum-wood composite window is an opening window sash and comprises a fixed wood frame, an opening sash, a middle heat insulation and heat preservation division bar and a built-in heat insulation and heat preservation division bar, the middle heat insulation and heat preservation division bar and the built-in heat insulation and heat preservation division bar are both heat insulation and heat preservation division bars, and the opening sash is hinged to the interior of the fixed wood frame. Middle heat insulation and heat preservation division bars are embedded in the outer end faces of the periphery of the fixed wood frame, built-in heat insulation and heat preservation division bars are embedded in a sash frame of the opening sash, and the inner walls of the built-in heat insulation and heat preservation division bars are tightly attached to the outer walls of the periphery of the first hollow glass of the opening sash respectively.
断热保温隔条、被动断热保温铝木复合窗及其周向断热法。断热保温隔条为等宽的直条体，断热保温隔条的宽度大于或等于中空玻璃的厚度，断热保温隔条的宽度小于窗框的厚度，断热保温隔条厚度取值范围为5~15mm。所述被动断热保温铝木复合窗为开启窗扇，包括固定木框、开启扇、中置断热保温隔条和内置断热保温隔条，中置断热保温隔条和内置断热保温隔条均为断热保温隔条，开启扇铰接在固定木框内，所述固定木框的四周外端面嵌装有中置断热保温隔条，所述开启扇的扇框内嵌装有内置断热保温隔条，内置断热保温隔条的内壁分别贴紧在开启扇的第一中空玻璃的四周外壁上。
Heat insulation and heat preservation division bar, passive heat insulation and heat preservation aluminum-wood composite window and circumferential heat insulation method of passive heat insulation and heat preservation aluminum-wood composite window
断热保温隔条、被动断热保温铝木复合窗及其周向断热法
LI RUOBING (author) / XIA YUN (author) / YU ZHONGBO (author) / JI TONGYAN (author) / GENG HUAYI (author) / TIAN YE (author) / ZHANG YIHENG (author) / CAO SEN (author) / LI DONGWEN (author) / YU XIN (author)
2023-11-17
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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