A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Energy-saving heat preservation type aluminum composite door and window
The invention discloses an energy-saving heat-preservation type aluminum composite door and window which comprises hollow glass, a middle supporting sectional material located on the peripheral side of the hollow glass, a left side combined sectional material and a right side combined sectional material. A first heat insulation strip is arranged between the hollow glass and the middle supporting profile. Wherein the two sides of the middle supporting profile are connected with the left side combined profile and the right side combined profile in a clamping mode respectively. The first heat insulation strip is arranged between the hollow glass and the middle supporting profile, so that heat is prevented from being transferred between the hollow glass and the middle supporting profile; by means of the heat insulation strips between the middle supporting sectional material and the side combined sectional materials and the formed air cavities, the heat preservation and heat insulation effects are achieved between the formed sectional materials, and heat in a building is prevented from being lost. Capillary tubes are installed in the drainage grooves, accumulated water on the outdoor glass is rapidly guided out of the left side combined profile through the capillarity phenomenon, and the problem of water accumulation at gaps is solved.
本发明公开了一种节能保温型铝复合门窗，包括中空玻璃、位于所述中空玻璃外周侧的中间支撑型材、左侧组合型材、右侧组合型材；其中在所述中空玻璃与所述中间支撑型材之间设置有第一隔热条；其中所述中间支撑型材的两侧分别通过卡接方式与所述左侧组合型材、所述右侧组合型材连接。本申请中通过利用所述中空玻璃与中间支撑型材之间的第一隔热条，防止二者间隙传递热量；利用所述中间支撑型材与侧组合型材之间的隔热条以及形成的空气腔，从而对形成型材之间起到保温隔热的作用，防止建筑内热量的散失。还借助在所述排水槽内均与安装有毛细管，并利用毛细现象快速地将所述室外玻璃上的积水导出左侧组合型材，防止缝隙处积水的问题。
Energy-saving heat preservation type aluminum composite door and window
The invention discloses an energy-saving heat-preservation type aluminum composite door and window which comprises hollow glass, a middle supporting sectional material located on the peripheral side of the hollow glass, a left side combined sectional material and a right side combined sectional material. A first heat insulation strip is arranged between the hollow glass and the middle supporting profile. Wherein the two sides of the middle supporting profile are connected with the left side combined profile and the right side combined profile in a clamping mode respectively. The first heat insulation strip is arranged between the hollow glass and the middle supporting profile, so that heat is prevented from being transferred between the hollow glass and the middle supporting profile; by means of the heat insulation strips between the middle supporting sectional material and the side combined sectional materials and the formed air cavities, the heat preservation and heat insulation effects are achieved between the formed sectional materials, and heat in a building is prevented from being lost. Capillary tubes are installed in the drainage grooves, accumulated water on the outdoor glass is rapidly guided out of the left side combined profile through the capillarity phenomenon, and the problem of water accumulation at gaps is solved.
本发明公开了一种节能保温型铝复合门窗，包括中空玻璃、位于所述中空玻璃外周侧的中间支撑型材、左侧组合型材、右侧组合型材；其中在所述中空玻璃与所述中间支撑型材之间设置有第一隔热条；其中所述中间支撑型材的两侧分别通过卡接方式与所述左侧组合型材、所述右侧组合型材连接。本申请中通过利用所述中空玻璃与中间支撑型材之间的第一隔热条，防止二者间隙传递热量；利用所述中间支撑型材与侧组合型材之间的隔热条以及形成的空气腔，从而对形成型材之间起到保温隔热的作用，防止建筑内热量的散失。还借助在所述排水槽内均与安装有毛细管，并利用毛细现象快速地将所述室外玻璃上的积水导出左侧组合型材，防止缝隙处积水的问题。
Energy-saving heat preservation type aluminum composite door and window
一种节能保温型铝复合门窗
CHEN LIGUO (author) / LIANG SHILONG (author) / WEN YUANWEI (author) / SHAN LIYING (author) / ZHUANG JINCHAO (author) / WANG ZHONGWAN (author) / ZHANG ZHIJIAN (author)
2024-07-30
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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