Safe window frame provided with non-destructive water guide cavities, realizing independent water drainage and applied to openable sunlight-plate skylight

Abstract

The invention provides a safe window frame provided with non-destructive water guide cavities, realizing independent water drainage and applied to an openable sunlight-plate skylight. A hard insulated gasket, a skylight conversion support, a skylight keel and a ribbed sunlight plate are sequentially mounted above a supporting steel framework of the window frame from bottom to top; a main water guide cavity of a main keel and an auxiliary water guide cavity of an auxiliary keel are complete respectively and form main and auxiliary water guide systems. Rainwater falls on the surface of a skylight panel, enters a water drainage cavity between an openable sash aluminum inner frame and an openable sash aluminum outer frame from a gap between two sealing adhesive strips on the surface layer, flows to the water guide cavities of the main and auxiliary aluminum keels of the skylight through water drainage holes and is guided to the part outside the openable skylight area via the water guide cavities of the main and auxiliary aluminum keels of the openable skylight and drained. The situation that rainwater directly falls into a house from joint parts of the window frame, a main frame and the like of the openable sunlight-plate skylight is effectively avoided; the joint part of the ribbed sunlight plate and the openable sash aluminum outer frame is widened, a ribbed latch is arranged below the joint part, the safe window frame is formed, and connection and fixation of plate structures of the sunlight plate are safe and reliable.

Description

technical field [0001] The invention relates to an openable window frame used for building enclosure sunshine panel skylights, in particular to a solar panel openable skylight with strong water-conducting capacity without damage to the water-conducting cavity independent drainage safety window frame. Background technique [0002] At present, due to the problem of the connection structure, it is difficult for the building sun panels to form an effective waterproof system when the skylight and window frames are opened, and they cannot have independent drainage capacity. Some solar panel skylights adopt the method of adding condensed water diversion grooves on both sides of the main frame profile of the opening window, but this method cannot solve the problem of water conduction when the sun panel opens the sunroof window frame part leakage, nor can it solve the sun panel opening the skylight The leakage problem of the diversion groove at the intersection of vertical and horizo...

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Problems solved by technology

[0003] The purpose of the present invention is to provide a safe window frame for sun panels to open the sunroof without damage to the water guide chamber and independently drain water, which overcomes the technical problem in the prior art that rainwater easily falls into the room directly after the sun panels open the sunroof when leakage occurs at the connection structure. At the same time, to make up for the technical problem of insufficient safety of the wind-resistant structure of the connection structure in the prior art, the sunroof panel with a non-destructive water guide cavity is used to open the skylight window frame, and with its own strong waterproof and water guide ability, the leakage to the sun will be eliminated. The rainwater inside the window frame of the sunroof is directly diverted to the outside of the skylight area of ​​the sun panel, and at the same time, the connection structure is used to strengthen its own structural wind resistance

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