Dust removal and windproof moving window

Abstract

The invention relates to a dust removal and windproof moving window comprising a window frame and a window body. Sliding rails and sliding slots which are matched are arranged on the upper and lower border surfaces of the window frame and the window body, and the window body can transversely move in a reciprocated manner under matching of the sliding rails and the sliding slots; the sliding slotsof the upper and lower border surfaces of the window frame are provided with support plates parallel to the bottom surfaces of the sliding slots, and the edges of the support plates are connected withthe groove edges of the sliding slots through flexible sealing layers; the sealing layers, the support plates and the sliding slots form an airtight closed cavity; an adjustment cavity is arranged inthe window frame, the adjustment cavity comprises a piston plate capable of transversely moving in a reciprocated manner along the inner wall of the adjustment cavity, and a control panel of the piston plate extends out from the window frame; the adjustment cavity is in communication with the closed cavity through a flow guiding tube; and the adjustment cavity and the closed cavity are filled with adjusting liquid. The dust removal and windproof moving window is novel in structure and unique in principle, dust at the sliding rails of the window can be conveniently removed, meanwhile, rainwater infiltration and strong wind blowing can be effectively avoided, and the sealing performance and heat preservation of the window are ensured.

Description

technical field [0001] The invention relates to the field of architecture, in particular, to a window. Background technique [0002] Windows are one of the essential components in building decoration. Windows can play the role of ventilation, improving light, keeping warm and controlling temperature. Windows are divided into various types according to the opening and closing methods, such as casement windows, sliding windows, and sliding windows. etc.; because the upper part of a high-rise building has a strong wind force, casement windows are likely to generate greater wind resistance, the glass is easy to fall, and there is a greater safety hazard. Therefore, sliding windows are often used in high-rise buildings; sliding windows include slide rails and can be moved along Due to the large grooves in the slide rails, dust and debris are easy to accumulate in the windows that slide in translation, and it is inconvenient to clean; at the same time, there is a certain gap betwe...

AI Technical Summary

Problems solved by technology

[0002] Windows are one of the essential components in building decoration. Windows can play the role of ventilation, improving light, keeping warm and controlling temperature. Windows are divided into various types according to the opening and closing methods, such as casement windows, sliding windows, and sliding windows. etc.; because the upper part of a high-rise building has a strong wind force, casement windows are likely to generate greater wind resistance, the glass is easy to fall, and there is a greater safety hazard. Therefore, sliding windows are often used in high-rise buildings; sliding windows include slide rails and can be moved along Due to the large grooves in the slide rails, dust and debris are easy to accumulate in the windows that slide in translation, and it is inconvenient to clean; at the same time, there is a certain gap between the windows and the slide rails. The gap blows to the interior of the room, thereby affecting the insulation effect of the room; if it is in a stormy weather, the strong wind will blow in the rainwater from the window, which will cause damage to the internal furniture and floor; therefore, although the traditional sliding window solves the problem of high-rise windows Easily Fragmentable Problems, But Brings New Problems

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