Mosquito preventing expansion screen window and window with same

Abstract

The invention discloses a mosquito preventing expansion screen window and a window with the same, which comprises a framework used for mounting a screen, an expansion device used for reducing the total area of the screen window arranged on the framework, and a connecting device used for connecting the expansion device and the framework arranged on the expansion device. The expansion device comprises an expansion sleeve movably arranged on the framework, one end of the framework is arranged in the expansion sleeve and moved therein; also comprises a window frame arranged on a wall, two slide rails arranged on the window frame, wherein an outer glass window, an inner glass window and the screen window are arranged on the slide rails; the screen window and the outer glass window are arranged on the same slide rail; and both sides of the screen window are respectively sealed with the outer glass window and the window frame. The invention has convenient mounting and disassembly, convenient cleaning of the screen and glass and good sealing, and can effectively save materials and efficiently prevent mosquitoes.

Description

technical field [0001] The invention relates to the technical field of building doors and windows, in particular to a mosquito-proof telescopic screen window and a window with a mosquito-proof telescopic screen window. Background technique [0002] At present, in order to prevent mosquitoes, screen windows are generally installed on the windows used, and the screen windows generally adopt the following methods when in use: one is to use a push-pull screen window, and there is still a gap between the frame of the screen window and the glass window and the window frame. gap, so the anti-mosquito effect is poor, and the use effect is not good, and the screen window is generally installed by setting additional tracks on the inside of the window frame. This method needs to increase the raw materials of the window frame during production, thereby wasting energy and increasing costs; One is to use a fixed method to match the glass window and window frame. In order to improve the li...

AI Technical Summary

Problems solved by technology

[0002] At present, in order to prevent mosquitoes, screen windows are generally installed on the windows used, and the screen windows generally adopt the following methods when in use: one is to use a push-pull screen window, and there is still a gap between the frame of the screen window and the glass window and the window frame. gap, so the anti-mosquito effect is poor, and the use effect is not good, and the screen window is generally installed by setting additional tracks on the inside of the window frame. This method needs to increase the raw materials of the window frame during production, thereby wasting energy and increasing costs; One is to use a fixed method to match the glass window and window frame. In order to improve the lighting, it is generally disassembled or installed as the season changes. The screen window with this structure is not only difficult to disassemble, but also affects the hygiene of the room and is extremely unfavorable to ventilation. At the same time, it also hinders the scrubbing of the matching glass windows, which is inconvenient to use; there is also an invisible screen window, which is not only expensive, but also requires professional installation during installation, and there are many faults during use. It is inconvenient to clean and disassemble. In addition, because the invisible screen window can only be fixed on one side of the window frame, it affects the scrubbing of the glass, which brings troubles to people's lives.

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