Multifunctional safe energy-saving window

Abstract

The invention relates to a multifunctional safe energy-saving window, which comprises a window frame and two layers of window leaves, wherein the inner-layer window leaf is an insulating layer window leaf and is made of a transparent polyethylene plastic board with good day lighting property; the outer-layer window leaf is a curtain layer window leaf and is made of a non-transparent polyethylene plastic board; a material collection box is arranged on the upper part of the window leaves; the material collection box is provided with a window leaf material supporting frame; the window leaf material supporting frame is provided with an insulating layer window leaf winding reel and a curtain layer window leaf winding reel; the upper end of the insulating layer window leaf and the upper end of the curtain layer window leaf are respectively arranged on the insulating layer window leaf winding reel and the curtain layer window leaf winding reel; the window frame is arranged below the material collection box; both sides of the window frame are respectively provided with an insulating layer window leaf moving grooved rail and a curtain layer window leaf moving grooved rail from inside to outside; and a lower frame of the window frame is provided with two grooved rails which respectively correspond to the insulating layer window leaf and the curtain layer window leaf. The multifunctional safe energy-saving window has the advantages of good thermal insulating and sound insulating effects, large opening area, good ventilation, small occupied space, anti-theft function, convenient emergency relief and escape and integration of functions of a curtain and a gauze window.

Description

technical field [0001] The invention relates to a multifunctional safety energy-saving window. Background technique [0002] Most of the exterior walls and windows of existing buildings are equipped with anti-theft nets, and the anti-theft nets have a wide variety of materials and structures. Most of the existing anti-theft nets protrude from the outer wall of the building, which affects the overall image of the building. And most of the existing anti-theft nets are fixed, in case of dangerous accidents such as fire, it is difficult to escape. [0003] Most of the existing windows adopt two structures of push-pull and casement. Although sliding windows take up less space, the two windows cannot be opened at the same time, they can only be half-opened and half-closed, and the ventilation is relatively poor. There are two types of casement windows: inward opening and outward opening. No matter which one, the opening area is large and the ventilation is good, but when it is ...

AI Technical Summary

Problems solved by technology

Although sliding windows take up less space, the two windows cannot be opened at the same time, they can only be half-opened and half-closed, and the ventilation is relatively poor

There are two types of casement windows: inward opening and outward opening. No matter which one, the opening area is large and the ventilation is good, but when it is opened, it needs to occupy a certain space: when the outward opening window is opened, the window leaf needs to occupy the wall. The outer space is easy to be damaged when the wind blows, while the inward opening windows will occupy part of the indoor space, and it is not convenient to arrange screens and curtains inside the windows

[0004] Because the double-layer insulating glass has the advantages of good temperature and sound insulation, energy saving, etc., the country requires that all glass doors and windows use double-layer insulating glass, but due to various conditions, it has not been fully implemented yet.

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