Double-layer sunshade glass door and window

Abstract

The invention discloses a double-layer sunshade glass door and window which comprises a frame. A glass plate is mounted in the frame and includes a first glass plate and a second glass plate, a sliding groove is formed in the frame, fixing rods are mounted on the upper portion of the frame, a sunshade fabric are mounted on the fixing rods, and a sliding rod is mounted at the bottom end of the sunshade fabric and mounted in the sliding groove. The double-layer sunshade glass door and window has sunshade function by the aid of the sunshade fabric and has sound insulation and heat insulation function by the aid of a vacuum layer, and sunshade effect is better by the aid of temperature sensing coatings.

Description

technical field [0001] The invention relates to the technical field of glass doors and windows, in particular to a double-layer sunshade glass door and window. Background technique [0002] The national energy-saving policy has made clear regulations on the sun-shading performance of building doors and windows, and the doors and windows on the south, east, and west facades of most buildings must consider adding a sun-shading system. Most of the sunshade doors and windows currently on the market use built-in louvered insulating glass, that is, louvers are installed in the hollow cavity of the insulating glass. However, the existing built-in louvered insulating glass has the following defects: First, the louver is sealed in the hollow Inside the glass, it is completely isolated from the outside world and cannot be directly connected to the control mechanism. It can only be controlled indirectly by magnetic force. The control precision and flexibility are low, and the control i...

AI Technical Summary

Problems solved by technology

Most of the sunshade doors and windows currently on the market use built-in louvered insulating glass, that is, louvers are installed in the hollow cavity of the insulating glass. However, the existing built-in louvered insulating glass has the following defects: First, the louver is sealed in the hollow Inside the glass, it is completely isolated from the outside world and cannot be directly connected to the control mechanism. It can only be controlled indirectly by magnetic force. The control precision and flexibility are low, and the control is difficult; Insulating glass is an inseparable one, so it can only be transported as a whole, and it is easily damaged during transportation, and once damaged, it can only be scrapped as a whole, and it cannot be repaired at all

[0003] Existing glass doors and windows generally do not have sunshade function, and the sound insulation performance is poor

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