Integrated energy-saving window internally provided with sun-shading roller shutter

Abstract

The invention discloses an integrated energy-saving window internally provided with a sun-shading roller shutter. The integrated energy-saving window comprises a window frame and window glass, wherein the window glass is composed of a set of a vacuum glass assembly and a piece of inner window glass; a sun-shading roller shutter device is arranged above the vacuum glass assembly; the sun-shading roller shutter device comprises a winding shaft, a sun-shading roller shutter wound on the winding shaft and a roller shutter extending-retracting mechanism; the sun-shading roller shutter is extended and retracted between one set of the vacuum glass assembly and one piece of the inner window glass; the roller shutter extending-retracting mechanism comprises tail inserting parts arranged at the two ends of the winding shaft and a winding disc tail inserting part with a reel; a separation strip is arranged on one side of a sun-shading roller shutter and a guiding separation strip is arranged on the other side of the sun-shading roller shutter; a pull rope is wound on the winding disc tail inserting part with the reel; a magnetic control device is arranged at one side of the pull rope; a bearing is arranged on each of the tail inserting part and the winding disc tail inserting part with the reel; the bearings are arranged in a left end plate and a right end plate; the left end plate and the right end plate are connected with the separation strip and the guiding separation strip respectively. According to the integrated energy-saving window internally provided with the sun-shading roller shutter, the sun-shading roller shutter is internally mounted between the vacuum glass assembly and the inner window glass to construct the integrated building energy-saving window; the window glass is mounted and dismounted indoors to safely mount, maintain and repair the internally-arranged sun-shading roller shutter.

Description

technical field [0001] The invention relates to an integrated building energy-saving window. Background technique [0002] The development of building energy-saving doors and windows continues to deepen, and various energy-saving indicators continue to improve. In order to meet the needs of more and more high-rise building development, integrated energy-saving doors and windows with sunshade doors and windows has become a development trend. Among them, built-in venetian blinds for insulating glass are more widely used. A product form. After several years of popularization and application, it was found that this product has many defects. First, the venetian blinds cannot be disassembled and repaired in the hollow glass window. Once damaged, the venetian blinds can only be replaced together with the glass; The top of the window affects the amount of lighting in the window; the third is that the heat insulation effect of the venetian blind is not very ideal. Contents of the ...

AI Technical Summary

Problems solved by technology

After several years of promotion and application, it was found that this product has many defects. First, the venetian blinds cannot be disassembled and repaired in the hollow glass window. Once damaged, the venetian blinds can only be replaced together with the glass; The top of the window affects the amount of lighting of the window; the third is that the heat insulation effect of the venetian blind is not very ideal

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