Exposed frame curtain wall energy saving unit window

Abstract

The invention relates to an exposed frame curtain wall energy saving unit window comprising a vertical material or a transverse material, glasses, and aluminium alloy decorative strips; two sides of the central axis of the vertical material or transverse material are symmetrically provided with glasses; the outer surface of the glass is provided with the aluminium alloy decorative strips; the system also comprises LED lamps arranged between the adjacent aluminium alloy decorative strips. Compared with the prior art, the exposed frame curtain wall energy saving unit window is safe and reliable, easy to maintain, and can freely telescope.

Description

technical field [0001] The invention relates to an energy-saving unit window for exposed frame curtain walls, in particular to an energy-saving unit window for exposed frame curtain walls used for installation of building curtain walls. Background technique [0002] Current buildings often adopt curtain wall structures, such as glass curtain walls and stone curtain walls. Because the area of ​​the general curtain wall is relatively large, it is usually made of small pieces of materials. The existing curtain wall installation is usually completed in the following way: first divide the curtain wall design into several units according to the area and surface shape of the curtain wall, such as triangles or other shapes, and then connect them at the location where the curtain wall is installed according to the size and shape of the units. The metal frame forms a supporting structure, and generally the metal frame is connected into a shape corresponding to the curtain wall unit, ...

AI Technical Summary

Problems solved by technology

First of all, because the area of ​​the curtain wall is generally large, the metal frame mesh formed by connection will definitely have a relatively large area and weight, which will cause great problems to the installation and retention of the metal frame; secondly, many curtain walls are designed to be changeable. The surface shape of the metal frame needs to be changed accordingly, so the shape and size of each metal frame may be different from each other, so the process of manufacturing the metal frame is quite complicated and the cost is high; Again, in order to reduce weight, the general metal frame adopts hollow steel structure. In order to realize the curved shape of the curtain wall, the connecting section of each metal frame must be cut in different directions in the axial direction to ensure that it is formed when connecting with other metal frames. different angles, and then realize the curved shape of the curtain wall, which will inevitably lead to complicated process and relatively high cost; again, since the metal frame is completed by rigid connection, this rigid connection will not allow much freedom This requires the curtain wall material installed on the frame to be highly compatible with the shape of the metal frame, and when the curtain wall is installed, it may have a large stress, and it is easy to cause damage in actual use

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