CN202611450U - Energy-saving and heat-insulated internal inverted window of curtain wall - Google Patents

Abstract

An energy-saving curtain wall heat-insulating tilted window, which solves the problems of the existing tilted window such as poor sealing of the curtain wall and poor overall energy saving and heat preservation effects, including the window frame and sash fixed on the horizontal frame and mullion of the glass curtain wall And heat insulation strips, the technical points are: the window frame is assembled with the window frame made of broken bridge aluminum alloy profiles, the window frame is composed of the left frame and the right frame and the heat insulation board symmetrically arranged on the corresponding sides of the two frames The combination of heat-insulating rubber strips tightly connected together in the grooves of the rubber strips; the sash frame made of hollow aluminum alloy profiles is assembled into a window sash through corner codes, and hinges and window limits are used between the sash and the window frame The positioner is connected, and the window sash and the window frame are sealed by multiple rubber strips inserted into the corresponding slots. Its structural design is reasonable, and it can effectively achieve equal pressure balance of air and water, significantly improve water and air tightness, ventilation and waterproof performance, and enhance the overall appearance of the curtain wall. It has the characteristics of energy saving, heat preservation and sound insulation.

Description

Curtain wall energy-saving heat-insulating window

technical field

The utility model relates to an opening window of a glass curtain wall, in particular to an energy-saving curtain wall heat-insulating inner inverted window which can be embedded in a glass curtain wall as a whole. It is mainly suitable for exposed-frame glass curtain walls and belongs to the technical field of exterior maintenance curtain walls.

Background technique

Most of the ventilation of ordinary glass curtain walls is realized by manually opening the windows. The opening forms mainly include top-hung windows, bottom-hung windows, and sliding windows; Divided into inward and outward inversions, currently the overhanging windows are the main ones. At present, the general-purpose inverted windows mostly use a ventilation system independent of the overall curtain wall, which affects the coordination and unity of the inverted windows and the overall exposed frame glass curtain wall, resulting in poor sealing. Non-broken bridge aluminum profiles are used for profiles. Its high thermal conductivity affects the overall energy-saving and thermal insulation effect of the curtain wall.

Utility model content

The purpose of this utility model is to provide a curtain wall energy-saving heat-insulating inverted window, which solves the problems of the existing inverted window such as the poor sealing of the curtain wall and poor overall energy-saving and heat-preservation effects. Equal pressure balance can significantly improve water tightness, air tightness, ventilation and waterproof performance, enhance the overall appearance and beauty of the curtain wall, and have the characteristics of energy saving, heat preservation and sound insulation.

The technical solution adopted by the utility model is: the curtain wall energy-saving heat-insulating inverted window includes a window frame fixed on the horizontal frame and mullion of the glass curtain wall, a window sash assembled on the window frame and a heat-insulating rubber strip. The main point is: the window frame is assembled with a window frame made of broken bridge aluminum alloy profiles. A combination of heat-insulating rubber strips tightly connected together; the sash frame made of hollow aluminum alloy profiles is assembled into a window sash through corner codes, and the sash and the window frame are connected by hinges and window stoppers. The window frames are sealed by EPDM strips and water-coated rubber strips inserted into corresponding slots.

The left frame of the window frame is fixed on the side wall of the horizontal frame or mullion of the glass curtain wall by stainless steel self-tapping screws.

The right frame of the window frame is fixed on the side wall of the horizontal frame or the vertical frame of the glass curtain wall by means of a pressing plate and stainless steel self-tapping screws.

The utility model has the advantages that: because the window frame of the utility model is assembled with a window frame made of a bridge-broken aluminum alloy profile, the window frame is composed of a left frame and a right frame and a partition symmetrically arranged on the corresponding sides of the two frames. The heat-insulating adhesive strips in the hot-glue strip slots are tightly connected together, so that the two-layer broken bridge aluminum alloy profiles of the left frame and the right frame of the window frame can be separated and tightly connected into a whole; The window sash frame made of aluminum alloy profiles is assembled into a window sash by grouping corner codes, and the window sash and the window frame are connected by multiple channels such as EPDM strips and water-covered rubber strips inserted in the corresponding slots. Road rubber strip seal, so its structural design is reasonable, effectively achieve equal pressure balance of air and water, significantly improve water tightness and air tightness as well as ventilation and waterproof performance. The curtain wall energy-saving heat-insulating inverted window made above can be embedded in the glass curtain wall as a whole to enhance the overall appearance and beauty of the curtain wall, and has the characteristics of energy saving, heat preservation and sound insulation. Therefore, the utility model solves the problems of lax curtain wall sealing, overall energy saving and poor thermal insulation effect existing in the existing inverted windows. the

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

Fig. 1 is a kind of structural representation of the utility model;

Fig. 2 is a sectional view along line A-A of Fig. 1;

Fig. 3 is a sectional view along line BB of Fig. 1;

Fig. 4 is a schematic diagram of a left frame structure of the flip window frame in Fig. 2;

Fig. 5 is a schematic diagram of a right frame structure of the flip window frame in Fig. 2;

Fig. 6 is a structural schematic diagram of the sash frame in Fig. 2 .

Description of the serial numbers in the figure: 1 outer curtain wall glass, 2 horizontal decorative buckle cover, 3 vertical decorative buckle cover, 4 EPDM strip, 5 sash frame, 6 window stopper, 7 window frame, 7.1 left frame, 7.2 Insulation groove of heat insulation rubber strip, 7.3 EPDM rubber groove, 7.4 right frame, 7.5 water glue strip groove, 8 water glue strip, 9 tempered laminated insulating glass, 10 heat insulation glue strip, 11 pressure plate , 12 mullions, 13 sealants, 14 rubber pads, 15 horizontal frames, 16 stainless steel self-tapping screws, 17 window handles, 18 structural adhesives, 19 double-sided stickers, 20 hinges.

Detailed ways

The specific structure of the utility model is explained in detail according to Fig. 1-6. The curtain wall energy-saving heat-insulating inverted window includes the outer curtain wall glass 1 fixed on the horizontal frame 15 and the mullion 12 of the glass curtain wall, the window frame, the window sash assembled on the window frame, and the heat-insulating rubber strip 10 and other components. Wherein the window frame is a closed frame assembled from the window frame 7 made of broken bridge aluminum alloy profiles. The window frame 7 is a combination of the left frame 7.1 and the right frame 7.4 and the heat-insulation strips 10 symmetrically arranged in the heat-insulation strip slots 7.2 on the corresponding sides of the two frames; The tight connection of 10 can make the two-layer broken bridge aluminum alloy profiles of the left frame 7.1 and the right frame 7.4 realize both separation and tight connection into a whole, and realize the heat insulation function of the broken bridge aluminum alloy profiles. The window sash is a sash frame 5 made of a hollow aluminum alloy profile, which is framed by corner codes, and then the framed sash frame 5 and tempered laminated hollow glass 9 are passed through rubber pads 14, structural glue 18, and double-sided stickers 19. It is combined with the rubber pad 14 to form. Put the window handle 17 into the top of the sash after the assembling, and then connect the sash and the window frame with the hinge 20 and the window stopper 6, and connect the sash and the frame by inserting The EPDM rubber strip 4 in the corresponding EPDM rubber strip embedding groove 7.3 and the water-dipping rubber strip 8 inserted in the corresponding water-dipping rubber strip embedding groove 7.5 are sealed. The left frame 7.1 of the window frame 7 is fixed on the side wall of the horizontal frame 15 or the mullion 12 of the glass curtain wall by stainless steel self-tapping screws 16 . The right frame 7.4 of the window frame 7 is fixed on the side wall of one side of the horizontal decorative buckle cover 2 of the horizontal frame 15 of the glass curtain wall or the vertical decorative buckle cover of the mullion 12 through the pressing plate 11 and the stainless steel self-tapping nail 16 3 on the side wall on one side, and seal the nail holes with sealant 13. With the above structure, the curtain wall energy-saving heat-insulating inverted window is made. Also because of this, the curtain wall energy-saving thermal insulation inverted window can be embedded in the glass curtain wall as a whole.

Claims (3)

1. fall window in the disconnected heat of a curtain-wall energy-saving type; Comprise the horizontal frame and the window frame on the munnion that are fixed on curtain wall, be assembled in sash and heat insulation adhesive tape on the window frame; It is characterized in that: the jamb that said window frame adopts the bridge cut-off aluminium alloy extrusions to process assembles, and jamb is to be arranged symmetrically in the assembly that the heat insulation adhesive tape in the heat insulation adhesive tape caulking groove of the corresponding side of two frames closely links together by left frame and left frame and utilization; The window sash frame that the cavity aluminium alloy extrusions is processed becomes sash through assembled corner hardware group frame, adopts hinge and window stop to be connected between sash and the window frame, between sash and the window frame through be plugged in the corresponding caulking groove the ethylene-propylene-diene monomer adhesive tape with drape over one's shoulders the glue bar and seal.

2. fall window in the disconnected heat of curtain-wall energy-saving type according to claim 1, it is characterized in that: the left frame of said jamb is fixed on through the stainless steel self threading pin on the sidewall of horizontal frame or munnion of curtain wall.

3. the interior window of the disconnected heat of curtain-wall energy-saving type according to claim 1 is characterized in that: the left frame of said jamb is fixed on the horizontal frame of curtain wall through aluminium alloys pressing plate and stainless steel self threading pin or the grafting of munnion is decorated on the sidewall of buckle closure one side.

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