CN216744733U - Hidden ventilation structure for curtain wall facade - Google Patents
Hidden ventilation structure for curtain wall facade Download PDFInfo
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- CN216744733U CN216744733U CN202122447570.3U CN202122447570U CN216744733U CN 216744733 U CN216744733 U CN 216744733U CN 202122447570 U CN202122447570 U CN 202122447570U CN 216744733 U CN216744733 U CN 216744733U
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Abstract
The utility model provides a curtain wall facade hidden ventilation structure, which comprises: the curtain wall comprises a curtain wall main body stress frame, a curtain wall decoration structure upper cross beam, an opening window sash structure cross beam, a curtain wall decoration structure lower cross beam, a curtain wall decoration structure outer convex keel, an aluminum alloy clamping groove, an opening window sash, a curtain wall decoration panel and a ventilation panel. The ventilation structure utilizes the curtain decoration panel, and the curtain is opened the fan and is hidden behind the curtain decoration panel, and the bottom sets up the ventilation panel, forms the ventilation cavity between curtain decoration panel, ventilation panel, the curtain facade. Under the prerequisite of not influencing the ventilation, furthest has guaranteed building facade effect, has solved conventional glass curtain wall and has opened the unable opening of fan sleet sky simultaneously, and sleet can be followed the indoor problem of side invasion. The ventilation cavity prevents outdoor cold and hot air from directly invading when the window is opened, thereby being beneficial to energy conservation and reducing the energy consumption of the air conditioner. The indoor opening sash is arranged between the keels of the curtain wall and corresponds to the cutting modulus, so that the curtain wall is attractive and does not occupy indoor space.
Description
Technical Field
The utility model relates to a transverse curtain wall ventilation structure in the field of curtain walls, in particular to a curtain wall facade hidden ventilation structure.
Background
Curtain wall is widely used in the field of building engineering, and the ventilation of curtain wall usually adopts the open sash mode such as a hung window, a horizontal sliding window, a casement window and the like. The curtain wall glass design strives for the whole, attractive and transparent structure, but the window frame of the opening sash is thick and strong like a thick edge line, the vertical face sash is randomly opened in the using process to cause the building vertical face to be disordered, and the vertical face design effect is influenced by the whole or the details; rain and snow or bad weather, such as forgetting to close the window sash, can easily cause the rain and snow to enter the room, and even has potential safety hazards of falling; when the window sash is opened for ventilation or not closed tightly, outdoor cold and hot air can directly invade, the heat preservation and energy saving performance of the building is influenced, and the energy consumption of the air conditioner is increased.
Disclosure of Invention
The utility model aims to provide a curtain wall facade hiding ventilation structure which has better hiding performance and rainproof performance.
Curtain facade hidden ventilation structure includes: the curtain wall main body stress frame, the curtain wall decoration structure upper cross beam, the opening sash structure cross beam, the curtain wall decoration structure lower cross beam, the curtain wall decoration structure outer convex keel, the aluminum alloy clamping groove, the opening sash, the curtain wall decoration panel and the ventilation panel are arranged on the curtain wall decoration structure upper cross beam, the opening sash structure cross beam, the curtain wall decoration structure lower cross beam and the curtain wall decoration structure outer convex keel which are all bolted on the curtain wall main body stress frame, the aluminum alloy clamping groove is nailed on the curtain wall decoration structure outer convex keel, the opening sash structure cross beam is arranged between the curtain wall decoration structure upper cross beam and the curtain wall decoration structure lower cross beam, the window frame nailing fixing of the opening sash is fixed on the curtain wall decoration structure upper cross beam and the opening sash structure cross beam, the curtain wall decoration panel nailing is connected on the curtain wall decoration structure upper cross beam and the aluminum alloy clamping groove of the curtain wall decoration structure outer convex keel, the ventilation panel nailing is connected on the curtain wall decoration structure lower cross beam, the curtain wall decoration structure outer convex keel, The aluminum alloy clamping groove of the curtain wall decorative structure outer convex keel is spliced with the ventilation panel on the aluminum alloy clamping groove of the curtain wall decorative structure outer convex keel through nailing, so that a ventilation cavity is formed between the curtain wall decorative panel, the ventilation panel and the curtain wall vertical face.
Furthermore, the outer convex keel of the curtain wall decoration structure protrudes out of the glass curtain wall finish surface and is in a polygon shape with the glass curtain wall finish surface, the outer convex keel comprises two polygon keel frames and a fixing frame for connecting the two polygon keel frames, the two polygon keel frames are respectively bolted to the curtain wall main body stress frames at two ends of the upper cross beam and the lower cross beam of the curtain wall decoration structure, and the aluminum alloy clamping grooves are nailed to the fixing frame.
Furthermore, four sides of the curtain wall decoration panel are fixed with the upper cross beam of the curtain wall decoration structure, the two polygonal keel frames and the fixing frame respectively through aluminum alloy clamping grooves, and four sides of the ventilation panel are fixed with the lower cross beam of the curtain wall decoration structure, the two polygonal keel frames and the fixing frame respectively through aluminum alloy clamping grooves, so that a polygonal ventilation cavity protruding out of the vertical surface of the curtain wall is formed among the curtain wall decoration panel, the ventilation panel and the vertical surface of the curtain wall.
Further, the size of the opening window sash does not exceed the size of the curtain wall decoration panel. The positions of the window sash opening and window sash opening structure cross beams are higher than the position of the fixing frame of the outward protruding keel of the curtain wall decoration structure.
Furthermore, the two polygonal keel frames have the same shape and correspond to the curtain wall main body stress frames on the two sides, the upper end and the lower end of each polygonal keel frame are bolted to the same curtain wall main body stress frame, and each polygonal keel frame can also be a rectangular keel frame or a semicircular keel frame.
Furthermore, a metal decorative plate is arranged between the lower beam of the curtain wall decorative structure and the beam of the opening window sash structure.
The utility model has the beneficial effects that: the ventilation structure utilizes the outdoor curtain wall decoration structure, does not change the vertical surface effect, opens the window sash and hides behind the curtain wall decoration structure, avoids opening the window sash and opens the influence of back to the building vertical surface. The bottom of the curtain wall decoration structure is provided with the ventilating panel, so that the vertical face effect of the building is guaranteed to the maximum extent on the premise of not influencing ventilation, and meanwhile, the problem that the conventional glass curtain wall opening fan cannot be opened in rainy and snowy days, and rain and snow can invade the indoor from the side edge is solved. The ventilation cavity prevents outdoor cold and hot air from directly invading when the window is opened, thereby being beneficial to energy conservation and reducing the energy consumption of the air conditioner. The indoor opening sash is arranged between the keels of the curtain wall and corresponds to the cutting modulus, so that the curtain wall is attractive and does not occupy indoor space.
Drawings
FIG. 1 is a cross-sectional view of an embodiment of the present invention.
FIG. 2 is a schematic configuration diagram of an embodiment of the present invention.
FIG. 3 is a schematic configuration diagram of an embodiment of the present invention.
FIG. 4 is a diagram illustrating model effects according to an embodiment of the present invention.
The curtain wall decoration structure comprises a glass curtain wall finishing surface 1, a curtain wall decoration panel 2, a curtain wall decoration structure upper cross beam 3, a window frame 4, an opening window sash 5, an opening window sash structure cross beam 6, a curtain wall decoration structure outer convex keel 7, a ventilation panel 8, a metal decoration plate 9, a curtain wall decoration structure lower cross beam 10, a curtain wall main body stress frame 11, a civil engineering main body structure 12 and an aluminum alloy clamping groove 13.
Detailed Description
The present invention is further illustrated by the following detailed description in conjunction with the accompanying drawings, it being understood that the following detailed description is illustrative of the utility model only and is not intended to limit the scope of the utility model, which is to be given the full breadth of the appended claims and any and all modifications thereof which may occur to those skilled in the art upon reading the present specification.
As shown in figure 1, the utility model discloses a curtain wall facade hidden ventilation structure which is arranged on a curtain wall main body stress frame 11 on a civil engineering main body structure 12 and is adjacent to a glass curtain wall finished surface 1.
As shown in fig. 1-3, the utility model discloses a curtain wall facade hidden ventilation structure, comprising: the curtain wall comprises a curtain wall main body stress frame 11, a curtain wall decoration structure upper cross beam 3, an opening window sash structure cross beam 6, a curtain wall decoration structure lower cross beam 10, a curtain wall decoration structure outer convex keel 7, an aluminum alloy clamping groove 13, an opening window sash 5, a metal decoration plate 9, a curtain wall decoration panel 2 and a ventilation panel 3.
The curtain wall decoration structure upper cross beam 3, the opening window sash structure cross beam 6, the curtain wall decoration structure lower cross beam 10 and the curtain wall decoration structure outer convex keel 7 are all bolted on the curtain wall main body stress frame 11. The upper cross beam 3 of the curtain wall decoration structure, the opening sash structure cross beam 6, the lower cross beam 10 of the curtain wall decoration structure and the outer convex keel 7 of the curtain wall decoration structure are all reserved with screw holes for fixing aluminum alloy clamping grooves.
The curtain wall decoration structure is characterized in that the opening window sash structure cross beam 6 is arranged between the curtain wall decoration structure upper cross beam 3 and the curtain wall decoration structure lower cross beam 10, the window frame 4 for opening the window sash 5 is fixed on the curtain wall decoration structure upper cross beam 3 and the opening window sash structure cross beam 6 in a nailing mode, and the metal decoration plate 9 is arranged between the curtain wall decoration structure lower cross beam 10 and the opening window sash structure cross beam 6.
The curtain wall decorative structure convex keel 7 comprises two polygonal keel frames and a fixing frame for connecting the two polygonal keel frames. The fixed mount is parallel to the open sash structure beam 6. The two polygonal keel frames are identical in shape and are formed by welding three or four keels, and the welding shape comprises a rectangular keel frame and a semicircular keel frame. In this embodiment, the polygonal keel frame is formed by welding four keels. Two polygonal keel frames are bolted on the curtain wall main body stress frames 11 at two ends of the upper beam 3 and the lower beam 10 of the curtain wall decoration structure respectively, the positions of the two polygonal keel frames correspond to each other, and the upper end and the lower end of each polygonal keel frame are bolted on the same curtain wall main body stress frame, so that the outer convex keel 7 of the curtain wall decoration structure protrudes out of the glass curtain wall finished surface 1 and is in a polygonal shape with the glass curtain wall finished surface 1.
The screw holes of the aluminum alloy clamping grooves 13 are reserved in the upper cross beam 3 of the curtain wall decoration structure, the lower cross beam 10 of the curtain wall decoration structure and the outer convex keel 7 of the curtain wall decoration structure, and the aluminum alloy clamping grooves 13 can be fixed in a welding mode except for being fixed through screws. The section of the aluminum alloy clamping groove 13 is U-shaped.
The curtain wall decoration panel 2 is formed by a complete and continuous metal plate, and the edge of the metal plate is fixed with the aluminum alloy clamping groove 13 by a screw. The upper edge of the curtain wall decoration panel 2 is fixed with the upper cross beam 3 of the curtain wall decoration structure through the aluminum alloy clamping grooves 13 fixed on the upper cross beam 3 of the curtain wall decoration structure, two side edges of the curtain wall decoration panel 2 are fixed on keels on two sides of the outer convex keel 7 of the curtain wall decoration structure through the aluminum alloy clamping grooves 13, the lower edge of the curtain wall decoration panel 2 and the upper edge splicing part of the ventilation panel 8 are fixed on a fixing frame of the outer convex keel 7 of the curtain wall decoration structure through the aluminum alloy clamping grooves 13, and the exposed splicing part needs to be glued. The curtain wall decoration panel 2 protrudes out of the glass curtain wall finish surface 1.
The ventilation panel 8 is located curtain decoration panel 2 below, adopts and keeps unanimous with curtain decoration panel 2 material and colour, and the screw is fixed with aluminum alloy clamping groove 13 for the metal sheet hem, 8 top edges of ventilation panel and 2 lower limb concatenation departments of curtain decoration panel are fixed in curtain decoration structure evagination fossil fragments 7 mounts through aluminum alloy clamping groove 13, and 8 both sides limits of ventilation panel are fixed in on 7 both sides fossil fragments of curtain decoration structure evagination fossil fragments through aluminum alloy clamping groove 13, and 8 lower limb of ventilation panel is fixed in curtain decoration structure bottom end rail 10 through aluminum alloy clamping groove 13, exposes and connects the piece department and need glue. The ventilation panel 8 protrudes beyond the finished surface 1 of the glass curtain wall.
A polygonal ventilation cavity protruding out of the curtain wall vertical face is formed among the curtain wall decoration panel 2, the ventilation panel 8 and the curtain wall vertical face.
The positions of the window sash opening 4 and the window sash opening structure cross beam 6 are higher than the position of the fixing frame of the convex keel 7 of the curtain wall decorative structure. Outdoor air needs to pass through the ventilation panel and the ventilation cavity and finally enters the room from the opened window sash, rain and snow are influenced by self gravity and hardly enter the room from bottom to top, and the air is not influenced by the gravity generally, so that the rain-proof ventilation window has better rain-proof performance and realizes all-weather ventilation. The size of the opening window sash 5 does not exceed the size of the curtain wall decoration panel 2, the effect that the vertical face opening window sash is hidden is achieved, curtain wall glass is integral, attractive and transparent, and the effect of the glass curtain wall is not influenced by the opening window sash completely.
The ventilation panel 8 can adopt round holes, long round holes, square holes and polygonal holes in addition to round holes, so that the vertical face effect is unified and integrated.
Claims (7)
1. Curtain facade hidden ventilation structure includes: the curtain wall main body stress frame, the curtain wall decoration structure upper cross beam, the opening window sash structure cross beam, the curtain wall decoration structure lower cross beam, the curtain wall decoration structure outward protruding keel, the aluminum alloy clamping groove, the opening window sash, the curtain wall decoration panel and the ventilation panel, and is characterized in that the curtain wall decoration structure upper cross beam, the opening window sash structure cross beam, the curtain wall decoration structure lower cross beam and the curtain wall decoration structure outward protruding keel are all bolted on the curtain wall main body stress frame, the aluminum alloy clamping groove is nailed on the curtain wall decoration structure outward protruding keel, the opening window sash structure cross beam is arranged between the curtain wall decoration structure upper cross beam and the curtain wall decoration structure lower cross beam, the window frame nailed and fixed on the curtain wall decoration structure upper cross beam and the opening window sash structure cross beam, the curtain wall nailed and connected on the curtain wall decoration structure upper cross beam and the curtain wall decoration structure outward protruding keel aluminum alloy clamping groove, the ventilation panel nail connects in the aluminum alloy draw-in groove of curtain decorative structure bottom end rail, curtain decorative structure evagination fossil fragments, and the concatenation is realized through the nail to curtain decoration panel and ventilation panel on the aluminum alloy draw-in groove of curtain decorative structure evagination fossil fragments for form the ventilation cavity between curtain decoration panel, ventilation panel, the curtain facade.
2. The curtain wall facade hidden ventilation structure as claimed in claim 1, wherein the outer convex keel of the curtain wall decoration structure protrudes out of the finished surface of the glass curtain wall and forms a polygon with the finished surface of the glass curtain wall, the structure comprises two polygon keel frames and a fixing frame for connecting the two polygon keel frames, the two polygon keel frames are respectively bolted on the curtain wall main body stress frames at two ends of the upper beam of the curtain wall decoration structure and the lower beam of the curtain wall decoration structure, and the aluminum alloy clamping grooves are nailed on the fixing frame.
3. The hidden ventilation structure for the vertical face of the curtain wall as claimed in claim 2, wherein four sides of the curtain wall decoration panel are respectively fixed with the upper beam, the two polygonal keel frames and the fixing frame of the curtain wall decoration structure through aluminum alloy slots, and four sides of the ventilation panel are respectively fixed with the lower beam, the two polygonal keel frames and the fixing frame of the curtain wall decoration structure through aluminum alloy slots, so that a polygonal ventilation cavity protruding out of the vertical face of the curtain wall is formed among the curtain wall decoration panel, the ventilation panel and the vertical face of the curtain wall.
4. The curtain wall facade hidden ventilation structure of claim 1 is characterized in that the size of the opening window sash does not exceed the size of the curtain wall decoration panel.
5. The curtain wall facade hidden ventilation structure of claim 1 is characterized in that the positions of the open window sash and the open window sash structure cross beam are higher than the position of the fixed frame of the convex keel of the curtain wall decoration structure.
6. The curtain wall facade hidden ventilation structure of claim 2, wherein the two polygonal keel frames have the same shape and correspond to the stressed frames of the curtain wall main bodies on two sides, the upper end and the lower end of each polygonal keel frame are bolted to the stressed frame of the same curtain wall main body, and each polygonal keel frame can be a rectangular keel frame or a semicircular keel frame.
7. The curtain wall facade hidden ventilation structure of claim 1 is characterized in that a metal decorative plate is arranged between the lower cross beam of the curtain wall decorative structure and the open window sash structure cross beam.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122447570.3U CN216744733U (en) | 2021-10-12 | 2021-10-12 | Hidden ventilation structure for curtain wall facade |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122447570.3U CN216744733U (en) | 2021-10-12 | 2021-10-12 | Hidden ventilation structure for curtain wall facade |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN216744733U true CN216744733U (en) | 2022-06-14 |
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ID=81923972
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202122447570.3U Active CN216744733U (en) | 2021-10-12 | 2021-10-12 | Hidden ventilation structure for curtain wall facade |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN216744733U (en) |
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2021
- 2021-10-12 CN CN202122447570.3U patent/CN216744733U/en active Active
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