CN211899146U - Five-section aluminum profile combined type large-span aluminum-clad steel energy-saving glass curtain wall - Google Patents
Five-section aluminum profile combined type large-span aluminum-clad steel energy-saving glass curtain wall Download PDFInfo
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- CN211899146U CN211899146U CN201922096504.9U CN201922096504U CN211899146U CN 211899146 U CN211899146 U CN 211899146U CN 201922096504 U CN201922096504 U CN 201922096504U CN 211899146 U CN211899146 U CN 211899146U
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Abstract
Be applied to energy-conserving glass curtain wall of five sections aluminium alloy combination formula large-span aluminium package steel in building curtain field, this curtain steel joist and major structure are connected the installation, the aluminium alloy divide five sections composite installations at the steel joist surface, five sections aluminium alloys loop through grafting wing and inserting groove composite assembly, five sections aluminium alloys all pass through stainless steel screw connection with the front and back and the side of steel joist, have structure safe and reliable, the appearance is light and handy pleasing to the eye, the installation construction precision is high, the commonality is strong, economic nature characteristics such as good.
Description
Technical Field
The utility model relates to a five sections aluminium alloy combination formula large-span aluminium package steel energy-conserving glass curtain walls is applied to the design and the construction of large-span glass curtain wall in the building curtain wall field.
Background
With the continuous development of the curtain wall industry, designers often design glass curtain walls into large-span structures for pursuing the transparency and comfort of the outer facade of a building, and some glass curtain walls even need to be installed across multiple layers. One of the traditional installation nodes for the aluminum-clad steel of the large-span glass curtain wall is to use a steel keel to wrap aluminum profiles externally, the traditional installation nodes are generally combined by two sections and are divided into front and rear end aluminum profiles for assembly, a U-shaped cross section design is adopted, when the cross section size of the steel keel is large, the U-shaped cross section aluminum profiles are limited by the die sinking size, the die sinking manufacturability of deep U-shaped cross section aluminum profiles is poor, and the deformation of the opening end of the U-shaped cross section aluminum profiles is large, so that; the other type is that steel keel outsourcing aluminum plate is adopted, and aluminum plate rolls over in mill and makes dark U-shaped, produces easily and warp in processing, transportation installation, and the great influence in aluminum plate hem position fillet is pleasing to the eye, and the whole cladding of dark U-shaped aluminum plate is in the steel keel outside moreover, and the middle part can't be connected with steel keel, has to connect fixed insecure problem. The use limit of the above conditions is more, the assembly precision of the curtain wall is influenced, and the attractiveness and the use of the curtain wall are influenced.
Disclosure of Invention
In order to overcome the not enough of background art, the utility model provides an energy-conserving glass curtain wall of five sections aluminium alloy combination formula large-span aluminium package steel, this curtain steel joist and major structure are connected the installation, the aluminium alloy divides five sections composite mountings at the steel joist surface, five sections aluminium alloy loop through grafting wing and inserting groove composite set, five sections aluminium alloy all pass through stainless steel screw connection with the front and back and the side of steel joist, structure safe and reliable has, the appearance is light and handy pleasing to the eye, the installation construction precision is high, therefore, the commonality is strong, economic nature characteristics such as good.
The utility model adopts the technical proposal that: the utility model provides an energy-conserving glass curtain wall of five sections aluminium alloy combination formula large-span aluminium package steel, by steel joist, preceding support aluminium alloy, stainless steel screw, left side lid aluminium alloy, right side lid aluminium alloy, left back lid aluminium alloy, right back lid aluminium alloy, aluminum alloy decoration profile, glass panels, aluminum alloy clamp plate, stainless steel bolt, aluminum alloy dress trim cover plate connect assembly characterized by in proper order: the front support aluminum section is integrally T-shaped, the back of the front support aluminum section is connected to the front of the steel keel through stainless steel screws, inward inserting fins are arranged on two sides of the back of the front support aluminum section, inserting grooves are formed in the front ends of the left side cover aluminum section and the right side cover aluminum section and are respectively inserted into the inserting fins on two sides of the back of the front support aluminum section, concave connecting fins and inserting fins are arranged at the back ends of the left side cover aluminum section and the right side cover aluminum section, the connecting fins are connected to the side of the steel keel through stainless steel screws, inserting grooves are formed in the front ends of the left back cover aluminum section and the right back cover aluminum section and are respectively inserted into the inserting fins of the left side cover aluminum section and the right side cover aluminum section, concave connecting fins are arranged at the back ends of the left back cover aluminum section and the right back cover aluminum section, the connecting fins are connected to the back of the steel keel through stainless steel screws, the aluminum alloy decorative buckle strip is buckled on the U-shaped groove to cover the stainless steel screw.
After the inserting wings on the two sides of the back of the front support aluminum section are respectively inserted into the inserting grooves at the front ends of the left side cover aluminum section and the right side cover aluminum section, the left side and the right side of the front support aluminum section are covered and are invisible indoors.
The left side lid aluminium alloy rear end grafting wing with the left back lid aluminium alloy front end after the grafting, surface between them is on the coplanar, the right side lid aluminium alloy rear end grafting wing with the right back lid aluminium alloy front end after the grafting, surface between them is on the coplanar.
The connecting fins at the rear ends of the left rear cover aluminum section and the right rear cover aluminum section are overlapped together and connected to the back of the steel keel through stainless steel screws, and the back surfaces of the left rear cover aluminum section and the right rear cover aluminum section are on the same plane.
The middle part of the front end of the front support aluminum section is connected with a bolt groove through a heat insulation strip, a stainless steel bolt penetrates into the bolt groove, and the glass panel is pressed through an aluminum alloy pressing plate and an aluminum alloy decorative cover plate.
Technical characteristics
1. And (3) installing a keel system: the steel stand passes through switching system and major structure to be connected, fixes the front end at the steel stand with the mechanism screw at the back of preceding support aluminium alloy, and the front end is fixed through the inserting groove when installing left and right side lid aluminium alloy, and the rear end passes through stainless steel screw fixation in the side of steel fossil fragments, and the last crossbeam is connected with the stand, and the installation is all accomplished at the scene, and the assembly is simple reliable, and the construction is convenient, great improvement economic nature.
2. Installing a glass panel: and (4) transporting the glass panel to be installed to the site after the glass panel is processed in a factory, and connecting the glass panel with the keel system through the aluminum alloy pressing plate and the stainless steel bolt.
3. Gluing: and after the glass panel is installed, adopting weather-proof sealant to glue and seal the joints of the glass panel.
4. And (3) installing left and right rear cover aluminum profiles: the front ends of the left and right side back cover aluminum profiles are fixedly spliced with the left and right side cover aluminum profiles through the splicing grooves, and the rear ends are fixed at the rear ends of the steel keels through machine-made screws, so that the installation is convenient and the left and right side back cover aluminum profiles cannot fall off; the invisible part in the side back cover aluminum section room can not be installed, the economical efficiency is further improved, and the left and right back cover aluminum sections can be installed in the last process, and the protection of the field finished products of the aluminum sections is also facilitated.
5. Indoor effectual: the front end inserting grooves of the left side cover aluminum section and the right side cover aluminum section are designed with baffles, so that construction and installation errors can be shielded; only the outer aluminum section is seen indoors, all connecting pieces and screws are not exposed, and the whole indoor effect is neat and attractive.
6. The universality is strong: in the design and construction of specific engineering, when the span of the cross beam is small, a keel system can be formed by adopting aluminum-clad steel upright posts and aluminum cross beams; when the span of the cross beam is large, in order to meet the structural stress requirement, the aluminum-clad steel upright posts and the aluminum-clad steel cross beams in the same structural form can be adopted to form a keel system, and the universality is high.
Drawings
The present invention will be further explained with reference to the accompanying drawings and two embodiments, wherein embodiment 1 employs an aluminum-clad steel column and an aluminum-clad steel beam, and embodiment 2 employs an aluminum-clad steel column and an aluminum beam.
FIG. 1 is a cross-sectional view of example 1.
FIG. 2 is a longitudinal sectional view of embodiment 1.
FIG. 3 is a longitudinal sectional view of embodiment 2.
In the figure, 1, a steel column, 2, a front support aluminum profile, 3, a left side cover aluminum profile, 4, a right side cover aluminum profile, 5, a left back cover aluminum profile, 6, a right back cover aluminum profile, 7, an insulating gasket, 8, a stainless steel screw, 9, an aluminum alloy decorative buckle strip, 10, an aluminum alloy beam, 11, a glass panel, 12, an aluminum alloy pressing plate, 13, a stainless steel bolt, 14, an aluminum alloy decorative cover plate, 15, a steel beam, 16, a beam front support aluminum profile, 17, an upper side cover aluminum profile, 18, a lower side cover aluminum profile, 19, an upper back cover aluminum profile and 20, a lower back cover aluminum profile.
Detailed Description
In fig. 1 and 2 of embodiment 1, one end of a front support aluminum profile 2 with an insertion fin is sleeved into the front end of a steel column 1, the middle of the front support aluminum profile is separated by an insulating gasket 7, the front end of the steel column 1 is fixed by stainless steel screws 8, front end insertion grooves of a left side cover aluminum profile 3 and a right side cover aluminum profile 4 are fixedly connected with the insertion fins on two sides of the front support aluminum profile 2, rear end connection fins of the left side cover aluminum profile 3 and the right side cover aluminum profile 4 are connected to the left and right side surfaces of the steel column 1 by the stainless steel screws 8, front end insertion grooves of a left rear cover aluminum profile 5 and a right rear cover aluminum profile 6 are respectively fixedly inserted with the insertion fins on the rear ends of the left side cover aluminum profile 3 and the right side cover aluminum profile 4, the rear ends are fixed at the rear end of the steel column 1 by the stainless steel screws 8, and an aluminum alloy decorative; the curtain wall keel system is characterized in that one end, provided with an inserting wing, of a front support aluminum profile 16 of a cross beam is sleeved into the front end of a steel cross beam 15, the middle of the front support aluminum profile is separated by an insulating gasket 7 and fixed at the front end of the steel cross beam 15 through a stainless steel screw 8, a front end inserting groove of an upper side cover aluminum profile 17 and a front end inserting groove of a lower side cover aluminum profile 18 are fixedly connected with the inserting wing on the front support aluminum profile 16 of the cross beam, a rear end connecting wing of the upper side cover aluminum profile 17 and the rear end connecting wing of the lower side cover aluminum profile 18 are connected to the upper side and the lower side of the steel cross beam 15 through stainless steel screws 8, a front end inserting groove of an upper rear cover aluminum profile 19 and a front end inserting groove of a lower rear cover aluminum profile 20 are fixedly connected with the inserting wing at the rear end of the upper side cover aluminum profile 17 and the lower side cover aluminum profile 18 respectively. The glass panel 11 is transported to the field for installation after being processed in a factory, the aluminum alloy pressing plates 12 are respectively fixed on the aluminum-clad steel upright posts and the aluminum-clad steel cross beams through stainless steel bolts 13, glue is applied to the joints of the glass panel 11 for sealing, and finally the aluminum alloy decorative cover plate 14 is installed.
In fig. 3 of embodiment 2, an aluminum alloy beam 10 is connected with an aluminum-clad steel upright to form a curtain wall keel system. The glass panel 11 is transported to the site after being glued in a factory, the aluminum alloy pressing plates 12 are respectively fixed on the aluminum-clad steel upright posts and the aluminum alloy cross beams 10 through stainless steel bolts 13, glue is applied to the joints of the glass panel 11 for sealing, and finally the aluminum alloy decorative cover plate 14 is installed.
Claims (5)
1. The utility model provides an energy-conserving glass curtain wall of five sections aluminium alloy combination formula large-span aluminium package steel, by steel joist, preceding support aluminium alloy, stainless steel screw, left side lid aluminium alloy, right side lid aluminium alloy, left back lid aluminium alloy, right back lid aluminium alloy, aluminum alloy decoration profile, glass panels, aluminum alloy clamp plate, stainless steel bolt, aluminum alloy dress trim cover plate connect assembly characterized by in proper order: the front support aluminum section is integrally T-shaped, the back of the front support aluminum section is connected to the front of the steel keel through stainless steel screws, inward inserting fins are arranged on two sides of the back of the front support aluminum section, inserting grooves are formed in the front ends of the left side cover aluminum section and the right side cover aluminum section and are respectively inserted into the inserting fins on two sides of the back of the front support aluminum section, concave connecting fins and inserting fins are arranged at the back ends of the left side cover aluminum section and the right side cover aluminum section, the connecting fins are connected to the side of the steel keel through stainless steel screws, inserting grooves are formed in the front ends of the left back cover aluminum section and the right back cover aluminum section and are respectively inserted into the inserting fins of the left side cover aluminum section and the right side cover aluminum section, concave connecting fins are arranged at the back ends of the left back cover aluminum section and the right back cover aluminum section, the connecting fins are connected to the back of the steel keel through stainless steel screws, the aluminum alloy decorative buckle strip is buckled on the U-shaped groove to cover the stainless steel screw.
2. The five-section aluminum profile combined type large-span aluminum-clad steel energy-saving glass curtain wall as claimed in claim 1, which is characterized in that: after the inserting wings on the two sides of the back of the front support aluminum section are respectively inserted into the inserting grooves at the front ends of the left side cover aluminum section and the right side cover aluminum section, the left side and the right side of the front support aluminum section are covered and are invisible indoors.
3. The five-section aluminum profile combined type large-span aluminum-clad steel energy-saving glass curtain wall as claimed in claim 1, which is characterized in that: the left side lid aluminium alloy rear end grafting wing with the left back lid aluminium alloy front end after the grafting, surface between them is on the coplanar, the right side lid aluminium alloy rear end grafting wing with the right back lid aluminium alloy front end after the grafting, surface between them is on the coplanar.
4. The five-section aluminum profile combined type large-span aluminum-clad steel energy-saving glass curtain wall as claimed in claim 1, which is characterized in that: the connecting fins at the rear ends of the left rear cover aluminum section and the right rear cover aluminum section are overlapped together and connected to the back of the steel keel through stainless steel screws, and the rear surfaces of the left rear cover aluminum section and the right rear cover aluminum section are on the same plane.
5. The five-section aluminum profile combined type large-span aluminum-clad steel energy-saving glass curtain wall as claimed in claim 1, which is characterized in that: the middle part of the front end of the front support aluminum section is connected with a bolt groove through a heat insulation strip, a stainless steel bolt penetrates into the bolt groove, and the glass panel is pressed through an aluminum alloy pressing plate and an aluminum alloy decorative cover plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201922096504.9U CN211899146U (en) | 2019-11-28 | 2019-11-28 | Five-section aluminum profile combined type large-span aluminum-clad steel energy-saving glass curtain wall |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201922096504.9U CN211899146U (en) | 2019-11-28 | 2019-11-28 | Five-section aluminum profile combined type large-span aluminum-clad steel energy-saving glass curtain wall |
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| Publication Number | Publication Date |
|---|---|
| CN211899146U true CN211899146U (en) | 2020-11-10 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201922096504.9U Active CN211899146U (en) | 2019-11-28 | 2019-11-28 | Five-section aluminum profile combined type large-span aluminum-clad steel energy-saving glass curtain wall |
Country Status (1)
| Country | Link |
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| CN (1) | CN211899146U (en) |
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- 2019-11-28 CN CN201922096504.9U patent/CN211899146U/en active Active
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