CN212200937U - Multi-angle perforated plate with glass flying wings and glass combined curtain wall - Google Patents
Multi-angle perforated plate with glass flying wings and glass combined curtain wall Download PDFInfo
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- CN212200937U CN212200937U CN202020092083.2U CN202020092083U CN212200937U CN 212200937 U CN212200937 U CN 212200937U CN 202020092083 U CN202020092083 U CN 202020092083U CN 212200937 U CN212200937 U CN 212200937U
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Abstract
The utility model provides a take multi-angle perforated plate and glass combination formula curtain of glass all-wing aircraft, on-the-spot steel skeleton is installed according to the angle requirement and is accomplished and carry out rust-resistant anticorrosive treatment, external corner exposed frame base and internal corner aluminium base have been adopted at the internal corner, glass panels adopts the form connection of the vice frame of four sides to fix on the skeleton, glass panels's the horizontal outside adopts anticreep aluminium spare to push down glass panels simultaneously, the perforated plate is except that the four sides are connected, the exposed frame clamp plate has still been installed in the limit outside, glass and perforated plate have all adopted dual safety protection. The curtain wall has the characteristics of safety, reliability, complete and attractive indoor and outdoor effects, simple process, short field construction period, simple and feasible quality control, good replaceability, good economy and the like, and has wide use space and good popularization prospect in the design and construction of glass and perforated plate curtain walls in the field of building curtain walls.
Description
Technical Field
The utility model relates to a take multi-angle perforated plate and glass combination formula curtain of glass all-wing aircraft is applied to the design and construction of glass and perforated plate curtain in the building curtain field.
Background
The building curtain wall is required by the decoration effect of the outer vertical surface, the diversification of the form is pursued more and more, not only the multiple panels are adopted for decoration, but also the curtain wall modeling, the material combination and the curtain wall splicing angle are diversified more and more. The traditional curtain wall combining glass and a perforated plate has a single shape, and is usually spliced and installed by adopting all-steel or all-aluminum keels, and the forms have some problems in the aspects of safety, reliability, attractiveness, economy, manufacturability and the like and need to be improved; the traditional multi-angle curtain wall method has poor adaptability to multi-angle deviation, cannot eliminate the angle deviation in a normal construction range, directly causes the improper installation and connection, possibly generates potential safety hazards and has poor indoor and outdoor appearance; in addition, the traditional curtain wall with the glass flying wings is completely connected by structural adhesive, the vertical side edge with the flying wings cannot be fixed in a mechanical connection mode, the structural adhesive cannot bear long-term gravity load, and glass easily generates potential safety hazards under the load effect. The multi-angle perforated plate with the glass flying wings and the glass combined curtain wall have higher requirements on safety, durability, attractiveness and construction operability.
Disclosure of Invention
In order to solve the above problem, overcome the not enough of background art, the utility model provides a take multi-angle perforated plate and glass combination formula curtain of glass all wings, on-the-spot steel skeleton is installed according to the angle requirement and is accomplished and carry out rust-resistant anticorrosive treatment, the external corner has adopted external corner bright frame base and internal corner aluminium base, glass panels adopts the form connection of the vice frame of four sides to fix on the skeleton, glass panels's the horizontal outside adopts anticreep aluminium spare to push down glass panels simultaneously, the perforated plate is except that the four sides is connected, the bright frame clamp plate has still been installed in the limit outside, glass and perforated plate have all adopted dual safety protection. The curtain wall has the characteristics of safety, reliability, complete and attractive indoor and outdoor effects, simple process, short field construction period, simple and feasible quality control, good replaceability, good economy and the like.
The utility model discloses the technical scheme who adopts is, a take multi-angle perforated plate and glass combination formula curtain of glass all-wing aircraft, characterized by: the external corner vertical steel square tube, the internal corner vertical steel square tube and the transverse steel square tube are welded to form a multi-angle perforated plate with glass flying wings and a steel framework of a glass combined curtain wall, an external corner exposed frame base is fixed on the external corner vertical steel square tube by stainless steel screws, an internal corner aluminum base is fixed on the internal corner vertical steel square tube by stainless steel screws, a glass panel is connected with an external corner aluminum auxiliary frame and a plane aluminum auxiliary frame by gluing through structural glue, the vertical external corner aluminum auxiliary frame on one side of the glass flying wings is fixed on the external corner exposed frame base by stainless steel screws, the other vertical plane aluminum auxiliary frame is inserted on an inserting fin extending out of the internal corner aluminum base, two transverse plane aluminum auxiliary frames are fixed on the transverse steel square tube by stainless steel screws and aluminum pressing blocks, an anti-shedding aluminum piece is installed on a transverse seam of the glass panel by stainless steel screws, an aluminum plate auxiliary frame and an aluminum angle code are connected by a folded edge of the glass panel, the aluminum code is respectively installed on the external corner exposed frame base and the transverse steel square tube by, the aluminum plate auxiliary frame is inserted on the inserting wings extending out of the internal corner aluminum base.
One side of glass panel area glass all-wing is encorbelmented, encorbelment the end root and vertically beat to glue with external corner aluminium subframe at the mill through the structure and be connected, the vertical limit portion of the other end of glass panel beats to glue with plane aluminium subframe at the mill through the structure and is connected, two horizontal limit portions of glass panel beat to glue with plane aluminium subframe at the mill through the structure and are connected.
During four hem of perforated plate, the vice frame of aluminum plate is connected to a vertical hem, the vice frame side of aluminum plate has the notch, pegs graft on the grafting wing that reentrant corner aluminium base stretches out, aluminium angle sign indicating number is connected to another vertical hem, installs on the bright frame base of external corner through stainless steel screw, aluminium angle sign indicating number is connected to two other horizontal hems, installs on horizontal steel side pipe through stainless steel screw.
The anti-falling aluminum part is in a shape like a Chinese character 'ji', two outward extending wings of the anti-falling aluminum part press the glass panels, and joints between the anti-falling aluminum part and the glass panels and joints between adjacent glass panels are all sealed by glue.
The beneficial effects of the utility model are that, safe and reliable, indoor and outdoor effect is pleasing to the eye, and processing installation simple process installs swiftly portably, and quality control is simple and easy, and the replaceability is good, and economic nature is good.
Technical characteristics
The technical characteristics of the curtain wall are explained as follows:
1. safe and reliable: the glass panel is fixedly connected to the framework in a four-side auxiliary frame mode, and meanwhile, the glass panel is pressed on the transverse outer side of the glass panel through the anti-falling aluminum piece, so that double safety guarantee is more reliable; besides four sides of the perforated plate are connected, a visible frame pressing plate is further installed on the outer side of one side, and the glass and the perforated plate are protected by double safety protection, so that the perforated plate is safer and more reliable.
2. The process is simple: compared with the traditional process, the glass adopts the auxiliary frame, the aluminum plate adopts the corner connector and the auxiliary frame, the aluminum plate is directly fixed on the steel skeleton, the operability is strong, and the processing and assembling process is simple and convenient.
3. The construction period is short: the glass panel is glued the frame at the mill, sends to the scene after gluing the frame solidification, together with perforation aluminum plate, the snap-on is on fossil fragments, and the installation is swift, has reduced the process to construction cycle has been saved.
4. The quality control is simple and easy: the curtain wall is simple in form and process, high in factory degree, convenient and fast to operate, capable of well adjusting and digesting processing and mounting deviation, convenient and fast to construct and simple and easy to control quality.
5. The effect is beautiful: this curtain form outdoor side is perfect to realize the glass all wing effect of flying to with the handing-over transition of perforation aluminum plate realization multi-angle naturally, adopt steel square pipe to form the skeleton, indoor effect is also very complete clean, has effectively sheltered from various connecting elements, indoor outer effect is more complete pleasing to the eye.
6. Good replaceability: all components are connected by stainless steel screws and stainless steel bolts, so that the assembly and disassembly are simple and convenient, and the maintenance cost is greatly reduced.
7. Good economical efficiency: the curtain wall with the complex modeling adopts a steel skeleton system, the aluminum alloy materials are all very small connecting components, and the curtain wall is simple and convenient to process and install, lower in cost and good in economical efficiency.
Drawings
The invention will be further explained with reference to the following embodiments of the drawings.
FIG. 1 is a cross-sectional view of a multi-angle perforated panel with glass flyers and a glass unitized curtain wall.
FIG. 2 is a cross-sectional enlarged view of the external corner part of the multi-angle perforated plate and glass combined curtain wall with glass flying wings.
FIG. 3 is an enlarged cross-sectional view of the internal corner of the multi-angle perforated plate and glass combined curtain wall with glass flying wings.
FIG. 4 is an enlarged longitudinal sectional view of the glass panel of the multi-angle perforated plate and glass combined curtain wall with glass wings.
FIG. 5 is an enlarged longitudinal sectional view of the perforated plate with glass wings and the perforated plate of the glass combined curtain wall.
In the figure, 1, an external corner vertical square steel tube, 2, an internal corner vertical square steel tube, 3, a transverse square steel tube, 4, an external corner exposed frame base, 5, an internal corner aluminum base, 6, a glass panel, 7, an external corner aluminum auxiliary frame, 8, a plane aluminum auxiliary frame, 9, structural adhesive, 10, a stainless steel screw, 11, an aluminum pressing block, 12, a perforated aluminum plate, 13, an aluminum plate auxiliary frame, 14, an aluminum corner code, 15, an insulating gasket, 16, an anti-dropping aluminum piece, 17, a stainless steel bolt, 18, an exposed frame pressing plate, 19, an exposed frame buckle cover, 20, an adhesive tape and 21 are weather-resistant sealant.
Detailed Description
In fig. 1, 2, 3, 4 and 5, the external corner vertical square steel tube 1, the internal corner vertical square steel tube 2 and the horizontal square steel tube 3 are welded on site to form a multi-angle perforated plate with glass flying wings and a steel framework of a glass combined curtain wall, the external corner exposed frame base 4 is fixed on the external corner vertical square steel tube 1 through stainless steel screws 10, and the internal corner aluminum base 5 is fixed on the internal corner vertical square steel tube 2 of the steel framework through the stainless steel screws 10.
When the glass panel 6 is installed, firstly, the glass panel 6 is connected with one external corner aluminum subframe 7 and three plane aluminum subframes 8 through structural adhesive 9 in a factory in a gluing mode, then the vertical external corner aluminum subframe 7 with one side of a glass flying wing is fixed on the external corner exposed frame base 4 through stainless steel screws 10 on site, the other vertical plane aluminum subframe 8 is inserted on an inserting fin extending out of the internal corner aluminum base 5, the two horizontal plane aluminum subframes 8 are fixed on the horizontal steel square pipe 3 through the stainless steel screws 10 and aluminum pressing blocks 11, an anti-dropping aluminum part 16 is installed on a horizontal seam of the glass panel 6 through the stainless steel screws 10, the glass panel 6 is pressed, and weather-resistant sealants 21 are respectively sealed on the seam between the anti-dropping aluminum part 16 and the glass panel 6 and the seam between the adjacent glass panels 6.
When the perforated plate 12 is installed, the hem of the perforated plate 12 is connected with an aluminum plate auxiliary frame 13 and an aluminum angle code 14, the aluminum angle code 14 is respectively installed on the exposed frame base 4 of the external corner and the transverse steel square tube 3 through stainless steel screws 10, the aluminum plate auxiliary frame 13 is inserted into the insertion fin extending out of the aluminum base 5 of the internal corner, and all steel and aluminum contact parts are provided with insulating gaskets 15. And (3) inserting a rubber strip 20 into the notch of the exposed frame pressing plate 18, connecting the exposed frame pressing plate to the exposed frame base 4 through a stainless steel bolt 17, pressing the exposed aluminum auxiliary frame 7 and the perforated aluminum plate 12, and finally, buckling an exposed frame buckling cover 19 on the exposed frame pressing plate 18.
The processing and installation of the multi-angle perforated plate with the glass flying wings and the glass combined curtain wall are realized as shown in the figure.
Claims (4)
1. The utility model provides a take multi-angle perforated plate and glass combination formula curtain of glass all-wing aircraft which characterized by: the external corner vertical steel square tube, the internal corner vertical steel square tube and the transverse steel square tube are welded to form a multi-angle perforated plate with glass flying wings and a steel framework of a glass combined curtain wall, an external corner exposed frame base is fixed on the external corner vertical steel square tube by stainless steel screws, an internal corner aluminum base is fixed on the internal corner vertical steel square tube by stainless steel screws, a glass panel is connected with an external corner aluminum auxiliary frame and a plane aluminum auxiliary frame by gluing through structural glue, the vertical external corner aluminum auxiliary frame on one side of the glass flying wings is fixed on the external corner exposed frame base by stainless steel screws, the other vertical plane aluminum auxiliary frame is inserted on an inserting fin extending out of the internal corner aluminum base, two transverse plane aluminum auxiliary frames are fixed on the transverse steel square tube by stainless steel screws and aluminum pressing blocks, an anti-shedding aluminum piece is installed on a transverse seam of the glass panel by stainless steel screws, an aluminum plate auxiliary frame and an aluminum angle code are connected by a folded edge of the glass panel, the aluminum code is respectively installed on the external corner exposed frame base and the transverse steel square tube by, the aluminum plate auxiliary frame is inserted on the inserting wings extending out of the internal corner aluminum base.
2. The multi-angle perforated plate and glass combined curtain wall with glass flying wings as claimed in claim 1, wherein: one side of glass panel area glass all-wing is encorbelmented, encorbelment the end root and vertically beat to glue with external corner aluminium subframe at the mill through the structure and be connected, the vertical limit portion of the other end of glass panel beats to glue with plane aluminium subframe at the mill through the structure and is connected, two horizontal limit portions of glass panel beat to glue with plane aluminium subframe at the mill through the structure and are connected.
3. The multi-angle perforated plate and glass combined curtain wall with glass flying wings as claimed in claim 1, wherein: during four hem of perforated plate, the vice frame of aluminum plate is connected to a vertical hem, the vice frame side of aluminum plate has the notch, pegs graft on the grafting wing that reentrant corner aluminium base stretches out, aluminium angle sign indicating number is connected to another vertical hem, installs on the bright frame base of external corner through stainless steel screw, aluminium angle sign indicating number is connected to two horizontal hems, manages on horizontal steel side through stainless steel screw.
4. The multi-angle perforated plate and glass combined curtain wall with glass flying wings as claimed in claim 1, wherein: the anti-falling aluminum part is in a shape like a Chinese character 'ji', two outward extending wings of the anti-falling aluminum part press the glass panels, and joints between the anti-falling aluminum part and the glass panels and joints between adjacent glass panels are all sealed by glue.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020092083.2U CN212200937U (en) | 2020-01-16 | 2020-01-16 | Multi-angle perforated plate with glass flying wings and glass combined curtain wall |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020092083.2U CN212200937U (en) | 2020-01-16 | 2020-01-16 | Multi-angle perforated plate with glass flying wings and glass combined curtain wall |
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| Publication Number | Publication Date |
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| CN212200937U true CN212200937U (en) | 2020-12-22 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN202020092083.2U Active CN212200937U (en) | 2020-01-16 | 2020-01-16 | Multi-angle perforated plate with glass flying wings and glass combined curtain wall |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113756494A (en) * | 2021-10-18 | 2021-12-07 | 新城控股集团企业管理有限公司 | Cellular perforated aluminum plate glass curtain wall and construction method |
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2020
- 2020-01-16 CN CN202020092083.2U patent/CN212200937U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113756494A (en) * | 2021-10-18 | 2021-12-07 | 新城控股集团企业管理有限公司 | Cellular perforated aluminum plate glass curtain wall and construction method |
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