Curtain wall shading system
By designing a curtain wall sunshade system with molded aluminum profiles and hyperbolic aluminum veneer, the problem that traditional sunshade systems cannot meet different sunshade requirements is solved, and the smooth changes in sunshade angle and architectural aesthetic effect are achieved.
Patent Information
- Application Number
- CN201911262633.9
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- Filing Date
- 2019-12-11
- Publication Date
- 2025-01-03
- Estimated Expiration
- 2039-12-11
AI Technical Summary
Traditional curtain wall sunshade systems are difficult to meet the light shading requirements of different parts of the same floor in the building, and the sunshade angle changes unsmoothly, which cannot meet the architectural aesthetic requirements.
Design a curtain wall shading system including sunshade plates, molded aluminum profiles, hyperbolic aluminum veneers and reinforcement ribs. The sunshade angle is adjusted and smooth transition is achieved through the connection of countersunk self-tapping nails and structural glue.
The sunshade angle changes from horizontal to vertical direction are achieved, meeting the sunshade function and aesthetic requirements of architects and owners, and increasing the appearance effect of the building.
Smart Images
Figure CN110821061B_ABST
Abstract
Description
Technical Field
[0001] The invention relates to the field of curtain walls, in particular to a curtain wall sunshade system. Background Art
[0002] In traditional curtain wall shading systems, the shading angles on the curtain walls on the same floor are generally uniform. With the development of the construction industry, traditional shading systems are difficult to meet the different shading requirements of architects and owners for buildings on the same floor. A new shading system that can adjust the shading angle and smoothly transition between shading angles is about to emerge. Summary of the invention
[0003] The purpose of the present invention is to meet different shading requirements for different parts of the same floor of a building, while ensuring a smooth transition between shading at different angles to meet the aesthetic requirements of the building.
[0004] To achieve the above-mentioned purpose, the technical solution adopted by the present invention is: a curtain wall shading system, including a sunshade baffle, and its technical points are: the curtain wall shading system includes a plurality of sunshade panels, each sunshade panel is provided with a sunshade baffle on both sides, and each sunshade baffle is provided with a molded aluminum profile on both sides, namely a front molded aluminum profile and a rear molded aluminum profile, both of which are arc-shaped and are connected to the sunshade baffle by countersunk self-tapping screws; reinforcing ribs are arranged inside the sunshade, and a hyperbolic aluminum veneer is arranged on the top and bottom of each sunshade panel, and the hyperbolic aluminum veneer is installed on the reinforcing ribs by structural adhesive; the reinforcing ribs include three transverse reinforcing ribs and one vertical reinforcing rib aluminum row, the transverse reinforcing ribs are installed on the sunshade baffle by countersunk screws, the vertical reinforcing rib aluminum row is connected to the transverse reinforcing ribs by angle pieces and bolts, and the reinforcing rib angle pieces supporting the hyperbolic aluminum veneer are connected to the vertical reinforcing rib aluminum row by pan head self-tapping screws.
[0005] The advantages and beneficial effects of the present invention are: compared with the traditional single-angle sunshade, this sunshade can achieve the change from horizontal to vertical direction, which can better meet the requirements of architects and owners for sunshade function and effect; and it can increase the overall external visual effect of the building. It is a new sunshade system suitable for modern architectural requirements. BRIEF DESCRIPTION OF THE DRAWINGS
[0006] Figure 1 It is a three-dimensional diagram of the change of sunshade from horizontal to vertical direction;
[0007] Figure 2 yes Figure 1 Side view of
[0008] Figure 3 yes Figure 1 A cross-sectional view of the reinforcement ribs in the middle of the sunshade along line BB;
[0009] Figure 4 yes Figure 1 Cross-sectional view along direction C;
[0010] Explanation of the serial numbers in the figure: 1. Sunshade baffle, 2. Rear end modeling aluminum profile, 3. Countersunk screw, 4. Bolt assembly, 5. Hyperbolic aluminum veneer, 6. Structural adhesive, 7. Front end modeling aluminum profile, 8. Support pipe, 9. Reinforcement rib angle piece I, 10. Reinforcement rib angle piece II, 11. Pan head tapping screw, 12. Reinforcement aluminum row, 13. Reinforcement rib angle piece III, 14. Support profile, 15. Support angle aluminum, 16. Countersunk tapping screw, 17. Sealant. DETAILED DESCRIPTION
[0011] like Figure 1-4 As shown, the present invention relates to a curtain wall sunshade system, including a sunshade plug 1, wherein: the curtain wall sunshade system includes a plurality of sunshade panels, each of which is provided with a sunshade plug 1 on both sides, and each of which is provided with a molded aluminum profile on both sides, namely, a front molded aluminum profile 7 and a rear molded aluminum profile 2, both of which are arc-shaped and connected to the sunshade plug 1 through countersunk self-tapping screws 16;
[0012] The sunshade block is provided with reinforcing ribs inside, and each sunshade block is provided with a hyperbolic aluminum single plate 5 above and below, and the hyperbolic aluminum single plates are installed on the reinforcing ribs by structural adhesive 6;
[0013] The reinforcement ribs include three transverse reinforcement ribs and one vertical reinforcement rib aluminum row 12. The transverse reinforcement ribs are installed on the sunshade plate with countersunk screws. The vertical reinforcement rib aluminum row is connected to the transverse reinforcement ribs through reinforcement rib angle pieces 9, 13 and bolt assemblies 4. The reinforcement rib angle pieces 10 supporting the hyperbolic aluminum veneer are connected to the vertical reinforcement rib aluminum row 12 through pan head self-tapping screws 11.
[0014] Furthermore, the hyperbolic aluminum single plate 5 is sealed and connected to the front end aluminum profile 7 and the rear end aluminum profile 2 by means of a sealant 17 .
[0015] Furthermore, the number of the reinforcing rib angle pieces connected to the vertical reinforcing rib aluminum bar 12 is two, which are respectively located at the front end and the rear end of the vertical reinforcing rib aluminum bar.
[0016] The three transverse reinforcing ribs are respectively the supporting pipe 8, the supporting profile 14 and the supporting angle aluminum 15. The supporting pipe 8 is installed at the front end of the sunshade, and the supporting profile 14 and the supporting angle aluminum 15 are installed at the rear end of the sunshade. The supporting profile 14 and the supporting angle aluminum 15 are connected by screws.
[0017] The present invention protects a curtain wall sunshade system, which is a curtain wall sunshade system that adjusts the curtain wall sunshade angle through a hyperbolic aluminum single plate structure. The sunshade system includes a sunshade blocking plate, front and rear end aluminum profiles, a hyperbolic aluminum single plate and reinforcing ribs. The front and rear end aluminum profiles are designed to be in an arc shape. Figure 1 L1 and L2 are the entry and exit dimensions) (when the sunshade section is distorted), the consistency of the exterior effect can be guaranteed.
[0018] The sunshade is connected to the unit through the sunshade plugs at both ends of the sunshade. The sunshade plugs are processed into different shapes according to the angle and size changes of the sunshade panels in the unit grid to ensure the sunshade appearance. The angle and in and out size of each sunshade panel change to form a curved surface. Ordinary flat aluminum veneers cannot fit the curved surface sunshade, and hyperbolic aluminum veneers need to be made to match the curved surface shape of the sunshade. The sunshade is installed on the reinforcing ribs of the sunshade using structural glue. Figure Figure 2 The state of the sunshade changing from horizontal to vertical is shown. Through the transition of several sunshade angles and in and out size changes, the sunshade is finally changed to the vertical direction. Figure 4 The sunshade plug is hidden in the figure, mainly expressing the connection between the side reinforcement ribs and aluminum plates of the sunshade plug.
[0019] The method of use is as follows: determine the shape of the sunshade plug 1 according to the change of each sunshade. After the shapes of the plugs at both ends of the same sunshade are determined, install the support pipe 8, support profile 14 and support angle aluminum 15 based on the assembly nail holes pre-processed on the sunshade plug 1. The reinforcing rib angle pieces II 10 at both ends of the sunshade are fixed to the sunshade plug (such as Figure 4 As shown in the figure), according to the calculation results, install the reinforcing rib angle pieces 9 / 10 / 13 and the reinforcing rib aluminum row 12 in the middle of the sunshade. After the reinforcing ribs are installed, install the processed front and rear end aluminum profiles according to the changes in the single sunshade. Use the form of sitting glue and structural glue to assemble the hyperbolic aluminum single plate 5. A sunshade with a variable angle is assembled. The assembled sunshade can be assembled to the unit with hardware in the factory or shipped to the site separately and assembled to the unit before hoisting the unit. With the installation of the unit, a sunshade with a variable angle and size can be installed.
Claims
1. A curtain wall sunshade system, comprising a sunshade plate (1), characterized in that: The curtain wall sunshade system comprises a plurality of sunshade panels, each of which is provided with a sunshade plug (1) on both sides, and each of which is provided with a molded aluminum profile on both sides, namely a front molded aluminum profile (7) and a rear molded aluminum profile (2), both of which are arc-shaped and connected to the sunshade plug (1) via countersunk self-tapping screws (16); A reinforcing rib is arranged inside the sunshade plate (1), and a hyperbolic aluminum single plate (5) is arranged above and below each sunshade plate, and the hyperbolic aluminum single plate (5) is mounted on the reinforcing rib by means of structural adhesive (6); The reinforcing ribs include three transverse reinforcing ribs and one vertical reinforcing rib aluminum row (12). The transverse reinforcing ribs are installed on the sunshade block (1) by countersunk screws (3). The vertical reinforcing rib aluminum row (12) is connected to the transverse reinforcing ribs by reinforcing rib angle pieces I (9), reinforcing rib angle pieces III (13) and bolt assemblies. The reinforcing rib angle pieces II (10) supporting the hyperbolic aluminum veneer (5) are connected to the vertical reinforcing rib aluminum row (12) by pan head self-tapping screws (11). The three transverse reinforcing ribs are respectively a supporting pipe (8), a supporting profile (14) and a supporting angle aluminum (15); the supporting pipe (8) is installed at the front end of the sunshade plugging plate, the supporting profile (14) and the supporting angle aluminum (15) are installed at the rear end of the sunshade plugging plate, and the supporting profile (14) and the supporting angle aluminum (15) are connected by screws; The hyperbolic aluminum single plate (5) is sealed and connected to the front end aluminum profile (7) and the rear end aluminum profile (2) by means of a sealant (17); The shape of the sunshade plug (1) is determined according to the change of each sunshade. After the shapes of the plugs at both ends of the same sunshade are determined, the support pipe (8), the support profile (14) and the support angle aluminum (15) are installed based on the assembly nail holes pre-processed on the sunshade plug (1); The reinforcing rib corner pieces II (10) at both ends of the sunshade are fixed to the sunshade blocking plate, and the reinforcing rib corner pieces I (9), II (10), III (13) and the reinforcing rib aluminum row (12) in the middle of the sunshade are installed according to the calculation results. After the reinforcing ribs are installed, the processed front and rear end aluminum profiles are installed according to the changes in the single sunshade; the hyperbolic aluminum single plate (5) is assembled using structural adhesive in the form of sitting glue; The assembled sunshades are first assembled to the units with hardware in the factory or shipped to the site separately and assembled to the units before hoisting the units.