Unconventional narrow-edge mirror surface aluminum plate canopy

Abstract

The utility model provides an unconventional narrow-edge mirror surface aluminum plate canopy which comprises multi-span variable cross-section H-shaped steel with the rear end fixed on a structure, the variable cross-section H-shaped steel serves as a canopy main keel, a steel plate is installed at the front end of the variable cross-section H-shaped steel, another steel plate is welded between a lower opening of the steel plate and the variable cross-section H-shaped steel to be used for supporting, and a drainage ditch structure is further installed on the variable cross-section H-shaped steel. The upper layer of the canopy is a mirror surface aluminum plate and a mirror surface honeycomb aluminum plate with slopes so that rainwater can better fall into a drainage ditch, the lower layer of the canopy is a mirror surface honeycomb aluminum plate, the two sides of the canopy are blocked through the mirror surface honeycomb aluminum plate, and the whole side face of the canopy is of a triangular structure. The thickness of the front opening of the rain shed is small, it is guaranteed that the aluminum plate rain shed can be perfectly integrated with the building style, attractiveness is good, the style requirement of small-size folding edges of the rain shed can be met, the construction technology of the narrow-edge mirror face aluminum plate rain shed is simplified, the organized drainage requirement of the rain shed is met, the application prospect is wide, and popularization is easy. And reference can be provided for many metal canopy projects.

Description

Technical Field

[0001] The utility model belongs to the technical field of building construction, and particularly relates to an unconventional narrow-edge mirror aluminum plate canopy. Background Art

[0002] In the process of building design, a canopy is an important accessory component of a building. A canopy is not only a practical facility for sheltering from wind and rain, but also an important element for displaying the architectural style and taste. Common canopies are made of materials such as glass, plastic, or metal. Among them, an aluminum plate canopy has strong plasticity and is easy to recycle and reuse, and its shape is flexible and changeable. However, the thickness of the front edge of a conventional aluminum plate canopy is basically the same as that of the rear edge. Due to reasons such as structural safety and reliability, the thickness of the front end of some aluminum plate canopies also basically remains at about 150 mm. At present, in order to ensure that the aluminum plate canopy can perfectly blend into the architectural style, in addition to being practical, for the sake of aesthetics, how to reduce the thickness dimension of the front end of the aluminum plate canopy to achieve the coordination of the canopy with the architectural style of the building and the surrounding environment has become an urgent problem to be solved in the current canopy construction. Content of the Utility Model

[0003] In view of the deficiencies in the prior art, the present invention provides an unconventional narrow-edge mirror aluminum plate canopy, the thickness dimension of the front edge of the canopy is small, which ensures that the aluminum plate canopy can perfectly blend into the architectural style and has good aesthetics.

[0004] The utility model realizes the above technical purpose through the following technical means.

[0005] An unconventional narrow-edge mirror aluminum plate canopy, comprising a mirror aluminum plate A arranged at the front end of the upper part of the canopy, a mirror honeycomb aluminum plate A and a mirror honeycomb aluminum plate B arranged at the upper part of the canopy, a mirror honeycomb aluminum plate D and a mirror honeycomb aluminum plate C arranged at the lower part of the canopy. The mirror honeycomb aluminum plate A, the mirror honeycomb aluminum plate B, the mirror honeycomb aluminum plate D, and the mirror honeycomb aluminum plate C are all connected to a variable-section H-shaped steel; the mirror honeycomb aluminum plate C is a straight plate, a steel plate A is installed at the front end of the variable-section H-shaped steel, the mirror honeycomb aluminum plate D is an inclined plate, which is connected to the steel plate A through a special profile angle code, and the front end of the mirror honeycomb aluminum plate D is also connected to the front end of the mirror aluminum plate A; a drainage ditch is further arranged at the upper part of the canopy, and mirror aluminum plates B are installed on both sides of the canopy to achieve edge sealing.

[0006] Further, the drainage ditch is located between the mirror honeycomb aluminum plate A and the mirror honeycomb aluminum plate B. The mirror aluminum plate A and the mirror honeycomb aluminum plate A both have a slope of 3% towards the inner side of the building, and the mirror honeycomb aluminum plate B has a slope of 3% towards the outer side of the building.

[0007] Further, the variable-section H-shaped steel is the main keel of the canopy, installed in a span of 1500 mm, and holes are drilled at specific positions on every 3000 mm of the main keel to allow the downpipe to pass through the variable-section H-shaped steel.

[0008] Furthermore, a steel plate B is welded below the steel plate A for support, and the steel plate A has the same length as the variable cross-section H-shaped steel.

[0009] Furthermore, steel square tubes are installed between the variable cross-section H-shaped steels of adjacent spans to support the stainless steel and mirror aluminum plates of the drainage ditch surface material. Angle steels are also installed between the variable cross-section H-shaped steels of adjacent spans as secondary keels of the canopy to support the bottom of the drainage ditch.

[0010] Furthermore, the upper surface material of the drainage ditch is stainless steel, and the lower surface material is galvanized steel plate. Between the two surface materials, there are steel square tubes, angle steels and sound insulation rock wool. A grate is also installed on the upper part of the drainage ditch.

[0011] The utility model has the following beneficial effects:

[0012] The thickness dimension of the front of the canopy designed by the utility model is relatively small, which ensures that the aluminum plate canopy can perfectly integrate into the architectural style, has good aesthetics, can meet the style requirements of the small-size flanging of the canopy, simplifies the construction process of the narrow-edge mirror aluminum plate canopy, meets the organized drainage requirements of the canopy, has a broad application prospect, and can provide reference for many metal canopy projects. The utility model includes the combination of two aluminum plates and the setting of the drainage ditch, which provides more possibilities for the appearance of the building canopy. Description of the Drawings

[0013] Figure 1 It is a plan view of the unconventional narrow-edge mirror aluminum plate canopy described in the utility model;

[0014] Figure 2 It is Figure 1 the sectional view taken along the line E-E in

[0015] Figure 3 It is Figure 1 the sectional view taken along the line F-F in

[0016] Figure 4 It is a schematic diagram of the variable cross-section H-shaped steel described in the utility model;

[0017] In the figure: 1. Mirror aluminum plate A; 2. Steel plate A; 3. Mirror honeycomb aluminum plate A; 4. Aluminum plate angle code; 5. Stainless steel; 6. Drainage ditch; 7. Water falling hole; 8. Grate; 9. Mirror honeycomb aluminum plate B; 10. Steel square tube; 11. Angle steel; 12. Mirror honeycomb aluminum plate C; 13. Water passing hole; 14. Galvanized steel plate; 15. Sound insulation rock wool; 16. Variable cross-section H-shaped steel; 17. Mirror honeycomb aluminum plate D; 18. Steel plate; 19. Special profile angle code; 20. Mirror aluminum plate B. Detailed Embodiments

[0018] The following further describes the utility model in conjunction with the drawings and specific embodiments, but the protection scope of the utility model is not limited thereto.

[0019] As Figures 1 to 3 shown, the unconventional narrow-edge mirror aluminum plate awning of the present utility model includes a mirror aluminum plate, a mirror honeycomb aluminum plate, a variable cross-section H-shaped steel 16, a connecting steel plate, a steel square tube 10, an angle steel 11, and a drain ditch 6 is included at the upper end of the awning.

[0020] As Figure 1 、 2 shown in FIGS. 2 and 3, the mirror aluminum plate includes a mirror aluminum plate A1 and a mirror aluminum plate B20, both with a thickness of 3 mm. Since the honeycomb aluminum plate cannot achieve a narrow hem of 30 mm, it is necessary to use high-purity aluminum plates through processes such as multiple rolling, stretching, and surface treatment to make aluminum plates with a mirror effect, that is, mirror aluminum plates. The size of the mirror aluminum plate A1 is 180 mm in width and 1500 mm in length, and the thickness of the front view surface is only 30 mm, which belongs to an unconventional narrow-edge aluminum plate and has a slope of 3% towards the inside of the building; for the convenience of construction, a 15-mm-wide and 3-mm-thick aluminum plate is welded inside the long-edge eaves direction of the mirror aluminum plate A1 to facilitate the subsequent fixation of the mirror aluminum plate A1 and the mirror honeycomb aluminum plate D17 together.

[0021] The mirror honeycomb aluminum plate includes a mirror honeycomb aluminum plate A3, a mirror honeycomb aluminum plate B9, a mirror honeycomb aluminum plate C12, and a mirror honeycomb aluminum plate D17. As Figure 1 、 2 shown, the mirror honeycomb aluminum plate A3 is 1045 mm in width and 1500 mm in length, with a slope of 3% towards the inside of the building, and is located at the upper part of the front end of the awning; the mirror honeycomb aluminum plate B9 is 547 mm in width and 1500 mm in length, with a slope of 3% towards the outside of the building to facilitate the organized drainage of rainwater on the awning, and is located at the upper part of the rear end of the awning; the lower part of the awning is composed of a mirror honeycomb aluminum plate D17 and a mirror honeycomb aluminum plate C12. The mirror honeycomb aluminum plate D17 is 1500 mm in width and 1500 mm in length, and is an inclined plate, which is connected to the steel plate A2 at the front end of the variable cross-section H-shaped steel 16 using a special profile angle code 19. The special profile angle code 19 can adjust the angle according to the on-site needs to meet the requirements of the front-end dimensions of aluminum plates in other projects; the mirror honeycomb aluminum plate C12 is 447 mm in width and 1500 mm in length, and is a straight plate, and is connected to... Except for the mirror honeycomb aluminum plate D17, other mirror honeycomb aluminum plates are connected and fixed to the variable cross-section H-shaped steel 16 using ordinary aluminum plate angle codes 4.

[0022] As Figure 2 、 4 shown, the variable cross-section H-shaped steel 16 serves as the main keel of the narrow-edge mirror aluminum plate awning. Its cross-sectional dimensions are 100*(50 - 180)*6*8 mm, which can be adjusted according to needs. It is used as the main keel, with a span of 1500 mm. For every 3000-mm main keel, holes need to be drilled at specific positions to allow the downpipe to pass through the variable cross-section H-shaped steel 16.

[0023] As Figure 2As shown in the figure, steel plate A2 is a 6-mm thick hot-dip galvanized steel plate, which is used for fixing the mirror aluminum plate A1 and the mirror honeycomb aluminum plate A3 in the length direction; the steel plate A2 is connected to the variable cross-section H-shaped steel 16. For the safety and reliability of the structure, a steel plate B18 is added below the steel plate A2 for support. The thickness of the steel plate B18 is 5 mm, and it is a hot-dip galvanized steel plate; the steel plate A2 is the same length as the variable cross-section H-shaped steel 16.

[0024] As Figure 2 shown in the figure, the square steel tube 10 is a 50*50*5 hot-dip galvanized square steel tube 10, which is fixed between the variable cross-section H-shaped steels 16 and is used for supporting the fixing and support of the stainless steel 5 on the surface of the drainage ditch 6 and the mirror aluminum plate. Two square steel tubes 10 are made in parallel, and the distance between the two is 266 mm, and they are welded to the variable cross-section H-shaped steel 16.

[0025] The angle steel 11 is a 50*5-mm hot-dip galvanized angle steel 11. There are four angle steels 11 between one span of the variable cross-section H-shaped steel 16; two of them are used as the keels in the long side direction of the mirror honeycomb aluminum plate D17 and the mirror honeycomb aluminum plate C12 and are used as secondary keels for the canopy; the other two are used at the bottom of the drainage ditch 6 to firmly support the drain pipe.

[0026] The finished surface size of the drainage ditch 6 is 200 mm wide and 138 mm high, and the length is adjusted according to the needs of the canopy; the 2-mm thick stainless steel 5 is the upper surface material of the drainage ditch 6, and the 1.5-mm thick galvanized steel plate 14 is the lower surface material of the drainage ditch 6; between these two surface materials, there are square steel tubes 10, angle steels 11, and 50-mm thick sound insulation rock wool 15 to isolate the noise when it rains. A grate 8 is added to the upper part of the drainage ditch 6 to filter debris such as fallen leaves.

[0027] The construction method of the unconventional narrow-edge mirror aluminum plate canopy described in the present utility model includes the following processes:

[0028] Step 1: Install the variable cross-section H-shaped steel 16;

[0029] According to the construction drawings, determine the division and the finished surface height of the variable cross-section H-shaped steel 16, and weld the rear end thereof to the embedded part of the building structure; when processing the variable cross-section H-shaped steel 16, pay attention to the position of the downspout. The variable cross-section H-shaped steels 16 at both ends of the whole canopy do not need to be opened with round holes, and round holes need to be opened at the positions where the variable cross-section H-shaped steels 16 in the middle need to have water passing holes 13 to meet the drainage requirements of the canopy structure; the surface treatment method of the variable cross-section H-shaped steel 16 is hot-dip galvanization.

[0030] Step 2: Install the steel plates;

[0031] Weld a 6-mm-thick steel plate A2 to the front end of the variable cross-section H-shaped steel 16, ensuring that its top finished surface is on the same slope as that of the variable cross-section H-shaped steel 16, and the length of the steel plate A2 is the same as that of the variable cross-section H-shaped steel 16. Then weld a 5-mm-thick steel plate B18 between the lower opening of the steel plate A2 and the variable cross-section H-shaped steel 16 for support to strengthen the force on the front-end steel plate A2. The spacing distance of the steel plate B18 is the same as that of the variable cross-section H-shaped steel 16.

[0032] Step 3: Install the drainage ditch 6;

[0033] First, confirm the positions of the 50*50*5 steel square tube 10 and the 50*5 angle steel 11, and weld them horizontally between the variable cross-section H-shaped steels 16 according to the directions in the drawing. Then weld the 1.5-mm galvanized steel plate 14 to both sides of the steel square tube 10 from bottom to top to form an uncovered box-shaped structure, and then put 50-mm-thick sound insulation rock wool 15 into it. Then fix the 2-mm stainless steel 5 on the steel square tube 10 with the long side of the aluminum plate angle code 4, ensuring that the water passing hole 13 with a diameter of 60 mm is exposed and slopes towards the position of the water inlet hole 7. Finally, place a 200-mm-wide grating 8 above the drainage ditch 6 to prevent fallen leaves, etc. from entering the drainage ditch 6.

[0034] Step 4: Install the mirror honeycomb aluminum plate D17, the mirror honeycomb aluminum plate C12, and the mirror aluminum plate A1;

[0035] Since the mirror honeycomb aluminum plate D17 has a special profile angle code 19, first install and adjust the mirror honeycomb aluminum plate D17 in place. Fix the position of the special profile angle code 19 to the front end of the steel plate A2 with screws, and fix the left and right sides of the mirror honeycomb aluminum plate D17 to the variable cross-section H-shaped steel 16 with screws and the aluminum plate angle code 4. Next, install the mirror honeycomb aluminum plate C12 behind the mirror honeycomb aluminum plate D17, and fix the mirror honeycomb aluminum plate C12 to the variable cross-section H-shaped steel 16 with screws and the aluminum plate angle code 4. After fixing, seal the joints with a foam rod and sealant. Then install the mirror aluminum plate A1 in sequence, and ensure that it slopes inward by 3% towards the building interior. Pay attention to the connection part between the mirror aluminum plate A1 and the mirror honeycomb aluminum plate D17, and the screws need to be shorter to avoid damaging the aluminum plate.

[0036] Step 5: Install the mirror honeycomb aluminum plate A3 and the mirror honeycomb aluminum plate B9;

[0037] Next, install the mirror honeycomb aluminum plate A3 and the mirror honeycomb aluminum plate B9. The mirror honeycomb aluminum plate A3 is installed between the drainage ditch 6 and the mirror aluminum plate A1, and the mirror honeycomb aluminum plate B9 is installed between the drainage ditch 6 and the building structure. When installing the mirror honeycomb aluminum plate A3 and the mirror honeycomb aluminum plate B9, pay attention to the slope and flatness. The slope of the mirror honeycomb aluminum plate A3 is the same as that of the mirror aluminum plate A1, while the mirror honeycomb aluminum plate B9 slopes outward by 3% towards the building exterior to enable the rainwater to be drained into the drainage ditch 6 in an organized manner.

[0038] Step 6: Install the mirror aluminum plates B20 for edge sealing on both sides of the canopy;

[0039] Both sides of the canopy need to be sealed. The mirror aluminum plates B20 for side sealing are special-shaped plates. A backing small plate with a width of 15 mm is added to the inner side of the lower opening of the mirror aluminum plates B20. The mirror aluminum plates B20 are fixed to the angle steel 11 using screws together with the mirror honeycomb aluminum plates D17, mirror aluminum plates A1, mirror honeycomb aluminum plates A3, mirror honeycomb aluminum plates B9, mirror honeycomb aluminum plates C12, and variable cross-section H-beams 16. Since the smaller size side cannot be made of honeycomb aluminum plates, only aluminum plates can be folded. The surface treatment methods of the aluminum plates and honeycomb aluminum plates are both fogged mirror anodization. From the outside of the canopy, it forms an integral whole, perfectly meeting the requirements of the owner.

[0040] The described embodiment is the preferred embodiment of the present invention, but the present invention is not limited to the above embodiment. Without departing from the essential content of the present invention, any obvious improvements, substitutions, or modifications that those skilled in the art can make all fall within the protection scope of the present invention.

Claims

1. An unconventional narrow-edge mirror aluminum plate awning, characterized in that, It includes a mirror aluminum plate A (1) set at the front end of the upper part of the canopy, a mirror honeycomb aluminum plate A (3), a mirror honeycomb aluminum plate B (9) set at the upper part of the canopy, a mirror honeycomb aluminum plate D (17) and a mirror honeycomb aluminum plate C (12) set at the lower part of the canopy. The mirror honeycomb aluminum plate A (3), the mirror honeycomb aluminum plate B (9), the mirror honeycomb aluminum plate D (17), and the mirror honeycomb aluminum plate C (12) are all connected to the variable cross-section H-shaped steel (16); the mirror honeycomb aluminum plate C (12) is a straight plate, a steel plate A (2) is installed at the front end of the variable cross-section H-shaped steel (16), the mirror honeycomb aluminum plate D (17) is an inclined plate, which is connected to the steel plate A (2) through a special profile angle code (19), and the front end of the mirror honeycomb aluminum plate D (17) is also connected to the front end of the mirror aluminum plate A (1); a drainage ditch (6) is also set at the upper part of the canopy, and mirror aluminum plates B (20) are installed on both sides of the canopy to achieve edge sealing.

2. The unconventional narrow-edge mirror aluminum plate awning according to claim 1, characterized in that, The drainage ditch (6) is located between the mirror honeycomb aluminum plate A (3) and the mirror honeycomb aluminum plate B (9). The mirror aluminum plate A (1) and the mirror honeycomb aluminum plate A (3) both have a 3% slope towards the inside of the building, and the mirror honeycomb aluminum plate B (9) has a 3% slope towards the outside of the building.

3. The unconventional narrow-edge mirror aluminum plate awning according to claim 1, characterized in that The variable cross-section H-shaped steel (16) is the main keel of the canopy, installed in a span of 1500mm, and holes are drilled at specific positions on the main keel every 3000mm to allow the downpipe to pass through the variable cross-section H-shaped steel (16).

4. The unconventional narrow-edge mirror aluminum plate canopy according to claim 1, characterized in that, A steel plate B (18) is welded below the steel plate A (2) for support, and the steel plate A (2) is the same length as the variable cross-section H-shaped steel (16).

5. The unconventional narrow-edge mirror aluminum plate awning according to claim 1, characterized in that, Steel square tubes (10) for supporting the upper layer material stainless steel (5) of the drainage ditch (6) and the mirror aluminum plate are installed between the adjacent spans of the variable cross-section H-shaped steel (16), and angle steels (11) are also installed between the adjacent spans of the variable cross-section H-shaped steel (16) as secondary keels of the canopy to support the bottom of the drainage ditch (6).

6. The unconventional narrow-edge mirror aluminum plate awning according to claim 5, characterized in that, The upper layer material of the drainage ditch (6) is stainless steel (5), and the lower layer material is galvanized steel plate (14). Between the two layer materials, there are steel square tubes (10), angle steels (11), and sound insulation rock wool (15). A grate (8) is also installed at the upper part of the drainage ditch (6).

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