Fabricated special-shaped decorative energy-saving aluminum window system

Abstract

The utility model discloses an assembly type special-shaped decorative energy-saving aluminum window system which comprises a galvanized steel auxiliary frame, the galvanized steel auxiliary frame is fixedly connected with a winged aluminum alloy window frame through a stainless steel bolt set, and polymer mortar is filled between the winged aluminum alloy window frame and a concrete main body structure. Energy-saving glass is installed in an installation groove of the winged aluminum alloy window frame, a silica gel strip A is arranged on one side of the energy-saving glass, an aluminum alloy pressing plate is installed in an S-shaped buckling groove in one side of the winged aluminum alloy window frame and fixed through a stainless steel dovetail self-tapping screw B. A silica gel strip B is pressed into a groove of the aluminum alloy pressing plate. An aluminum alloy special-shaped decorative rib is installed on one side of the aluminum alloy pressing plate in a buckling and pressing mode. The aluminum alloy window frame with the wing is higher in structural strength, can absorb vibration caused by external force on the galvanized steel auxiliary frame, can prevent the phenomenon of stearyl acid salt corrosion between the aluminum alloy window frame with the wing and the galvanized steel auxiliary frame, and completely eradicates the potential safety hazard that the decoration line falls off from high altitude.

Description

Technical Field

[0001] The utility model relates to the technical field of outdoor decoration and renovation, in particular to an assembled special-shaped decorative energy-saving aluminum window system. Background Art

[0002] Aluminum alloy windows are an important part of the building curtain wall subdivision system. They are available in a variety of specifications to meet the design requirements of different styles and enhance the overall aesthetics. They are light in weight, high in strength, strong in toughness, not easy to deform, and can withstand large wind loads and impacts from indoor and outdoor objects. They are highly resistant to weather and corrosion, and are not easily affected by moisture or temperature differences. Multi-layer sealing strips are used between window frames and window sashes to effectively prevent the penetration of air and moisture, and maintain a comfortable indoor environment.

[0003] In the usual design and installation of aluminum alloy windows, the window frame is fixed with a fixing plate, one side of the fixing plate is fixed to the structure by nails, and the other side is fixed to the window frame by rivets; the decorative lines on the outside of the aluminum alloy window are fixed by buckling; this design has major safety defects during the normal use period:

[0004] 1. The aluminum alloy window frame uses a fixed sheet, usually a 1.5mm thick x 20mm wide iron sheet, which bears the overall weight and external impact of the aluminum alloy window together with the ordinary caulking mortar. The plastic steel window fixing method is used. This is an old design structure and cannot bear the weight of the modern aluminum alloy window composed of complex energy-saving double-layer or multi-layer energy-saving glass. During use, the aluminum alloy window will become loose or shifted as a whole due to vibration caused by opening and closing the window or collision of objects with the window, causing functional water leakage and safety hazards to the building;

[0005] 2. The decorative lines of aluminum alloy windows are fixed by buckling. Due to the high frequency of use of aluminum alloy windows, resonance may occur during the process of opening and closing windows, encountering bad weather or collision with indoor objects, causing the decorative lines to fall off from high altitudes, becoming a hidden danger hanging over people's heads, causing unforeseen threats and damage to people's spirit and property. Utility Model Content

[0006] The purpose of the utility model is to provide an assembled special-shaped decorative energy-saving aluminum window system to solve the problems raised in the above-mentioned background technology.

[0007] To achieve the above-mentioned purpose, the utility model provides the following technical solutions: an assembled special-shaped decorative energy-saving aluminum window system, comprising a galvanized steel sub-frame fixedly mounted on a concrete main structure, the galvanized steel sub-frame being connected and fixed with a winged aluminum alloy window frame by a stainless steel bolt group, and the space between the winged aluminum alloy window frame and the concrete main structure is filled with polymer mortar;

[0008] Energy-saving glass is installed in the installation groove of the winged aluminum alloy window frame, and a silicone strip A is provided on one side of the energy-saving glass. An aluminum alloy pressing plate is installed in the S-shaped buckle groove on one side of the winged aluminum alloy window frame and fixed with a stainless steel dovetail self-tapping screw B. A silicone strip B is pressed into the groove of the aluminum alloy pressing plate, and an aluminum alloy special-shaped decorative line is buckled and installed on one side of the aluminum alloy pressing plate;

[0009] An aluminum veneer assembly is installed between adjacent winged aluminum alloy window frames through stainless steel dovetail self-tapping screws A. The aluminum veneer assembly includes an aluminum veneer and an aluminum alloy angle code. The aluminum veneer is fixedly installed with the aluminum alloy angle code through stainless steel blind rivets, and the groove side of the aluminum veneer is fixedly installed with fireproof rock wool through special fireproof rock wool nails.

[0010] Preferably, the galvanized steel sub-frame is fixed to the concrete main structure by means of stainless steel inverted cone-shaped rear-flared bottom mechanical anchor bolts, and a hard nylon gasket is provided between the galvanized steel sub-frame and the concrete main structure.

[0011] Preferably, a soft nylon gasket is provided between the winged aluminum alloy window frame and the galvanized steel sub-frame.

[0012] Preferably, silicone weatherproof sealant and foam rod A are injected into the gap between the energy-saving glass and the winged aluminum alloy window frame.

[0013] Preferably, one side of the aluminum alloy special-shaped decorative line is connected and fixed to the aluminum alloy pressing plate using a stainless steel countersunk blind rivet.

[0014] Preferably, silicone weather-resistant sealant is injected into the contact gap between the aluminum alloy special-shaped decorative line and the energy-saving glass.

[0015] Preferably, silicone weather-resistant sealant and foam rod B are injected into the gap between the aluminum alloy special-shaped decorative line and the aluminum single panel assembly.

[0016] Preferably, the galvanized steel sub-frame is made of galvanized steel and assembled into an outer frame structure by welding.

[0017] Preferably, the aluminum single plate is fixedly connected to the winged aluminum alloy window frame by means of stainless steel dovetail self-tapping screws A.

[0018] Compared with the prior art, the beneficial effects of the utility model are:

[0019] 1. Upgrade the traditional fixing plate to a galvanized steel sub-frame. The galvanized steel sub-frame can bear the weight of the more complex double-layer or multi-layer energy-saving glass aluminum alloy window in a safer and more effective manner. The galvanized steel sub-frame is connected and fixed to the concrete main structure through an inverted cone-shaped rear-flange bottom mechanical anchor bolt. The galvanized steel sub-frame and the main structure are isolated by a hard nylon gasket. The hard nylon gasket can evenly transfer the load of the galvanized steel sub-frame to the main structure. The hard nylon gasket can also absorb the vibration caused by the external force of the galvanized steel sub-frame;

[0020] 2. Upgrade the ordinary aluminum alloy profile window frame to the winged aluminum alloy profile window frame. The winged aluminum alloy window frame is connected and fixed to the galvanized steel sub-frame by a stainless steel bolt group. The winged aluminum alloy window frame and the galvanized steel sub-frame are isolated by soft nylon gaskets. The soft nylon gaskets can evenly transfer the load of the winged aluminum alloy window frame to the galvanized steel sub-frame. The soft nylon gaskets also serve as the potential difference isolation material between the winged aluminum alloy window frame and the galvanized steel sub-frame to prevent stearate corrosion between the winged aluminum alloy window frame and the galvanized steel sub-frame.

[0021] 3. The aluminum alloy special-shaped decorative lines are installed by buckling and pressing, and are fixed with stainless steel countersunk blind rivets on the aluminum plate side of the aluminum alloy special-shaped decorative lines, which fundamentally eliminates the safety hazard of the decorative lines falling off from high altitude. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 It is a schematic diagram of the structure of the utility model.

[0023] In the figure: 1. Aluminum alloy window frame with wings; 2. Energy-saving glass; 3. Stainless steel dovetail self-tapping screw A; 4. Soft nylon gasket; 5. Galvanized steel sub-frame; 6. Stainless steel inverted cone rear expanded bottom mechanical anchor bolt; 7. Concrete main structure; 8. Hard nylon gasket; 9. Stainless steel bolt group; 10. Polymer mortar; 11. Silicone strip A; 12. Silicone weathering sealant; 13. Silicone strip B; 14. Silicone weathering sealant and foam rod A; 15. Aluminum veneer; 16. Fireproof rock wool; 17. Special nails for fireproof rock wool; 18. Stainless steel self-tapping rivets; 19. Aluminum alloy angle code; 20. Silicone weathering sealant and foam rod B; 21. Stainless steel countersunk self-tapping rivets; 22. Stainless steel dovetail self-tapping screw B; 23. Aluminum alloy special-shaped decorative line; 24. Aluminum alloy pressure plate. DETAILED DESCRIPTION

[0024] The following will be combined with the drawings in the embodiments of the utility model to clearly and completely describe the technical solutions in the embodiments of the utility model. Obviously, the described embodiments are only part of the embodiments of the utility model, not all of the embodiments. Based on the embodiments in the utility model, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the utility model.

[0025] See also Figure 1 The utility model provides a technical solution: an assembled special-shaped decorative energy-saving aluminum window system, comprising a galvanized steel sub-frame 5 fixedly mounted on a concrete main structure 7, the galvanized steel sub-frame 5 is connected and fixed with a winged aluminum alloy window frame 1 through a stainless steel bolt group 9, and the space between the winged aluminum alloy window frame 1 and the concrete main structure 7 is filled with polymer mortar 10;

[0026] An energy-saving glass 2 is installed in the installation groove of the winged aluminum alloy window frame 1, and a silicone strip A11 is provided on one side of the energy-saving glass 2. An aluminum alloy pressing plate 24 is installed in the S-shaped buckle groove on one side of the winged aluminum alloy window frame 1 and fixed with a stainless steel dovetail self-tapping screw B22. A silicone strip B13 is pressed into the groove of the aluminum alloy pressing plate 24, and an aluminum alloy special-shaped decorative line 23 is buckled and installed on one side of the aluminum alloy pressing plate 24.

[0027] An aluminum veneer assembly is installed between adjacent winged aluminum alloy window frames 1 through stainless steel dovetail self-tapping screws A3. The aluminum veneer assembly includes an aluminum veneer 15 and an aluminum alloy corner code 19. The aluminum veneer 15 is fixedly installed with the aluminum alloy corner code 19 through stainless steel blind rivets 18, and the groove side of the aluminum veneer 15 is fixedly installed with fireproof rock wool 16 through special fireproof rock wool nails 17.

[0028] In the utility model, the galvanized steel sub-frame 5 is fixed to the concrete main structure 7 by means of stainless steel inverted cone-shaped rear expanded bottom mechanical anchor bolts 6 , and a hard nylon gasket 8 is arranged between the galvanized steel sub-frame 5 and the concrete main structure 7 .

[0029] In the utility model, a soft nylon gasket 4 is arranged between the winged aluminum alloy window frame 1 and the galvanized steel sub-frame 5 .

[0030] In the utility model, silicone weatherproof sealant and foam rod A14 are injected into the gap between the energy-saving glass 2 and the winged aluminum alloy window frame 1.

[0031] In the utility model, one side of the aluminum alloy special-shaped decorative line 23 is connected and fixed to the aluminum alloy pressing plate 24 by using a stainless steel countersunk core-pulling rivet 21 .

[0032] In the utility model, the gap between the aluminum alloy special-shaped decorative line 23 and the energy-saving glass 2 is injected with silicone weather-resistant sealant 12 .

[0033] In the utility model, silicone weatherproof sealant and foam rod B20 are injected into the gap between the aluminum alloy special-shaped decorative line 23 and the aluminum single plate component.

[0034] In the utility model, the galvanized steel auxiliary frame 5 is made of galvanized steel and assembled into an outer frame structure through welding.

[0035] In the utility model, the aluminum single plate 15 is fixedly connected to the winged aluminum alloy window frame 1 through the stainless steel dovetail self-tapping screws A3.

[0036] The utility model upgrades the traditional fixing plate to a galvanized steel sub-frame, which can bear the weight of the complex double-layer or multi-layer energy-saving glass aluminum alloy window in a safer and more effective manner. The galvanized steel sub-frame is connected and fixed to the concrete main structure through an inverted cone-shaped rear-flange bottom mechanical anchor bolt. The galvanized steel sub-frame and the main structure are isolated by a hard nylon gasket. The hard nylon gasket can evenly transfer the load on the galvanized steel sub-frame to the main structure. The hard nylon gasket can also absorb the vibration caused by the external force on the galvanized steel sub-frame; the ordinary aluminum alloy profile window frame is upgraded to a winged aluminum alloy profile window frame, and the winged aluminum alloy window frame ... by stainless steel bolts. The group is connected and fixed with the galvanized steel sub-frame, and the winged aluminum alloy window frame and the galvanized steel sub-frame are isolated by soft nylon gaskets. The soft nylon gaskets can evenly transfer the load of the winged aluminum alloy window frame to the galvanized steel sub-frame. The soft nylon gaskets serve as the potential difference isolation material between the winged aluminum alloy window frame and the galvanized steel sub-frame to prevent stearate corrosion between the winged aluminum alloy window frame and the galvanized steel sub-frame; the aluminum alloy special-shaped decorative lines are first installed by buckling and pressing, and then fixed with stainless steel countersunk core-pulling rivets on the aluminum veneer side of the aluminum alloy special-shaped decorative lines, which fundamentally eliminates the safety hazard of the decorative lines falling off from high altitude.

[0037] The contents not described in detail in this specification belong to the prior art known to professional and technical personnel in the field. Although the embodiments of the utility model have been shown and described, it is understandable to those of ordinary skill in the art that various changes, modifications, substitutions and variations may be made to these embodiments without departing from the principle and spirit of the utility model. The scope of the utility model is defined by the attached claims and their equivalents.

Claims

1. An assembled special-shaped decorative energy-saving aluminum window system, comprising a galvanized steel sub-frame (5) fixedly mounted on a concrete main structure (7), characterized in that: The galvanized steel auxiliary frame (5) is connected and fixed to the winged aluminum alloy window frame (1) via a stainless steel bolt group (9), and the space between the winged aluminum alloy window frame (1) and the concrete main structure (7) is filled with polymer mortar (10); The energy-saving glass (2) is installed in the installation groove of the winged aluminum alloy window frame (1), and a silicone strip A (11) is arranged on one side of the energy-saving glass (2); an aluminum alloy pressing plate (24) is installed in the S-shaped buckle groove on one side of the winged aluminum alloy window frame (1) and is fixed with a stainless steel dovetail self-tapping screw B (22); a silicone strip B (13) is pressed into the groove of the aluminum alloy pressing plate (24); and an aluminum alloy special-shaped decorative line (23) is buckled and installed on one side of the aluminum alloy pressing plate (24); An aluminum single plate assembly is installed between adjacent winged aluminum alloy window frames (1) by means of stainless steel dovetail self-tapping screws A (3), wherein the aluminum single plate assembly comprises an aluminum single plate (15) and an aluminum alloy corner code (19), the aluminum single plate (15) is fixedly installed with the aluminum alloy corner code (19) by means of stainless steel blind rivets (18), and fireproof rock wool (16) is fixedly installed on the groove side of the aluminum single plate (15) by means of special fireproof rock wool nails (17).

2. The assembled special-shaped decorative energy-saving aluminum window system according to claim 1 is characterized by: The galvanized steel sub-frame (5) is fixed to the concrete main structure (7) via stainless steel inverted cone-shaped rear-flared mechanical anchor bolts (6), and a hard nylon gasket (8) is provided between the galvanized steel sub-frame (5) and the concrete main structure (7).

3. The assembled special-shaped decorative energy-saving aluminum window system according to claim 1 is characterized by: A soft nylon gasket (4) is provided between the winged aluminum alloy window frame (1) and the galvanized steel auxiliary frame (5).

4. The assembled special-shaped decorative energy-saving aluminum window system according to claim 1 is characterized by: Silicone weatherproof sealant and foam rod A (14) are injected into the gap between the energy-saving glass (2) and the winged aluminum alloy window frame (1).

5. The assembled special-shaped decorative energy-saving aluminum window system according to claim 1 is characterized by: One side of the aluminum alloy special-shaped decorative line (23) is connected and fixed to the aluminum alloy pressing plate (24) using a stainless steel countersunk blind rivet (21).

6. The assembled special-shaped decorative energy-saving aluminum window system according to claim 1 is characterized by: A silicone weatherproof sealant (12) is injected into the contact gap between the aluminum alloy special-shaped decorative line (23) and the energy-saving glass (2).

7. The assembled special-shaped decorative energy-saving aluminum window system according to claim 1 is characterized by: The gap between the aluminum alloy special-shaped decorative line (23) and the aluminum single plate component is injected with silicone weatherproof sealant and foam rod B (20).

8. The assembled special-shaped decorative energy-saving aluminum window system according to claim 1 is characterized by: The galvanized steel auxiliary frame (5) is made of galvanized steel and assembled into an outer frame structure through welding.

9. The assembled special-shaped decorative energy-saving aluminum window system according to claim 1, characterized in that: The aluminum single plate (15) is fixedly connected to the winged aluminum alloy window frame (1) via stainless steel dovetail self-tapping screws A (3).

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