Theme decoration construction structure of broken bridge aluminum window

Abstract

The utility model discloses a theme decoration construction structure of a broken bridge aluminum window. The broken bridge aluminum window is installed on the window opening and comprises a broken bridge aluminum window frame, an inner window frame FRP decoration wrapping piece is arranged on the inner side face of the broken bridge aluminum window frame in a surrounding mode, a main window frame FRP decoration wrapping piece is arranged on the outer side face of the broken bridge aluminum window frame in a surrounding mode, and the broken bridge aluminum window frame comprises an upper aluminum window frame body and a lower aluminum window frame body. A transverse secondary window frame FRP decorative wrapping piece is arranged between the upper aluminum window frame and the lower aluminum window frame, the upper aluminum window frame comprises a left aluminum window frame and a right aluminum window frame, a vertical secondary window frame FRP decorative wrapping piece is arranged between the left aluminum window frame and the right aluminum window frame, and broken bridge aluminum window sashes are installed on the broken bridge aluminum window frames. Broken bridge aluminum window glass is installed on the broken bridge aluminum window sashes, window sash FRP decoration wrapping pieces and outer decoration MRC strips are arranged on the outer side faces of the broken bridge aluminum window sashes, and inner decoration MRC strips are arranged on the inner side faces of the broken bridge aluminum window glass. The technical problem that a broken bridge aluminum window is incompatible with'green and energy-saving 'and'artistic performance' of theme decoration is solved.

Description

Technical Field

[0001] The utility model relates to the field of doors and windows, in particular to a theme decoration construction structure of a thermally-broken aluminum window. Background Art

[0002] Doors and windows are an important part of the building's exterior envelope system, and their energy consumption accounts for about 50% of the total building energy consumption, playing a vital role in the building's thermal insulation and heat insulation. Broken bridge aluminum windows are widely used in modern building exterior envelope systems due to their high strength, long service life, fire resistance, and good thermal insulation performance.

[0003] Themed decorative buildings are characterized by "creating buildings with stories" and "presenting stories with buildings". Themed decoration is an important means of artistic expression. Common decorative materials include cement plaster (TCP), glass fiber reinforced plastic (FRP), glass fiber reinforced cement (GRC), and thin fiber reinforced cement (MRC). Glass fiber reinforced plastic (FRP) has the advantages of high strength, light weight, good processing and formability, and fatigue resistance. The fibers in the material can withstand a certain amount of tension and are mostly customized by the factory. Compared with glass fiber reinforced cement (GRC), thin fiber reinforced cement (MRC) is lighter and thinner, and is mainly used in purely decorative areas that are not touched by humans.

[0004] The theme decorative materials have good decorative performance, but cannot meet the green energy-saving requirements of the building envelope system. The thermal insulation performance of broken aluminum doors and windows is good, but the artistic expression is poor. At this stage, there are no relatively mature materials and technologies that can meet both the "green energy-saving" and "artistic expression" requirements of the door and window system.

[0005] Therefore, there is an urgent need for a theme decoration construction structure of thermally-insulated aluminum windows to solve the technical problems of incompatibility between thermally-insulated aluminum windows and the theme decoration of "green energy saving" and "artistic expression". Utility Model Content

[0006] The utility model aims to solve the above-mentioned problems, thereby providing a theme decoration construction structure of thermally-broken aluminum windows, which effectively solves the technical problem of the incompatibility between thermally-broken aluminum windows and the theme decoration "green energy saving" and "artistic expression", and not only maintains the green energy-saving advantages of thermally-broken aluminum windows, but also satisfies the continuation of the artistic effect of theme decoration buildings. It not only has good decorative performance, green energy saving, strong stability, and fast construction speed, but also ensures the stability of the structure.

[0007] The utility model solves the above problems and adopts the following technical solutions:

[0008] A theme decoration construction structure of a thermally-broken aluminum window. The thermally-broken aluminum window is installed on a window opening. The thermally-broken aluminum window comprises a thermally-broken aluminum window frame. The thermally-broken aluminum window frame is arranged along the window opening. A connecting fixture is installed on the thermally-broken aluminum window frame, and the connecting fixture is fixed on the window opening. An inner window frame FRP decorative package is arranged along the edge of the outer contour of the thermally-broken aluminum window frame on the inner side surface of the thermally-broken aluminum window frame. A main window frame FRP decorative package is arranged along the edge of the outer contour of the thermally-broken aluminum window frame on the outer side surface of the thermally-broken aluminum window frame. The thermally-broken aluminum window frame comprises an upper aluminum window frame and a lower aluminum window frame. A transverse secondary window frame FRP decorative package is arranged between the upper aluminum window frame and the lower aluminum window frame. The transverse secondary window frame FRP decorative package is fixed on the main window frame FRP decorative package. The upper aluminum window frame comprises a left aluminum window frame and a right aluminum window frame. A vertical secondary window frame FRP decorative package is arranged between the left aluminum window frame and the right aluminum window frame, and the vertical secondary window frame FRP decorative package is fixed between the main window frame FRP decorative package and the horizontal secondary window frame FRP decorative package, and thermally-broken aluminum window sashes are installed on the left aluminum window frame, the right aluminum window frame and the lower aluminum window frame, and thermally-broken aluminum window glass is installed on the thermally-broken aluminum window sashes, and window sash FRP decorative packages arranged along the outer contour edge of the thermally-broken aluminum window sashes are arranged on the outer sides of the thermally-broken aluminum window sashes, and outer decorative MRC strips are installed on the window sash FRP decorative packages on the outer sides of the thermally-broken aluminum window sashes, and inner decorative MRC strips corresponding to the outer decorative MRC strips are arranged on the inner sides of the thermally-broken aluminum window glass, and the outer decorative MRC strips and the inner decorative MRC strips cooperate with each other to separate the thermally-broken aluminum window glass.

[0009] As a preferred embodiment, a further technical solution of the utility model is:

[0010] Furthermore, the window opening includes original structural purlins and original concrete structural guide walls, and a second galvanized square tube is arranged on the original structural purlins and the original concrete structural guide walls. The second galvanized square tube is arranged to enclose the window opening, and the inner window frame FRP decorative package is installed on the second galvanized square tube. A plastic gasket is sandwiched between the inner window frame FRP decorative package and the second galvanized square tube. The inner window frame FRP decorative package, the plastic gasket and the second galvanized square tube are all fixed to the original structural purlins or the original concrete structural guide walls by self-tapping screws. Epoxy resin covering the self-tapping screws is arranged on the inner window frame FRP decorative package, and the side of the inner window frame FRP decorative package is abutted against the inner side of the thermal break aluminum window frame.

[0011] Furthermore, a galvanized angle steel adapter is fixed at the bottom of the original structural purlin, and a load-bearing frame is connected to the outer side of the galvanized angle steel adapter. The load-bearing frame is fixed to the outer side of the original concrete structure guide wall by expansion screws. The main window frame FRP decorative package is covered on the load-bearing frame, and a plastic gasket is sandwiched between the main window frame FRP decorative package and the load-bearing frame. The main window frame FRP decorative package, the plastic gasket and the load-bearing frame are connected together by self-tapping screws, and an epoxy resin covering the self-tapping screws is provided on the main window frame FRP decorative package; the load-bearing frame includes a galvanized angle steel and a first galvanized square tube with a U-shaped structure, the first galvanized square tube and the galvanized angle steel adapter are fixedly connected, the galvanized angle steel is fixed to the lower part of the first galvanized square tube with a U-shaped structure, and the expansion screws fix the galvanized angle steel to the outer side of the original concrete structure guide wall.

[0012] Furthermore, a blocking FRP decorative package is abutted against the outer side surface of the lower part of the thermally-insulated aluminum window frame, the blocking FRP decorative package is installed on the galvanized angle steel, a plastic gasket is sandwiched between the blocking FRP decorative package and the galvanized angle steel, the blocking FRP decorative package, the plastic gasket and the galvanized angle steel are connected together by self-tapping screws, an epoxy resin covering the self-tapping screws is provided on the blocking FRP decorative package, the blocking FRP decorative package is located above the main window frame FRP decorative package connected to the galvanized angle steel, and sealant and foam rods are filled between the blocking FRP decorative package and the main window frame FRP decorative package.

[0013] Furthermore, a fourth galvanized square tube is arranged inside the transverse secondary window frame FRP decorative package, a left V-notch and a right V-notch are arranged on the main window frame FRP decorative package, and connecting parts adapted to the left V-notch and the right V-notch are arranged on both ends of the transverse secondary window frame FRP decorative package, and the transverse secondary window frame FRP decorative package is fixedly connected to the load-bearing frame through the fourth galvanized square tube.

[0014] Furthermore, a third galvanized square tube is arranged inside the window sash FRP decorative package, self-tapping screws passing through the third galvanized square tube and connected to the thermally-broken aluminum window sash are installed on the window sash FRP decorative package, and epoxy resin covering the self-tapping screws is arranged on the window sash FRP decorative package.

[0015] Furthermore, embedded steel bars are arranged inside the external decorative MRC strips, and several external decorative MRC strips are arranged on the thermally-broken aluminum window sashes. Several external decorative MRC strips are criss-crossed on the same thermally-broken aluminum window sashes, and the embedded steel bars on the external decorative MRC strips are fixedly connected to the third galvanized square tube on the window sash FRP decorative package.

[0016] Furthermore, a plurality of interior decorative MRC strips are arranged on the thermally-broken aluminum window glass, and the plurality of interior decorative MRC strips are criss-crossedly arranged on the same thermally-broken aluminum window glass and correspond to the exterior decorative MRC strips, and each interior decorative MRC strip is fixed to the inner side of the thermally-broken aluminum window glass by shadowless adhesive.

[0017] Compared with the prior art, the utility model adopting the above technical solution has the following outstanding features:

[0018] The utility model effectively solves the technical problem of the incompatibility between the thermally broken aluminum windows and the "green energy saving" and "artistic expression" of the theme decoration. It not only maintains the green energy saving advantages of the thermally broken aluminum windows, but also meets the continuation of the artistic effect of the theme decoration building. It not only has good decorative performance, green energy saving, strong stability and fast construction speed, but also combines the structural form and opening characteristics of the thermally broken aluminum windows, and matches different structural fixing forms and materials to form a composite and tight structural whole with decorative performance, thereby ensuring the stability of the structure. At the same time, different materials are reasonably matched and selected, which can not only ensure the material performance but also save material resources and effectively reduce the cost. All decorative material packages can be processed in the factory and installed directly on site, with fast installation speed and no wet operation, which is more conducive to speeding up the progress of the project, especially during winter construction. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 It is a schematic diagram of the facade structure of the thermally broken aluminum window of the utility model;

[0020] Figure 2 It is a schematic diagram of the top cross-sectional structure of the thermally-broken aluminum window of the utility model;

[0021] Figure 3 It is a schematic diagram of the bottom cross-sectional structure of the thermally-broken aluminum window of the utility model;

[0022] Figure 4 It is a schematic diagram of the side section structure of the thermally-broken aluminum window of the utility model;

[0023] Figure 5 It is a schematic diagram of the longitudinal section structure of the FRP decorative package of the transverse secondary window frame of the utility model;

[0024] Figure 6 It is a schematic diagram of the longitudinal section structure of the vertical secondary window frame FRP decorative package of the utility model;

[0025] In the figure: 1. Original structural purlin; 2. Original concrete structural guide wall; 3. Thermal break aluminum window frame; 4. Thermal break aluminum window sash; 5. Thermal break aluminum window glass; 6. Connecting fixtures; 7. Main window frame FRP decorative package; 8. Horizontal secondary window frame FRP decorative package; 9. Inner window frame FRP decorative package; 10. Window sash FRP decorative package; 11. External decorative MRC strip; 12. Internal decorative MRC strip; 13. First galvanized square tube; 14. Galvanized angle steel adapter; 15. Galvanized angle steel; 16. Second galvanized square tube; 17. Expansion screw; 18. Self-tapping screw; 19. Sealant and foam rod; 20. Epoxy resin; 21. Shadowless glue; 22. Plastic gasket; 23. Vertical secondary window frame FRP decorative package; 24. Sealing FRP decorative package. DETAILED DESCRIPTION

[0026] The following description of the embodiments will help the public better understand the present invention, but the specific embodiments given by the applicant cannot and should not be regarded as limitations on the technical solution of the present invention. Any changes to the definitions of components or technical features and / or formal rather than substantive changes to the overall structure should be regarded as the scope of protection defined by the technical solution of the present invention.

[0027] See also Figures 1 to 6 As shown, the technical solution of the utility model is as follows:

[0028] A theme decoration construction structure of a thermal-bridge aluminum window, wherein the thermal-bridge aluminum window is installed on a window opening, and the thermal-bridge aluminum window comprises a thermal-bridge aluminum window frame 3, which is arranged to surround the window opening, and connecting fixings 6 are installed at intervals on the sides of the thermal-bridge aluminum window frame 3, and the connecting fixings 6 are fixed on the window opening, thereby fixing the thermal-bridge aluminum window frame 3, and the connecting fixings 6 are bent according to installation requirements to serve as a connecting piece between the thermal-bridge aluminum window frame 3 and the window opening; on the inner side of the thermal-bridge aluminum window frame 3, along the thermal-bridge aluminum window The edge of the outer contour of the frame 3 is enclosed and installed with an inner window frame FRP decorative package 9, and a main window frame FRP decorative package 7 is enclosed and installed along the edge of the outer contour of the broken bridge aluminum window frame 3 on the outer side surface of the broken bridge aluminum window frame 3. The broken bridge aluminum window frame 3 includes an upper aluminum window frame and a lower aluminum window frame, and a transverse secondary window frame FRP decorative package 8 is installed between the upper aluminum window frame and the lower aluminum window frame. The transverse secondary window frame FRP decorative package 8 is installed on the main window frame FRP decorative package 7, and the transverse secondary window frame FRP decorative package 8 will The main window frame FRP decorative package 7 is divided into two parts, the upper aluminum window frame includes a left aluminum window frame and a right aluminum window frame, a vertical secondary window frame FRP decorative package 23 is installed between the left aluminum window frame and the right aluminum window frame, the vertical secondary window frame FRP decorative package 23 is installed between the main window frame FRP decorative package 7 and the horizontal secondary window frame FRP decorative package 8, the left aluminum window frame, the right aluminum window frame and the lower aluminum window frame are all installed with a thermally broken aluminum window sash 4, and the thermally broken aluminum window sash 4 is installed with a thermally broken aluminum window sash 4. The window glass 5 is provided with a window sash FRP decorative package 10 which is arranged along the outer contour edge of the thermally-broken aluminum window sash 4 on the outer side surface thereof, an outer decorative MRC strip 11 is installed on the window sash FRP decorative package 10 on the outer side surface of the thermally-broken aluminum window sash 4, and an inner decorative MRC strip 12 which corresponds to the outer decorative MRC strip 11 is provided on the inner side surface of the thermally-broken aluminum window glass 5, and the outer decorative MRC strip 11 and the inner decorative MRC strip 12 cooperate with each other to separate the thermally-broken aluminum window glass 5.

[0029] The window opening includes the original structural purlin 1 and the original concrete structural guide wall 2. Both the original structural purlin 1 and the original concrete structural guide wall 2 are the force-bearing bases of the entire system. Second galvanized square pipes 16 are installed on both the original structural purlin 1 and the original concrete structural guide wall 2. The second galvanized square pipes 16 are located inside the broken bridge aluminum window and are arranged along the width of the window opening. The second galvanized square pipes 16 are installed around the window opening in a surrounding manner and are spaced between adjacent second galvanized square pipes 16. The inner window frame FRP decorative package 9 is installed on the second galvanized square pipes 16. A plastic gasket 22 is clamped between the inner window frame FRP decorative package 9 and the second galvanized square pipes 16. The inner window frame FRP decorative package 9, the plastic gasket 22, and the second galvanized square pipes 16 are all fixed to the original structural purlin 1 or the original concrete structural guide wall 2 by self-tapping screws 18, thereby realizing the fixation of the second galvanized square pipes 16 and the inner window frame FRP decorative package 9. Epoxy resin 20 covering the self-tapping screws 18 is coated on the inner window frame FRP decorative package 9. The side of the inner window frame FRP decorative package 9 abuts against the inner side surface of the broken bridge aluminum window frame 3; the above structural settings realize the installation of the inner window frame FRP decorative package 9 on the inner side window opening of the broken bridge aluminum window, and the gap between the broken bridge aluminum window and the window opening is sealed by the inner window frame FRP decorative package 9.

[0030] A galvanized angle steel adapter 14 is welded to the bottom of the original structural purlin 1. A force-bearing frame is connected to the outer side surface of the galvanized angle steel adapter 14. The force-bearing frame is fixed to the outer side surface of the original concrete structural guide wall 2 by expansion screws 17, thereby realizing the fixation of the force-bearing frame. The main window frame FRP decorative package 7 is enclosed and covered on the force-bearing frame. A plastic gasket 22 is clamped between the main window frame FRP decorative package 7 and the force-bearing frame. The main window frame FRP decorative package 7, the plastic gasket 22, and the force-bearing frame are jointly connected together by self-tapping screws 18, thereby realizing the fixed connection between the main window frame FRP decorative package 7 and the force-bearing frame. The plastic gasket 22 is a protective part at the junction of the main window frame FRP decorative package 7 and the force-bearing frame. Epoxy resin 20 covering the self-tapping screws 18 is coated on the main window frame FRP decorative package 7; The force-bearing frame includes a galvanized angle steel 15 and a first galvanized square pipe 13 in a U-shaped structure. The first galvanized square pipe 13 is welded to the galvanized angle steel adapter 14. The galvanized angle steel 15 is welded to the lower part of the first galvanized square pipe 13 in a U-shaped structure. The expansion screws 17 fix the galvanized angle steel 15 to the outer side surface of the original concrete structural guide wall 2; the above structural settings fix the force-bearing frame on the outer side surface of the window opening, and the main window frame FRP decorative package 7 is installed on the force-bearing frame to realize the fixation of the main window frame FRP decorative package 7, ensuring the firmness of the installation structure.

[0031] A blocking FRP decorative package 24 is abutted against the outer side surface of the lower part of the thermally-insulated aluminum window frame 3. The blocking FRP decorative package 24 is installed on the galvanized angle steel 15. A plastic gasket 22 is sandwiched between the blocking FRP decorative package 24 and the galvanized angle steel 15. The blocking FRP decorative package 24, the plastic gasket 22 and the galvanized angle steel 15 are connected together by self-tapping screws 18. Epoxy resin 20 covering the self-tapping screws 18 is provided on the blocking FRP decorative package 24. The blocking FRP decorative package 24 is located at the bottom of the thermally-insulated aluminum window frame 3. Above the main window frame FRP decorative package 7 connected to the galvanized angle steel 15, sealant and foam rods 19 are filled between the sealing FRP decorative package 24 and the main window frame FRP decorative package 7. The sealant and foam rods 19 serve as fillers in the installation gap between the main window frame FRP decorative package 7 and the sealing FRP decorative package 24. The gap between the thermally-insulated aluminum window frame 3 and the main window frame FRP decorative package 7 is sealed by the sealing FRP decorative package 24 to ensure the firmness of the structure and the beauty of the appearance.

[0032] A fourth galvanized square tube is reserved inside the transverse secondary window frame FRP decorative package 8, a left V-notch and a right V-notch are reserved on the main window frame FRP decorative package 7, and connecting parts compatible with the left V-notch and the right V-notch are arranged on both ends of the transverse secondary window frame FRP decorative package 8. The two connecting parts of the transverse secondary window frame FRP decorative package 8 are correspondingly installed at the left V-notch and the right V-notch, and the transverse secondary window frame FRP decorative package 8 is welded to the load-bearing frame through the fourth galvanized square tube; through the above-mentioned structural setting, the transverse secondary window frame FRP decorative package 8 is fixedly connected to the main window frame FRP decorative package 7, thereby ensuring the firmness of the connection structure.

[0033] A third galvanized square tube is reserved inside the window sash FRP decorative package 10, and self-tapping screws 18 that pass through the third galvanized square tube and are connected to the thermally-broken aluminum window sash 4 are installed on the window sash FRP decorative package 10. Epoxy resin 20 that covers the self-tapping screws 18 is coated on the window sash FRP decorative package 10, and the epoxy resin 20 serves as a repair material for the reserved installation aperture on the window sash FRP decorative package 10; the connection between the window sash FRP decorative package 10 and the thermally-broken aluminum window sash 4 is achieved through the above-mentioned structural setting, thereby ensuring the firmness of the connection structure.

[0034] Embedded steel bars are reserved inside the exterior decorative MRC strips 11. Three exterior decorative MRC strips 11 are installed on the thermally-broken aluminum window sashes 4 of the left aluminum window frame and the right aluminum window frame, and four exterior decorative MRC strips 11 are installed on the thermally-broken aluminum window sashes 4 of the lower aluminum window frame. The exterior decorative MRC strips 11 are crisscrossed on the same thermally-broken aluminum window sash 4, and the embedded steel bars on the exterior decorative MRC strips 11 are fixedly connected to the third galvanized square tube on the window sash FRP decorative package 10. The above-mentioned structural arrangement realizes the connection between the exterior decorative MRC strips 11 and the window sash FRP decorative package 10, and the thermally-broken aluminum window glass 5 is separated by the exterior decorative MRC strips 11.

[0035] Three interior decorative MRC strips 12 are installed on the thermally broken aluminum window glass 5 of the left aluminum window frame and the right aluminum window frame, and four interior decorative MRC strips 12 are installed on the thermally broken aluminum window glass 5 of the lower aluminum window frame. The interior decorative MRC strips 12 are crisscrossed on the same thermally broken aluminum window glass 5 and correspond to the exterior decorative MRC strips 11. Each interior decorative MRC strip 12 is fixed to the inner side of the thermally broken aluminum window glass 5 by means of shadowless glue 21; the shadowless glue 21 is the bonding part between the interior decorative MRC strip 12 and the thermally broken aluminum window glass 5.

[0036] Among them, it should be noted that: the main window frame FRP decorative package 7 is customized and processed by the factory, with a 2mm metal sheet pre-embedded and a reserved installation aperture; the horizontal secondary window frame FRP decorative package 8 is customized and processed by the factory, with a 100*50*5mm galvanized square tube pre-embedded horizontally, and the gap between the galvanized square tube and the FRP material is filled with resin filler; the vertical secondary window frame FRP decorative package 23 is customized and processed by the factory, with a 60*50*4mm galvanized square tube pre-embedded horizontally, and the gap between the galvanized square tube and the FRP material is filled with resin filler; the inner window frame FRP decorative package 9 is customized and processed by the factory, with a 2mm metal sheet pre-embedded and a reserved installation aperture; the window sash FRP decorative package 10 is customized and processed by the factory, with a 16*16*1mm galvanized square tube pre-embedded and a reserved installation aperture; the external decorative MRC strip 11 is customized and processed by the factory, with a Φ8mm galvanized steel bar pre-embedded; the internal decorative MRC strip 12 is customized and processed by the factory, and is a solid MRC strip;

[0037] The specific installation process is as follows:

[0038] 1. Technical preparation: Review the on-site structure, window opening dimensions and other information, complete the detailed design drawings, clarify the specifications, dimensions, thickness, location, spacing and other information of embedded parts before production, and make relevant technical disclosures;

[0039] 2. External processing of inner window frame FRP decorative package 9, main window frame FRP decorative package 7, horizontal secondary window frame FRP decorative package 8, vertical secondary window frame FRP decorative package 23, window sash FRP decorative package 10, external decorative MRC strip 11 and internal decorative MRC strip 12: Note that the surrounding areas of the FRP decorative package and decorative MRC strip fixing points must be thickened and reinforced to ensure reliable installation of the components. V-shaped joints must be reserved at both ends of the components, and the width is determined according to the thickness of the components and is not less than 5mm; at the same time, during transportation and installation, prevent the product from being damaged by bumps;

[0040] 3. Install the load-bearing frame: measure and lay out on site, carry out reinforcement welding work in advance, and install the load-bearing frame on the original structural purlin 1 and the original concrete structural guide wall 2;

[0041] 4. Install the main window frame FRP decorative package 7: Use self-tapping screws 18 to fix the main window frame FRP decorative package 7 on the load-bearing frame;

[0042] 5. Install the horizontal secondary window frame FRP decorative package 8 and the vertical secondary window frame FRP decorative package 23: weld the square tube reserved inside to the force-bearing frame of the main window frame FRP decorative package 7;

[0043] 6. Install the inner window frame FRP decorative package 9: fix the second galvanized square tube 16 on the window opening, and then fix the inner window frame FRP decorative package 9 on the second galvanized square tube 16 with self-tapping screws 18;

[0044] 7. Install the window sash FRP decorative package 10: Use the self-tapping screws 18 to install the window sash FRP decorative package 10 on the thermally-insulated aluminum window sash 4;

[0045] 8. Install the external decorative MRC strip 11: connect the embedded galvanized steel bars with the embedded third galvanized square tube inside the window sash FRP decorative package 10 by welding;

[0046] 9. Install the interior decoration MRC strip 12: connect it with the broken bridge aluminum window glass 5 through the shadowless adhesive 21;

[0047] 10. Repair treatment: Fill the nail holes with epoxy resin 20% and seal the joints of the components with foam rods and sealants.

[0048] The utility model effectively solves the technical problem of the incompatibility between the thermally broken aluminum windows and the "green energy saving" and "artistic expression" of the theme decoration. It not only maintains the green energy saving advantages of the thermally broken aluminum windows, but also meets the continuation of the artistic effect of the theme decoration building. It not only has good decorative performance, green energy saving, strong stability and fast construction speed, but also combines the structural form and opening characteristics of the thermally broken aluminum windows, and matches different structural fixing forms and materials to form a composite and tight structural whole with decorative performance, thereby ensuring the stability of the structure. At the same time, different materials are reasonably matched and selected, which can not only ensure the material performance but also save material resources and effectively reduce the cost. All decorative material packages can be processed in the factory and installed directly on site, with fast installation speed and no wet operation, which is more conducive to speeding up the progress of the project, especially during winter construction.

[0049] The above description is only a preferred feasible embodiment of the present utility model, and does not limit the scope of rights of the present utility model. All equivalent changes made using the contents of the present utility model specification and its drawings are included in the scope of rights of the present utility model.

Claims

1. A themed decorative construction structure of a thermally-broken aluminum window, wherein the thermally-broken aluminum window is installed on a window opening, and is characterized in that: The thermally-broken aluminum window comprises a thermally-broken aluminum window frame, which is arranged along the window opening, and a connecting fixture is installed on the thermally-broken aluminum window frame, and the connecting fixture is fixed on the window opening; an inner window frame FRP decorative package is arranged on the inner side surface of the thermally-broken aluminum window frame along the edge of the outer contour of the thermally-broken aluminum window frame, and a main window frame FRP decorative package is arranged on the outer side surface of the thermally-broken aluminum window frame along the edge of the outer contour of the thermally-broken aluminum window frame; the thermally-broken aluminum window frame comprises an upper aluminum window frame and a lower aluminum window frame, and a transverse secondary window frame FRP decorative package is arranged between the upper aluminum window frame and the lower aluminum window frame, and the transverse secondary window frame FRP decorative package is fixed on the main window frame FRP decorative package; the upper aluminum window frame comprises a left aluminum window frame and a right aluminum window frame, and a transverse secondary window frame FRP decorative package is arranged between the left aluminum window frame and the right aluminum window frame A vertical secondary window frame FRP decorative package is arranged in between, and the vertical secondary window frame FRP decorative package is fixed between the main window frame FRP decorative package and the horizontal secondary window frame FRP decorative package, and thermally-broken aluminum window sashes are installed on the left aluminum window frame, the right aluminum window frame and the lower aluminum window frame, and thermally-broken aluminum window glasses are installed on the thermally-broken aluminum window sashes, and window sash FRP decorative packages arranged along the outer contour edges of the thermally-broken aluminum window sashes are arranged on the outer sides of the thermally-broken aluminum window sashes, and outer decorative MRC strips are installed on the window sash FRP decorative packages on the outer sides of the thermally-broken aluminum window sashes, and inner decorative MRC strips corresponding to the outer decorative MRC strips are arranged on the inner sides of the thermally-broken aluminum window glasses, and the outer decorative MRC strips and the inner decorative MRC strips cooperate with each other to separate the thermally-broken aluminum window glasses.

2. The theme decoration construction structure of the thermally-broken aluminum window according to claim 1 is characterized by: The window opening includes original structural purlins and original concrete structural guide walls, and a second galvanized square tube is arranged on the original structural purlins and the original concrete structural guide walls. The second galvanized square tube is arranged to enclose the window opening, and the inner window frame FRP decorative package is installed on the second galvanized square tube. A plastic gasket is sandwiched between the inner window frame FRP decorative package and the second galvanized square tube. The inner window frame FRP decorative package, the plastic gasket and the second galvanized square tube are all fixed to the original structural purlins or the original concrete structural guide walls by self-tapping screws. Epoxy resin covering the self-tapping screws is arranged on the inner window frame FRP decorative package, and the side of the inner window frame FRP decorative package is abutted against the inner side of the thermal break aluminum window frame.

3. The theme decoration construction structure of the thermally-broken aluminum window according to claim 1 is characterized by: A galvanized angle steel adapter is fixed at the bottom of the original structural purlin, a load-bearing frame is connected to the outer side of the galvanized angle steel adapter, the load-bearing frame is fixed to the outer side of the original concrete structure guide wall by expansion screws, the main window frame FRP decorative package is covered on the load-bearing frame, a plastic gasket is sandwiched between the main window frame FRP decorative package and the load-bearing frame, the main window frame FRP decorative package, the plastic gasket and the load-bearing frame are connected together by self-tapping screws, and epoxy resin covering the self-tapping screws is provided on the main window frame FRP decorative package; the load-bearing frame includes a galvanized angle steel and a first galvanized square tube with a U-shaped structure, the first galvanized square tube and the galvanized angle steel adapter are fixedly connected, the galvanized angle steel is fixed to the lower part of the first galvanized square tube with a U-shaped structure, and the expansion screws fix the galvanized angle steel to the outer side of the original concrete structure guide wall.

4. The theme decoration construction structure of the thermally-broken aluminum window according to claim 3 is characterized by: A blocking FRP decorative package is abutted against the outer side surface of the lower part of the thermally-insulated aluminum window frame, and the blocking FRP decorative package is installed on the galvanized angle steel. A plastic gasket is sandwiched between the blocking FRP decorative package and the galvanized angle steel. The blocking FRP decorative package, the plastic gasket and the galvanized angle steel are connected together by self-tapping screws. Epoxy resin covering the self-tapping screws is provided on the blocking FRP decorative package. The blocking FRP decorative package is located above the main window frame FRP decorative package connected to the galvanized angle steel, and sealant and foam rods are filled between the blocking FRP decorative package and the main window frame FRP decorative package.

5. The theme decoration construction structure of the thermally-broken aluminum window according to claim 4 is characterized by: A fourth galvanized square tube is arranged inside the transverse secondary window frame FRP decorative package, a left V-notch and a right V-notch are arranged on the main window frame FRP decorative package, and connecting parts matching the left V-notch and the right V-notch are arranged on both ends of the transverse secondary window frame FRP decorative package. The transverse secondary window frame FRP decorative package is fixedly connected to the load-bearing frame through the fourth galvanized square tube.

6. The theme decoration construction structure of the thermally-broken aluminum window according to claim 1 is characterized by: A third galvanized square tube is arranged inside the window sash FRP decorative package, self-tapping screws passing through the third galvanized square tube and connected to the thermally-broken aluminum window sash are installed on the window sash FRP decorative package, and epoxy resin covering the self-tapping screws is arranged on the window sash FRP decorative package.

7. The theme decoration construction structure of the thermally-broken aluminum window according to claim 6 is characterized by: Embedded steel bars are arranged inside the external decorative MRC strips, and several external decorative MRC strips are arranged on the thermally-broken aluminum window sashes. Several external decorative MRC strips are crisscrossed on the same thermally-broken aluminum window sashes. The embedded steel bars on the external decorative MRC strips are fixedly connected to the third galvanized square tube on the window sash FRP decorative package.

8. The theme decoration construction structure of the thermally-broken aluminum window according to claim 7 is characterized by: Several interior decorative MRC strips are arranged on the thermally-broken aluminum window glass. Several interior decorative MRC strips are crisscrossed on the same thermally-broken aluminum window glass and correspond to the exterior decorative MRC strips. Each interior decorative MRC strip is fixed to the inner side of the thermally-broken aluminum window glass by shadowless adhesive.

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