Decoration method for special-shaped space facade

Abstract

The invention discloses a special-shaped space facade decoration method, and relates to the technical field of indoor decoration. According to the method, aluminum alloy stand columns in the same color as window vertical sticks are additionally arranged at special-shaped space corners to form an outer frame; partially covering irregular protruding parts by using a same-color aluminum plate; a curtain expansion bracket parallel to the vertical stile is mounted on the outer side of the frame; the curtain is installed on the telescopic frame and covers the frame area to form a neat vertical face; and the space behind the regulating curtain is used as a storage area. Full wrapping is replaced with the frame, local wrapping and soft shielding, it is guaranteed that the vertical face is neat and uniform, lighting is reserved, the space utilization rate is increased, material consumption and construction cost are reduced, and practicability and economical efficiency are outstanding.

Description

Technical Field

[0001] This invention relates to the field of interior decoration technology, specifically a method for decorating irregularly shaped spatial facades. Background Technology

[0002] In the process of interior decoration, irregularly shaped spaces such as corners or facades are often encountered. The decoration of such spaces needs to balance visual neatness and unity with the practicality of spatial function. Traditional decoration methods often use rigid materials such as aluminum panels to wrap the irregularly shaped spaces to form regular facades such as right-angled walls. However, traditional methods have many drawbacks: First, the overall cladding requires a large amount of aluminum panels, resulting in high material costs, and the installation process is complex, consuming a lot of labor and time. Second, the rigid facade created by the overall cladding obstructs a large area, severely affecting indoor natural lighting and reducing the sense of spatial openness. Third, the facade is excessively segmented due to the cladding structure, disrupting the overall spatial integrity, and the irregularly shaped interior spaces cannot be effectively utilized, resulting in wasted space. Therefore, a new decorative method is urgently needed to solve these problems. Summary of the Invention

[0003] The present invention aims to solve the above problems, thereby providing a low-cost, visually unified, and well-lit method for decorating irregularly shaped spatial facades.

[0004] The technical solution adopted by the present invention to solve the aforementioned problem is as follows: A method for decorating irregularly shaped spatial facades includes the following construction steps: Step 1: Add aluminum alloy columns at the corners of the irregularly shaped space. The aluminum alloy columns and the window mullions adjacent to the irregularly shaped space shall be the same color, so that the aluminum alloy columns and window mullions together form a regular external frame. The unified color scheme of the aluminum alloy columns and window mullions forms a visually coherent frame structure, and the existing window mullions shall be used to reduce the abruptness of the new structure. Step 2: Use aluminum plates of the same color as the aluminum alloy columns to partially cover the irregular protrusions in the irregular space. The edges of the aluminum plates are fitted with the inner walls of the outer frame to achieve a smooth transition between the irregular structure and the outer frame. By only partially covering the irregular protrusions, the amount of aluminum plates used is greatly reduced, material costs are lowered, and the same color design ensures visual harmony. The edge treatment of the fitted parts achieves a smooth transition.

[0005] Step 3: Install the curtain extension bracket on the side of the external frame away from the irregular space. The two ends of the curtain extension bracket are fixedly connected to the two aluminum alloy columns of the external frame, and the curtain extension bracket is set parallel to the window stiles. This ensures the flatness of the curtains during installation, and the fixed ends ensure structural stability, providing support for the installation and adjustment of the curtains. Step 4: Install the curtains on the curtain extension frame. Adjust the curtain extension frame so that the curtains completely cover the area enclosed by the outer frame. Align the edges of the curtains with the outer edges of the outer frame to form a neat finished facade. As a soft material, the curtains can perfectly cover the remaining irregular space behind the frame and can be adjusted by the extension frame to flexibly adapt to the needs of the facade, forming a unified visual surface. Step 5: Clean and organize the irregularly shaped space behind the curtains to create storage space. The opening of the storage space should face away from the finished facade. Utilizing the unused irregular space behind the curtains as a storage area does not require additional space to be occupied, significantly improving space utilization efficiency and meeting storage needs. Furthermore, in step one, the aluminum alloy columns are fixedly connected to the main building structure using expansion bolts, with the height of the aluminum alloy columns matching the height of the wall where the irregular space is located. The expansion bolt connection method ensures that the aluminum alloy columns are firmly installed and not easily loosened, and the design of being level with the wall makes the external frame appear more complete, enhancing the overall integrity of the facade. Furthermore, in step two, the aluminum plate is fixed to the surface of the irregular protruding part of the irregular space using bolts or adhesives, ensuring that the surface of the aluminum plate is flush with the inner surface of the outer frame. Both bolting and adhesives are reliable fixing methods, and the choice should be made based on the actual situation of the irregular structure. The flush surface treatment avoids creating height differences and ensures a natural transition. Furthermore, in step three, the curtain retractable frame includes a track and a sliding assembly. The track is fixed to the aluminum alloy post via a connector, and the sliding assembly slides along the length of the track, connecting to the end of the curtain furthest from the ground. The cooperation between the track and the sliding assembly allows for flexible opening and closing of the curtain, meeting different needs for lighting and privacy protection. The use of connectors enhances the stability of the track installation. Furthermore, the track is made of aluminum alloy with a C-shaped cross-section. The sliding components include pulleys and connecting blocks. The pulleys are located inside the track and roll in cooperation with it. One end of the connecting block is fixed to the pulley, and the other end extends out of the track to connect with the curtain. Aluminum alloy is lightweight and corrosion-resistant. The C-shaped track provides limiting protection for the pulleys, and the rolling cooperation of the pulleys makes the curtains slide more smoothly, reducing friction loss. Furthermore, in step four, the curtains are made of a light-transmitting fabric. The top of the curtains is fixed to the curtain rod, and the bottom of the curtains touches the ground. The light-transmitting fabric conceals the irregular structure while ensuring that natural light enters the room, enhancing the sense of spaciousness. The design of fixing the top and touching the ground at the bottom makes the curtains more neatly arranged, avoiding light leaks and visual breaks. Furthermore, in step five, shelves are installed within the storage space. These shelves are fixed to the wall or column of the irregularly shaped space via brackets, and are spaced apart vertically. The shelves divide the storage space into multiple areas, facilitating categorized storage. The spaced arrangement improves space utilization, and the bracket fixing method ensures the stability of the shelves. The present invention, which adopts the above technical solution, has the following prominent features compared with the prior art: This invention replaces the traditional overall rigid cladding with a combination of frame construction, partial wrapping, and soft shielding, resulting in a clean and unified visual effect on the facade, enhancing the overall spatial integrity and the flexibility of facade division. The use of curtains retains the window's lighting function, and the utilization of storage space behind the curtains improves the practicality and functional versatility of the space. It significantly reduces the amount of aluminum panels used and utilizes existing window mullions, simplifying the construction process, improving construction efficiency, and reducing material and labor costs, resulting in significant economic benefits. Attached Figure Description

[0006] Figure 1 This is a top view of the structure according to an embodiment of the present invention; The following are labeled in the diagram: 1. Curtain; 2. Curtain extension rod; 3. Window stile; 4. Building facade curtain wall; 5. Irregular column; 6. Wall. Detailed Implementation

[0007] The present invention will be further described below with reference to embodiments, which are intended only to provide a better understanding of the invention. Therefore, the examples given do not limit the scope of protection of the present invention.

[0008] See Figure 1 A method for decorating irregularly shaped spatial facades includes the following construction steps: Step 1: Add aluminum alloy columns at the corners of the irregularly shaped space. The aluminum alloy columns and the window mullions 3 adjacent to the irregularly shaped space are the same color, so that the aluminum alloy columns and window mullions 3 together form a regular external frame. The aluminum alloy columns and window mullions 3 are color-coordinated, forming a visually coherent frame structure, and the existing window mullions 3 are used to reduce the abruptness of the new structure.

[0009] Step 2: Use aluminum plates of the same color as the aluminum alloy columns to partially cover the irregular protrusions in the irregular space. The edges of the aluminum plates are fitted with the inner walls of the outer frame to achieve a smooth transition between the irregular structure and the outer frame. By only partially covering the irregular protrusions, the amount of aluminum plates used is greatly reduced, material costs are lowered, and the same color design ensures visual harmony. The edge treatment of the fitted parts achieves a smooth transition.

[0010] Step 3: Install the curtain telescopic bracket 2 on the side of the external frame away from the irregular space. The two ends of the curtain telescopic bracket 2 are fixedly connected to the two aluminum alloy columns of the external frame, and the curtain telescopic bracket 2 is set parallel to the window mullion 3. This ensures the flatness of the curtain 1 after installation. The fixed ends ensure structural stability and provide support for the installation and adjustment of the curtain 1.

[0011] Step 4: Install curtain 1 on curtain telescopic frame 2. Adjust curtain telescopic frame 2 so that curtain 1 completely covers the area enclosed by the outer frame. Align the edge of curtain 1 with the outer edge of the outer frame to form a neat finished facade. As a soft material, curtain 1 can perfectly cover the remaining irregular space behind the frame and can be adjusted by telescopic frame to flexibly adapt to facade requirements and form a unified visual surface.

[0012] Step 5: Clean and organize the irregularly shaped space behind Curtain 1 to create a storage space. The opening of the storage space should face away from the finished facade. Utilizing the unused irregularly shaped space behind the curtain as a storage area does not require additional space to be occupied, significantly improving space utilization efficiency and meeting storage needs.

[0013] In step one, the aluminum alloy columns are fixedly connected to the main building structure using expansion bolts. The height of the aluminum alloy columns is consistent with the height of wall 6 where the irregular space is located. The expansion bolt connection method ensures that the aluminum alloy columns are firmly installed and not easily loosened. The design of being at the same height as wall 6 makes the external frame more visually complete and enhances the overall integrity of the facade.

[0014] In step two, the aluminum plate is fixed to the surface of the irregular protruding part of the irregular space using bolts or adhesives, ensuring that the surface of the aluminum plate is flush with the inner surface of the outer frame. Both bolting and adhesives are reliable fixing methods, and the choice should be made based on the actual situation of the irregular structure. The flush surface treatment avoids creating height differences and ensures a natural transition.

[0015] In step three, the curtain retractable frame 2 includes a track and a sliding assembly. The track is fixed to the aluminum alloy post via a connector, and the sliding assembly slides along the length of the track. The sliding assembly is connected to the end of the curtain 1 that is furthest from the ground. The cooperation between the track and the sliding assembly enables the curtain 1 to open and close flexibly, meeting different needs for lighting and privacy protection. The use of connectors enhances the stability of the track installation.

[0016] The track is made of aluminum alloy and has a C-shaped cross-section. The sliding components include pulleys and connecting blocks. The pulleys are located inside the track and roll in cooperation with it. One end of the connecting block is fixed to the pulley, and the other end extends out of the track and connects to curtain 1. Aluminum alloy is lightweight and corrosion-resistant. The C-shaped track provides limiting protection for the pulleys, and the rolling cooperation of the pulleys makes the curtain 1 slide more smoothly, reducing friction wear.

[0017] In step four, curtain 1 is made of a light-transmitting fabric. The top of curtain 1 is fixed to the curtain extension frame 2, and the bottom of curtain 1 is in contact with the ground. The light-transmitting fabric conceals the irregular structure while ensuring that natural light enters the room, enhancing the sense of space. The design of fixing the top and touching the ground at the bottom makes the curtain 1 more neatly arranged, avoiding light leakage and visual breaks.

[0018] In step five, shelves are installed within the storage space. These shelves are fixed to the wall 6 or irregular column 5 of the irregularly shaped space using brackets, and are spaced vertically. The shelves divide the storage space into multiple areas, facilitating categorized storage. The spaced arrangement improves space utilization, and the bracket fixing method ensures the shelves' stability.

[0019] This invention replaces the traditional overall rigid cladding with a combination of frame construction, partial wrapping, and soft shielding, resulting in a clean and unified visual effect on the facade, enhancing the overall spatial integrity and the flexibility of facade division. The use of curtains retains the window's lighting function, and the utilization of storage space behind the curtains improves the practicality and functional versatility of the space. It significantly reduces the amount of aluminum panels used and utilizes existing window mullions, simplifying the construction process, improving construction efficiency, and reducing material and labor costs, resulting in significant economic benefits. The above description is merely a preferred embodiment of the present invention and is not intended to limit the scope of the present invention. All equivalent changes made based on the description and drawings of the present invention are included within the scope of the present invention.

Claims

1. A method for decorating irregularly shaped spatial facades, characterized in that, The construction steps include the following: Step 1: Add aluminum alloy columns at the corners of the irregular space. The aluminum alloy columns and the window mullions adjacent to the irregular space shall be the same color, so that the aluminum alloy columns and the window mullions together form a regular external frame. Step 2: Use aluminum plates of the same color as the aluminum alloy columns to partially cover the irregular protruding parts of the irregular space. The edges of the aluminum plates are fitted with the inner walls of the outer frame to achieve a transition between the irregular structure and the outer frame. Step 3: Install the curtain retractable frame on the side of the external frame away from the irregular space. The two ends of the curtain retractable frame are fixedly connected to the two aluminum alloy columns of the external frame, and the curtain retractable frame is set parallel to the window stile. Step 4: Install the curtains on the curtain extension frame. Adjust the curtain extension frame so that the curtains completely cover the area enclosed by the outer frame, and align the edges of the curtains with the outer edges of the outer frame to form a neat finished facade. Step 5: Clean and organize the irregularly shaped space behind the curtains to create storage space. The opening of the storage space should face away from the finished facade.

2. The method for decorating irregularly shaped spatial facades according to claim 1, characterized in that: In step one, the aluminum alloy column is fixedly connected to the main building structure using expansion bolts, and the height of the aluminum alloy column is consistent with the height of the wall where the irregular space is located.

3. The method for decorating irregularly shaped spatial facades according to claim 1, characterized in that: In step two, the aluminum plate is fixed to the surface of the irregular protruding part of the irregular space by bolting or bonding, and the surface of the aluminum plate is flush with the inner surface of the outer frame.

4. The method for decorating irregularly shaped spatial facades according to claim 1, characterized in that: In step three, the curtain telescopic frame includes a track and a sliding component. The track is fixed to the aluminum alloy column through a connector, and the sliding component slides along the length of the track. The sliding component is connected to the end of the curtain that is away from the ground.

5. The method for decorating irregularly shaped spatial facades according to claim 4, characterized in that: The track is made of aluminum alloy and has a C-shaped cross-section. The sliding components include pulleys and connecting blocks. The pulleys are located inside the track and roll in cooperation with the track. One end of the connecting block is fixed to the pulley, and the other end extends out of the track to connect with the curtain.

6. The method for decorating irregularly shaped spatial facades according to claim 1, characterized in that: In step four, the curtains are made of a light-transmitting fabric, with the top of the curtains fixed to the curtain extension frame and the bottom of the curtains in contact with the ground.

7. The method for decorating irregularly shaped spatial facades according to claim 1, characterized in that: In step five, shelves are installed in the storage space. The shelves are fixed to the wall or column of the irregular space by brackets, and the shelves are distributed at intervals along the vertical direction.

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