A curtain box device combining aluminum composite panels and various types of keel.

Abstract

A curtain box device combining aluminum composite panels (ACP) and various keel structures is disclosed, comprising a horizontal ACP, L-shaped edge keel, ceiling secondary keel, secondary keel hangers, a hanging rod, a hanging piece, a vertical ACP, an L-shaped reinforcing keel, a J-shaped decorative keel, and a curtain track. The horizontal ACP and L-shaped edge keel are fixed to the wall, and the middle of the horizontal ACP is fixed to the ceiling secondary keel. The ceiling secondary keel and secondary keel hangers are connected by snap-fit ​​joints, and the secondary keel hangers and hanging pieces are fixed to the hanging rod. The upper part of the vertical ACP is bent and fixed to the L-shaped reinforcing keel; the bent part of the vertical ACP is fixed to the far end of the horizontal ACP; the L-shaped reinforcing keel is fixed to the hanging rod; and the bottom of the vertical ACP is continuously bent around the J-shaped decorative keel. The hanging piece and the vertical ACP are fixed to the J-shaped decorative keel. The curtain box device using this combination of ACP and various keel structures is simple to operate, safe and environmentally friendly, reliable in quality, and highly applicable.

Description

Technical Field

[0001] This invention relates to the field of architectural decoration, and in particular to a curtain box device formed by aluminum composite panels and matching keel. Background Technology

[0002] Currently, curtain boxes in building decoration generally use artificial wood boards as the base and gypsum board as the surface layer, followed by puttying and latex paint application. This process is complex, labor-intensive, and wasteful of materials, and is prone to quality problems such as cracking, deformation, and mold growth. Although new aluminum alloy curtain boxes are easy to install and reliable, as factory-produced products with fixed dimensions, they are difficult to adapt to personalized and differentiated needs, and are also expensive.

[0003] This technology uses aluminum composite panels combined with various keel structures to form a new type of curtain box technology. It has a simple structure, is easy to install, and has no risk of cracking, deformation, dampness, or mold growth. It also releases no formaldehyde or harmful gases. Summary of the Invention

[0004] The purpose of this invention is to provide a curtain box device formed using aluminum composite panels and matching keel. This technology combines aluminum composite panels with various keel structures to form a novel curtain box technology. The new curtain box structure, using aluminum composite panels and matching keel, replaces the traditional artificial wood board base and gypsum board surface structure. All components are mechanically fixed, saving materials, simplifying operation, ensuring safety and environmental friendliness, and guaranteeing reliable quality. This invention solves the problems currently faced by curtain boxes in building decoration, which commonly use artificial wood boards as the base and gypsum board as the surface, requiring puttying and latex paint application—a complex process that is labor-intensive, wasteful, and prone to cracking, deformation, dampness, and mold.

[0005] 1. The curtain box device of the present invention includes: a horizontal aluminum composite panel, an L-shaped edge keel, a ceiling secondary keel, a secondary keel hanging component, a hanging rod, a hanging component, a vertical aluminum composite panel, an L-shaped reinforcing keel, a J-shaped decorative keel, and a curtain track; all components are mechanically fixed.

[0006] 2. Horizontal aluminum composite panel:

[0007] 1) One end of the horizontal aluminum composite panel is bent tightly against the wall, and the external corner of the L-shaped keel is pressed against the bent part. The L-shaped keel and the bent part are fixed to the wall together with screws. In this way, the L-shaped keel plays a reinforcing role, and the aluminum composite panel does not need to be glued.

[0008] 2) The middle part of the horizontal aluminum composite panel is fixed to the secondary keel of the ceiling with screws. The secondary keel and the secondary keel hanger are connected by snap-fit. The secondary keel hanger is clamped and fixed to the hanger rod by two nuts to prevent it from loosening.

[0009] 3) The far end of the horizontal aluminum composite panel is fixed together with the bent part of the vertical aluminum composite panel and the L-shaped reinforcing keel by screws, and the support is provided by nuts and hangers.

[0010] 3. Vertical aluminum composite panel:

[0011] 1) The upper part of the vertical aluminum composite panel is bent, and the external corner of the L-shaped reinforcing keel is pressed against the bent part. Screws are used to fix the L-shaped reinforcing keel, the bent part of the vertical aluminum composite panel and the horizontal aluminum composite panel together. The L-shaped reinforcing keel is clamped and fixed to the hanger by two nuts to prevent it from loosening.

[0012] 2) The bottom of the vertical aluminum composite panel is continuously bent around the J-shaped keel, ensuring a tight fit. Screws are used to fix the hangers and the bent parts of the vertical aluminum composite panel to the J-shaped keel. The hangers are clamped and fixed to the hanger rod by two nuts to prevent loosening.

[0013] 4. Curtain track:

[0014] The position of the secondary ceiling joists can be determined by the screws on the horizontal aluminum composite panel. Align the curtain track with the position of the secondary ceiling joists, and use screws to fix the curtain track to the aluminum composite panel and the secondary ceiling joists to ensure that the curtain track is installed firmly.

[0015] 5. Ceiling structure:

[0016] Secure the ceiling edge frame to the vertical bends of the aluminum composite panel with screws, ensuring the screws pass through both the aluminum composite panel and the J-shaped keel. The rest of the ceiling can be installed using standard methods. The image shows an aluminum ceiling panel as an example; other types of ceilings can also be used in conjunction with this curtain box.

[0017] The novel curtain box device of the present invention has the following advantages:

[0018] 1. Utilizing aluminum composite panels and a matching keel structure, this curtain box replaces the traditional artificial wood panel base and gypsum board surface layer, eliminating the need for surface coating, saving materials, and simplifying operation. By eliminating the artificial wood panel base, there is no release of formaldehyde or other harmful gases, nor are there any risks of cracking, deformation, or mold growth due to moisture. It is safe, environmentally friendly, and of reliable quality.

[0019] 2. Traditional aluminum composite panel construction often uses adhesive bonding to fix the aluminum composite panel to the base board, while this technology uses mechanical fixing to achieve complete glue-free installation, which is healthy and environmentally friendly.

[0020] 3. Aluminum composite panels can be cut to meet the needs of curtain boxes of different sizes, making them highly adaptable. Attached Figure Description

[0021] Figure 1 This is a three-dimensional structural diagram of the curtain box device composed of aluminum composite panels and various keel structures as described in this application.

[0022] In the diagram, 1 represents a horizontal aluminum composite panel; 2 represents an L-shaped edge keel; 3 represents a secondary ceiling keel; 4 represents a secondary keel hanger; 5 represents a hanger rod; 6 represents a hanger; 7 represents a vertical aluminum composite panel; 8 represents an L-shaped reinforcing keel; 9 represents a J-shaped decorative keel; 10 represents a curtain track; 11 represents a wall; 12 represents a nut; 13 represents a screw; 14 represents a main keel hanger; 15 represents a main ceiling keel; 16 represents an aluminum ceiling panel hanger; 17 represents an aluminum ceiling panel; 18 represents an aluminum ceiling panel edge keel; and 19 represents doors and windows. Detailed Implementation

[0023] The following description, in conjunction with the accompanying drawings, further illustrates the curtain box device of the present invention, which combines aluminum composite panels with various types of keels.

[0024] Example 1

[0025] like Figure 1 As shown,

[0026] A curtain box device combining aluminum composite panel and various keel structures, comprising: a horizontal aluminum composite panel 1, an L-shaped edge keel 2, a ceiling secondary keel 3, a secondary keel hanging component 4, a hanging rod 5, a hanging component 6, a vertical aluminum composite panel 7, an L-shaped reinforcing keel 8, a J-shaped decorative keel 9, and a curtain track 10; all components are mechanically fixed.

[0027] One end of the horizontal aluminum composite panel 1 is bent tightly against the wall. The external corner of the L-shaped edge keel 2 abuts against the bent part. Screws are used to fix the L-shaped edge keel 2 and the bent part together to the wall. In this way, the L-shaped edge keel 2 plays a reinforcing role, and the aluminum composite panel does not need to be glued. The middle part of the horizontal aluminum composite panel 1 is fixed to the ceiling secondary keel 3 with screws. The ceiling secondary keel 3 and the secondary keel hanger 4 are connected by a snap-fit. The secondary keel hanger 4 is clamped and fixed to the hanger rod 5 by two nuts to prevent it from loosening. The far end of the horizontal aluminum composite panel 1 is fixed together with the bent part of the vertical aluminum composite panel 7 and the L-shaped reinforcing keel 8 with screws. The nuts and hanger rod 5 provide support.

[0028] The upper part of the vertical aluminum composite panel 7 is bent, and the external corner of the L-shaped reinforcing keel 8 abuts against the bent part. Screws are used to fix the L-shaped reinforcing keel 8, the bent part of the vertical aluminum composite panel 7, and the horizontal aluminum composite panel 1 together. The L-shaped reinforcing keel 8 is clamped and fixed to the hanger rod 5 by two nuts to prevent loosening. The bottom of the vertical aluminum composite panel 7 is continuously bent around the J-shaped keel 9, ensuring a tight fit. Screws are used to fix the hanger 6 and the bent part of the vertical aluminum composite panel 7 to the J-shaped keel 9. The hanger is clamped and fixed to the hanger rod 5 by two nuts to prevent loosening.

[0029] Curtain track 10: The position of the secondary ceiling joists can be determined by the screws on the horizontal aluminum composite panel. Align the position of the curtain track 10 with that of the secondary ceiling joists 3, and use screws to fix the curtain track to the aluminum composite panel and the secondary ceiling joists 3 to ensure that the curtain track is installed firmly.

[0030] Ceiling structure: The ceiling edge ribs are fixed to the vertical aluminum composite panel bends with screws. The screws pass through the aluminum composite panel and the J-shaped keel 9 to ensure a firm installation.

[0031] Example 2

[0032] like Figure 1 As shown, a curtain box device combining aluminum composite panels and various keel structures includes a horizontal aluminum composite panel 1, an L-shaped edge keel 2, a ceiling secondary keel 3, a secondary keel hanging component 4, a hanging rod 5, a hanging component 6, a vertical aluminum composite panel 7, an L-shaped reinforcing keel 8, a J-shaped decorative keel 9, and a curtain track 10. The horizontal aluminum composite panel 1 and the L-shaped edge keel 2 are fixed to the wall, and the middle part of the horizontal aluminum composite panel 1 is fixed to the ceiling secondary keel 3. The ceiling secondary keel 3 and the secondary keel... The hanging component 4 is a snap-fit ​​type, and the secondary keel hanging component 4 and the hanging component 6 are fixed to the hanging rod 5; wherein the upper part of the vertical aluminum composite panel 7 is bent and fixed together with the L-shaped reinforcing keel 8 and the far wall end of the horizontal aluminum composite panel 1, the L-shaped reinforcing keel 8 is fixed to the hanging rod 5, and the bottom of the vertical aluminum composite panel 7 is continuously bent around the J-shaped keel 9; the hanging component 6 and the vertical aluminum composite panel 7 are fixed to the J-shaped keel 9. The above device does not require surface coating, saves materials, and is simple to operate.

[0033] Example 3

[0034] like Figure 1As shown, a curtain box device combining aluminum composite panels and various keel structures includes a horizontal aluminum composite panel 1, an L-shaped edge keel 2, a ceiling secondary keel 3, a secondary keel hanging component 4, a hanging rod 5, a hanging component 6, a vertical aluminum composite panel 7, an L-shaped reinforcing keel 8, a J-shaped decorative keel 9, and a curtain track 10. One end of the horizontal aluminum composite panel 1 is bent at a 90° angle to fit tightly against the wall, creating a bent portion. The external corner of the L-shaped edge keel 2 abuts against the bent portion of the horizontal aluminum composite panel 1, and screws are used to fix the L-shaped edge keel 2 and the bent portion of the horizontal aluminum composite panel 1 together to the wall. The middle part of the horizontal aluminum composite panel 1 is fixed to the ceiling secondary keel 3 by screws. The ceiling secondary keel 3 and the secondary keel hanging component 4 are connected by a snap-fit ​​mechanism. The secondary keel hanger 4 is clamped and fixed to the hanger rod 5 by two nuts; the hanger 6 is clamped and fixed to the hanger rod 5 by two nuts; the upper part of the vertical aluminum composite panel 7 is bent at 90°, creating a bent section of the vertical aluminum composite panel 7; the external corner of the L-shaped reinforcing keel 8 abuts against the bent section of the vertical aluminum composite panel 7, and the L-shaped reinforcing keel 8, the bent section of the vertical aluminum composite panel 7, and the horizontal aluminum composite panel 1 are all fixed together with screws; the bottom of the vertical aluminum composite panel 7 is bent twice at 90° around the J-shaped keel 9, and the hanger 6 and the bent section of the vertical aluminum composite panel 7 are fixed to the J-shaped keel 9 with screws; the L-shaped reinforcing keel 8 is clamped and fixed to the hanger rod 5 by two nuts. The above device achieves complete glue-free operation, making it healthy and environmentally friendly.

[0035] Example 4

[0036] like Figure 1As shown, a curtain box device combining aluminum composite panels and various keel structures includes a horizontal aluminum composite panel 1, an L-shaped edge keel 2, a ceiling secondary keel 3, a secondary keel hanging component 4, a hanging rod 5, a hanging component 6, a vertical aluminum composite panel 7, an L-shaped reinforcing keel 8, a J-shaped decorative keel 9, and a curtain track 10. One end of the horizontal aluminum composite panel 1 is bent at a 90° angle to fit tightly against the wall, creating a bent portion. The external corner of the L-shaped edge keel 2 abuts against the bent portion of the horizontal aluminum composite panel 1, and screws are used to fix the L-shaped edge keel 2 and the bent portion of the horizontal aluminum composite panel 1 together to the wall. The middle part of the horizontal aluminum composite panel 1 is fixed to the ceiling secondary keel 3 by screws. The ceiling secondary keel 3 and the secondary keel hanging component 4 are connected by a snap-fit ​​mechanism. The secondary keel hanger 4 is clamped and fixed to the hanger rod 5 by two nuts; the hanger 6 is clamped and fixed to the hanger rod 5 by two nuts; the upper part of the vertical aluminum composite panel 7 is bent at 90° to form the bent part of the vertical aluminum composite panel 7; the external corner of the L-shaped reinforcing keel 8 abuts against the bent part of the vertical aluminum composite panel 7, and the L-shaped reinforcing keel 8, the bent part of the vertical aluminum composite panel 7, and the horizontal aluminum composite panel 1 are fixed together by screws; the bottom of the vertical aluminum composite panel 7 is bent at 90° twice around the J-shaped keel 9, and the hanger 6 and the bent part of the vertical aluminum composite panel 7 are fixed to the J-shaped keel 9 by screws; the L-shaped reinforcing keel 8 is clamped and fixed to the hanger rod 5 by two nuts. The curtain track 10 is fixed to the horizontal aluminum composite panel 1 and the ceiling secondary keel 3 with screws; the aluminum ceiling structure includes the ceiling main keel 15, aluminum ceiling hanging parts 16, aluminum ceiling panels 17 and aluminum ceiling side keels 18, wherein the aluminum ceiling side keels 18 are fixed to the bending part of the vertical aluminum composite panel 7 with screws.

[0037] The curtain box structure described in this application eliminates the need for surface coating, saving materials and simplifying operation. By removing the artificial wood panel base layer, there is no release of harmful gases such as formaldehyde, nor are there any risks of cracking, deformation, or mold growth due to moisture. It is safe, environmentally friendly, reliable, and highly adaptable.

[0038] The invention may be practiced in other specific forms without departing from the spirit or essential characteristics thereof. The described embodiments are to be considered in all respects merely illustrative and not restrictive. Therefore, the scope of the invention is indicated by the appended claims rather than the foregoing description. All modifications falling within the equivalent meaning and scope of the claims should be included within their scope.

Claims

1. A curtain box device combining aluminum composite panel and various keel structures, characterized in that, The system includes a horizontal aluminum composite panel (1), an L-shaped edge keel (2), a ceiling secondary keel (3), a secondary keel hanger (4), a hanger rod (5), a hanger (6), a vertical aluminum composite panel (7), an L-shaped reinforcing keel (8), a J-shaped decorative keel (9), and a curtain track (10). The horizontal aluminum composite panel (1) and the L-shaped edge keel (2) are fixed to the wall. The middle part of the horizontal aluminum composite panel (1) is fixed to the ceiling secondary keel (3). The ceiling secondary keel (3) and the secondary keel hanger (4) are interlocked. In this configuration, the secondary keel hanger (4) and the hanger (6) are fixed to the hanger rod (5); the upper part of the vertical aluminum composite panel (7) is bent and fixed together with the L-shaped reinforcing keel (8) and the far wall end of the horizontal aluminum composite panel (1); the L-shaped reinforcing keel (8) is fixed to the hanger rod (5); the bottom of the vertical aluminum composite panel (7) is continuously bent around the J-shaped keel (9); the hanger (6) and the vertical aluminum composite panel (7) are fixed to the J-shaped keel (9); One end of the horizontal aluminum composite panel (1) is bent at 90° and pressed against the wall to form a bent part of the horizontal aluminum composite panel (1); the external corner of the L-shaped edge keel (2) abuts against the bent part of the horizontal aluminum composite panel (1), and screws are used to fix the L-shaped edge keel (2) and the bent part of the horizontal aluminum composite panel (1) together to the wall. The upper part of the vertical aluminum composite panel (7) is bent at 90° to form the bent part of the vertical aluminum composite panel (7); the external corner of the L-shaped reinforcing keel (8) abuts against the bent part of the vertical aluminum composite panel (7), and screws are used to fix the L-shaped reinforcing keel (8), the bent part of the vertical aluminum composite panel (7) and the horizontal aluminum composite panel (1) together; The bottom of the vertical aluminum composite panel (7) is bent twice at 90° around the J-shaped keel (9), and the hanging part (6) and the bent part of the vertical aluminum composite panel (7) are fixed to the J-shaped keel (9) with screws.

2. The curtain box device combining aluminum composite panel and various keel structures according to claim 1, characterized in that: The middle part of the horizontal aluminum composite panel (1) is fixed to the ceiling sub-keel (3) by screws; the sub-keel hanger (4) is clamped and fixed to the hanger rod (5) by two nuts.

3. The curtain box device combining aluminum composite panel and various keel structures according to claim 1, characterized in that: The L-shaped reinforcing keel (8) is clamped and fixed to the hanger (5) by two nuts.

4. The curtain box device according to claim 1, characterized in that: The lifting component (6) is clamped and fixed to the lifting rod (5) by two nuts.

5. The curtain box device combining aluminum composite panel and various keel structures according to claim 1, characterized in that: The curtain box also includes a curtain track (10), which is fixed to the horizontal aluminum composite panel (1) and the ceiling sub-keel (3) by screws.

6. The curtain box device combining aluminum composite panel and various keel structures according to claim 1, characterized in that: The curtain box also includes an aluminum ceiling structure, which includes a main ceiling keel (15), aluminum ceiling hangers (16), aluminum ceiling panels (17), and aluminum ceiling panel edge keels (18), wherein the aluminum ceiling panel edge keels (18) are fixed to the bending part of the vertical aluminum composite panel (7) by screws.

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