Modularized wall assembling system

Abstract

The utility model discloses a modularized wall body assembling system, which is characterized in that the modularized wall body assembling system performs standardization and modularized prefabrication production of wall body parts in a factory in advance, and directly assembles and installs decoration panels on an original wall body, so that the original wall body becomes a standardized wall body decoration section bar; the ceiling keel module and the ground keel module are fixedly installed on a ceiling and a floor of an original wall body, and the whole indoor wall body is connected together by inserting the wall body module, the external corner module, the internal corner module and the connecting module, so that the whole indoor decoration is completed; leveling and painting processes do not need to be carried out on an original wall body, installation of the whole space is more convenient and rapid, installation and detachment can be rapid, and no pollution is generated in the installation process. The modularized assembled wall body can be repeatedly used after being dismantled, materials and cost are saved, and the requirement for environmental protection is met.

Description

Technical Field

[0001] The utility model relates to the technical field of interior decoration and furnishing, in particular to a modular wall assembly system for installing decorative panels on original wall surfaces. Background Art

[0002] Currently, most office buildings or high-rise and low-rise residential buildings have been renovated for a long time, and the walls are damaged or old. When users find them unsightly and need to redecorate, the existing renovation method requires repainting and leveling the walls, and then applying latex paint or other decorative layers to the surface. This type of construction method is relatively complicated. Since a single wall involves multiple types of work, the final installation effect is often unsatisfactory. In addition, the paint produces odors, which pollutes the indoor air. Finally, ventilation is required to disperse the air. This is not only environmentally friendly, but also takes a long time to complete. In addition, the owner may be dissatisfied and require multiple rectifications. This renovation method also generates a large amount of construction waste during construction, and the decoration materials cannot be reused. It is also not in line with the green building concept vigorously promoted by the country. Utility Model Content

[0003] The purpose of the utility model is to develop a new modular wall assembly system with decorative panels in response to the complexity and long construction period of existing interior decoration and the generation of a large amount of construction waste.

[0004] The utility model provides a modular wall assembly system, characterized in that the modular wall is a standardized modular prefabricated decoration product prepared according to the actual wall size; the assembly system is connected by wall modules, ceiling modules, floor modules, external corner modules, internal corner modules and connection modules through plug-in; the ceiling modules are fixedly installed on the ceiling of the original wall, the floor modules are fixedly installed on the floor of the original wall, the wall modules are connected up and down between the ceiling modules and the floor modules, the external corner modules are connected to the wall modules and the ceiling modules and the floor modules at the convex corners of the wall, the internal corner modules are connected to the wall modules and the ceiling modules and the floor modules at the concave corners of the wall, and the wall modules are connected through the connection modules.

[0005] This utility model is also characterized by the wall modules being assembled from decorative panels and support frames with grooves and / or protrusions around their perimeters. Necessary switches, sockets, and electrical wiring are located between the decorative panels and support frames. The wall modules are connected to each other via their grooves and / or protrusions. The ceiling and floor keel modules are symmetrically arranged above and below, with grooves and / or protrusions on three sides.

[0006] The present invention is further characterized in that the external corner module is arranged as an outward convex 90-degree corner, and is provided with an upper external corner, a external corner column, and a lower external corner; the left and right sides and the bottom of the upper external corner are provided with corresponding plug-in grooves and / or protrusions connected to the ceiling keel module and the external corner column; the left and right sides and the top of the lower external corner are provided with corresponding plug-in grooves and / or protrusions connected to the ground keel module and the external corner column, and the external corner column is plug-connected with the upper external corner, the lower external corner and the wall module; the external corner module is installed at the outward convex corner of the wall by plug-in connection with the ceiling keel module and the ground keel module.

[0007] The internal corner module is set to be a concave 90-degree corner, and is provided with an upper internal corner, a internal corner column, and a lower internal corner; the left and right sides and the bottom of the upper internal corner are provided with corresponding plug-in grooves and / or protrusions connected to the top keel module and the internal corner column; the left and right sides and the top of the lower internal corner are provided with corresponding plug-in grooves and / or protrusions connected to the ground keel module and the internal corner column, and the internal corner column is plug-connected with the upper internal corner, the lower internal corner, and the wall modules on both sides; the internal corner module is installed at the concave corner of the wall by plug-in connection with the top keel module and the ground keel module.

[0008] The present invention is also characterized by the connection module employing an I-beam structure and fixedly connected to the original wall. The grooves on either side of the wall module are inserted into the I-beams of the connection module. The connection module is equipped with several fine-tuning devices for adjusting planar installation tolerances of the wall module. Below the floor keel module, several fine-tuning devices are provided for adjusting vertical installation tolerances on the floor keel module. These fine-tuning devices may be screw-nut structures.

[0009] The most significant feature of this utility model is that the modular wall is prefabricated in a factory as a standardized modular wall according to the user's preferences. Decorative panels are then installed directly on the wall, creating a standardized and modular wall decoration profile. This allows for rapid on-site assembly, with multiple modular decorative wall panels assembling existing interior walls to create an aesthetically pleasing wall pattern. The entire modular decorative wall is quick to install, easy to operate, and can be reused multiple times after removal, saving materials and costs while also meeting environmental protection requirements. BRIEF DESCRIPTION OF THE DRAWINGS

[0010] Figure 1 This is a schematic diagram of a wall assembly scenario for a modular wall assembly system;

[0011] Figure 2 Schematic diagram of the composition structure of the wall module 1;

[0012] Figure 3This is a schematic diagram of the assembly of the external corner module 4, the ceiling keel module 2, and the ground keel module 3;

[0013] Figure 4 This is a schematic diagram of the assembly of the internal corner module 5, the ceiling keel module 2, and the floor keel module 3;

[0014] Figure 5 It is a schematic diagram of assembling the connection modules 6 between the wall modules 1;

[0015] Figure 6 It is a structural diagram of the connection between the ceiling keel module 2 and the wall module 1. The floor keel module 3 and the ceiling keel module 2 are symmetrical structures. DETAILED DESCRIPTION

[0016] The following reference Figure 1-6 The following drawings show preferred embodiments, which do not limit other implementations of the present invention.

[0017] The present invention addresses the currently unresolved issues in the existing construction industry, such as the large amount of construction waste generated during interior decoration, the long renovation period, the inability of users to move in immediately after installation, and the pollution caused by interior decoration, and has developed a new modular wall assembly system with decorative panels. The modular walls of the present invention can be prefabricated in a factory as standardized modular walls according to the user's choice, and the wall modules with decorative panels can be installed directly on the wall. The system consists of ceiling keel modules, floor keel modules, external corner modules and internal corner modules, connecting modules, and multiple wall modules. The interior space walls that need to be decorated can be quickly installed without polluting the environment, without generating construction waste, and can be moved in immediately after installation. This is an innovative achievement that has not yet appeared in the construction market.

[0018] Reference Figures 1-6The modular wall assembly system of the present invention is composed of a wall module 1, a ceiling keel module 2, a floor keel module 3, a positive corner module 4, a negative corner module 5 and a connection module 6 which are connected by plug-in. The ceiling keel module 2 is fixedly installed on the ceiling of the original wall, the floor keel module 3 is fixedly installed on the floor of the original wall, and the wall module 1 is plugged in between the ceiling keel module 2 and the floor keel module 3; a positive corner module 4 with a 90-degree protruding corner is provided at the protruding corner of the wall, which is plugged in and connected to the ceiling keel module 2, the floor keel module 3 and the wall modules 1 on both sides; a negative corner module 5 with a 90-degree concave corner is provided at the concave corner of the wall, which is plugged in and connected to the ceiling keel module 2, the floor keel module 3 and the wall modules 1 on both sides. After the overall insertion of the external corner module 4, the internal corner module 5, the wall module 1, the ceiling keel module 2 and the floor keel module 3 are completed, a smooth and flat interior decoration is formed. The entire interior wall is beautiful and comfortable. The insertion process is almost noiseless and no construction waste is generated. Environmentally friendly building materials are used and there is no pollution. It can be installed quickly and can be moved in immediately.

[0019] Reference Figure 2 The wall module 1 of the present invention is composed of a decorative panel 1-1 and a supporting frame 1-2. The wall module 1 is assembled with grooves and / or protrusions on all sides, corresponding to the components assembled and connected with each other. The space between the decorative panel 1-1 and the supporting frame 1-2 is also provided with necessary switches, sockets 1-3 and electrical circuits 1-4 to meet the needs of indoor electrical equipment. The decorative panel 1-1 of the wall module 1 can be directly selected according to the user's requirements and made in the factory with aesthetically pleasing decorative materials, so that the indoor wall can be decorated at one time. There are 2-3 horizontal supports in the middle of the supporting frame 1-2 to strengthen the installation strength of the entire wall module 1. The ceiling keel module 2 and the floor keel module 3 of the present invention are designed to be symmetrical in upper and lower structures. The installation surfaces and sides of the upper and lower keel modules are provided with grooves and / or protrusions corresponding to the wall module 1, the outer corner module 4 and the inner corner module 5.

[0020] Reference Figure 3 The external corner module 4 of the present invention is provided with an upper external corner 4-1, a external corner column 4-2 and a lower external corner 4-3; the left and right sides and the bottom of the upper external corner 4-1 are provided with plug-in grooves and / or protrusions corresponding to the ceiling keel module 2 and the external corner column 4-2; the left and right sides and the top of the lower external corner 4-3 are provided with plug-in grooves and / or protrusions corresponding to the ground keel module 3 and the external corner column 4-2, and the two sides of the external corner column 4-2 are provided with plug-in protrusions corresponding to the wall module 1, and the upper and lower sides are provided with plug-in grooves and / or protrusions corresponding to the upper external corner 4-1 and the lower external corner 4-3; the external corner module 4 is connected to the ceiling keel module 2, the ground keel module 3 and the wall module 1 by plugging, forming an outward convex decorative corner of the wall.

[0021] Reference Figure 4 The internal corner module 5 of the present invention is provided with an upper internal corner 5-1, a internal corner column 5-2, and a lower internal corner 5-3; the left and right sides and the bottom of the upper internal corner 5-1 are provided with plug-in grooves and / or protrusions corresponding to the ceiling keel module 2 and the internal corner column 5-2; the left and right sides and the top of the lower internal corner 5-3 are provided with plug-in grooves and / or protrusions corresponding to the ground keel module 3 and the internal corner column 5-2, and the two sides of the internal corner column 5-2 are provided with plug-in protrusions corresponding to the wall module 1, and the upper and lower sides are provided with plug-in grooves and / or protrusions corresponding to the upper internal corner 5-1 and the lower internal corner 5-3; the internal corner module 5 is connected to the ceiling keel module 2, the ground keel module 3 and the wall module 1 by plugging, forming an inward-concave decorative corner of the wall.

[0022] Reference Figure 5 To strengthen the connection between wall modules 1, the present invention employs connecting modules 6. These modules are constructed of I-beams and are fixed to the original wall. The grooves of the decorative panels 1-1 of each wall module 1 fit into the I-beams on either side of the modules 6, ensuring a smooth transition between the gaps between the wall modules 1. Several fine-tuning mechanisms, constructed of screws and nuts, are installed transversely within the connecting modules 6 to adjust for planar installation errors.

[0023] Reference Figure 6 , Figure 6 This is a schematic diagram of the structure of the connection between the ceiling keel module 2 and the wall module 1. The floor keel module 3 is a symmetrical structure with the ceiling keel module 2, or is designed as an asymmetrical structure with a wider bottom contact surface.

[0024] The present invention also provides a number of fine-tuning devices below the floor keel module 3 for adjusting the vertical installation error of the floor keel module 3. The fine-tuning device can adopt a screw and nut structure to ensure that when the ground is uneven, the installation size error is reduced through vertical fine-tuning, so that the entire wall surface meets the flatness requirements.

[0025] The wall modules 1, ceiling stud modules 2, floor stud modules 3, external corner modules 4, internal corner modules 5, and connection modules 6 of this utility model are all prefabricated in the factory using aluminum alloy molds. Aluminum alloy profiles are high in strength and resist deformation, making them easy to standardize and modularize. Other building materials with suitable strength can also be selected according to user requirements.

[0026] The decorative panel 1 - 1 of the wall module 1 of the present invention can be selected to have various patterns or colors according to the user's aesthetic taste, and can be easily replaced according to the decorative effect.

[0027] Example 1

[0028] Reference Figures 1-6, this embodiment is a 300m 2 The interior walls of an office space are decorated. First, the interior dimensions are measured. Then, based on the wall dimensions and the user's selected decorative panel pattern, standardized modular prefabrication of wall modules 1, ceiling stud modules 2, floor stud modules 3, external corner modules 4, internal corner modules 5, and connection modules 6 is performed in the factory. The wall components in this embodiment are prefabricated using high-strength, non-deformable aluminum alloy profiles, but other profiles can also be used according to user needs.

[0029] Aluminum alloy profiles are pre-molded in the factory to create the decorative panel 1-1 and support frame 1-2. Three transverse reinforcing ribs are installed vertically along the support frame 1-2 to strengthen the assembly of the wall module 1. Required electrical wiring 1-4 is pre-embedded in the support frame 1-2, and positions for switches and sockets 1-3 are pre-installed on the decorative panel 1-1. During assembly, the perimeter of the wall module 1 is formed with recesses and / or bumps corresponding to the ceiling and floor keel modules 2, 3, and their interconnecting components. The finished decorative panel 1-1, made of a fire-resistant, moisture-resistant, and thermally insulating glass magnesium board profile, is then installed. Finally, the user's chosen decorative material is applied to complete the standardized wall module 1 of this embodiment.

[0030] Similarly, the ceiling and floor keel modules 2, 3, external corner modules 4, internal corner modules 5, and connection modules 6 of this embodiment are all prefabricated in a standardized modular manner in the factory according to design requirements. They are then assembled on-site in the office or residence to be renovated. Because the dimensions during the standardized and modular prefabrication process are very precise, the connections between the wall modules 1, the ceiling and floor keel modules 2, 3, the external corner modules 4, the internal corner modules 5, and the original wall during assembly are smooth and secure. Minor installation errors that may occur during assembly can be adjusted to meet the required flatness standards using the wall vertical adjustment device and the wall flatness adjustment device provided by the present invention. Because the room's communication wiring system is pre-installed in the space between the wall module 1 and the original wall before installation, switches and sockets can be installed on the decorative panel 1-1 after the modular wall is assembled. During assembly, silicone strips are provided as needed for immediate filling of any minor gaps.

[0031] During on-site construction, this embodiment only requires two operators to complete the interior decoration of hundreds of square meters in half a day, which greatly shortens the decoration time. The overall decoration efficiency is several times that of the original construction. The construction efficiency is very high, and the entire process is installed in an almost dust-free and silent environment, which is clean and environmentally friendly. After the entire interior wall is assembled, it is stable and flat, and the effect after decoration is very beautiful, comfortable and pleasing to the eye.

[0032] This new model is prefabricated in a factory with standardized modular walls and installed on the original wall surface. There is no need to use cement mortar wall leveling and go through complex drying and other decoration processes. For users, there is no need to move or rent a house for a long time, which saves time and effort and can be moved in immediately after installation. This new model can also be reused after being dismantled. If the style needs to be changed, only the decorative panels need to be replaced, saving material and decoration costs.

[0033] The above embodiments of the present invention are merely exemplary. Various changes may be made to these embodiments without departing from the design principles of the present invention, and these changes will also fall within the scope of protection of the claims of the present invention.

Claims

1. A modular wall assembly system, characterized in that: The modular wall is a standardized modular prefabricated decoration product prepared according to the actual wall size; the assembly system is formed by plug-in connection of wall modules, ceiling keel modules, floor keel modules, external corner modules, internal corner modules and connection modules; the ceiling keel modules are fixedly installed on the ceiling of the original wall, and the floor keel modules are fixedly installed on the floor of the original wall. The wall modules are connected up and down between the ceiling keel modules and the floor keel modules. The external corner modules are connected to the wall modules and the ceiling keel modules and the floor keel modules at the convex corners of the wall. The internal corner modules are connected to the wall modules and the ceiling keel modules and the floor keel modules at the concave corners of the wall. The wall modules are connected by the connection modules.

2. The assembly system according to claim 1, characterized in that: The wall module is assembled from a decorative panel and a support frame into a plug-in structure with grooves and / or protrusions on all sides. Necessary switches, sockets and electrical circuits are arranged between the decorative panel and the support frame; the wall modules are plug-in connected to each other through their grooves and / or protrusions.

3. The assembly system according to claim 1, characterized in that: The top keel module and the bottom keel module are symmetrically arranged in upper and lower structures, and grooves and / or protrusion plug-in structures are arranged on three sides.

4. The assembly system according to claim 1, characterized in that: The external corner module is set to be a 90-degree convex corner, and is provided with an upper external corner, a external corner column, and a lower external corner; the left and right sides and the bottom of the upper external corner are provided with corresponding plug-in grooves and / or protrusions connected to the ceiling keel module and the external corner column; the left and right sides and the top of the lower external corner are provided with corresponding plug-in grooves and / or protrusions connected to the ground keel module and the external corner column, and the external corner column is plug-connected with the upper external corner, the lower external corner and the wall module; the external corner module is installed at the convex corner of the wall by plug-in connection with the ceiling keel module and the ground keel module.

5. The assembly system according to claim 1, characterized in that: The internal corner module is set to be a concave 90-degree corner, and is provided with an upper internal corner, a internal corner column, and a lower internal corner; the left and right sides and the bottom of the upper internal corner are provided with corresponding plug-in grooves and / or protrusions connected to the top keel module and the internal corner column; the left and right sides and the top of the lower internal corner are provided with corresponding plug-in grooves and / or protrusions connected to the ground keel module and the internal corner column, and the internal corner column is plug-connected with the upper internal corner, the lower internal corner, and the wall modules on both sides; the internal corner module is installed at the concave corner of the wall by plug-in connection with the top keel module and the ground keel module.

6. The assembly system according to claim 5, characterized in that: The connection module adopts an I-steel structure and is fixedly connected to the original wall. The grooves on both sides of the wall module are inserted into both sides of the I-steel of the connection module.

7. The assembly system according to claim 6, characterized in that: The connection module is provided with a plurality of fine-tuning devices for adjusting the plane installation error of the wall module.

8. The assembly system according to claim 5, characterized in that: A plurality of fine-tuning devices for adjusting vertical installation errors on the ground keel modules are arranged below the ground keel modules.

9. The assembly system according to claim 7 or 8, characterized in that: The fine-tuning device may be a fine-tuning device with a screw-nut structure.

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