KR200225503Y1 - Prefab frame for wall - Google Patents

Abstract

The present invention relates to a frame for partitions, and more particularly, partitions for partitioning interior spaces such as various offices into arbitrary detail spaces on the side or end of each component frame without the need for a separate coupling element such as screws. It is characterized by the assembling and disassembly of the convex and concave-type insertion protrusions and the projection insertion grooves. In addition, each frame has a structure suitable for each function depending on the location and use of the partition, and the inner wall for supporting the reinforcement and the inner frame for supporting force, and a structure in which a reinforcement such as a stud and / or a reinforcement may be inserted / assembled by each frame. In addition, the edge of the assembled frame is to increase the bonding force between the assembled frame and at the same time to hide the traces of construction, characterized in that the molding having a decorative function is combined.

Description

Prefab frame for wall {Prefab frame for wall}

The present invention relates to a frame for a partition, and more particularly, to a frame for a partition that is easy to assemble and dismantle and to reuse the dismantled material.

In general, various offices divide one large indoor space into several smaller spaces at the convenience of the user without harming the structure of the existing building, and the partitions for partitioning these spaces are fixed and fixed as installations, and It is divided and used for assembly.

Such a conventional partition is made of a panel member having a predetermined size in a rectangular plate shape using a plywood or a steel plate, and a metal material for fixing the panel members while assembling the panel members left / right. It consists of a frame. In addition, the panel member and the frame is fixed using a fixing bolt or various other fixing members, and a lower part of the frame is provided with a baseboard.

However, in the conventional configuration as described above, since the size of the panel member and the frame corresponding thereto is set in advance at the supplier, the user purchases and uses the one suitable for the size of the user, or separately according to the specification of the use space. There are various problems in use, such as the need to order.

In particular, in the conventional configuration, a large number of molds are required by manufacturing the panel member and the frame according to each specification, as well as a problem that the mold cost increases accordingly, as well as separate molding and painting on the joints of the wall and the partition. Additional processes such as the need to work and a large number of parts, such as workability and productivity is deteriorated.

In addition, since the panel member and the frame are formed of a standardized fixed frame, the bulky or heavy weight increases logistics costs due to transportation and storage, and is difficult to install due to the difficulty of installation. There is this.

Above all, in the conventional structure, the panel member and the frame are supplied in a predetermined state at the production site, so when the partition used is disassembled and installed in a different position, the height and width can be adjusted at the user's discretion. There is also a problem of poor compatibility and recyclability of the use.

In addition, the conventional partition is also causing a variety of problems in accordance with the after-care, such as difficult to replace only the failure part separately if a portion of the failure or breakage.

The present invention has been made to solve the conventional problems as described above, an object of the present invention is to provide a partition frame for simplifying the configuration of the partition frame to improve the productivity and the production cost.

Another object of the present invention is to provide a partition frame that simplifies the partition part and does not require a process such as molding and painting, which is additionally required when installing the partition.

Another object of the present invention is easy to assemble and dismantle, it is possible to disassemble the partition once used, and to re-install by adjusting / changing the height and width at different locations by the user arbitrarily. It is possible to replace and use separately, to provide a frame for partitions with good compatibility and recycling.

Figure 1a, 1b is an assembled cross-sectional view and separated cross-sectional view of the ceiling frame according to the present invention, respectively

Figure 1c is a cross-sectional perspective view showing the coupling of the frame and the molding according to the present invention

Figure 2a, Figure 2b is an assembled cross-sectional view and separated cross-sectional view of the floor frame according to the present invention, respectively

Figure 3a, Figure 3b is an assembled cross-sectional view and separated cross-sectional view of the vertical bar-shaped frame according to the present invention, respectively

Figure 4a, Figure 4b is an assembled cross-sectional view and separated cross-sectional view of the horizontal bar-shaped frame according to the present invention, respectively

Figure 5a, Figure 5b is an assembled cross-sectional view and a separate cross-sectional view of the door frame vertical bar frame according to the present invention, respectively

Figure 6a, Figure 6b is an assembled cross-sectional view and separated cross-sectional view of the ceiling door frame according to the present invention, respectively

Figure 7a, Figure 7b is an assembled cross-sectional view and a separate cross-sectional view of the wall moldings that can be attached to the existing installed wall according to the present invention, respectively

Figure 8a, Figure 8b is an assembled cross-sectional view and separated cross-sectional view of the baseboard type molding that can be attached to the existing installed wall according to the present invention, respectively

Explanation of symbols on the main parts of the drawings

1: insertion protrusion 2: protrusion insertion groove

15: inner wall 17: wall groove

35 stud fixing shaft 45 connecting steel plate

53: hinge guard 55: reinforcement

65: hanging jaw 100: ceiling molding

200: floor molding 300: exterior molding

In order to achieve the above object, the partition frame of the present invention is each sub-frame having a functional shape is combined / assembled by a circular concave-convex (구조), the structure of the molding is coupled to the edge of the assembled frame Has

The partition frame is composed of a plurality of sub-frames each of which is unevenly coupled to each other and a ceiling frame in contact with the ceiling of the room; A bottom frame in contact with the bottom surface; A plurality of vertical bar-type frames detachably coupled to the ceiling frame and the floor frame; A plurality of horizontal bar-type frames fitted to two frames of the plurality of vertical bar-shaped frames in a horizontal direction; A ceiling door frame frame installed in parallel with the ceiling frame in the vicinity of an indoor ceiling; A plurality of door frame vertical bar frames having one end detachably coupled to the floor frame and the other end detachably coupled to the ceiling door frame frame; It consists of a wall molding 70 and a mop for molding 80 composed of a first subframe coupled to the wall and a second subframe facing each other unevenly coupled to the first subframe.

Each frame constituting the present invention can also be made of synthetic resin, preferably made of solid and light aluminum.

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings.

1A and 1B are assembled cross-sectional views and separated cross-sectional views of the ceiling frame 10 according to the present invention, which includes a ceiling upper frame 11, a ceiling lower frame 13, and a ceiling molding 100. The ceiling upper frame 11 of the ceiling frame 10 is a part which is in contact with the ceiling or is inserted into the ceiling therein for preventing deformation of the ceiling frame and increasing coupling force between the ceiling / lower frames 11 and 13. The inner wall 15 is formed in the vertical direction. The ceiling lower frame 13 of the ceiling frame is formed with a wall groove 17 into which a glass plate or other wall can be fitted. At both edges of the ceiling / lower frames 11 and 13, the ceiling molding 100 has a role of supporting the ceiling and hides traces of construction and has a decorative function.

The above-described method of combining the frames with the molding is characterized in that the insertion protrusions 1 and / or the protrusion insertion grooves 2 are formed at the side or the end of each component frame, that is, partially enlarged in FIG. Consists of a concave-convex coupling element similar to the locking method of the lock, the insertion protrusion (1) and the projection insertion groove (2) preferably has a round shape to increase the coupling force between the two frames to be joined To facilitate assembly and disassembly. FIG. 1C shows an example of coupling the ceiling frame 10 coupled by the coupling method described above. The above coupling method is commonly applied in the coupling between the frames and the molding described below.

2A and 2B are assembled cross-sectional views and separated cross-sectional views of the floor frame 20 according to the present invention, which is composed of a bottom upper frame 21, a bottom bottom frame 23, and a bottom molding 200. The bottom upper frame 21 of the bottom frame 20 is formed with a wall groove 17 for fitting a glass plate or other wall therein and the wall of the bottom upper frame 21 to effectively support the load of the wall therein. An inner wall 15 protruding downward in a bidirectional diagonal from the bottom of the groove 17 is configured. The bottom lower frame 23 is a part in contact with the bottom end of the inner wall 15 of the bottom upper frame 21 is located at the corner formed by the inner bottom surface and the vertical surface. The side edges of the floor / lower frames 21 and 23 are assembled to hide the traces of the construction and have a function of decoration, and also to protect the walls during floor cleaning and to prevent stains caused by water cleaning. The bottom molding 200 is fitted.

3a and 3b is an assembled cross-sectional view and a separate cross-sectional view of the vertical bar-shaped frame 30 according to the present invention consists of a left (or right) frame 31, a right (or left) frame 33 and the external molding 300 It is. The left (or right) frame 31 and the right (or left) frame 33 are formed with a wall groove 17 for fitting a wall, such as glass, in the center thereof, and the left (or right) frame 31. ) And the outer molding 300 is assembled to both side edges on which the right (or left) frame 33 is assembled. The right (or left) frame 33 may not be assembled with the left (or right) frame 31 and may be used for joining to a wall such as a gypsum board. In this case, the right (or left) frame 33 may be used. The inside of the) increases the bonding force between the wall and the right (or left) frame 33 when the wall is inserted, such as gypsum board, and enhances the supporting force of the vertical frame 30, the ceiling frame 10 and The stud fixing shaft 35 for fixing the Hangul '??' shaped stud (not shown) made of metal such as steel for screw connection with the bottom frame 20 is configured.

In the coupling of the wall by the stud and the right (or left) frame 33, a plurality of penetrating walls and studs on both sides of the right (or left) frame 33 to which the exterior molding 300 is assembled After drilling the screw groove may be fixed with a screw to further increase the coupling force between the wall and the right (or left) frame (33).

4A and 4B are assembled cross-sectional views and separated cross-sectional views of the horizontal bar frame 40 according to the present invention, and the right (or left) frame 33 used in FIGS. 3A and 3B is used as a horizontal upper frame. In addition, the ceiling lower frame 13 used in FIG. 1b is used as a horizontal lower frame, and has an external molding 300 and a connecting steel plate 45 coupled thereto. On both ends of the right (or left) frame 33 used as the horizontal upper frame, a connecting iron plate 45 to be coupled to the vertical bar frame 30 is fixed to the steel plate fixing shaft 41. It is coupled to the vertical bar frame 30 as a coupling element, such as a bar, a screw.

5A and 5B are assembled cross-sectional views and separated cross-sectional views of the door frame vertical bar-shaped frame 50 according to the present invention, and are composed of the door frame vertical frame 51, the exterior molding 300, and the hinge guard jaw 53. The hinge guard jaw 53 is formed along the longitudinal direction of the door frame vertical frame 51, and prevents the penetration of wind or other foreign matter to the contact portion of the door frame and the door, and prevents the external operation of the hinge 57 It is a structure for doing so. The interior of the door frame vertical frame 51 may be inserted into the reinforcing bar 55 of a metal material such as steel for a firm coupling with the wall, the coupling element such as a screw through the inner space of the hinge protection jaw (53) As a result, the door frame vertical frame 51 and the reinforcing table 55 may be combined. In addition, in the coupling between the wall by the reinforcing table 55 and the door frame vertical frame 51, after drilling a plurality of screw grooves through the wall and the reinforcing table 55 on both sides of the outer molding 300 is assembled with screws Of course, the fixing force between the wall and the door frame vertical frame 51 may be further increased.

6A and 6B are assembled cross-sectional views and separated cross-sectional views of the ceiling door frame frame 60 according to the present invention, and include an upper door frame 61, a lower door frame 63, and a ceiling molding 100. The upper frame 61 of the door frame is a portion joined to the ceiling, the inner wall 15 for preventing deformation of the door frame frame 60 and increasing the coupling force between the upper / lower frame 61, 63 of the door frame in the vertical direction Formed. In addition, the door frame lower frame 63 is formed with a locking jaw 65 to fix the position of the door when the door is closed, the wall space 67 is formed so that the wall can be inserted. Both sides of the door frame / lower frames 61 and 63 are assembled with the ceiling molding 100 having a function of supporting the ceiling and hiding a trace of construction and having a decorative function.

7A and 7B are assembled cross-sectional views and separated cross-sectional views of the wall molding 70 according to the present invention, which can be attached to a wall that is already installed, and used in the ceiling molding 100 of FIGS. 1 and 6. ) As it is, and assembled with the wall molding attachment portion 75 which is fixed to the wall by a coupling element such as a screw and / or adhesive to the existing wall.

8A and 8B are assembled cross-sectional views and separated cross-sectional views of the mop-type molding 80 according to the present invention, which can be used by being attached to a wall that is already installed, and the floor molding 200 used in FIG. 2. It is assembled with a mop-type molding attachment portion 85 that is fixed to the wall by a coupling element such as screws and / or adhesive to the existing wall.

Each molding described above may use a free space therein, and may pass various wires such as electric wires or communication lines into the internal space of the molding, and an outlet or a switch may be installed outside the molding. .

In addition, each frame described in the embodiments of the present invention can be variously modified and assembled according to its use and application within the scope without departing from the spirit of the present invention, the molding coupled to each of the frame is of It may have various shapes and / or sizes depending on the usage and location of the combined frame or user's preference. For example, various applications such as moldings having a curved or triangular shape are possible. .

As described above, the present invention simplifies many parts required for the existing partition assembly, thereby reducing the process of molding and painting, and thus reducing the manpower and manufacturing cost.

In addition, there is a reduction in logistics costs due to storage and transportation by reducing parts and simplifying the structure.Easy to assemble and dismantle. There is an advantage that can be reinstalled.

In addition, in the structure of the partition frame of the present invention, when a part thereof is broken or broken, only the defective part can be replaced and used, and thus there is an advantage of good compatibility and recyclability of post-management.

Claims (2)

In the frame for the indoor partition to partition the space of the room, A ceiling frame 10 in contact with the ceiling of the room; A bottom frame 20 in contact with the bottom surface; A plurality of vertical bar frames 30 detachably coupled to the ceiling frame 10 and the floor frame 20; A plurality of horizontal bar-type frame 40 which is fitted to the two of the plurality of vertical bar-shaped frame 30 in the horizontal direction, respectively. It contains, Each frame is a partition frame composed of a plurality of subframes each of which is unevenly coupled to each other The method according to claim 1, A ceiling door frame frame (60) installed in parallel with the ceiling frame (10) in the interior ceiling area; One end is detachably coupled to the bottom frame 20, the other end is a plurality of door frame vertical bar type frame 50 is detachably coupled to the ceiling door frame 60 Contains more, The ceiling door frame frame 60 and the door frame vertical bar frame 50 are partition frames each consisting of a plurality of subframes that are unevenly coupled to each other.