KR20200103339A - How to assemble brackets for interior panels - Google Patents

Abstract

The present invention relates to an interior panel mainly used to display articles indoors and an assembly structure to couple a metal fitting for display to the panel and, more specifically, to a bracket assembly method of a perforated interior panel which improves an assembly structure to hang a bracket to allow convenient construction with a wall. An objective of the present invention is to provide a bracket assembly method of a perforated interior panel, which directly attaches an interior panel to a construction surface in constructing a perforated interior panel to greatly increase construction convenience, and eliminates a runner to remove space between the construction surface and the panel to increase indoor space efficiency and realize a bracket assembly structure on the front surface of the panel to allow additional hole construction in accordance with a site construction purpose and allow concealed construction of a tacker pin or the like driven into the construction surface to obtain the best appearance of the surface of a display panel at all times. The bracket assembly method of a perforated interior panel comprises: a socket (34) of a cap shape; a socket cover (36) inserted and fixed in the socket to hang and fix various display member brackets; and a hook (38) inserted into the socket cover (36) to fix a bracket (1). The socket cover (36) has hook hanging units formed at intervals of 90 degrees to be coupled on at least four positions to eliminate directivity at a construction site to increase construction convenience.

Description

How to assemble brackets for interior panels}

The present invention relates to an interior panel mainly used to display items indoors, and an assembly structure for coupling a display bracket (hereinafter, collectively referred to as a bracket) to the panel, and in more detail, an assembly structure for hanging a bracket is provided. It relates to a bracket assembly structure of a perforated interior panel made to be improved and easily constructed with a wall.

In general, various interior panels are known and used in order to achieve indoor interiors while enabling diverse and creative displays.

In a variety of interiors, particularly in places where special attention is paid to the display of goods, such as stores selling goods, interior panels are mainly applied for the purpose of finishing walls and for displaying and displaying goods.

Among the interior panels, the panels that have been used for a long time are formed by digging a channel groove in the horizontal direction and spaced apart from the groove in the vertical direction to form a number of hooks or hangers separately configured in the channel groove to be fixed and fixed to the hook or hanger. It is known that the product is placed directly or the product is placed after the shelf is mounted.

In the case of an interior panel in which a plurality of transverse channel grooves are formed, various displays as shown in FIG. 1 are guaranteed.

For this purpose, since the gap between the channel grooves is uniformly formed during factory manufacturing, there are many channel grooves that are not used depending on the actual use of the site, so the eyes that should be paid attention to the exhibited product itself are dispersed by the exposed channel groove. As a result, the quality of the display is deteriorated and the decorative beauty is hindered.

Perforated interior panels that solve the above drawbacks have been devised and used.

As shown in FIG. 2, a so-called perforated interior panel was created by breaking away from the panel structure in which a plurality of channel grooves formed in the transverse direction were formed in the vertical direction of the panel, and drilling only the portion corresponding to the position where the bracket is to be fixed.

The perforated interior panel shown in FIG. 2 has an advantage in that the display quality increases because the exposed channel groove is excluded compared to the panel in the form of a lateral channel groove in FIG. 1.

Looking at the bracket assembly structure of the conventional perforated interior panel has the following disadvantages.

It looks at the bracket assembly structure of the conventional perforated interior panel shown in FIG. 3.

This is done by drilling a number of holes 12 in the interior panel 10, penetrating through the hole, forming a screw on the outer diameter, and inserting a socket 14 supported by a stepped end of the panel 10, and the nut 16 at the rear surface of the panel 10. ) Is locked and fixed, and a bracket (1) is inserted into the central through hole (18) of the socket (14) to be fixed.

The central through hole 18 of the socket 14 is provided with a protrusion protruding long in the through-hole axial direction, and the bracket 1 is rotated in a coupled state by forming a groove 1a in which the protrusion is embedded and engaged in a corresponding position. It is made to maintain the direction of the bracket by preventing it.

This interior panel 10 fixes the runner 2 to the construction surface (A: wall surface or construction auxiliary tree) and fixes the runner 2 at the corresponding position behind the panel 10 to attach the panel to the construction surface (A). It is constructed by hanging it on and fixing it.

The runner (2) is for fixing while forming a space between the construction surface (A) and the panel 10, and must be provided to accommodate and arrange structures such as a nut 16 for coupling the socket 14 to the space. do.

However, as described above, the bolt structure of the socket 14 and the rear space by the nut 16 coupled to the screw bolt are required to be large, so the construction must be spaced apart between the construction surface (A) and the panel (10). ) If the coupling is wrong, there is a problem that it is difficult to maintain the horizontality of the panel 10, so the construction is very difficult.

In addition, since the runner 2 has to be installed in at least four places, its precise construction is more difficult, and therefore, the difficulty is even greater when the panel standard is largely constructed.

A look at the prior art shown in FIG. 4.

This is similar to the bracket assembly structure of the conventional perforated interior panel described above, forming a plurality of holes 22 in the interior panel 20, through the socket 24 having a stepped one side through the hole, and plugged in the rear. As (26), a screw (26a) is fastened to fix the socket (24) by supporting it on the rear surface of the panel (20), and a bracket (1) is inserted into the through hole (28) of the socket (24) to be used.

Even in the case of the prior art having the above structure, the technical problems of the prior art shown in FIG. 3 are the same, and if the screw is loosened during use after construction, the socket may become loose, and this can be corrected by performing the joint construction at the rear of the panel. There is a disadvantage that it is impossible or that the calibration work is neglected because it has a large work requirement.

On the other hand, there is also known a pre-applied technology in which a bracket, which is a display member, can be inserted and used in a specific position of a panel, such as the flower transplant product display device on the wall of Korean Patent Registration No. 499790.

This is achieved by pressing and fixing a holder member having a structure in which a perforated hole is provided at a desired point of the interior panel as described above, and a bracket (display member) such as a hook or a hanger is attached or fixed to the hole. .

Also in the above seafarer's patent, when the interior panel is installed on-site, the combination structure between the holder member and the panel, and the holder member and the display member protrudes to the rear of the panel by a certain distance, so that the construction wall and the interior panel must be constructed with a gap. If the location is misaligned, the entire panel is twisted, which requires skill to increase the accuracy of the construction, making it difficult to construct, and the interior panel cannot be combined with takapin, etc., and if takapin is used, the construction is cumbersome because it damages the panel surface plastering.

These drawbacks increase as the panel grows larger, and in particular, there is a drawback in that it is difficult to display originality because it is impossible to process holes on the panel surface to meet construction site requirements.

The present invention conceived to solve the various problems of the prior art as described above has the following objects.

The present invention greatly increases the convenience of construction by attaching the interior panel directly to the construction surface in constructing a perforated interior panel, and increases the indoor space efficiency by eliminating the space between the construction surface and the panel by excluding a runner, and assembling the bracket on the front panel. Since the structure is realized, additional holes can be constructed according to the purpose of on-site construction, and the takapin embedded on the construction surface can be concealed, so that the display panel surface always provides the bracket assembly structure of the perforated interior panel to obtain the best beauty. will be.

The present invention made in order to realize the above object is composed of a cap-shaped socket, a socket cover for fitting and fixing various display member brackets, and a hook for fixing the bracket by being inserted into the socket cover. The cover is made to increase the convenience of construction by excluding orientation at the construction site by forming hook hooks at intervals of 90 degrees so that it can be combined in at least four places.

The present invention, as discussed in detail above, is a convenient construction without skewing the interior panel during construction by attaching the interior panel directly to the construction surface when constructing a perforated interior panel or excluding skilled construction to exclude such incorrect construction. It has the effect of increasing the efficiency of indoor space by eliminating the space between the construction surface and the panel by excluding runners.Since the bracket assembly structure is realized in the front of the panel, additional hall construction is possible according to the purpose of on-site construction, and the type desired by the constructor It is an invention that has several excellent effects, such as the ability to perforate, so that the original construction can be added at any time, and the takapin embedded in the construction surface can be concealed, so that the surface of the display panel can always obtain the best beauty.

1 is a front view showing the exterior of a conventional interior panel.
Figure 2 is a front view showing the exterior of a perforated interior panel to which the present invention is applied.
3 is a cross-sectional view showing a bracket assembly structure implemented in a conventional perforated interior panel.
Figure 4 is a cross-sectional state view showing another bracket assembly structure implemented in the conventional tee-gong type interior panel.
Figure 5 is an excerpt cross-sectional state diagram showing a conventional perforated interior panel construction state.
Figure 6 is an exploded perspective view showing a bracket assembly structural components of the present invention.
Figure 7 is a cross-sectional view of the combination of the components of Figure 6;
Figure 8 is an excerpt cross-sectional state diagram showing the construction state of the present invention.
Figures 9a, b, c is a schematic diagram illustrating a typical display accessories coupled to the present invention hook.

Hereinafter, the technical idea of the present invention will be described in detail with reference to the accompanying drawings.

6 to 8 show the present invention.

Bracket assembly structure of the perforated interior panel of the present invention is fixed by inserting a socket for bracket hanging on a part of the panel 30

In the bracket assembly structure of the interior panel in which a hole is formed, a socket is fixedly coupled to the hole to prevent separation, and an article is mounted and displayed by inserting the bracket into the socket, the panel is not penetrated from the surface of the panel 30. A hole 32 is formed, a plurality of wedges 341 are formed at equal intervals in the outer diameter, and a cylindrical socket 34 having a fastening groove 343 formed through a hole, and the socket 34 are fitted. It is fastened and is formed by punching from the outer flange into the coupling through hole 362 to form four slopes 363 for hook coupling at an equal angle of 90 degrees, and a mark line 367 for observing the position of the slope 363 from the outside is a flange part. A concave marking on the socket, formed by protruding a fastening protrusion 361 at a position corresponding to the fastening groove 343 of the socket, and protruding a click protrusion 365 engaged with the click groove at the entrance of the coupling through hole 362 And, a locking protrusion 382 supported by a gravity load on the slope of the socket cover 36 is protruded to one side of the flange 381, and a screw hole 383 penetrating the flange in the transverse direction is drilled. A click groove 385 is formed in the lower side opposite the locking protrusion 382 by concave formation.

As unexplained reference numerals, 40 denotes a taka pin, and 42 denotes a fastening bolt.

It will be described in more detail with respect to the operation of the present invention constituting the above-described configuration.

The bracket assembly structure of the perforated interior panel of the present invention is formed by partially concave processing the hole 32 on the surface of the interior panel 30. This hole can be made to a certain specification during the factory manufacturing process or can be constructed on site.

When the socket cover 36 is inserted into the opening of the socket 34 and press-fitted so that the fastening protrusion 361 and the fastening groove 343 are fastened, the socket and the socket cover are firmly pressed to prevent separation.

The prepared panel 30 is directly fixed to the construction surface (A) with a taka pin 40. At this time, the taka pin is constructed through a hole 32 so that the taka pin 40 is concealed when the socket 34 is embedded.

It can be seen that the work of fixing the panel 30 to the construction surface (A) is a simple operation that can prevent considerable convenience during construction and the harmful effects of incorrect construction.

When the panel is fixed, when the socket cover 36 assembly coupled with the socket 34 is pressed into the hole 32 of the panel, the socket is prevented from being separated by the wedge 341 and fixed more firmly. If desired, a conventional adhesive may be applied to the hole 32 and then inserted and fixed.

When pressing the socket and the socket cover assembly into the hole 32, in order to identify the direction in which the slope 363 for hanging the hook 38 is located, a mark line 367 is placed on the flange portion at each position corresponding to the slope. By observing the marking line 367 by marking the concave indentation, it is possible for the external contractor to accurately identify and construct the ground and any one of the four marking lines in a combined state so that it is positioned perpendicular to the ground.

When the socket 34 assembly is inserted into the hole 32 as described above, the flange portion of the socket cover 36 is in close contact with the surface of the panel 30 to generate a coupling force.

Thereafter, as shown in FIG. 9, the hook is coupled to the end of the conventional bracket 1 by using a tightening bolt 42 penetrating the screw hole 383 of the hook 38, and integrally coupled to the bracket 1 When the bracket 1 is rotated downward so that the locking protrusion 382 is caught on the surface of the slope 363 by tilting the locking protrusion 382 of the hook 38 and passing the coupling through hole 362 of the socket cover 36 The slope 363 and the locking protrusion 382 are firmly fixed.

At this time, the click groove 385 provided in the opposite direction of the locking protrusion 382 is inserted into the click protrusion 365 provided at a position corresponding to the entrance of the coupling through hole 362 to prevent shaking.

Here, the socket cover 36 and the socket 34 are separated from each other in order to achieve a structure that can be easily injection-molded by applying the structure of four coupling slopes 363 formed on the socket cover 36, and the slope ( The formation of 363) in 4 places at 90 degrees isometric was made to prevent construction inconvenience according to the direction at the construction site as much as possible, and construction was performed by looking at the mark line 367 at an angle within 90 degrees, but due to a small error, the hole 32 When inserted at an angle, if the bracket 1 to which the hook 38 is coupled is inserted and rotated with an external force, the socket 34 may be forcibly rotated to correct the twisted angle to achieve fixation.

30: interior panel 32: hall
34: socket 36: socket cover
38: hook

Claims (3)

A bracket assembly structure of an interior panel comprising a part of the panel 30 to form a hole for fitting and fixing a socket for bracket hanging, and fixing the socket in the hole to prevent separation, and inserting the bracket into the socket to mount and display articles In,
A cylindrical socket 34 in which a plurality of wedges 341 for preventing separation are formed in the outer diameter at equal intervals, and a fastening groove 343 is perforated,
The socket 34 is fitted and fastened, and the outer flange is drilled into the coupling through hole 362 to form a slope 363 for engaging by hooking a hook 38 on the inner side thereof, and at a position corresponding to the fastening groove 343 of the socket. A socket cover 36 formed by protruding a fastening protrusion 361 and formed by protruding a click protrusion 365 engaging a click groove at the entrance of the coupling through hole 362 and inserting the socket and the socket cover,
An engaging protrusion 382 supported by a gravity load on the slope 363 of the socket cover 36 protrudes from one side of the flange 381,
It is formed by perforating a screw hole 383 penetrating the flange in the transverse direction, but a click groove 385 is formed in the lower side opposite the locking protrusion 382 to form a recess and a hook 38 coupled to the end of the bracket (1). A bracket assembly structure of a perforated interior panel, characterized in that the socket 34 and the assembled socket cover 36 are fitted with a hook 38 to support the bracket for supporting the load. The perforated type according to claim 1, wherein the panel 30 forms a hole 32 that does not penetrate the panel from the surface, and is directly coupled to the construction surface with a taka pin through the hole and concealed with a socket. Interior panel bracket assembly structure. The method according to claim 1, wherein four slopes 363 provided on the socket cover 36 are formed at 90 degrees equal angle, and a display line 367 for observing the position of the slope 363 from the outside is provided at each position corresponding to the slope. Bracket assembly structure of a perforated interior panel, characterized in that formed by concave marking on the flange portion.

Images