KR102498775B1 - Structure for finising with panel - Google Patents

Abstract

A panel closing structure according to the present invention is a rectangular panel, which has a side wall formed by bending four edges, and a closing panel in which a fixing hole is formed on the side wall; and a panel fixing bracket, wherein the panel fixing bracket includes: a base plate; and a vertical support formed on the base plate and assembled in a concave-convex structure with the sidewall of the finishing panel so that the sidewall of the finishing panel is hooked and fixed when the finishing panel is assembled, wherein the vertical support is attached to the base plate. It is an erect structure, and fixing protrusions are formed on both inner sides of the assembly gap so that the side wall of the finishing panel is inserted into the fixing hole of the side wall when the side wall of the finishing panel is fitted into the assembly gap between the two as a set. In order to guide the fitting and assembly of the sidewalls of the finishing panel into the assembly gap, the inner side surfaces of the assembly gap are inclined so that the ends are away from each other toward the entrance of the assembly gap, and four sets of vertical supports are provided on the base plate. , Two sets are arranged to face each other in one direction and the other two sets are arranged to face each other in a direction perpendicular to the one direction, and the vertical support has a plate-shaped structure erected vertically on the base plate, and two sets are one As a set, the sides are arranged to face each other, the width of the front and rear surfaces is wider than the width of the side surfaces, and the fixing hole forms a structure extending in the longitudinal direction of the side wall.

Description

Panel finishing structure {STRUCTURE FOR FINISING WITH PANEL}

The present invention relates to a panel fixing bracket and a panel closing structure including the same, to a panel fixing bracket in which a finishing panel for finishing a building is installed, and a panel closing structure including the same.

In general, a finishing panel is used as a means to enhance the interior of a structure such as various buildings and perform various functions. After the structure is completed, the finishing panel is installed and fixed.

However, in implementing the panel closing structure as a whole by installing such a finishing panel on a building, the installation of the finishing panel takes a long time and the labor load is large, and furthermore, when replacing the finishing panel later, the replacement work is complicated. There is a limit that takes a lot of time and labor load.

Republic of Korea Patent Publication No. 10-2020-0045763

The present invention has been devised to solve the above problems, and an object of the present invention is to provide a simple yet easy panel fixing bracket and a panel closing structure including the same for implementing a panel closing structure.

In order to achieve the above object, the panel closing structure according to the present invention is a rectangular panel, which has a side wall formed by bending four edges, and a closing panel in which a fixing hole is formed on the side wall; and a panel fixing bracket, wherein the panel fixing bracket includes: a base plate; and a vertical support formed on the base plate and assembled in a concave-convex structure with the sidewall of the finishing panel so that the sidewall of the finishing panel is hooked and fixed when the finishing panel is assembled, wherein the vertical support is attached to the base plate. It is an erect structure, and fixing protrusions are formed on both inner sides of the assembly gap so that the side walls of the finishing panel are inserted into the fixing holes of the side walls when the side walls of the finishing panel are fitted into the assembly gap between the two as a set. In order to guide the fitting and assembly of the sidewalls of the finishing panel into the assembly gap, the inner side surfaces of the assembly gap are inclined so that the ends are away from each other toward the entrance of the assembly gap, and four sets of vertical supports are provided on the base plate. , Two sets are arranged to face each other in one direction and the other two sets are arranged to face each other in a direction perpendicular to the one direction, and the vertical support has a plate-shaped structure erected vertically on the base plate, and two sets are one As a set, the sides are arranged to face each other, the width of the front and rear surfaces is wider than the width of the side surfaces, and the fixing hole forms a structure extending in the longitudinal direction of the side wall.

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In addition, the assembling gap may be configured to have a large space in which the side walls of the two finishing panels are fitted and assembled, or may be configured to have a small space in which only the side walls of one of the finishing panels are fitted and assembled.

In addition, the vertical support is an integral structure with the base plate, and may be formed by laser cutting a portion of a boundary between the base plate and the base plate in a plate-shaped base material including the base plate and the vertical support, and then bending the base plate.

In addition, the base plate is a rectangular plate material, and a fastening hole into which a fastening member is inserted is formed at each corner so as to be coupled to another member. A structure extending in a vertical direction may be formed, and a structure extending in a direction parallel to other fastening holes located in a diagonal direction may be formed.

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In the panel closing structure according to the present invention, when the finishing panel is assembled to the panel fixing bracket, the vertical support to which the side wall of the finishing panel is hooked is configured in the panel fixing bracket, so that the finish panel can be firmly installed and fixed to the panel fixing bracket.

Specifically, in the present invention, a fixing hole is formed on the side wall of the finishing panel, and fixing protrusions are formed on both sides of the inner side of the assembly gap between the two vertical supports as a set, so that the side wall of the finishing panel is fitted into the assembly gap to form a fixing protrusion when assembled. As the is inserted and fixed into the fixing hole, the finishing panel can be installed and fixed to the panel fixing bracket smoothly and easily, as well as firmly and stably.

In addition, when the side walls of the two finishing panels are fitted and assembled in the assembly gap, the present invention adopts an arrangement structure in which the side walls of the two finishing panels are in contact, so that no joint is required between the two adjacent finishing panels, that is, an open joint is formed Accordingly, by eliminating the work time and workload required for each of the joint formation work for forming the joint and the joint replacement work for replacing the joint in the prior art, the installation and management of the panel closing structure can be efficiently and cost-effectively reduced. there is.

Furthermore, according to the present invention, since the panel fixing bracket is made of one piece, that is, an integral structure, through a manufacturing process by bending after laser cutting of the base material, a complicated manufacturing process is not required and a plurality of materials or parts are not required. , In terms of productivity, cost, time and workload can be reduced, and high durability can be achieved as it is an integral structure without a separate connection or assembly process.

1 is a front view showing that a finishing panel is installed and fixed to a frame according to the prior art.
FIG. 2 is a cross-sectional view taken along line II′ of FIG. 1 .
3 is a front view showing a panel closing structure in which a closing panel is installed and fixed to a panel fixing bracket according to the present invention.
Figure 4 is a perspective view showing the panel fixing bracket of Figure 3;
5 and 6 are perspective views showing that the finishing panel is installed and fixed to the panel fixing bracket of FIG. 4 .
It is an enlarged view showing that the sidewall of the finishing panel is fitted into the panel fixing bracket of FIG. 7 and assembled.
8 is a view showing perforated lines in a base material to make the panel fixing bracket of FIG. 4 integrally.

Hereinafter, preferred embodiments will be described in detail so that those skilled in the art can easily practice the present invention with reference to the accompanying drawings. However, in describing a preferred embodiment of the present invention in detail, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description will be omitted. In addition, the same reference numerals are used throughout the drawings for parts having similar functions and actions. In addition, in this specification, terms such as 'upper', 'upper', 'upper surface', 'lower', 'lower', 'lower surface', and 'side surface' are based on the drawings, and are actually elements or components may vary depending on the direction in which is placed.

In addition, throughout the specification, when a part is said to be 'connected' to another part, this is not only the case where it is 'directly connected', but also the case where it is 'indirectly connected' with another element in between. include In addition, 'including' a certain component means that other components may be further included, rather than excluding other components unless otherwise stated.

1 is a front view showing that a finishing panel is installed and fixed to a frame according to the prior art, and FIG. 2 is a cross-sectional view taken along line II' of FIG. 1 .

Referring to the drawings, the prior art finishing panel 2 is provided with a side wall 2a erected on a rim, and a flange 2b bent and extended is formed at an end of the side wall 2a.

The finishing panel 2 is installed and fixed to the frame 1 with a fixing piece 3, and a frame hole is formed in the frame 1 and a flange hole is formed in the flange 2b so that the fixing piece 3 is inserted.

The frame hole of the frame 1 and the flange hole of the flange 2b correspond to each other, in a state where the flange 2b is interviewed on the frame 1, the fixing piece 3 is inserted into the frame hole of the frame 1 And by inserting into the flange hole of the flange (2b), the finishing panel (2) is installed and fixed to the frame (1).

A plurality of such finishing panels 2 are installed on the frame 1 so that a plurality of them are sequentially arranged. In order to minimize the thickness of the joint 9 installed between the two finishing panels 2, the flange 2b It is necessary to reduce the width size as much as possible, and the flange 2b is formed with the minimum width size as the finishing panel 2 must also be installed and fixed to the frame 1 with the fixing piece 3.

Accordingly, the flange 2b is formed with a width of about 6 mm. As the head width of the fixing piece 3 used in the actual field is about 8 mm, when the two closing panels 2 are placed in succession to each other, the fixing piece ( As the heads of 3) interfere with each other and the fixing piece (3) is obliquely driven, the fixing is not completely performed, and the finishing panel (2) is damaged. Furthermore, when replacing the finishing panel (2) later, the fixing piece (3 ) There is a problem that it is not easy to remove.

In addition, when the finishing panels (2) are adjacent to each other, a large space (gap) is formed between the surfaces of the flat structure due to the flange (2b) of the finishing panel (2), so that the joint (4) is formed to fill this large space installed

In order to form such a joint 4, the backup material 4a is first filled in the gap and then caulking is performed with a silicone 4b, which takes time and work load in the joint 4 installation work. Furthermore, when replacing the finishing panel (2), the caulked silicone is removed, the backup material (4) is also removed, and the fixing piece (3) must be removed one by one, which is quite inefficient, and in addition, these joints (4 ) There is a problem that other adjacent finishing panels 2 may be damaged during the removal operation.

The present invention is configured to overcome the above problems, which will be described with reference to FIGS. 3 to 7 .

3 is a front view showing a panel closing structure in which a finishing panel is installed and fixed to a panel fixing bracket according to the present invention, and FIG. 4 is a perspective view showing the panel fixing bracket of FIG. 3 .

In addition, FIGS. 5 and 6 are perspective views showing that the finishing panel is installed and fixed to the panel fixing bracket of FIG. 4 , and is an enlarged view showing that the sidewall of the finishing panel is fitted and assembled to the panel fixing bracket of FIG. 7 .

Referring to the drawings, the panel closing structure according to the present invention includes a closing panel 100 and a panel fixing bracket 200.

The finishing panel 100 is a panel used to decorate, that is, to finish, the interior or exterior of a building. This finishing panel 100 has a rectangular structure and has a side wall 110 formed by bending four edges. ) has

That is, the finishing panel 100 takes a flat panel structure and has a rectangular structure as a whole, and all four edges are bent to the same side to form a side wall 110 that is vertically and briefly extended.

In addition, a fixing hole 110a is formed in the side wall 110, and this fixing hole 110a is a part into which the fixing protrusion 222 of the panel fixing bracket 200 to be described later is inserted, and a detailed description thereof will be described later. do it with

Meanwhile, the panel fixing bracket 200 includes a base plate 210 and a vertical support 220 .

Here, the base plate 210 is a rectangular plate material, and a fastening hole 210a into which the fastening member B is inserted is formed at each corner part 100a so as to be coupled to another member.

At this time, the fastening hole 210a forms a structure extending in one direction, and forms a structure extending in a direction perpendicular to each other with another adjacent fastening hole 210a, and extends in a direction parallel to the other fastening hole 210a located in a diagonal direction. An elongated structure can be achieved.

That is, the fastening hole 210a forms a structure that extends in one direction along the outer surface of the base plate 210 rather than the through-direction. As an example, when the structure extends in the horizontal direction, another adjacent fastening hole 210a ) The fastening holes 210a disposed on the horizontal and vertical sides may form a structure extending in the vertical direction as a vertical direction, and the other fastening holes 210a located in the diagonal direction extend in the horizontal direction as parallel directions. structure can be achieved.

Such fastening holes 210a should be formed so that their positions correspond to the frame holes of the frame 1. In the process of manufacturing the panel fixing bracket 200, a positional error of the fastening holes 210a may occur or the frame ( Since positional errors of the frame holes may occur in the process of manufacturing 1), such positional errors of the fastening holes 210a or frame holes when interviewing the frame 1 in order for the base plate 210 to be installed and fixed to the frame 1 As the Edo bay plate can move up, down, left and right little by little, the fastening member (B) can be sequentially inserted into the fastening hole 210a of the base plate 210 and the frame hole of the frame 1, so that the base plate 210 ) can be firmly installed and fixed to the frame (1).

On the other hand, the vertical support 220 is formed on the base plate 210, the side wall 110 of the closing panel 100 so that the side wall 110 of the closing panel 100 is fixed when the closing panel 100 is assembled. And it can take a structure assembled into a concave-convex structure.

Specifically, the vertical support 220 is a structure built on the base plate 210, and the sidewall 110 of the closing panel 100 is fitted and assembled in the assembly gap (G) between the two as a set. Fixing protrusions 222 may be formed on both inner side surfaces 221 of the assembly gap G to be inserted into the fixing holes 110a of the side walls 110.

Two of the vertical supports 220 are disposed so that the side surfaces 221 face each other. As the side wall 110 of the closing panel 100 is inserted into the space between the two side surfaces 221 and assembled, the two side surfaces 221 ) The space between them is referred to as an assembly gap (G).

The side surfaces 221 facing each other of the vertical support 220 are inner side surfaces 221 of the assembly gap G, and fixing protrusions 222 are formed on both inner side surfaces 221 of the assembly gap G. , This fixing protrusion 222 is inserted into the fixing hole 110a formed in the side wall 110 when the side wall 110 of the finishing panel 100 is fitted into the assembly gap G, so that the side wall 110 is a fixing protrusion ( 222), the finishing panel 100 can be firmly fixed to the assembly gap G.

At this time, the fixing hole 110a of the closing panel 100 may take a structure extending in the longitudinal direction of the side wall 110, and a positional error of the fixing hole 110a may occur when the finishing panel 100 is manufactured. Therefore, when the side wall 110 of the finishing panel 100 is fitted into the assembly gap G, even in the position error of the fixing hole 110a where the fixing protrusion 222 is not located at the center of the fixing hole 110a, the fixing is fixed. Due to the elongated structure of the hole 110a, the fixing protrusion 222 may be inserted into a non-center portion of the fixing hole 110a to be engaged with the fixing hole 110a.

For reference, the two vertical supports 220 are arranged so that the side surfaces 221 face each other. At this time, the vertical support 220 has a structure in which the width of the side 221 is narrow and the width of the front and rear surfaces is wide, and is attached to the wall of the building. When the load is applied to the side surface 221 of the vertical support 220 by the weight of the finished panel 100 to be placed, the wide structure of the vertical support 220, which is a structure with high bearing capacity (a structure arranged long in the longitudinal direction) ) Due to this, it is possible to firmly and safely support the finishing panel 100.

Furthermore, to guide fitting and assembly of the sidewalls 110 of the closing panel 100 in the assembly gap G, both sides of the inside of the assembly gap G have the ends 221a toward the inlet side of the assembly gap G. It may take a structure that is inclined to be further away from each other.

That is, the end portion 221a of the inner side surfaces 221 of the assembly gap G is opposite to the side of the base plate 210, and the entrance of the assembly gap G into which the side wall 110 of the finishing panel 100 is introduced. As it goes to the side, it has a structure that is inclined as a structure that is separated from each other, that is, it may have a structure in which the separation space of the assembly gap (G) expands toward the inlet side of the assembly gap (G).

Accordingly, when the side wall 110 of the finishing panel 100 is fitted into the assembly gap G, the lower end of the side wall 110 of the finishing panel 100 is the inclined end of each side surface 221 inside the assembly gap G. As it is fitted into the assembly gap (G) while sliding along 221a), fitting into the assembly gap (G) can be performed smoothly and easily.

Meanwhile, four sets of vertical supports 220 may be provided on the base plate 210 .

Specifically, two sets of vertical supports 220 may be arranged to face each other in one direction and the other two sets to face each other in a direction perpendicular to the one direction.

That is, one set of vertical supports 220 may be disposed in close proximity to each of the four side surfaces of the rectangular base plate 210. Accordingly, the four sets of vertical supports 220 face each other in two sets. It is possible to take an arrangement structure in which these vertically intersect each other.

With this arrangement structure, four sets of vertical supports 220 are provided on the base plate 210, so that the side walls 110 of the corner portion 100a of the finishing panel 100 are respectively attached to one set of vertical supports 220. As the assembly is fitted, the corner portion 100a of the closing panel 100 may be engaged and fixed to the two sets of vertical supports 220 .

Accordingly, a total of four finishing panels 100 may be installed and fixed to one panel fixing bracket 200, and in addition, a number of finishing panels 100 smaller than four may also be installed and fixed. am.

Furthermore, sidewalls 110 of other parts other than the sidewalls 110 of the corner portions 100a of the finishing panel 100 may also be fitted into the panel fixing bracket 200, and at this time, the sidewalls 110 of the part to be fitted Of course, it has a structure in which the fixing hole 110a is formed.

In addition, the assembly gap (G) between the two vertical supports 220 is configured to have a large space in which the side walls 110 of the two closing panels 100 are fitted and assembled, or the side walls of one closing panel 100 Only (110) can be configured to have a small space to be fitted.

That is, the side walls 221 of the two vertical supports 220 forming the assembly gap G are formed to have a relatively large separation distance (large space) so that the side walls 110 of the two finishing panels 100 are fitted. Alternatively, one side wall 110 of one closing panel 100 may be formed to have a relatively small separation distance (small space) to be fitted.

In this way, the four sets of vertical supports 220 provided on the base plate 210 may be manufactured such that the assembly gap G formed in each set has a large space or a small space.

Accordingly, as an example, when the corner portions 100a of the two finishing panels 100 are installed and fixed to one panel fixing bracket 200, a set of vertical supports 220 in which the two side walls 110 are fitted and assembled. The assembly gap (G) of ) has a large space, and the assembly gap (G) of the two sets of vertical supports 220 in which one side wall 110 is fitted and assembled is selected by the panel fixing bracket 200 having a small space can be utilized

Furthermore, as described above, when the side walls 110 of the two closing panels 100 are fitted and assembled in the assembly gap G, the two closing panels 100 take the arrangement structure in which the side walls 110 come into contact with each other. , In the panel closing structure of the present invention, between two adjacent closing panels 100, no joint is required, that is, an open joint may be formed.

On the other hand, the above-described panel fixing bracket 200 takes a structure manufactured integrally by the base material (M) shown in FIG.

8 is a view showing perforated lines in the base material (M) to make the panel fixing bracket of FIG. 4 integrally. (For reference, reference numerals corresponding to components of the panel fixing bracket are indicated in the base material (M) of FIG. 8)

The vertical support 220 is an integral structure with the base plate 210, and a portion of the boundary between the base plate 210 and the base plate 210 in the plate-shaped base material M including the base plate 210 and the vertical support 220 is laser After being cut, it can be formed by bending.

Specifically, after preparing a base material (M) having a size corresponding to the panel fixing bracket 200, a perforation line (C) is marked on the base material (M) as shown in FIG. 8, and then along the perforation line (C). cut with a laser

Subsequently, the part filled in the fastening hole 210a from the base material M is removed and removed, and the part filled in the assembly gap G between the two vertical supports 220 is also removed and removed.

Finally, by pushing the vertical support 220 with a bending device and bending it at about 90 degrees, the vertical support 220 bends and extends from the base plate 210 to form a standing structure. That is, when a part of the boundary between the base plate 210 and the base plate 210 is laser cut in the plate-like base material M including the base plate 210 and the vertical support 220, the rest of the boundary region that is not cut is the base plate ( 210) and the bent portion of the vertical support 220.

As a result, in the panel closing structure according to the present invention, when the finishing panel 100 is assembled to the panel fixing bracket 200, the vertical support 220 to which the sidewall 110 of the finishing panel 100 is hooked and fixed is the panel fixing bracket ( 200), the finishing panel 100 can be firmly installed and fixed to the panel fixing bracket 200.

Specifically, in the present invention, the fixing hole 110a is configured in the side wall 110 of the finishing panel 100, and the inner side surfaces 221 of the assembly gap G between the two vertical supports 220 are fixed as a set. By configuring the protrusion 222, when the side wall 110 of the finishing panel 100 is fitted into the assembly gap G, the fixing protrusion 222 is inserted and fixed into the fixing hole 110a, so that the panel fixing bracket 200 ) The finishing panel 100 can be installed and fixed smoothly and easily, as well as firmly and stably.

In addition, when the side walls 110 of the two closing panels 100 are fitted into the assembly gap G, the present invention adopts an arrangement structure in which the side walls 110 of the two closing panels 100 come into contact with each other, Between the two closing panels 100, no joint is required, that is, as an open joint is formed, the work time and workload required for each of the joint forming operation for forming the joint and the joint replacement operation for replacing the joint in the prior art By removing it, the installation and management of the panel closing structure can be performed efficiently and cost can be reduced.

Furthermore, in the present invention, the panel fixing bracket 200 is made of one piece, that is, an integral structure, through a manufacturing process by bending after laser cutting of the base material M, so that a complicated manufacturing process is not required and a plurality of materials or As there is no need for parts, cost, time and work load can be lowered in terms of productivity, and high durability can be provided due to the integral structure without a separate connection or assembly process.

Although the embodiments of the present invention have been described with reference to the accompanying drawings, those skilled in the art to which the present invention pertains will realize that the present invention can be implemented in other specific forms without changing the technical spirit or essential features. You will understand. Therefore, it should be understood that the embodiments described above are illustrative in all respects and not restrictive.

1: frame 100: finishing panel
200a: corner part 110: side wall
110a: fixing hole 200: panel fixing bracket
210: base plate 210a: fastening hole
B: fastening member 220: vertical support
221: (vertical support) side 221a: (vertical support) end
222: fixed protrusion G: assembly gap
M: base material C: perforation

Claims (9)

A square-shaped panel, which has a side wall formed by bending four edges, and a closing panel in which a fixing hole is formed on the side wall; and
Including; panel fixing bracket;
The panel fixing bracket,
base plate; and
A vertical support formed on the base plate and assembled in a concave-convex structure with the sidewall of the finishing panel so that the sidewall of the finishing panel is hooked and fixed when the finishing panel is assembled,
The vertical support,
It is a structure built on the base plate, and when the side wall of the finishing panel is fitted into the assembly gap between the two as a set, fixing protrusions are provided on both inner sides of the assembly gap to be inserted into the fixing holes of the side wall. is formed,
In order to guide the fitting and assembly of the sidewalls of the finishing panel into the assembly gap, the inner side surfaces of the assembly gap are inclined so that the ends are farther from each other toward the inlet side of the assembly gap,
Four sets of vertical supports are provided on the base plate,
Two sets are arranged to face each other in one direction and the other two sets are arranged to face each other in a direction perpendicular to the one direction,
The vertical supports are plate-shaped and have a structure erected vertically on the base plate, two of which are arranged so that their sides face each other as a set, and the width of the front and rear surfaces is wider than the width of the side surfaces,
The fixing hole is a panel closing structure, characterized in that forming a structure extending in the longitudinal direction of the side wall.
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The assembly gap is a panel closing structure, characterized in that configured to have a large space in which the side walls of the two finishing panels are fitted and assembled, or configured to have a small space in which only the side walls of one of the finishing panels are fitted and assembled.
According to claim 1,
The vertical support is an integral structure with the base plate, panel closing structure, characterized in that formed by bending after laser cutting some of the boundary between the base plate and the base plate in the plate-shaped base material including the vertical support.
According to claim 1,
The base plate is a rectangular plate member, and a fastening hole into which a fastening member is inserted is formed at each corner so as to be coupled to another member,
The fastening hole forms a structure extending in one direction, forms a structure extending in a mutually perpendicular direction with other adjacent fastening holes, and forms a structure extending in a direction parallel to other fastening holes located in diagonal directions. Characterized in that panel closing structure.
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