KR20040075176A - A subframe for assambling the inner-outer panel and panel system - Google Patents

Abstract

PURPOSE: A panel system is provided to assemble a panel member to a wall of a building simply, to extend the life of a building by improving durability of a panel member, to improve waterproofing efficiency by finishing up a space between panel members using the same materials as a panel member, and to improve the appearance of a building. CONSTITUTION: The panel system assembles a panel member(P) used for interior and exterior members of a building to a wall(B) of a building and comprises the steps of preparing a finishing panel(30) having the same quality as the outside of the panel member(P), assembling one end of the finishing panel(30) to one of panel members(P) by a fastener(16a), fixing the other end of the finishing panel(30) to another panel member(P) and placing in a space(G) between panel members(P) to finish up with the same quality and color as the panel member(P).

Description

Subframe and panel system for interior and exterior panel assembly {A SUBFRAME FOR ASSAMBLING THE INNER-OUTER PANEL AND PANEL SYSTEM}

The present invention relates to a subframe and a panel system used for assembling interior and exterior panels, and more particularly, a construction for easily assembling a panel member to a building wall part, and improving durability of the panel member to extend the service life of the building. And it relates to a subframe and panel system for interior and exterior panel assembly that can close the gap formed between the adjacent panel member with the same material as the panel member to improve the waterproof performance, and to make the appearance of the building beautiful.

In general, in the construction of a large building, it is common to use a prefabricated construction method, and such a construction method first establishes a frame of the building, and then installs a slab on each floor of the building and retains walls. It was done by pouring.

Recently, natural stone or artificial stone such as marble is attached to the roof or outer wall of the building, which is built as above, to make the exterior of the building beautiful and at the same time, it can effectively protect the building from the external environment such as rain and rain. Exterior construction methods to have an effect are widely used.

As a method of interior and exterior construction, a method of attaching a panel member such as a stone or a metal panel to the interior and exterior walls of a building to beautify the appearance is widely known, and to close the gap between the panels attached to the exterior wall of a building In case of coking finishing treatment with finishing materials such as silicon, etc. between panels, the coking finishing process is very inconvenient, and it is difficult to caulk work. Severely polluted, there was a problem that the finishing material melts and flows out to harm the exterior of the building.

Accordingly, in recent years, open joint panels that open the panels between the outside and inside of the panel without coking finishing treatment and also prevent contamination of the caulking have been widely used.

Figure 1 (a) (b) is a cross-sectional view and a longitudinal cross-sectional view of a general open joint type panel assembly structure, as shown, the support bracket 110 is provided with one end of the anchor bolt 112 fixed to the building wall (B) ), A steel pipe 120 fixed as a fastening member 122 between the pair of brackets 110, and a frame bracket having a cross-section 'c' which is installed as a screw member 132 on the front surface of the steel pipe 120. 130 and the panel frame 145 mounted as a rivet 146 on the rear and side borders are assembled to the front end of the frame bracket 130 by the first and second screw members 141 and 142 through the building wall. It consists of a panel member 140 constituting.

However, in the conventional open joint type panel assembly structure, since rainwater is introduced into the interior through a gap G formed between adjacent panel members 140 in rainy weather, the panel member 140 and the building are formed by rainwater introduced in rainy weather. Damage to the components provided between the wall portion (B), damage to the material structure by welding or pressurization, thereby lowering the durability, thereby reducing the service life of the panel member (140).

In addition, when a separate drainage frame is installed in order to block rainwater flowing in through the gap G formed between the adjacent panel members 140, the gap between the panel member 140 and the building wall portion B is wide. There was also a problem of reducing the effective area of the building.

In addition, the frame bracket 130 made of a material different from the panel member 140 is exposed through the gap G so that uniformity of the exterior of the building is lost, thereby reducing the aesthetics of the building.

Therefore, the present invention has been proposed to solve the conventional problems as described above, the object of which is easy to assemble the panel member to the building wall, the durability of the panel member can be improved to extend the service life of the building. To provide a subframe for interior and exterior panel assembly.

Another object of the present invention is to finish the gap formed between the adjacent panel member with the same material as the panel member to block the inflow of rain in rainy weather to improve the waterproof performance, and to enhance the appearance of the building panel system To provide.

Figure 1 (a) (b) is a cross-sectional view and a longitudinal cross-sectional view of a general open joint type panel assembly structure,

2 is a cross-sectional view of a subframe for interior and exterior panel assembly according to the present invention;

3 is an assembly view showing a state in which the interior and exterior panel assembly subframe and interior and exterior panels assembled according to the present invention,

Figure 4 (a) (b) is a working state of assembling the horizontal, vertical member of the interior and exterior panel assembly subframe according to the present invention,

5 is a cross-sectional view showing the main part of a panel system according to the present invention;

6 is a longitudinal sectional view showing a main part of a panel system according to the present invention;

Explanation of symbols on the main parts of the drawings

1 ...... Panel System 10 ..... Subframe

11 ..... Horizontal member 12 ..... Vertical member

13 ..... End Connections 15 ..... Panel Insertion Grooves

16 ..... engaging jaw 17 ..... gasket insertion groove

30 ..... Finish panel 35 ..... Gasket

40 ..... Waterproof part 41 ..... Plated steel sheet

42 ..... Waterproof Sheet 91 ..... Vertical Material

92 ..... Horizontal material P ...... Panel member

As a technical configuration for achieving the above object, the present invention,

In the sub-frame for fixing the panel member used for the interior and exterior of the building to the building wall,

And a plurality of horizontal members and vertical members fixed to an inner width side and a length side of the panel member, and ends of each horizontal member are fitted into one end of a connector disposed at each corner of the panel member, and each of the vertical members Ends of the member are fitted to the other end of the connector is coupled to each other by providing a subframe for interior and exterior panel assembly.

In addition, the present invention

In the panel system for assembling the panel member used for the interior and exterior of the building to the building wall,

And a finishing panel having the same texture as the outer surface of the panel member, and one end of the finishing panel is assembled as a fastening member to any one of the panel members, and the other end is fixed to another adjacent panel member between adjacent panel members. By being disposed at intervals of the panel member by the same texture and color to finish the panel system characterized in that the finish.

Hereinafter, the present invention will be described in more detail.

Figure 2 is a cross-sectional view of the interior and exterior panel assembly subframe according to the present invention, Figure 3 is an assembly view showing a state in which the interior and exterior panel assembly subframe and the interior and exterior panels according to the present invention, Figure 4 ( a) (b) is a working state diagram of assembling the horizontal and vertical members of the interior and exterior panel assembly subframe according to the present invention.

As shown in Figures 2 to 4, the subframe 10 of the present invention, while structurally and firmly supporting the interior and exterior panel member P assembled to the building wall portion B, the distortion of the panel member P It consists of a plurality of horizontal and vertical members (11) (12) attached to the inner surface of the panel member (P) so as to prevent deformation, and a connector (13) connecting them.

That is, the horizontal and vertical members 11 and 12 are disposed along the inner width side and the length side of the panel member P, which are formed in a rectangular plate shape, and have upper and lower insertion grooves to press the plate-shaped insert into the body. 14a and 14b are recessed in the longitudinal direction.

In addition, one end of the horizontal and vertical members 11 and 12 includes a panel insertion groove 15 in which a bent portion L, which is bent at an angle of 90 ° toward the inside of the panel member P, is fitted. It is long recessed.

In addition, the other end of the horizontal and vertical members 11 and 12, the clip is mounted to the waterproof portion 40 to fix the panel member (P) to the waterproof portion 40 provided on the front of the building wall portion (B) The fitting jaw 16 on the 'T' cross-section inserted into the insertion groove 45a of the 45 is formed long in the longitudinal direction.

The horizontal and vertical members 11 and 12 are preferably made of any one of aluminum and steel to facilitate cutting and handling.

The connector 13 is disposed at each corner of the inner side of the panel member P and connects one end of the horizontal member 11 and one end of the vertical member 12 at right angles. One end 13a of the upper and lower insertion grooves 14a and 14b formed in the body of the horizontal member 11 is inserted into the one end 13a without interference by welding or fastening, and the connector ( The other end 13b of 13) has one end of the upper and lower insertion grooves 14a and 14b formed in the body of the vertical member 12 in an interference fit manner.

Accordingly, the horizontal and vertical members 11 and 12 are fitted to one end 13a and the other end 13b of the connector 13 formed by bending a straight plate-shaped plate at right angles, respectively, to the inside of the panel member P. It is formed of a square frame disposed on the width side and the length side.

Here, both ends of the horizontal and vertical members 11 and 12 are formed so that the ends corresponding to each other are seamlessly assembled when assembling the horizontal and vertical members 11 and 12 in a rectangular frame shape through the connector 13. It is preferable to cut at 45 degrees.

In addition, the structural sealant S is applied to the outer surface of the horizontal and vertical members 11 and 12 corresponding to the inner surface of the panel member P, and cured to form the panel member P and the rectangular frame shape. The horizontal and vertical members 11 and 12 are integrally assembled.

5 is a cross sectional view showing the main part of the panel system according to the present invention, and FIG. 6 is a longitudinal sectional view showing the main part of the panel system according to the present invention.

As shown in FIGS. 5 and 6, the panel system 1 of the present invention includes a plurality of vertical members provided perpendicular to the building wall portion B via a plurality of anchor bolts 94 fixed to the building wall portion B. A plurality of panel members (P) can be easily and quickly installed to have excellent waterproof performance while having a beautiful appearance on the support portion 90 composed of a plurality of horizontal members 92 provided on both sides from the left and right sides 91. It is.

That is, the outer surface of the panel member (P) to prevent the external exposure of the structure having a different texture while blocking the inflow of rainwater from the outside in the rain, the longitudinal gap (G) formed between the plurality of panel members (P) Finishing by placing a finishing panel 30 having the same texture and color as the finish.

The closing panel 30 is assembled with the fitting jaw 16 and one end of the subframe 10 integrally provided on the inner surface of any one of the plurality of panel members (P) as a fastening member (16a), adjacent The other end is inserted into another sub-frame 10 provided integrally on the inner surface of the panel member (P) is a closing member.

In addition, the panel member (P) is an outer surface of the upper plate (P1) made of titanium zinc sheet sheet material or anodized aluminum sheet material, the core portion (P2) made of polyethylene resin and the lower plate made of aluminum sheet material (P2) is successively laminated, the finishing panel 30 has the same structure as the panel member (P).

In addition, the horizontal and vertical members 11 and 12 corresponding to the front surface of the closing panel 30 are in close contact with the front surface of the closing panel 30 so as to block the inflow of rainwater from the outside during rain. The gasket insertion groove 17 to be inserted is recessed.

On the other hand, the support member 90 made up of a plurality of vertical member 91 and the horizontal member 92 provided in the building wall portion (B) to the vertical member 91 and the horizontal member so as to prevent the penetration of moisture into the building wall portion (B) And a waterproofing portion 40 made of a plated steel sheet 41 fixed to the fastening member 92 and a waterproof sheet material 42 adhered to the front surface thereof.

In addition, the lower horizontal member 11 of the sub-frame 10 is formed through the drain induction point so that the rain water flows into the lower portion.

The operation and effects of the present invention having the configuration as described above will be described.

The operation of constructing the panel member P over the entire surface of the wall portion B of the building is performed at the other end of the anchor bolt 94 having one end fixed to the wall portion B, as shown in FIGS. B 'assembling the steel bracket (93) on the cross-section, between the steel brackets (93) facing each other and vertically provided with a vertical member (91) or welding by the fastening member (93a), the right and left sides of the vertical member (91) The horizontal member 92 is provided horizontally to form a support part 90 which can securely fix the panel member P to the wall part B.

At this time, the vertical member 91 and the horizontal member 92 is provided according to the size and spacing of the panel member (P) to be constructed, the operator must check the horizontal, vertical state from time to time.

In addition, the construction of the waterproofing part 40 on the front surface of the support part 90 includes a horizontal part 91 and a vertical part 92 of a plated steel plate 41 having a galvanized outer surface on a horizontal plate 91. It is fixed to the horizontal member 91 and the vertical member 92 by using the Hilti Pin (Hilti Pin) in the state of the front, so that the gap between the adjacent plated steel sheet 41 does not open at least 2mm.

Subsequently, a waterproof sheet (Underlayment) 42 made of polyethylene film and synthetic rubber asphalt or a waterproof sheet of equivalent or higher performance is attached to the front surface of the plated steel sheet 41 assembled over the entire surface of the support part 90. Comprising the portion 40, the end of the waterproof sheet 42 is to be attached over water tightly overlapping 100mm or more so that the first waterproof function to induce drainage to the bottom when rainwater inflow and protect the material can be smoothly exhibited desirable.

On the other hand, horizontal and vertical members 11 and 12 of the subframe 10 attached to the inner surface of the panel member P to improve the durability of the panel member (P) and to prevent distortion of the warp. According to the length and width of the panel member (P) is cut into a length and width of a certain size, the left and right ends are cut at an angle of 45 °.

In addition, the two horizontal members 11 disposed on the width side and the two vertical members 12 disposed on the length side clamp the upper and lower grooves 14a and 14b at both ends of the connector 13 bent at right angles. In this way, the subframe 10 having a rectangular frame shape is assembled.

In addition, when the assembling of the sub-frame 10 of the rectangular frame shape using the horizontal, vertical members 11, 12 and the connector 13 is completed, the end of the panel slope 15mm inward 90 in accordance with the previously designed drawings Bending to form a bent portion (L) to assemble the subframe 10.

In addition, the operation of assembling the subframe 10 and the panel member P integrally includes a structural sealant in an inner groove of the horizontal and vertical members 11 and 12 corresponding to the inner surface of the panel member P. S) and the panel member (P) in a state where the structural sealant (S) is also applied to the end of the bent portion (L) inserted into the panel insertion groove (15) of the horizontal and vertical members (11) and (12). Bend into the panel insertion groove 15 to assemble.

At this time, the panel member P from the rear surface of the subframe 10 so as to be in close contact between the panel member P and the subframe 10 until the structural sealant S is cured and exerts structural force. Structural safety may be secured by fastening the fastening member in the front direction of the.

As described above, since the connection between the panel member P and the subframe 10 is not a welded joint which causes damage to the material structure, the durability of the panel member P is excellently improved, and thus, the life of the building. Can be extended. In addition, the panel member P is structurally stably supported by the subframe 10 disposed inside the panel member P, and at the same time, the warpage deformation can be prevented.

In addition, the front and rear surfaces of the closing panel 30 in the gasket insertion groove 17 of the horizontal and vertical members 11 and 12 constituting the subframe 10 integrally assembled to the inner surface of the panel member P. The rubber gasket 35 is mounted to be in close contact to block the inflow of rainwater. At this time, the gasket 35 is formed in a rectangular band shape that is continuous along the gasket insertion groove 17 of the rectangular frame-shaped subframe 10, and generates sufficient adhesion when contacting the finish panel 30. An empty space 35a is formed in the body so as to form a space.

The clip 45 is inserted into the fitting jaw 16 of the upper widthwise horizontal member 11 and the one side lengthwise vertical member 12 of the subframe 10 integrally assembled inside the panel member P, respectively. The groove 45a is inserted, and the clip 45 is fastened to the front of the waterproof portion 40 before inserting the finishing panel 30 between the clip 45 and the subframe 10. ) Is assembled.

On the other hand, in the fitting jaw (16) of the lower width side horizontal member 11 and the other length side vertical member 12 of the sub-frame 10 assembled to the panel member (P) is further positioned on the lower side in a diagonal direction Fastening member to be inserted between the clip 45 and the subframe 10 assembled on the upper widthwise horizontal member 11 and one side lengthwise vertical member 12 of the subframe 10 of the panel member (P), respectively. As 16a, one end of the finishing panel 30 is respectively attached.

Therefore, the continuous construction of the plurality of panel members P on which the subframe 30 is assembled on the front surface of the waterproofing part 40 is placed on the waterproof sheet 41 of the waterproofing part 40. The installation position of the panel member P to be constructed is determined by displaying the construction line.

Then, the clip 45 is mounted to the upper widthwise horizontal member 11 and one side lengthwise vertical member 12, and the finishing panel 30 is attached to the lower widthwise horizontal member 11 and the other lengthwise vertical member 12. The panel member P having one end mounted thereon is continuously assembled one by one in a diagonal direction from the bottom, and the panel member (P) is disposed in the gap G between the panel member P and another adjacent panel member P. Finished by the finishing panel 30 made of the same material as P).

According to the present invention as described above, assembling a subframe easily and quickly fitted through the connector bent at right angles between the horizontal member and the vertical member, the subframe is integrally provided on the inner surface of the panel member By doing so, it is not necessary to connect by pressing or welding, which causes damage and deformation of the material structure as in the prior art, thereby improving durability of the panel member, and easily and safely performing the construction work, while also being installed on the wall panel. While structurally supporting the member, it is possible to prevent distortion and to prolong the service life.

In addition, by inserting the finishing panel of the same material in the gap formed between the panel member, and by interposing a gasket between the finishing panel and the sub-frame, it is possible to block the inflow of water, such as rainwater from the outside from the inside The effect of preventing the damage to the building in advance and at the same time making the appearance of the building more beautiful by the uniformity of the material is obtained.

In addition, by adjusting the application width of the finished panel to be constructed between the panel members to freely change the interval between the panel members, it is possible to arrange the panel members in various ways without changing the size of the subframe.

In addition, the water flowing in between the panel member is drained to the outside through the drainage induction point formed through the lower end of the panel member, and is finally filtered by the waterproof sheet by the waterproof sheet of the waterproof member is excellent in waterproof performance, separate Since it can be applied to the site with a thin thickness without the need for drainage frame, the construction is simple and the effect of increasing the actual construction area is obtained.

While the invention has been shown and described with respect to specific embodiments thereof, it will be apparent to those skilled in the art that various changes and modifications can be made without departing from the spirit or scope of the invention as set forth in the claims below. I would like to know that those who have knowledge of Easily know.

Claims (12)

In the subframe for fixing the panel member (P) used as the interior and exterior materials of the building to the building wall portion (B), And a plurality of horizontal members and vertical members 11 and 12 fixed to an inner width side and a length side of the panel member P, and ends of each of the horizontal members 11 are formed of the panel member P. Inserted into one end of the connector (13) disposed at each corner, the end of each vertical member 12 is fitted to the other end of the connector 13, the sub-frame for interior and exterior panel assembly, characterized in that coupled to each other. The method of claim 1, The upper and lower insertion grooves 14a and 14b in which the one end 13a and the other end 13b of the connector 13 are inserted into the body of the horizontal and vertical members 11 and 12 are long recessed in the longitudinal direction. Subframe for interior and exterior panel assembly, characterized in that formed. The method of claim 1, At one end of the horizontal and vertical members 11 and 12, the bent portion L, which is bent by 90 ° inward from the inclined end surface of the panel member P, is fitted so that the panel insertion groove 15 is assembled in the longitudinal direction. Subframe for interior and exterior panel assembly, characterized in that formed depression. The method of claim 1, The horizontal and vertical members (11) (12) is a panel assembly subframe, characterized in that assembled in a rectangular frame shape disposed on the inner side width side, the length side of the panel member (P) via a connector (13). The method of claim 1, Both end portions of the horizontal and vertical members (11) (12) subpanel for subassembly, characterized in that the ends corresponding to each other are cut at 45 ° so as to form a square frame to form a square. In the panel system for assembling the panel member (P) used as interior and exterior materials of the building to the building wall portion (B), And a finishing panel 30 having the same texture as the outer surface of the panel member P, and one end of the finishing panel 30 is assembled as a fastening member 16a to any one of the panel members P. The other end is fixed to another adjacent panel member (P) is disposed in the interval (G) between the adjacent panel member (P) to finish the panel with the same texture and color as the panel member (p) system. The method of claim 6, The other end of the horizontal and vertical members 11 and 12 of the subframe 10 that is integrally assembled to the inner surface of the panel member P is mounted to the waterproof part 40 provided on the front surface of the building wall part B. Paneling system characterized in that the insertion jaw (16a) of the clip (45) is inserted or the fitting jaw (16) on the 'T' cross-section in which one end of the closing panel 30 is assembled in the longitudinal direction. The method of claim 7, wherein The waterproof part 40 is a plated steel sheet 41 fixed as a fastening member to the vertical member 91 and the horizontal member 92 and the waterproof sheet member adhered to the front surface so as to prevent moisture penetration into the building wall part B. Panel system, characterized in that (42). The method of claim 6, The horizontal and vertical members 11 and 12 corresponding to the front surface of the finishing panel 30 are recessed to form a gasket insertion groove 17 into which a gasket 35 is inserted to block the inflow of rainwater from the outside during rain. Panel system characterized by the above. The method of claim 9, The gasket (35) is a panel system, characterized in that consisting of a rubber material formed in the interior of the empty space (35a) to generate a sufficient adhesion when in contact with the finish panel (30). The method of claim 6, The finishing panel (P) is an upper surface (P1) made of titanium zinc sheet sheet material or an aluminum sheet coated with an outer surface, a core portion (P2) made of polyethylene resin, and a lower plate (P2) made of aluminum sheet material. Panel system characterized in that it is made of the same structure as the panel member (P) laminated successively. The method of claim 6, Structural sealant (S) is applied to the horizontal surface corresponding to the inner surface of the panel member (P) and the outer surface of the vertical member (11) (12), and cured so that the panel member (P) and the square frame horizontal, Panel system, characterized in that the vertical member (11) 12 assembling integrally.