KR101168137B1 - Combination structure for panel - Google Patents

Abstract

PURPOSE: A coupling structure for a construction panel is provided to stably construct interior and exterior materials on a wall of a building when an external wall is installed. CONSTITUTION: A coupling structure(10) for a construction panel comprises H-beam structures(20), structure coupling members(30), first interior/exterior materials(40), and coupling units(50). The H-beam structures are vertically installed at uniform intervals. The structure coupling members are vertically installed on the fronts of the H-beam structures. The first interior/exterior materials are installed in front of the structure coupling members. The coupling units are installed between the structure coupling members and the first interior/exterior materials and couple the structure coupling members and the first interior/exterior materials to each other.

Description

Building panel joining structure {COMBINATION STRUCTURE FOR PANEL}

The present invention The present invention relates to a building panel joining structure, and more particularly, to a building panel joining structure that enables construction of interior and exterior materials such as marble, composite panels, non-combustible boards, sandwich panels, etc. to existing buildings.

In general, the finishing method of fixing the exterior panel to the exterior wall of the building during the construction of the building includes a wet method and a dry method, and the wet method uses cement mortar as an adhesive between the building wall and the exterior panel. As it is, the curing time of the cement is long, there is a disadvantage in the economic and unproductive due to work and construction problems.

In addition, DRY WALL FIXING is designed to attach and fix the exterior panel to the exterior wall of the building through a separate fixing device made of metal between the building and the exterior panel. The construction time is short, and the convenience and convenience of construction It is a construction method that is widely used now.

Next, Figure 1 shows a conventional exterior panel fixing device of the building of 20-2005-009842 (application number) previously filed, the exterior panel fixing device 200 of the building to the outer wall (F) of the building In the fixing device for installing the exterior panel (P); The fastening holes are formed in the bent horizontal part 201 and the vertical part 202 in the bent horizontal part 201 and the outer wall fixing support angle 204 fixed to the height of the building by the anchor fastening means 203 through the anchor fastening means 203. And a fastening hole 205 formed in the left and right directions on the bent horizontal portion 201 and coupled to each other through the fastening means 206 so that the left and right positions and lengths can be adjusted from the outer wall fixing support angle 204. The support angle 207 forms a through hole in the upper and lower centers of the vertical portion, and forms a support hole in both lower sides of the through hole, and is inserted into the support hole through the through hole of the support angle 207 so as to be coupled to the thread and the other side. An anchor bolt 208 having a rib formed at a position spaced apart from the screw head and the screw head, and an anchor nut 209 and an anchor nut 209 having bolt fastening holes formed therein so as to be inserted into the anchor fastening hole of the exterior panel P. Anchor so that the anchor is fixed to the anchoring hole An outer panel P having a rib coupled thereto and the anchor bolt 208 are fastened to the bolt fastening hole of the anchor nut 209, and between the screw head and the rib of the anchor bolt 208 of the support angle 207. It is configured to be fitted into the support hole through the through hole.

That is, the exterior panel fixing device 200 of the building is bent to the bent outer wall fixing support angle 204 fixed to the exterior wall of the building to facilitate the installation of the exterior panel (P) on the exterior wall (F) of the building. The angle 207 is coupled and installed, and the external panel can be easily installed by sandwiching between the screw head and the rib of the anchor bolt 208 fixed to the external panel in the upper through hole of the support angle 207.

However, the exterior panel fixing device of the conventional building as described above can be fixedly installed on the exterior wall of the building without difficulty when construction, but if one exterior panel is damaged by external factors after construction is completed, In case of remodeling due to aging and other reasons, damaged panels are installed on the part, especially steel structures, with panels (den, glass wool, urethane boards) that have a great effect on fire. It must meet the requirements, and also has the effect that the structural frame is distorted even in the fine seismic and aftershocks, which makes the work difficult when fixing another replacement exterior panel.

In addition, the conventional exterior panel fixing device of the building has a problem such that the installation process is not easily made, and the interval between the interior and exterior materials for the wall is not easily adjusted.

KR Utility Model Registration No. 038955 KR Utility Model Registration No. 0414076 KR Registered Patent No. 0753494 JP Patent Publication Hei 08-218597 JP Published Patent Publication No. 05-005350

The present invention has been made to solve the above problems, the interior and exterior materials of the building to the wall of the building in the process of constructing the exterior wall of the building using the interior and exterior materials of the building, such as marble, composite panel, non-combustible board, sandwich panel The purpose is to enable stable construction.

In addition, the purpose is to enable remodeling and reinforcement installation through the components of the building panel combined structure formed in a simple structure on the outer wall of a small and large buildings or factories, such as existing interior and exterior materials is installed.

In addition, in order to solve the fire occurrence factor and the difficulty of work due to welding during installation and renovation of partitions and reinforcement installation of facilities and machinery in the factory, and construction, it is constructed with non-welded non-assembled steel and at the same time, the coupling means is firmly constructed. The purpose is to improve the fixing result and binding force.

In addition, between the structural coupling member and the building interior and exterior materials or building interior and exterior materials, the purpose of the non-flammable or insulating block is installed according to the purpose and purpose to improve the non-flammability and insulation.

In order to achieve the above object, the H-beam structure is installed vertically at intervals, and the structure coupling member is vertically mounted on the front of the H-beam structure and both ends are bolted coupled to form a multi-stage bending, and the structure coupling member It comprises a first building interior and exterior materials installed at intervals on the front surface, and a coupling means installed between the structure coupling member and the first building interior and exterior materials and fixedly coupling the structure coupling member and the building interior and exterior materials. It is characterized by.

In addition, the H-beam structure is installed vertically at intervals, the structure is coupled to the vertically mounted on the front of the H-beam structure and the two ends are bolted coupled to form a multi-stage end, and the second construction mounted to the front of the structure coupling member The interior and exterior materials of the interior and exterior of the first and second constructions, which are installed at intervals in front of the interior and exterior of the second construction, and the interior and exterior materials of the first and second constructions ? Coupling means fixedly coupled to the exterior material, characterized in that made.

In addition, between the interior and exterior materials of the second construction, the interior and exterior of the first construction installed at intervals in front of the interior and exterior of the second construction, and between the interior and exterior materials of the first construction and the interior and exterior of the second construction. It is characterized in that it comprises a coupling means installed and fixed to the interior and exterior materials of the building.

According to the present invention, in the process of constructing the exterior wall of the building using the interior and exterior materials of the building, such as marble, marble, composite panel, non-combustible board, sandwich panel, it is possible to stably construct the interior and exterior materials of the building on the walls of the building. But there is a variety of construction possible effects.

In addition, remodeling and reinforcement installation are not only possible through the components of the building panel coupling structure, which is formed in a simple structure on the exterior walls of small and large buildings or factories where existing interior and exterior materials are installed, but also reduces construction and material costs. It can be effective.

In addition, by installing non-welded non-assembled steel such as fire prevention facilities and fire prevention personnel, it can protect the machine in the factory, avoid the risk of fire, increase construction safety, and improve the work process (work load) to the existing method. Compared with this, 30% ~ 40% can be saved, which can drastically reduce the work cost and secure the safety.

In addition, when the new building or remodeling and reinforcement installation is firmly configured by the coupling means there is an effect that can improve the fixing result and binding force.

In addition, between the structural coupling member and the building interior and exterior materials or building interior and exterior materials there is an effect that can be installed in a non-flammable or insulating block according to the purpose and purpose to improve the non-flammability and insulation.

1 is a cross-sectional view showing a conventional building panel coupling structure.
Figure 2 is a first embodiment showing a building panel coupling structure according to the present invention.
Figure 3 is a second embodiment showing a building panel coupling structure according to the present invention.
Figure 4 is a third embodiment showing the building panel coupling structure according to the present invention.
5 (a) and 5 (b) is a view showing the mounting state of the non-combustible or insulating block in the building panel coupling structure according to the present invention.
6 and 7 is a view showing a coupling means constituting the building panel coupling structure according to the present invention.
8 is a view showing a coupling state of the vertical connection bracket and the horizontal exterior bonding material constituting the building panel coupling structure according to the present invention.
9 (a) to 9 (c) is a view showing a coupling state of the building exterior panel coupling structure according to the present invention.
10 is a view showing a bending bracket and a connection bracket constituting a building panel coupling structure according to the present invention.
11 and 12 are views showing the state of use of the connection bracket constituting the building panel coupling structure according to the present invention.
13 and 14 is a view showing a state of use of the building panel coupling structure according to the present invention.

Hereinafter, the configuration of the present invention with reference to the accompanying drawings, Figure 2 is a first embodiment showing a building panel coupling structure according to the present invention, Figure 3 is a second showing a building panel coupling structure according to the present invention 4 is a third embodiment showing a building panel coupling structure according to the present invention, Figures 5 (a) and 5 (b) is a mounting state of the non-combustible or insulating block in the building panel coupling structure according to the present invention. 6 and 7 is a view showing a coupling means constituting the building panel coupling structure according to the present invention, Figure 8 is a vertical connection bracket and a horizontal exterior bonding material constituting the building panel coupling structure according to the present invention 9 (a) to 9 (c) is a view showing a coupling state of the building exterior panel coupling structure according to the present invention, Figures 10 (a) and 10 (b) according to the present invention Architectural panel texture A view showing a connection bracket and bent bracket constituting the structure, 11, and 12 is a view showing a use state of the connecting brackets that make up the combined building panel structure according to the present invention.

Building panel coupling structure 10 of the present invention is vertically installed H beam structure 20, the structure coupling member 30 is mounted vertically on the front of the H beam structure 20, and the structure coupling member 30 The first building interior and exterior materials 40 are installed at intervals on the front of the structure, and the coupling means 50 is installed between the structure coupling member 30 and the first building interior and exterior materials 40 and the like. .

Here, the length and size of the H-beam structure 20, the structure coupling member 30 and the coupling means 50 is revealed that it can vary depending on the installation location and use and purpose.

The H beam structure 20 installed at intervals on the outer surface of the building is formed in an 'H shape' on a flat cross section.

The structure coupling member 30 mounted vertically on the front surface of the H beam structure 20 is formed by bending both ends 32 of the metal plate formed with a predetermined thickness and length toward the rear direction.

That is, the structure coupling member 30 is fixed to the two ends 32 to be bent close to the front of the H-beam structure 20 by using a fastening member such as bolting or screws or rivets.

The first building interior and exterior materials 40 installed at intervals on the front surface of the structure coupling member 30 are composed of one or a combination of marble, composite panel, non-combustible board, sandwich panel, and the like.

Here, the first building interior and exterior materials 40 will be described with an example in which the first building interior and exterior materials 40 having a predetermined size and thickness are continuously formed on the upper, lower, left, and right sides.

The coupling means 50 installed between the structure coupling member 30 and the first building interior and exterior material 40 has a rectangular vertical bar in which a coupling hole 51a is formed at intervals on an outer surface thereof. And a plurality of horizontal connection bars 52 connecting the rectangular vertical bars 51 and the rectangular vertical bars 51 in the horizontal direction, respectively, and the front and rear surfaces of the rectangular vertical bars 51, respectively. An auxiliary bracket 53 fixedly coupled to the first building interior and exterior material 40 or the structural coupling member 30 while being coupled to the bolting penetrating the coupling hole 51a, and the first building interior and exterior material ( 40) and the exterior bonding material 54 mounted on the joint portion of the first building interior and exterior material 40.

That is, the coupling means 50 is connected to each other via a horizontal connecting bar 52 while the vertical vertical bar 51 is installed at intervals on the front surface of the structure coupling member 30, the rectangular vertical bar 51 Auxiliary brackets 53 are mounted on the front and rear surfaces to be closely coupled to the first building interior and exterior material 40 or the structure coupling member 30, and the first building interior and exterior material 40 and the first building interior and exterior material ( The outer bonding material 54 is mounted to the joint portion of the 40.

At this time, the fixing means 70 for fixing the first building interior and exterior material 40 and the coupling means 50 is a screw coupled through the first building interior and exterior material 40 and the coupling means 50 ( 71) and a cap 72 surrounding the screw 71.

In addition, the coupling means 50 installed between the structure coupling member 30 and the first building interior and exterior material 40 may be configured as shown in FIG. 7. Looking at the configuration, the coupling means 50 is shown. Is a hollow rectangular shape inside the rectangular vertical bar 51, the coupling hole 51a is formed at intervals on the outer surface, and the plurality of rectangular vertical bar 51 and the rectangular vertical bar 51 connecting a plurality of horizontally in the horizontal direction Auxiliary bracket 53 which is fixed to the horizontal connecting bar 52 and the structure coupling member 30 which is installed in the rear of the rectangular vertical bar 51 and coupled with the bolting penetrating through the coupling hole 51a. And, installed in the front of the rectangular vertical bar 51 is coupled to the fastening member such as bolting or rivet penetrating the coupling hole (51a) and the upper and lower ends are bent to form a bent portion (55a) is formed Connecting bracket 55, the first building interior and exterior material 40 and the first building interior and exterior material (4 A horizontal exterior joining member 56 mounted at a horizontal joint portion of the upper part and having a fitting engaging groove 56a into which the bent part 55a is inserted at intervals between the upper and lower parts, and the first building interior and exterior member ( 40) and the vertical exterior bonding material 57 mounted on the vertical joint portion of the first building interior and exterior material 40, and the like.

That is, the coupling means 50 is connected to each other via a horizontal connecting bar 52 while the vertical vertical bar 51 is installed at intervals on the front surface of the structure coupling member 30, the rectangular vertical bar 51 An auxiliary bracket 53 is mounted on the rear surface to be fixedly coupled to the structure coupling member 30, and the front surface of the rectangular vertical bar 51 has a first building interior and exterior material 40 and a first building interior and exterior material 40. The vertical connection bracket 55 is fitted to the horizontal joint portion of the fitting, and the vertical exterior bonding material 57 is mounted on the joint portion of the first building interior and exterior material 40 and the first building interior and exterior material 40. will be.

Here, the coupling hole 51a formed at intervals on the rectangular vertical bar 51 has a circular hole 51a-1 having a circular shape formed thereon and a straight hole in the lower vertical direction of the circular hole 51a-1. 51a-2 is integrally formed.

At this time, the circular hole (51a-1) is formed larger than the diameter of the straight hole (51a-2) is for the easy insertion and discharge of the bolt.

In addition, the exterior bonding material 54 and the vertical exterior bonding material 57 mounted on the joint portion of the first building interior and exterior material 40 and the first building interior and exterior material 40 are formed with a predetermined thickness and length. In the central longitudinal direction of the first building interior and exterior is formed integrally with the insertion protrusion inserted into the joint portion of the exterior material (40).

And the upper and lower horizontal direction of the horizontal connecting bar 52, the bending bracket 58 is formed to be bent at a right angle is mounted, the bending bracket 58 is formed with a connecting hole (58a) in the vertical plane and vertical through the horizontal plane The ball 58b is formed.

That is, the bending bracket 58 is mounted on the horizontal connection bar 52 horizontally mounted at intervals on the rectangular vertical bar 51 to strengthen the fixing force and the binding force.

To further explain this, the bending bracket 58 has a vertical surface closely fixed to the square vertical bar 51 and the horizontal surface is fixed to the horizontal connecting bar 52, the square vertical bar 51 and the horizontal connecting bar 52 In addition, it is possible to reinforce the fixing force and the binding force of the non-combustible block or the insulating block mounted therebetween.

In addition, the rear surface of the rectangular vertical bar 51 surrounds both side surfaces and the rear surface of the rectangular vertical bar 51, and the vertical through hole 59a and a horizontal through hole that can be adjusted in position at a position corresponding to the coupling hole 51a. A connecting bracket 59 is formed on which a 59b is formed.

That is, the connection bracket 59 serves to improve the binding force and the fixing force of the coupling means 50, like the bending bracket 58.

In the present invention, a screw is fastened to the vertical through hole 59a of the connection bracket 59, and the horizontal through hole 59b will be described with an example of bolting.

And between the structural coupling member 30 and the first building interior and exterior material 40 or the first building interior and exterior material 40 and the second building interior and exterior material 40a to be laid down, depending on the purpose and purpose, Strong non-combustible block 60 or a heat insulating block that can block the heat may be further mounted.

To further explain this, FIG. 5a shows that an incombustible or insulated block is mounted on an existing panel. In particular, a double fire due to a supplementary structure for safety and a reliable blocking device inside and outside for the exterior wall of the parking space is shown. By forming a safety barrier to prevent the spread of secondary fires in the event of fire, secondary accidents, falls and damages due to triple safety cut-off devices in the event of parking or inadvertent accidents due to weak parts of existing steel structures. It will be able to secure safety from accidents.

And Figure 5b shows the inner panel installation using the present invention in the state that the existing outer panel is installed and filling the block (non-flammable) or insulation in the middle (space), not only to prevent the external bleeding and secondary bleeding in case of fire In addition, when applied to the parking space will play a role of preventing the fall to the outside in case of shock due to carelessness.

Next, the building panel coupling structure 10 may be configured as shown in FIGS. 2 and 3.

First, the building panel coupling structure 10 shown in FIG. 2 is vertically mounted at intervals with the H beam structure 20 and is vertically mounted on the front surface of the H beam structure 20 and both sides are bolted together while being formed in multiple stages of bending. The structure coupling member 30, the second building interior and exterior material 40a mounted on the front surface of the structure coupling member 30, and the first building interior installed at intervals on the front surface of the second building and exterior material Coupling means (50) installed between the exterior material (40), the first interior and exterior materials 40 and the second interior and exterior materials (40a) and fixedly coupled to the interior and exterior materials (40, 40a) ) Is shown.

Here, since the configuration except for the second building interior and exterior materials 40a is similar to the building panel coupling structure 10 of FIG. 1, a separate description thereof will be omitted.

That is, the building panel coupling structure 10 is configured by further mounting a second building interior and exterior material 40a on the front surface of the structure coupling member 30.

To further explain this, the building panel coupling structure 10 can be configured as described above when creating a new building, as well as the H-beam structure 20 and the structure coupling member 30 and the second building interior and exterior materials. The first building internal and external materials 40 and the coupling means 50 are further configured in the building constituted by 40a to remodel or reinforce the building.

The second building interior and exterior material 40a is formed of one or a combination of marbles, composite panels, non-combustible boards, sandwich panels, and the like, such as the first building interior and exterior materials 40, and is combined with the structure coupling member 30. It is installed at intervals on the front.

In addition, the building panel coupling structure 10 shown in FIG. 3 includes a second building interior and exterior material 40a and a first building interior and exterior material installed at intervals on the front surface of the second building interior and exterior material 40a. 40 and a coupling means 50 installed between the first interior and exterior materials 40 and the second interior and exterior materials 40a and fixedly coupled to the interior and exterior materials 40 and 40a. An example is shown.

That is, the building panel coupling structure 10 is vertically mounted on the front of the H-beam structure 20 and the H-beam structure 20 which are vertically installed at intervals in the building panel coupling structure 10 of FIG. Both ends 32 are configured to exclude the structure coupling member 30 is bolted coupled to form a multi-stage bending.

In further detail, the building panel coupling structure 10 includes the first building interior and exterior material 40 to reinforce heat insulation and strength on the front surface of the second building interior and exterior material 40a forming a small and medium-sized factory. More equipped.

At this time, it is revealed that a fire-resistant non-flammable board may be further mounted on the rear of the second building interior and exterior material 40a.

In addition, the building exterior panel coupling structure can be combined as shown in Figures 9 (a) to 9 (c), Figure 9 (a) is a composite panel, showing the coupling state during the overflow work, Figure 9 (b) shows the horizontal or vertical coupling state of the light weight panel (EPS urethane, glass wool panel), board, non-combustible board, cement board, Figure 9 (c) is a coupling means and horizontal exterior bonding material when working with marble, stone, etc. It shows the state of bonding.

Referring to the embodiment of the building panel coupling structure configured as described above are as follows. At this time, the building panel coupling structure 10 reveals that it can proceed differently.

First, the H beam structure 20 is vertically installed at intervals on the outer surface of the building, and then the structure coupling member 30 having both ends 32 bent in multiple stages is mounted on the front surface of the H beam structure 20.

At this time, the structure coupling member 30 is the both ends 32 are in close contact with the front of the H-beam structure 20 is bolted coupled is fixed.

And a vertical vertical bar 51 having a coupling hole 51a formed at intervals on an outer surface of the structure coupling member 30 at intervals on the front, and a rectangular vertical bar 51 and a square. A plurality of horizontal connecting bars 52 for connecting the vertical bar 51 in the horizontal direction, the structure is coupled to the contact and coupled with the bolting is installed on the rear of the rectangular vertical bar 51 and penetrates the coupling hole (51a) Auxiliary bracket 53 is fixedly coupled to the member 30, and is installed on the front of the rectangular vertical bar 51 and coupled with a fastening member such as bolting or rivet penetrating the coupling hole (51a) and the upper and lower ends The coupling means 50 is composed of a vertical connection bracket (55) and the like is formed bent portion (55a) is formed bent.

Next, when the first building interior and exterior material 40 made of a combination of any one or a combination of marble, composite panel, non-combustible board, sandwich panel on the front surface of the coupling means 50, the building panel of the coupling structure 10 Assembly is complete.

In this case, the fitting coupling groove 56a into which the bent portion 55a of the vertical connection bracket 55 is inserted is inserted into the horizontal joint portion of the first building interior and exterior material 40 and the first building interior and exterior material 40. The horizontal exterior bonding material 56 formed is mounted together, and the vertical exterior bonding material 57 is mounted together on the vertical joint portion of the first interior and exterior construction material 40 and the first interior construction and exterior material 40.

In describing the building panel combination structure of the present invention with reference to the accompanying drawings described above with reference to a specific shape and direction, the present invention can be variously modified and changed by those skilled in the art, such modifications and changes are the rights of the present invention It should be construed as being included in the scope.

10: building panel coupling structure, 20: H beam structure,
30: structural coupling member, 40: interior and exterior materials of the first construction,
40a: interior and exterior materials of the second construction, 50: joining means,
51: vertical vertical bar, 52: horizontal connecting bar,
53: auxiliary bracket, 54: the outer binder,
55: vertical connection bracket, 56: horizontal outer binder,
57: vertical sheath binder, 60: nonflammable block or flame retardant block.

Claims (12)

An H beam structure vertically installed at intervals;
A structure coupling member mounted vertically on the front surface of the H beam structure and bolted to each other while both ends are formed in multiple stages;
A first building interior and exterior material installed at intervals on the front surface of the structure coupling member;
A rectangular vertical bar installed between the structure coupling member and the first building interior and exterior material and fixedly coupling the structure coupling member and the building interior and exterior material, and having a coupling hole formed at intervals on an outer surface thereof with an empty square; A plurality of horizontal connecting bars for connecting the vertical vertical bar and the rectangular vertical bar in the horizontal direction, and is installed on the front and rear of the rectangular vertical bar and coupled with the building interior and exterior materials or structural coupling members in contact with the bolting through the coupling hole Building auxiliary panel comprising a coupling means consisting of an outer bracket and the outer bonding material is mounted to the joint portion of the building interior and exterior materials and the building interior and exterior materials.
An H beam structure vertically installed at intervals;
A structure coupling member mounted vertically on the front surface of the H beam structure and bolted to each other while both ends are formed in multiple stages;
A second building interior and exterior material mounted on the front surface of the structure coupling member;
A first building interior and exterior material installed at intervals on the front surface of the second building interior and exterior material;
A rectangular vertical bar installed between the first interior and exterior materials of the first building and the second interior and exterior materials and fixedly coupled to the interior and exterior materials of the building, the coupling being formed at intervals on the outer surface of the interior of the building, the square A plurality of horizontal connecting bars for connecting the vertical bar and the square vertical bar in the horizontal direction, and is installed on the front and rear of the rectangular vertical bar and coupled with the building interior and exterior materials or structural coupling members in contact with the bolting through the coupling hole Building panel joining structure comprising an auxiliary bracket and a coupling means made of an outer joining material mounted on the joint portion of the building interior and exterior materials and the building interior and exterior materials.
Interior and exterior materials of the second building;
A first building interior and exterior material installed at intervals on the front surface of the second building interior and exterior material;
And a coupling means installed between the first building interior and exterior materials and the second building interior and exterior materials and fixedly coupled to the building interior and exterior materials.
4. The method according to any one of claims 1 to 3,
Building panel coupling structure, characterized in that non-combustible or insulating block is mounted between the structure coupling member and the first building interior and exterior material or the first building interior and exterior material and the second building interior and exterior material.
The method according to claim 3, The coupling means,
A square vertical bar having a coupling hole formed at intervals on an outer surface thereof with an empty rectangular shape;
A plurality of horizontal connection bars connecting the rectangular vertical bars and the rectangular vertical bars in a horizontal direction;
An auxiliary bracket installed on the front and rear surfaces of the rectangular vertical bar and coupled to the building interior and exterior materials or the structural coupling member to be in contact with the bolting passing through the coupling hole;
Building panel joining structure, characterized in that it comprises an exterior bonding material mounted on the joint portion of the building interior and exterior materials and the building interior and exterior materials.
The method according to claim 3, The coupling means,
A square vertical bar having a coupling hole formed at intervals on an outer surface thereof with an empty rectangular shape;
A plurality of horizontal connection bars connecting the rectangular vertical bars and the rectangular vertical bars in a horizontal direction;
An auxiliary bracket installed on the rear side of the rectangular vertical bar and coupled with the building interior and exterior materials or the structural coupling member to be contacted with the bolting penetrating the coupling hole;
A vertical connection bracket installed at the front of the rectangular vertical bar, coupled to the bolting penetrating the coupling hole, and having a bent portion formed at upper and lower ends thereof;
A horizontal exterior bonding member mounted on a horizontal joint portion of the interior and exterior materials of the building and the interior and exterior materials of the building, and having a fitting coupling groove into which the bends are inserted at intervals between the upper and lower parts of the building;
Building panel joining structure, characterized in that it comprises a vertical exterior bonding material mounted on the vertical joint portion of the building interior and exterior materials and the building interior and exterior materials.
The method according to any one of claims 1 and 2 and 5,
The coupling hole is a circular hole of a circular shape is formed on the top and a straight hole is integrally formed in the lower vertical direction of the circular hole, the circular hole is formed larger than the diameter of the straight hole to facilitate the insertion and discharge of the bolt Building panel joining structure characterized in.
The method according to any one of claims 1 and 2 and 5,
And a bending bracket formed at right angles in the upper and lower horizontal directions of the horizontal connection bar, wherein the bending bracket has a connection hole formed in a vertical plane and a vertical through hole formed in a horizontal plane.
The method according to any one of claims 1 and 2 and 5,
Building panel coupling structure is characterized in that the rear side of the rectangular vertical bar further comprises a connecting bracket surrounding both sides and the rear of the rectangular vertical bar and a vertical through hole is formed at a position corresponding to the coupling hole.
4. The method according to any one of claims 1 to 3,
The building interior and exterior material is a building panel bonding structure, characterized in that made of one or a combination of marble, composite panel, non-combustible board, sandwich panel.
The method according to claim 3,
Building panel coupling structure, characterized in that the non-combustible board is further mounted on the rear of the interior and exterior materials of the second building.
The method according to any one of claims 1 to 3,
The fastening means for fixing the first building interior and exterior materials and the coupling means is a building panel coupling structure comprising a screw and a cap surrounding the screw coupled through the first building interior and exterior materials and coupling means.

Images