KR200480225Y1 - Joining members for connecting external panel improved heat-blocking ability and connecting structure of external panel using the same - Google Patents

Abstract

The present invention relates to a vertical bar which is a connecting member provided at a connecting portion between an external panel and a fixed frame or a structure, and is composed of a linear member having a predetermined length; A straight member of constant length, comprising: an upper horizontal bar coupled at a top of the vertical bar in a direction perpendicular to the vertical bar; A straight member of constant length, comprising: a lower horizontal bar coupled in a direction orthogonal to a vertical bar at a lower vertical bar; And a heat block member tightly coupled with the lower horizontal bar in such a manner as to surround the lower horizontal bar, wherein the upper horizontal bar and the lower horizontal bar extend in opposite directions with respect to the vertical bar, And the combined shape is formed in the shape of a 'Z' character as a whole.
In addition, the present invention relates to a coupling structure of an external panel in which the above-mentioned connecting member is used, a fixing frame coupled to the structure; A pair of connecting members which are symmetrically mounted on one side of the fixed frame and which are arranged to face each other and which are formed by combining the vertical bar, the lower horizontal bar, the upper horizontal bar, and the heat terminal member; And an outer panel coupled to an upper horizontal bar of the pair of connecting members, wherein the pair of connecting members are installed in the stationary frame using fasteners passing through the lower horizontal bar and the heat terminal members, And the panel is fixed to the upper horizontal bar of the connecting member by a connecting piece.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a joining member for joining an outer panel having superior thermal performance, and an outer panel using the joining member.

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a coupling member for coupling an external panel and an external panel and fixing the external panel to a structure or a fixed frame, and an external panel coupling structure using the same, and more particularly, The present invention relates to a connecting member for connecting an external panel, which has excellent heat shielding performance by preventing heat loss by interrupting heat from inside and outside by combining a member having a heat shielding performance at a lower portion thereof.

Generally, in a wall of a building, the surface of the wall is finished so as to decorate the exterior of the wall in a part exposed to an external eye.

At this time, in the case of attaching the exterior material of the building, conventionally, after the cement mortar or the like is applied to the wall surface such as concrete, the exterior material is compressed (or the cement mortar is coated on the back surface of the exterior material, However, this method has not been used in recent years due to the long curing time and workability and workability of the cement.

Dry-wall fixing is used instead of the wet-type method. The dry-type method is to install the exterior material on the building through the metal fixing device without using the cement mortar. The construction of the exterior material is almost a dry method.

In the wall finishing of such a building, conventionally various finishes have been known, and in recent years, there has been known a finishing material for a unit finishing which is made of a rectangular exterior finishing material such as natural stone or artificial stone, metal plate, synthetic resin plate, Is applied to the wall of the building continuously, and the construction method is widely performed as the wall finishing method of the building from the viewpoint of improvement of the construction efficiency and simplicity.

These exterior finishes consist of galvanized steel sheets, aluminum sheet panels, aluminum composite panels, honeycomb exterior finishing materials and high density exterior finishing materials coated with painted coatings. Insulating material (I) such as styrofoam, glass wool and urethane is placed on the back of the exterior finishing material. Or may be equipped with a heat insulating material I such as styrofoam, glass wool, urethane or the like built in the space between the outer wall finishing material and the inner wall.

Such an exterior finish material is fixed to a building such as a wall surface by using a molding such as a frame member or a connecting member when each exterior finish material is combined. Meanwhile, conventionally, when manufacturing an exterior finishing material for insulation, conventionally, a heat insulating material I is filled in a horizontal plane of an exterior finishing material to form an integral type, or a separate heat insulating material I is inserted between an exterior finishing material and a building, In the form of combining. However, the exterior finishing material has a thermal insulation effect only in the vertical direction of the plane, but no insulation is applied to the molding part such as the frame member or the connection member connected to the building. That is, conventionally, the heat transmitted through the connection portion between the exterior finishing material and the exterior finishing material can not be blocked, resulting in a large energy loss. Especially recently, heat loss due to the cold of the winter season and the cold of the winter season is considerably taken into account due to the strengthening of global warming and energy installation standards. Therefore, the thermal performance of the joint part of the exterior finishing material should be considered.

The present invention has been proposed in order to solve the above-mentioned problems of the related art. The purpose is as follows.

First, the present invention is used for joining an exterior panel and an exterior panel, and by using a heat-insulating member at the lower part of a connecting member for fixing the exterior panel to a building (a structure or a fixed frame) A connecting member for connecting an external panel having excellent thermal performance, and an external panel connecting structure using the same.

Second, this design combines external panel and external panel, fixes it to the building, produces the connecting member combined with the heat terminal member by the extrusion mold method, combines with the factory in advance, A connecting member for panel joining, and an outer panel joining structure using the joining member.

Thirdly, the present invention relates to a connecting member for connecting an exterior panel, which has a superior heat shielding performance for shielding radiation and convection heat transmitted from the outside by covering a substantial part of one surface of a fixing frame installed in front of a building, Bond structure.

Fourth, the present invention is to provide a connecting member for connecting an outer panel having excellent heat shield performance, which can manufacture various connecting members according to the type and design of the outer panel, and an outer panel connecting structure using the connecting member.

According to an aspect of the present invention, there is provided a vertical bar comprising a linear member having a predetermined length, the vertical bar being provided at a connection portion between an external panel and a fixed frame or a structure. A straight member of constant length, comprising: an upper horizontal bar coupled at a top of the vertical bar in a direction perpendicular to the vertical bar; A straight member of constant length, comprising: a lower horizontal bar coupled in a direction orthogonal to a vertical bar at a lower vertical bar; And a heat block member tightly coupled with the lower horizontal bar in such a manner as to surround the lower horizontal bar, wherein the upper horizontal bar and the lower horizontal bar extend in opposite directions with respect to the vertical bar, And the combined shape is formed in a shape of 'Z' as a whole.

In addition, the present invention relates to a coupling structure of an external panel in which the above-mentioned connecting member is used, a fixing frame coupled to the structure; A pair of connecting members which are symmetrically mounted on one side of the fixed frame and which are arranged to face each other and which are formed by combining the vertical bar, the lower horizontal bar, the upper horizontal bar, and the heat terminal member; And an outer panel coupled to an upper horizontal bar of the pair of connecting members, wherein the pair of connecting members are installed in the stationary frame using fasteners passing through the lower horizontal bar and the heat terminal members, And the panel is fixed to the upper horizontal bar of the connecting member by a connecting piece. The present invention provides an outer panel connecting structure using the connecting member for connecting an outer panel having superior thermal performance.

According to the present invention, the following effects are expected.

First, this design is used for joining of external panel and external panel, and heat-treated heat end member is attached to the lower part of the connecting member to be fixed to the building to prevent heat bridge phenomenon, thereby reducing energy loss, Thereby improving economic efficiency.

Second, this design combines external panels and external panels, fixes them to buildings, and produces connecting members combined with heat terminal members by extrusion mold method. It can save construction period and labor cost.

Third, the present invention covers a substantial part of one side of the fixed frame installed at the front of the building, thereby cutting radiation and convection heat transmitted from the outside, thereby further improving the thermal performance.

Fourth, the present invention can manufacture various connecting members according to the type and design of the outer panel, and these connecting members are easy to maintain due to excellent durability, abrasion resistance, heat shielding, and impact resistance.

Figs. 1A to 1E show various embodiments of connecting members for coupling outer panels having superior thermal performance according to the present invention.
FIGS. 2A to 2E show various embodiments of the external panel connection structure using the connecting member for connecting external panels having superior thermal performance according to the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects and features of the present invention will become more apparent from the following detailed description taken in conjunction with the accompanying drawings, in which: FIG.

Figs. 1A to 1E show various embodiments of the connecting member 100 for coupling an exterior panel (P) with excellent heat shield performance according to the present invention.

The present invention relates to a connecting member (100) provided at a connecting portion between an external panel (P) and a fixed frame (200) or a structure, comprising: a vertical bar (120) composed of a linear member having a predetermined length; A straight length member having an upper horizontal bar (140) coupled at a top of the vertical bar (120) in a direction perpendicular to the vertical bar (120); A lower horizontal bar 160 coupled at a lower end of the vertical bar 120 in a direction orthogonal to the vertical bar 120; And a heat shield member 180 tightly coupled to the lower horizontal bar 160 in a manner to surround the lower horizontal bar 160. The upper horizontal bar 140 and the lower horizontal bar 160 The horizontal bars 160 and the vertical bars 120 are formed in a shape of 'Z' as a whole, extending in the opposite direction with respect to the vertical bars 120.

The exterior panel (P) is installed on the outer surface of the building and is used as a material for finishing. It is mainly formed in a panel form and can be composed of various materials such as aluminum and steel.

The vertical bar 120 is connected to the upper and lower horizontal bars 160 and is installed perpendicularly to the outer surface of the fixed frame 200 to be described later.

The upper horizontal bar 140 supports the outer panel P coupled to the upper horizontal bar 140 and has a shape extending from the upper end of the vertical bar 120 in one direction. The upper horizontal bar 140 may have various lengths depending on the type and design of the outer panel P as shown in Figs. 1A to 1E.

The lower horizontal bar 160 serves to connect the fixing frame 200 or the structure to be described later with the connecting member 100 and has a shape extending in one direction from the lower end of the vertical bar 120. The lower horizontal bar 160 may have a variety of lengths depending on the type and design of the upper horizontal bar 140.

The vertical bar 120, the upper horizontal bar 140 and the lower horizontal bar 160 are formed to have a Z-shape in a combined form as a whole. The vertical bar 120, the lower horizontal bar 140 and the lower horizontal bar 160 are formed of a variety of metals and synthetic resins excellent in durability, . Of course, this design is limited to the shape of 'Z', but it is natural that it can be composed of various forms such as 'c', 'b', 'I'

The heat shield member 180 is a physical property of a solid that is coupled to the lower horizontal bar 160 to surround the lower horizontal bar 160, and serves to shield heat transmitted from the outside. More specifically, external heat of a high temperature or a low temperature is transmitted to the exterior panel P and its joint portion, and such external heat is transmitted to the inside of the structure such as a wall through the connecting member 100 and the stationary frame 200, (180) serves to cut off the external heat that is transmitted. The heat shield member 180 is preferably made of polyamide or high strength PVC having low thermal conductivity and excellent durability. As described above, the present invention prevents the external heat from being blocked by the heat block member 180, thereby preventing the condensation phenomenon, thereby not damaging the finish of the outer wall, and reducing energy loss. That is, the heat shield member 180 serves to isolate or shield the heat that inhibits the heat bridge phenomenon. The heat shield member 180 may be formed in a shape of a curved shape having both end portions bent in a 'C' shaped cross-section so that a predetermined bent portion is hooked on the upper surface of the lower horizontal bar 160, And may be configured to surround the entire outer surface. However, the heat shield member 180 is not limited to this type, but may be formed in any form as long as it can enclose the lower horizontal bar 160 and block external heat.

The connecting member 100 of the present invention comprises a vertical bar 120, an upper horizontal bar 140, a lower horizontal bar 160, and a heat shield member 180. The vertical bar 120, the upper horizontal bar 140 and the lower horizontal bar 160 are integrally formed by an extrusion mold method and the heat shield member 180 is separately manufactured by an extrusion mold method. Respectively. At this time, the heat block member 180 is tightly coupled to the lower horizontal bar 160 so as to surround the lower horizontal bar 160. After the heat block member 180 is coupled to the lower end of the lower horizontal bar 160, As shown in FIGS. 1A and 1B, the connecting member 100 may be configured such that the upper and lower horizontal bars 160 extend from the ends of the vertical bars 120, respectively, The vertical bar 120 may extend from the end of the vertical bar 120 to a predetermined length extending from one side of the lower horizontal bar 160 to the vertical bar 120, have. 1A shows an embodiment in which a general panel type of exterior panel P is applied. As shown in FIGS. 1B and 1C, the connecting member 100 is further coupled with a 'B' shaped protruding bar 122 at a predetermined height of the vertical bar 120, (140) is extended in a direction opposite to the extending direction. The protruding bar 122 is used for more stably supporting the upper outer panel P and is used for a hollow outer panel P such as the outer panel P of the kind of a honeycomb panel to improve the structural stability .

As shown in FIG. 1D, the present invention is a connecting member 100 installed at a connection portion of a double-layer external panel (P) fixing frame 200 or a structure having a heat insulating material I embedded therein, A pair of vertical bars 120 configured; A straight length member having an upper horizontal bar (140) coupled at a top of the vertical bar (120) in a direction perpendicular to the vertical bar (120); A lower horizontal bar 160 coupled at a lower end of the vertical bar 120 in a direction orthogonal to the vertical bar 120; And a heat shield member 180 tightly coupled to the lower horizontal bar 160 so as to surround the lower horizontal bar 160. The upper end of the upper horizontal bar 140 and the lower end of the lower horizontal bar 160 A plurality of middle horizontal bars 150 connected at right angles to each other at a predetermined height of the pair of vertical bars 120 and connected to the pair of vertical bars 120, And the lower horizontal bar 160 is protruded to one side by a predetermined length and the heat block member 180 covers the lower surface of the lower horizontal bar 160 and is fitted into the protruding portion of the lower horizontal bar 160 do. The connecting member 100 of this type serves as a closed air layer for interrupting heat from the inside and outside of the hollow portion 152 and is suitable for the case of using the exterior panel P having the heat insulating material I built therein . In addition, the connecting member 100 may be formed to correspond to the size and width of the exterior panel P, or may be formed to have a short length so as to be spaced apart at regular intervals.

1E shows an embodiment in which an aluminum or galvanized steel sheet or the like is applied as a sheathing panel P. Fig. At this time, the present invention has a configuration in which the outer panel P itself is bent without the configuration of the upper and lower horizontal bars 140 and 160 and the vertical bar 120, and the bent one side of the outer panel P is a heat terminal member 180, and a detailed description thereof will be given later, together with the outer panel (P) coupling structure.

FIGS. 2A to 2E show various embodiments of the outer panel (P) coupling structure using the connecting member 100 for connecting the outer panel (P) with excellent thermal performance according to the present invention.

The present invention relates to a joint structure of an external panel (P) configured by using a connecting member (100), comprising: a stationary frame (200) coupled to a structure; As long as the vertical bar 120, the lower horizontal bar 160, the upper horizontal bar 140, and the heat shield member 180 are coupled to each other in a symmetrical manner on one side of the fixed frame 200 A pair of connecting members 100; And a sheathing panel P coupled to the upper horizontal bar 140 of the pair of connecting members 100. The pair of connecting members 100 includes a lower horizontal bar 160, A fastener 300 penetrating through the member 180 is used to install the fixing panel 200 on the outer panel P. The outer panel P is fastened to the upper horizontal bar 140 of the connecting member 100 by the connecting piece 400 .

In addition, as shown in FIGS. 2A to 2E, a backup material 500 is installed between the connecting member 100 and the connecting member 100, and the backup material 500 is caulked 600 The exterior panel P and the adjacent exterior panel P are closed.

The outer panel P coupling structure using the connecting member 100 of the present invention is composed of a fixed frame 200, a connecting member 100, an outer panel P, a fastener 300 and a connecting piece 400.

The fixed frame 200 is a member whose one surface is coupled to a structure such as a wall, and the other surface is coupled to the connecting member 100. Although the fixed frame 200 has a rectangular shape bent in a plan view in the embodiment of the present invention, the present invention is not limited thereto. Also, the fixed frame 200 is preferably arranged at equal intervals on one side of the structure in consideration of the size of the external panel P. The fixed frame 200 must be made of aluminum, steel, or the like and have a predetermined strength.

Since the connecting member 100 and the external panel P have been described above, the description thereof is omitted.

The fastener 300 has a function of fixing the connection member 100 to which the external panel P is coupled to the upper horizontal bar 140 in a tightened state to the fixed frame 200. Such a fastener 300 means various fastening means such as screws and rivets.

The connecting piece 400 functions to engage the outer panel P to the upper horizontal bar 140, and screws, rivets, and the like can be applied as with the fastener 300 described above.

Also, the present invention may be configured to further include a backup material 500 and a caulking process 600 in an external panel (P) coupling structure using the connection member 100.

The backup material 500 functions to fill a space between the pair of connection members. Such a backup material 500 is an independent foaming agent made of synthetic resin or synthetic rubber and has appropriate flexibility. The shape should be configured to be tightly inserted between the pair of connecting members 100 and not to strongly adhere to the sealing material used for the caulking 600 process.

The caulking process 600 closes the space between the exterior panel P and the exterior panel P in order to block the inflow of rainwater or air from outside, and a filler of petroleum compound, silicon, or the like may be used.

As shown in FIGS. 2 (a) and 2 (b), the present invention is also applicable to a case where the heat shield member 180 is entirely formed in a 'C' shape and the outer surface of the web portion 182 is formed in a lower portion The web portion 182 may be configured to cover one side of the fixed frame 200 and the flange portion 184 bent at both ends to cover both sides of one side thereof. As shown in FIG. 2C (a), the heat shielding member 180 completely covers the surface contacting the stationary frame 200, so that the heat due to radiation and convection as well as the heat transmitted from the outside can be cut off . At this time, as shown in FIG. 2C (b), by adjusting the lengths of both ends of the heat block member 180, the coupling force with the fixed frame 200 can be adjusted. Therefore, the present invention can save the cooling and heating cost by improving the thermal performance and reducing the energy loss, and the economic effect can be seen. In addition, as shown in FIG. 2D, the heat shield member 180 of the connecting member 100 may be coupled to the T-shaped frame (T-bar) to be coupled to the structure.

In the present invention, as shown in FIG. 2E, in the coupling structure of the external panel P in which the connecting member 100 is used, the external panel P is composed of a multi-layer structure in which the heat insulating material I is embedded A stationary frame 200 coupled to the structure; A vertical bar 120, a lower horizontal bar 160, an upper horizontal bar 140, a middle horizontal bar 150, and a heat shield member 180. The vertical bar 120, the lower horizontal bar 160, the upper horizontal bar 140, A coupling member 100 having a plurality of hollow portions 152 formed therein; And a sheath panel P coupled to a side surface of the connecting member 100. The pair of connecting members 100 are fastened to the lower horizontal bar 160 through the heat shield member 180, And the frame 300 is used and installed in the fixed frame 200. The coupling structure of the exterior panel P is such that the exterior panel P is formed in a multi-layer structure spreading up and down, and a heat insulating material I is interposed therebetween.

Although the present invention has been described in connection with the preferred embodiments as described above, various modifications and variations are possible without departing from the gist of the present invention, and the present invention can be used in various fields.

Accordingly, the claims of the present invention include modifications and variations that fall within the true scope of the invention.

P: external panel
I: Insulation
100: connecting member
120: vertical bar
122: protruding bar
140: upper horizontal bar
150: Middle horizontal bar
152: hollow
160: Lower horizontal bar
180:
182: web portion
184: flange portion
200: Fixed frame
300: fastener
400: connecting piece
500: Backup material
600: Caulking

Claims (8)

A connecting member (100) installed at a connection portion between an exterior panel (P) and a fixed frame (200) or a structure,
A vertical bar 120 formed of a linear member having a predetermined length;
An upper horizontal bar 140 coupled to the vertical bar 120 in a direction orthogonal to the vertical bar 120;
A lower horizontal bar 160 coupled to the vertical bar 120 in a direction perpendicular to the vertical bar 120 at a lower end of the vertical bar 120; And
The upper part of the lower horizontal bar 160 is fixed to the upper part of the fixed frame 200 in a state of being wrapped around the lower horizontal bar 160 in the form of a polyamide or high strength PVC material, A heat block member 180;
, ≪ / RTI >
The upper horizontal bar 140 and the lower horizontal bar 160 extend in opposite directions with respect to the vertical bar 120 so that the upper and lower horizontal bars 160 and the vertical bars 120 are coupled to each other. Z ', and the outer panel P is coupled to the upper horizontal bar 140,
The heat block member 180 is fixed to the fixed frame 200 by a fastener 300 which is coupled to the lower horizontal bar 160 and passes through the heat block member 180 and the lower horizontal bar 160 at the same time, And the heat transmitted through the exterior panel P is finally blocked by the heat block member 180 to the stationary frame 200. [ Connecting members for panel connection. The method of claim 1,
The connecting member (100)
The upper and lower horizontal bars 160 extend from the end of the vertical bar 120 or the upper horizontal bar 140 extends from the end of the vertical bar 120, Wherein the horizontal bar (160) further comprises a shape having a predetermined length extending to one side and a further length extending to the other side with respect to a portion where the horizontal bar (160) is coupled with the vertical bar (120) Connecting members for panel connection. The method of claim 1,
The connecting member (100)
A 'B' shaped protruding bar 122 is further coupled to a predetermined height of the vertical bar 120,
Wherein the protruding bar (122) is coupled to the opposite side of the upper horizontal bar (140) in a direction in which the upper horizontal bar (140) extends. 4. The method according to any one of claims 1 to 3,
The heat block member (180)
The end of the lower horizontal bar 160 may be bent so that the upper end of the lower horizontal bar 160 is engaged with the upper end of the lower horizontal bar 160, Wherein the connecting member for connecting the outer panel has excellent thermal performance. delete In the coupling structure of the external panel (P) constructed by using the connecting member (100) of any one of claims 1 to 3,
A stationary frame (200) coupled to the structure;
A vertical bar 120, a lower horizontal bar 160, an upper horizontal bar 140, and a heat shield member 180, which are symmetrically disposed on one side of the fixed frame 200, A pair of connecting members (100); And
An outer panel P coupled onto the upper horizontal bar 140 of the pair of connecting members 100;
, ≪ / RTI >
The pair of connecting members 100 are installed in the fixing frame 200 using fasteners 300 passing through the lower horizontal bar 160 and the heat shield member 180, Is fixed to the upper horizontal bar (140) of the connecting member (100) by a connecting piece (400). The method of claim 6,
The heat shield member (180) of the connecting member (100)
And the outer surface of the web portion 182 is joined to the lower horizontal bar 160 of the connecting member 100 and the web portion 182 is formed by a single piece of the fixed frame 200, And a flange portion (184) bent at both ends of the flange portion (184) covers the both sides of one side of the flange portion (184). delete

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