KR101800191B1 - Window System - Google Patents

Abstract

A window system according to an embodiment of the present invention includes: a glass wall formed of a plurality of glass windows in a double and triple manner; a thermal bridge blocking material which fixes an end portion of the glass wall so as to block a thermal bridge phenomenon transmitted by the glass wall and the outside air; a frame provided on an indoor side and an outdoor side of the thermal bridge blocking material so as to reinforce the thermal bridge blocking material by a load of the glass wall and an external impact; and a bracket inserted into one side surface of the thermal bridge blocking material so as to fix the glass wall on the side of the thermal bridge blocking material provided in the frame.

Description

Window System {Window System}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a window system, and more particularly, to a window system in which an outdoor side frame coupled to a lower end of a window pane is removably detachable to smoothly replace a window pane.

Generally, a window (window) is a window or door that is installed in an opening (opening) of a window or an entrance to block the inside of the building from the outside, , And is used for ventilation of the room. These windows are broadly classified into wood windows, metal windows and plastic windows depending on the materials used for the production, and include a window frame for forming the outer frame and a glass window fixedly installed in the window frame.

The frame for a window is usually woven with a rectangular frame, and the glass is installed in an inner area of the rectangular body or a door for accessing the window is installed.

Such a frame for a window of a conventional window frame typically has a structure in which a stainless steel outer frame is manufactured by cutting and bending a stainless steel plate material and a steel reinforcing frame formed by cutting and bending a steel plate material inside the stainless steel outer frame, .

However, in the conventional frame for a window, it is troublesome to remove the molding or remove the sealing material in order to install the glass, and since it is made of the integral metal plate, the heat conduction is good and the condensation phenomenon The steel reinforcing frame easily rusts and rusts down due to the same condensation phenomenon, and there is a problem that heat insulation loss is reduced due to heat loss due to heat conduction phenomenon.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a window system for easily replacing a glass wall installed in a frame.

It is still another object of the present invention to provide a window system capable of preventing a bridge phenomenon caused by a frame provided on an outdoor side and an indoor side.

According to an aspect of the present invention, there is provided a window system comprising: a glass wall formed of a plurality of glass windows formed of double and triple windows; A frame for reinforcing the heat bridge block by a load and an external impact of the glass wall respectively provided on the indoor side and the outdoor side of the heat bridge block, And a bracket inserted into one side of the heat bridge member to fix the glass wall on the side of the heat bridge member.

Wherein the heat blocking material comprises a body blocking material formed by extending an end portion of the glass wall to the side of the room from the outdoor side to the side of the room and a fixing block provided at the indoor and outdoor ends of the body blocking material, And at least one heat insulating hole may be provided in the body barrier and the fixing barrier in order to block heat bridging caused by the glass wall and the outside air.

The fixing block may include an engaging portion that is coupled to both ends of the end portion of the body blocking member and a diagonal engaging hole that extends outward from the engaging portion and is formed inward from the glass wall toward the one end of the frame. And a separation preventing part formed to protrude from the interface between the engaging part and the engaging part so as to protrude from the glass wall and to be in contact with the engaging hole and to prevent the bracket from being detached.

The frame may include an indoor frame bent to reinforce the heat bridge block at the room side of the heat bridge block and having a hollow hole at a predetermined interval from the heat bridge block and having both ends inserted into the interlock hole, And an outdoor frame bent at an outer side of the frame to reinforce the heat bridge block and having both ends inserted into the interlocking holes.

The bracket includes a body provided on a side surface of the body barrier and having an end portion contacting the end of the body and having a spacing protrusion for maintaining a predetermined gap with the body barrier, And a fixing protrusion which is inserted into the detachment prevention portion and protrudes from the bracket so as to be firmly fixed to the heat bridge block, and a fixing protrusion provided on an outdoor side of the side plate provided on the inner side, And a receiving hole for receiving a gasket for blocking a thermal bridging phenomenon.

According to another aspect of the present invention, there is provided a window system comprising: a glass wall formed of a plurality of glass windows formed of double and triple windows; A frame for reinforcing the heat bridge block by a load and an external impact of the glass wall, the frame being provided on the indoor side and the outdoor side of the heat bridge block, A detachable frame detachably coupled to one side of the frame provided on the outdoor side for smooth installation, and a detachable frame provided between the detachable frame and the frame installed on the indoor side and the outdoor side for fixing the glass wall A bracket having a fixing bracket and a detachable mounting bracket provided inside the detachable frame, The can be included.

Wherein the heat blocking material comprises a body blocking material formed by extending an end portion of the glass wall to the side of the room from the outdoor side to the side of the room and a fixing block provided at the indoor and outdoor ends of the body blocking material, An engaging plate provided on the other side of the fixing block provided on an outdoor side of the body blocker, an engaging groove provided between the engaging plate and the body block, and an engaging groove extending from the center of the engaging groove toward the fixing block, And a heat insulating hole provided in the body barrier material and the fixing barrier material to prevent heat bridging between the glass wall and the outside air, .

Wherein the fixed barrier includes a coupling portion coupled to one side of a position at which the upper end of the glass wall contacts the outdoor side end of the body barrier, and a plurality of projections extending outwardly from the coupling portion and formed inwardly from the glasswall side, And an end portion which is formed to protrude from the interface between the engaging portion and the engaging portion so as to protrude toward the glass wall and is in contact with the engaging hole is formed in a diagonal line so that the bracket is detached And the like.

Wherein the frame is formed by bending an inner frame of the heat bridge block so as to reinforce the heat bridge block by a load of the glass wall and an external impact on the inner side of the heat bridge block and having both ends inserted into the interlocking hole, And an outer frame in which one end is inserted into the locking hole and the other end is inserted into the coupling groove and the insertion groove, .

Wherein the detachable frame is provided at the other end of the outdoor frame and is bent at one end to receive one end of the bracket at an inner side thereof and is bent at one end of the accommodating portion so as to be overlapped to be inserted into the engagement groove, And a mounting portion which is inserted into the inner frame and is inserted into the inner frame.

Wherein the fixing bracket includes a body provided on a side surface of the body barrier, the end having a gap between the body barrier and the body barrier, and spaced apart from the body barrier, And a fixing protrusion which is provided on the side surface and is inserted into the detachment preventing portion and is protruded so that the bracket is firmly fixed to the heat bridge block, and a fixing protrusion provided on the outdoor side of the side plate provided on the inner side, And may include a receiving hole for receiving a gasket for blocking a thermal bridging phenomenon to be transmitted.

Wherein the attaching / detaching bracket is provided inside the accommodating portion to reinforce the deformation and strength of the attaching / detaching frame, and a reinforcing portion formed at one side of the reinforcing portion at a predetermined interval to insert one end of the accommodating portion, And may have an abutting portion where the end portion abuts.

According to the window system of the present invention, the attaching / detaching frame can be attached to and detached from the end of the outdoor frame, thereby facilitating the replacement of the glass.

In addition, a frame may be provided on the outdoor side and the indoor side of the thermal bridge block to prevent thermal bridge phenomenon through the frame.

1 is a perspective view showing a wall provided with a window system according to an embodiment of the present invention;
2 is a perspective view illustrating a window system according to an embodiment of the present invention;
3 is a cross-sectional view of a window system according to an embodiment of the present invention;
4 is a cross-sectional view of a frame coupled with a detachable frame according to an embodiment of the present invention.
FIG. 5 is an exploded cross-sectional view showing a frame having a frame shown in FIG. 4 to which a detachable frame is coupled.
6 is a cross-sectional view illustrating a frame having a glass wall according to an embodiment of the present invention.
Fig. 7 is an exploded sectional view showing a frame provided with a glass wall in the frame shown in Fig. 6; Fig.
FIG. 8 is a perspective sectional view showing a frame to which a detachable frame is coupled according to an embodiment of the present invention; FIG.
9 is a flowchart showing a configuration in which a detachable frame is attached to and detached from a frame shown in Fig.

Hereinafter, a window system according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a perspective view of a wall installed with a window system according to an embodiment of the present invention, and FIG. 2 is a perspective view illustrating a window system according to an embodiment of the present invention.

1 and 2, the window system according to an embodiment of the present invention may be a curtain wall in which a glass wall 100 is provided between frames 300 in which a plurality of frames 300 are formed at right angles .

These curtain walls are commonly used in high-rise or skyscraper constructions and can be lifted and installed in advance from factory-made exterior wall panels. Curtain walls can be used to block noise or heat transmitted through a wall (not shown) in a structure that supports horizontal load due to vertical load and wind or earthquake, . The curtain wall may be formed using glass or the like without the pillars and beams exposed to the outside, and double and triple glass or heat ray absorbing glass may be used to prevent heat loss.

The curtain wall may be fixed by providing a fixing anchor (not shown) on the outside of the wall, and the fixing anchor may have a fixing angle between the walls before being fixed to the wall.

The fixed angle may be provided on both sides of the curtain wall to fix the curtain wall, and the fixed angle may be formed in an 'a' shape.

In addition, in the window system, as shown in FIG. 3A, the upper and lower frames 300 at the positions where the glass wall bodies 100 are coupled are connected to each other so that the glass wall bodies 100 are smoothly replaced, The frame 300 on both sides of the position where the glass wall 100 is coupled is fixed to both sides of the glass wall 100 as shown in FIG. An outdoor frame 320 may be provided.

3 is a perspective view illustrating a wall provided with a window system according to an embodiment of the present invention.

3, the window system according to an embodiment of the present invention includes a glass wall 100 formed of a plurality of glass windows 110 formed of double and triple walls, (200) for blocking the thermal bridging phenomenon transmitted by the glass wall (100) and the outside air by being fixed to the inner wall of the glass wall body (100) A frame 300 for reinforcing the heat bridge block 200 by an external impact and a frame 300 for fixing the glass block 100 on the side of the heat bridge block 200 provided in the frame 300. [ And a bracket 400 inserted into one side of the heat-shrinkable barrier 200.

The glass window 100 to be inserted into the bracket 400 of the frame 300 may be formed of double or triple glass windows 110 and a plurality of glass windows 110 may be formed of double and triple windows. A spacer 120 for forming a predetermined gap between the plurality of glass windows 110 and a sealant 130 for improving airtightness between the glass wall 100 and the bracket 400 .

A spacer 120 is provided between the plurality of glass windows 110 so that the glass wall 100 is formed in a double or triple shape and the sealant 130 is inserted on the outer side of the spacer 120 to form two glass windows 110 And a sealant 130 is provided on both sides of one end of the glass wall 100 to improve airtightness between the bracket 400 and the glass wall 100. [ Also, the sealant 130 can improve airtightness between the glass wall 100 and the supporting member.

At this time, the sealant 130 is provided only on the outdoor side, and the airtightness between the bracket 400 and the glass wall 100 can be improved.

The heat bridge block 200 may be formed of PVC and includes a body block 210 which is formed by extending the end of the glass block 100 to the side of the room from the outdoor side, And a stationary barrier member 220 provided at the outer side and the outdoor side ends and to which the frame 300 is coupled.

The body barrier 210 may be provided at an end of the glass wall 100 and may extend from the outside to the room at a position where the end of the glass wall 100 contacts. The length of the body barrier 210 may be determined according to the thickness of the glass wall 100.

The body barrier 210 may include at least one heat insulating hole 230 to prevent the glass wall 100 and the heat bridging phenomenon due to external air, And may be formed in various sizes.

At this time, the heat insulating holes 230 may be formed to be narrow at a position where the end portions of the glass wall body 100 are in contact with each other. In order to support the load of the glass wall body 100, It is possible to provide a plurality of partition plates for partitioning.

The position of the stationary barrier member 220 installed on the body barrier 210 may vary depending on the position of the stationary barrier member 220 installed at the end of the glass wall body 100.

For example, since the glass wall body 100 is coupled to the frame 300 coupled to the upper end of the glass wall body 100 in a manner to sandwich the glass wall body 100 from below, Since the glass wall 100 is coupled to the frame 300 coupled to the lower end of the glass wall 100 in such a manner that the glass wall 100 is sandwiched from the front of the glass wall 100, The fixing block 220 may be provided only at a position other than a side of the outdoor side end of the body block 210 in which the glass wall 100 is fitted.

4 to 5, the fixed barrier member 220 includes an engaging portion 221 coupled to both sides of the end portion of the body barrier 210, A latching part 222 formed inside the glass wall body 100 and having a slanting latch hole 223 for latching one end of the frame 300 and a latching part 222 having a latching part 222, (224) protruding from the interface of the glass plate (100) at the interface of the glass plate (221) and the end of the glass plate (100) contacting with the latching hole (223) .

The coupling part 221 may have the same size as that of the heat insulating holes 230 formed at both ends of the body barrier 210 and may be provided on one side of the body shutting material 210. Insulating holes 230 ) Can be provided to prevent the thermal bridge phenomenon.

The engaging portion 222 may extend outwardly from the engaging portion 221 with the same width as that of the engaging portion 221. One end of the frame 300 that surrounds and reinforces the heat- A latching hole 223 may be provided so as not to be detached.

The latching hole 223 may be formed in the latching part 222 on the side of the glass wall body 100 while keeping a diagonal line to the other side. At this time, the latching hole 223 may be slanted from the outside toward the body blocking member 210 to prevent the frame 300 from being detached.

The latching part 222 may be provided with a heat insulating hole 230 to prevent the heat bridging phenomenon.

The release preventing part 224 may protrude from the interface between the engaging part 222 and the engaging part 221 toward the glass wall 100 and the protruding shape may be formed in a direction in which the engaging part 223 is formed The outside can keep the diagonal line.

The release preventing portion 224 prevents the bracket 400 for fixing the glass wall 100 from being caught and removed so that when the glass wall 100 is coupled to the glass wall 100, The frame 300 and the bracket 400 can be firmly fixed to each other at a position where the escape prevention portion 224 and the engagement hole 223 are in contact with each other in the direction of the glass wall 100, It can be formed as an oblique line.

For example, if there is no separation preventing portion 224, the bracket 400 is not firmly fixed to the heat bridge block 200, so that the glass block 100 may be detached due to an external impact, It can be separated from the latching hole 223. When the bracket 400 is caught by the separation preventing portion 224 and the glass wall 100 is received in the bracket 400, the bracket 400 is separated from the separation preventing portion 224 by the load of the glass wall 100 And one end of the frame 300 inserted into the latching hole 223 provided at the same position as the detachment preventing portion 224 can be firmly inserted into the latching hole 223.

The hollow portion 500 protruding between the engaging portion 221 and the engaging portion 222 and provided between the inner frame 310 and the outer frame portion 224 may be provided with a heat insulating material and a separate structure A stone plate 250 may be provided so as to be fixed when inserted.

In addition, the heat bridge block 200 may be provided with a detachable frame 330 at the lower end of the glass wall 100 to facilitate the replacement of the glass wall 100. In order to engage with the detachable frame 330, the heat blocking member 200 may have a fixing block member 220 on one side and a detachable blocking member 240 on the other side thereof.

4 to 5, the detachable barrier member 240 includes an engaging plate 241 provided on the other side surface of the fixed barrier member 220 provided on the outdoor side of the body barrier 210, A coupling groove 242 provided between the coupling block 241 and the body barrier 210 and a coupling hole 242 extending from the center of the coupling groove 242 toward the fixing block 220, As shown in FIG.

The coupling plate 241 may be formed at the same position as one side of the body barrier 210 and may extend to an outdoor side end of the body barrier 210. A frame 300 May be provided so as not to be easily detached.

A locking protrusion 245 may be provided on the outer side of the coupling plate 241 and in contact with the glass wall 100 so that one end of the bracket 400 is received and fixed.

The coupling groove 242 may be formed to have the same width as the overlapping width of the frame 300 between the coupling plate 241 and the body barrier member 210. The coupling groove 242 may be formed in the fixing barrier 220 As shown in FIG.

An insertion groove 243 is provided at a position extending from the center of the coupling groove 242 to the side of the fixing block 220 so that one end of the frame 300 that surrounds the fixing block 220 is bent, And can be inserted and fixed in the groove 242 and the insertion groove 243.

The frame 300 may be formed of a variety of materials such as aluminum and stainless steel. The frame 300 may be bent to reinforce the heat-shavers 200 on the inner side of the heat shavers 200, (310) formed with hollow holes (500) at intervals of an interval between the inner frame (310) and the outer frame (200) And an outdoor frame 320 having both end portions inserted into the latch holes.

The inner frame 310 may be formed by bending the inner frame 310. Both ends of the inner frame 310 may be fixed to the locking holes 223 of the fixing block 220 coupled to both sides of the inner side end portion of the heat blocking member 200.

The inner frame 310 is formed to extend toward the inner side of the body barrier 210 so that a hollow hole 500 is formed between the inner side of the body barrier 210 and the inner side of the inner frame 310, The phenomenon can be prevented.

The outdoor frame 320 is fixed to both sides of the outdoor side end portion of the body barrier 210 when the upper end of the glass wall 100 is engaged and the glass wall 100 is sandwiched between the fixed barrier members 220. [ May be formed to enclose the barrier material 220 and be formed so that both ends of the barrier material 220 are engaged with the engagement hole 223 of the fastening barrier material 220.

The outdoor frame 320 formed at a position where the lower end of the glass wall 100 is coupled is provided with a fixing hole 220 at one end thereof to cover the fixing block 220 on the other side of the glass wall 100 to be replaced, And the other end is inserted into the coupling groove 242 and the insertion groove 243 so as to cover the end portion of the body barrier 210 and the fixing blocking member 220.

In order to easily replace the glass wall 100, a detachable frame 330 is provided at the outer frame 320 and the other side thereof to detach the detachable frame 330 when replacing the glass wall 100 After the glass wall 100 is replaced, the attaching / detaching frame 330 may be fixed to the thermal bridge block 200.

The detachable frame 330 includes a receiving part 331 provided at the other end of the outdoor frame 320 and having one end bent to receive one end of the bracket 400, Is inserted into the coupling groove (242) and is inserted into the coupling groove (242) and fixed to the outer frame (320) to be embedded in the heating bridge member (200) (332).

The receiving portion 331 may be formed by bending the glass wall 100 in the outdoor side and may fix the bracket 400 having one end in the receiving portion 331.

The mounting portion 332 is provided at the other end of the receiving portion 331 and can be inserted into the coupling groove 242. When the insertion portion 332 is inserted into the coupling groove 242, And can be folded to overlap. The overlapping position may be a position overlapping the insertion groove 243 and the outside of the insertion groove 242 inserted into the coupling groove 242 after being inserted into the coupling groove 242. [ And may not be separated from the engaging groove 242 by hanging on the bent portion of the frame 320. [

For example, when the outdoor frame 320 is inserted into the insertion groove 243 and the outdoor frame 320 inserted into the coupling groove 242, when the insertion portion 332 is inserted into the coupling groove 242, The overlapped position of the mounting portion 332 bent into the overlapping groove by inserting into the coupling groove 242 due to the elasticity of the outer frame 320 may not be caught by the outdoor frame 320.

The attaching / detaching frame 330 may be attached to the coupling plate 241 having fluidity by applying force to move the outer surface of the attaching / detaching frame 330 toward the glass wall body 100 in order to be detached from the coupling groove 242. [ May rotate at a predetermined angle so that the mounting portion 332 may be separated from the outdoor frame 320 by forming an interval therebetween.

8 to 9, the attaching / detaching frame 330 is detached from the outdoor frame 320 and the heat bridge block 200, The glass frame 100 can be replaced by fixing the attaching / detaching frame 330 to the heat bridge block 200 at the outdoor side after inserting the attaching / detaching frame 100.

When the bracket 400 is coupled to the thermal bridge member 200 at a position where the upper end of the glass wall 100 is coupled with the fixing barrier member 220 formed at both ends of the body barrier member 210, Can be combined.

The bracket 400 may be provided on both sides of the heat bridge member 200 when the glass wall 100 is coupled to both sides of the heat bridge member 200. When the upper and lower portions are provided, And the rigid urethane foam formed of polyamide may be inserted between the fixing barriers 220 on the other side to connect the end portions of the indoor frame 310 and the outdoor frame 320 with each other.

4 to 7, the bracket 400 is provided on a side surface of the body barrier 210 so that the end of the glass wall 100 contacts the body barrier 210 and is spaced apart from the body barrier 210 The main body 411 includes a main body 411 having spacing protrusions 412 formed on the side walls of the main body 411 so as to extend from both ends of the main body 411 to be inserted into the detachment prevention portion 224, (413) having a fixing protrusion (414) protruded so as to be firmly fixed to the heat bridge block (200) so as to be firmly fixed to the side wall (413) (415) for receiving a gasket (416) for blocking the heat bridging phenomenon transmitted through the gasket (100).

The body 411 may be provided on a side surface of the body barrier 210 contacting the glass wall 100 and may be spaced apart from the body barrier 210 by a spacing protrusion 412.

The side plates 413 may extend from both ends of the main body 411 to the outside and the fixing protrusions 414 may protrude from the side plate 413 toward the fixing block member 220. The fixing protrusions 414 are inserted into the separation preventing portions 224 so that both sides of the frames 300 are formed obliquely to prevent the frame 300 from being separated. 300 can be firmly fixed.

The receiving hole 415 may be provided on the side of the glass wall 100 of the side plate 413 provided on the indoor side and may be made of ethylene propylene rubber (EPDM, ethylene propylene rubber may be combined with the gasket 416.

When the bracket 400 is coupled to the thermal bridging member 200 at a position where the lower end of the glass wall 100 is coupled to the bracket 400, And a detachable frame 330 coupled to the end.

The bracket 400 includes a fixing bracket 410 provided between the detachable frame 330 and the frame 300 installed on the indoor side and the outdoor side to fix the glass wall 100, And a detachable bracket 420 provided inside the frame 330 and detachable therefrom.

The fixing bracket 410 is provided on a side surface of the body barrier 210 and has a gap protrusion 412 for contacting the end of the glass wall 100 and maintaining a predetermined gap with the body barrier 210. [ A body 411 extending from an inner side end of the body 411 and provided on a side surface of the fixing block 220 and inserted into the detachment preventing portion 224 so that the bracket 400 is firmly fixed to the heat- A side plate 413 having a fixing protrusion 414 protruded to be coupled to the glass plate 100 and a side plate 413 provided on the side of the room, And may include a receiving hole 415 for receiving the gasket 416 for blocking.

The body 411 may be provided on a side surface of the body barrier 210 contacting the glass wall 100 and may be spaced apart from the body barrier 210 by a spacing protrusion 412. The outdoor side end of the main body 411 may be received in a locking protrusion 245 provided on the outer side of the coupling plate 241 and fixed to the body barrier 210.

The side plate 413 may extend outward from the inner side end of the main body 411 and the fixing protrusion 414 may protrude from the side plate 413 toward the fixing block member 220. The fixing protrusions 414 are inserted into the separation preventing portions 224 so that both sides of the frames 300 are formed obliquely to prevent the frame 300 from being separated. 300 can be firmly fixed.

The receiving hole 415 may be provided on the side of the glass wall 100 of the side plate 413 provided on the indoor side and may be made of ethylene propylene rubber (EPDM, ethylene propylene rubber may be combined with the gasket 416.

The attaching / detaching bracket 420 is provided inside the accommodating portion 331 and includes a reinforcing portion 421 for reinforcing the deformation and strength of the attaching / detaching frame 330, And a joint part 422 formed at an interval and one end of the receiving part 331 is inserted and the one end of the glass wall body 100 is in contact.

The reinforcing portion 421 may be formed with a hollow hole 500 inside the detachable frame 330 so that the shape of the detachable frame 330 may not be deformed due to an external impact.

The joining portion 422 may extend at a predetermined distance from one end of the reinforcing portion 421 to receive one end of the attaching / detaching frame 330. Therefore, the integrity of the detachable frame 330 and the attaching / detaching bracket 420 can be enhanced.

The joining portion 422 is provided on the interior side of the attachment and detachment bracket 420 so that one end of the glass wall body 100 can be in contact with the glass wall 100 and the sealant 130 of the glass wall body 100 allows the glass wall 100 Can be accommodated.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. Those skilled in the art, who understands the spirit of the present invention, can readily suggest other embodiments by adding, changing, deleting, adding, or the like of components within the scope of the same idea, I would say.

100: glass wall 200: heat bridge block
210: Body barrier material 220: Fixing barrier material
230: heat insulating hole 240: detachable barrier material
300: frame 310: indoor frame
320: outdoor frame 330: detachable frame
400: Bracket 410: Fixing bracket
420: Mounting bracket

Claims (12)

A glass wall formed of a plurality of glass windows formed of double and triple,
And a fixing block for fixing the end portion of the glass wall to prevent thermal bridging between the glass wall and the outside air,
A frame provided on the indoor side and the outdoor side of the thermal bridge block to reinforce the thermal bridge block by a load and an external impact of the glass wall,
And a bracket inserted into one side of the heat bridge member to fix the glass wall on the side of the heat bridge member provided in the frame,
Wherein the fixed barrier includes a coupling portion coupled to both sides of an end of the thermal barrier,
A latching portion extending outward from the coupling portion and formed inwardly from the glass wall surface and having a slanted latching hole for latching one end of the frame,
And an escape preventing portion formed to protrude from the interface between the latching portion and the engaging portion so as to protrude from the glass wall and to be in contact with the latching hole,
The bracket is provided between a plurality of the stationary barrier members and is provided with a body barrier member which contacts the end portions of the glass wall body and extends from the outdoor side to the indoor side of the thermal barrier member and has a spacing protrusion Wow,
And a fixing protrusion extending from both ends of the main body and provided at a side surface of the fixing block, the fixing protrusion being inserted into the detachment preventing portion and protruding so that the bracket is securely coupled to the heat-
And a housing hole provided on an outdoor side of the side plate provided on the indoor side to receive a gasket for blocking a thermal bridge phenomenon transmitted through the glass wall.
The method according to claim 1,
Wherein the heat bridge material comprises: the body barrier material having an end portion of the glass wall contacting with a side surface;
Wherein at least one heat insulating hole is provided in the body barrier and the fixing barrier in order to block heat bridging caused by the glass wall and the outside air.
delete 3. The method of claim 2,
Wherein the frame is bent to reinforce the bridge member at the inner side of the bridge member and has a hollow hole at a predetermined interval from the bridge member and has both ends inserted into the bridge hole,
And an outdoor frame bendingly formed on the outdoor side of the thermal bridging member to reinforce the thermal bridging member and having both ends inserted into the bridging hole.
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