KR101877759B1 - Variable Window System - Google Patents

Abstract

The present invention relates to a variable window system, capable of providing easy replacement of a glass wall provided in a frame. The variable window system according to an aspect of the present invention includes: a glass wall having double and triple structures constituted by multiple glass windows; a thermal bridge break securing an end portion of the glass wall to block a thermal bridge from occurring due to the glass wall and external air; a frame provided on an indoor side and an outdoor side of the thermal bridge break and reinforcing the thermal bridge break against a load of the glass wall and an external impact; and a reinforcing frame provided between the thermal bridge break and the frame provided on the indoor side of the thermal bridge break, the reinforcing frame being bent to surround the thermal bridge break and enhance the strength of the thermal bridge break.

Description

{Variable Window System}

The present invention relates to a variable window system, and more particularly, to an adjustable window system in which an outdoor side frame coupled to a lower end of a windshield is detachably installed to smoothly replace a windshield, and an adjustment bolt is coupled to upper and lower portions of the window frame, To a variable window system capable of easily varying the height of the window.

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 frame 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.

In addition, the window frame is assembled in the factory in advance and installed in the building, which requires precise joining. In order to achieve such a precise combination, it is very important to adjust the height of a frame for a window frame. The height of the frames for a window frame generally depends on the personal skill of the operator. However, various devices have been attempted to easily adjust the elevation level of the frame for a window so as not to depend heavily on the skill of the operator.

However, when the weight of the existing window frame is excessively large, it is very difficult for the operator to lift the frame for the window frame directly and the level of the frame for the window frame can be adjusted by adjusting the length of the vertical opening There has been a problem in that it is limited to the above.

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

It is another object of the present invention to provide a variable-type window system which can easily adjust the height of a window to be installed with a small number of persons precisely and quickly.

It is a further object of the present invention to provide a window system that can be installed regardless of the size of the member and the form of the framework of the building.

According to an aspect of the present invention, there is provided a variable 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 reinforcing frame which is provided between the frame and the heat bridge block and is bent to surround the heat bridge block to increase the strength of the heat bridge block.

Wherein the heat blocking material comprises a body blocker 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, an indoor blocker provided at the indoor side end of the body blocker to which the frame is coupled, At least one of which is provided inside the body barrier, the outdoor barrier and the indoor barrier to prevent heat bridging caused by the glass wall and the outside air, Or more.

The indoor barrier includes a first heat insulating portion extending from an end of the body barrier to the inside of the body and having the heat insulating hole therein, a first engaging portion coupled to both sides of the first heat insulating portion and wrapped by the reinforcing frame, And a first detachment preventing part having a first locking hole between the first engaging part and the first engaging part so that the frame formed on the indoor side and the reinforcing frame are simultaneously engaged.

The outdoor barrier includes a second heat insulating part extending from the end of the body barrier to the outdoor side and having the heat insulating hole at the inner side thereof and a second heat insulating part coupled to both sides of the second heat insulating part to prevent the frame And a second locking hole formed at an inner side of the second engaging portion at an interval equal to the thickness of the frame to extend from the end to the inside of the frame, Prevention portion.

Wherein the outdoor barrier comprises a third heat insulating part extending outward from an end of the body barrier and having the heat insulating hole on the inside thereof and a second insulating part formed on an outdoor side of the third heat insulating part at an interval equal to the width of the frame, And a cover which is engaged with one side of the third heat insulating part and the extension part and is connected to the outside of the room, A second engaging portion extending from the end portion to the inside of the frame to prevent the frame from being detached from the frame; and a second engaging portion formed at the same interval as the thickness of the frame at the inner side end portion of the second engaging portion, And a detachable portion provided on the other side of the second engagement portion and detachable from the body barrier.

The detachable portion may include a detachable frame detachably coupled to one side of the frame provided on the outdoor side for smoothly installing the glass wall, and a detachable bracket provided inside the detachable frame.

Wherein the frame is bent to reinforce the interior barrier material and has hollow holes formed therein at predetermined intervals from the interior barrier material, both ends of which are inserted into the first retaining holes, And an outdoor frame in which both end portions are inserted into the second latching hole.

According to another aspect of the present invention, there is provided a variable window system including a glass wall formed of a plurality of glass windows formed of double and triple windows, A vertical frame provided on the indoor side and the outdoor side of the thermal bridging member for reinforcing the thermal bridging member by a load and an external impact of the glass brick, A reinforcing frame which is provided between the vertical frame and the heat bridge block and is bent to surround the heat bridge block to increase the strength of the heat bridge block; And at least one variable anchor for adjusting the height of the vertical frame All.

Wherein the thermal barrier material comprises a body barrier material having end portions of the glass wall facing the side and extending from the outdoor side to the indoor side, an indoor barrier provided at the indoor side end of the body barrier material and coupled with the vertical frame, And an outer barrier member disposed at the other end of the vertical barrier rib to prevent heat bridge phenomenon and to be coupled to the outdoor side of the vertical barrier rib and to prevent heat bridging between the glass wall and the outer air, And at least one heat insulating hole may be provided.

The indoor barrier includes a first heat insulating portion extending from an end of the body barrier to the inside of the body and having the heat insulating hole therein, a first engaging portion coupled to both sides of the first heat insulating portion and wrapped by the reinforcing frame, And a first detachment portion having a first locking hole between the first engaging portion and the first engaging portion so that the vertical frame and the reinforcing frame formed on the indoor side are simultaneously engaged.

The outdoor barrier includes a second heat insulating part extending from the end of the body barrier to the outdoor side and having the heat insulating hole at the inside thereof and a vertical frame coupled to both sides of the second heat insulating part, And a second engagement hole formed at an inner side of the second engagement portion at an interval equal to the thickness of the vertical frame to fix the vertical frame, And a second departure prevention portion.

The vertical frame is folded to reinforce the indoor barrier and has hollow holes formed therein at a predetermined interval from the indoor barrier, both ends of which are inserted into the first interlocking holes, And an outdoor frame formed by bending and having both end portions inserted into the second latching hole.

The variable anchor includes at least one stationary metal member inserted into a building structure to which the vertical frame is installed, a base plate provided on one side of the structure member and fixed to the structure structure by the fixed metal member, And a joining member which is inserted into the vertical frame and is fixed to the inside of the end of the vertical frame.

Wherein the engaging member is formed so that an end of the vertical frame is in contact with the engaging member and has a first through hole in a spiral groove for spirally coupling the variable bolt to the center of the engaging member, A side plate that is welded to the joining plate by welding and bolt and is accommodated in the vertical frame, and a side plate that is formed at a predetermined interval from the joining plate by the side plate, And a second through hole formed to have the same diameter as the through hole.

According to the variable window system of the present invention, the detachable frame can be attached to and detached from the end of the outdoor frame, so that anyone can easily install and replace the glass.

In addition, an adjustable bolt is combined with the upper and lower portions of the vertical frame, so that the construction can be performed precisely and quickly with a small number of people at the time of field construction.

In addition, it is possible to freely adjust the length of the back side (120 to 300 mm or more) and to construct the frame with a relatively high structure (H = 6000 or more) so as to be structurally perfect.

1 is a perspective view showing a wall provided with a variable window system according to an embodiment of the present invention;
2 is a perspective view illustrating a variable window system according to an embodiment of the present invention;
3 is a cross-sectional view illustrating a variable window system according to an embodiment of the present invention.
4 is an exploded cross-sectional view of a horizontally formed frame according to an embodiment of the present invention.
FIG. 5 is a sectional view showing a door installed in a frame according to another embodiment of the present invention; FIG.
6 is an exploded cross-sectional view illustrating a frame to which a detachable frame according to an embodiment of the present invention is coupled.
7 is a flowchart showing a configuration in which the detachable frame shown in Fig. 6 is attached and detached.
8 is a cross-sectional view of a vertically formed frame according to one embodiment of the present invention.
9 is a sectional view showing a building structure provided with the variable anchor shown in Fig.
10 is a perspective view showing a variable anchor according to another embodiment of the present invention.
11 is an exploded sectional view showing the variable anchor shown in Fig.

Hereinafter, a variable window system according to an exemplary 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.

As shown in FIGS. 1 and 2, the variable window system according to an embodiment of the present invention may be a window glass type window installed for a show window of a building, and a glass wall body 100 is provided between the frames 300 Structure.

Such windows are generally used in a commercial building or a general store where a low floor commercial building or a general store, such as a first floor or a second floor, can be widely used, and horizontal and vertical frames manufactured in advance by a factory can be assembled between the walls in the field.

In addition, in the window system, the frame 300 at the upper and lower ends of the position where the glass wall body 100 is coupled is fixed to the detachable frame 100 so that the glass wall body 100 can be smoothly replaced as shown in FIG. 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 Figure 3 (b) An outdoor frame 320 may be provided.

FIG. 3 is a cross-sectional view illustrating a variable window system according to an embodiment of the present invention, and FIG. 4 is an exploded cross-sectional view illustrating a horizontally formed frame according to an embodiment of the present invention.

3, the variable 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 fixing the glass brick wall (100) and the glass brick wall A frame 300 for reinforcing the thermal bridge member 200 by a load and an external impact and a frame 300 provided between the frame 300 formed on the inner side and the thermal bridge member 200, And a reinforcing frame 400 that is folded so as to surround and reinforce the strength of the heat-shrinkable barrier 200.

The glass wall body 100 provided in the heat bridge block 200 may be formed of double or triple glass windows 110 and may include a plurality of glass windows 110 so that a plurality of glass windows 110 may be formed in a double- A spacer 120 for forming a predetermined gap between the glass wall 100 and the bracket 110 and a sealant 130 for improving airtightness between the glass wall 100 and the bracket.

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 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 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, An outdoor barrier material 220 disposed at a side end portion of the frame 300 to which the frame 300 is coupled and an outdoor barrier material 220 disposed at the other end of the indoor barrier material 220 to block heat- And at least one insulated hole (230) provided in the body barrier (210), the outdoor barrier (230) and the indoor barrier (220) to block the thermal bridging between the glass wall (100) (250).

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 250 for preventing the glass wall 100 and the heat bridging phenomenon caused by external air, And may be formed in various sizes.

At this time, the heat insulating holes 250 may be formed to be narrow at a position where the end portions of the glass wall 100 are in contact with each other. In order to support the load of the glass wall 100, a plurality of heat insulating holes 250 It is possible to provide a plurality of partition plates for partitioning.

The interior barrier member 220 may be formed to be coupled to an inner side end portion of the body barrier member 210. The interior barrier member 220 may extend from the end portion of the body barrier member 210 to the inside of the body barrier member 210, A first engaging portion 222 coupled to both sides of the first heat insulating portion 221 and being wrapped by the reinforcing frame 400; And a first detachment preventing portion 224 having a first locking hole 223 between the first engaging portion 222 and the reinforcing frame 400 so that the frame 300 and the reinforcing frame 400 formed on the inner side are simultaneously coupled can do.

The first heat insulating part 221 may be provided with a heat insulating hole 250 so as to extend to an inner side end portion of the body shut-off material 210 to prevent the heat bridging phenomenon.

The first coupling part 222 may be formed on both sides of the first heat insulating part 221 to have the same size as the heat insulating holes 250 formed at both ends of the first heat insulating part 221, Also, a heat insulating hole 250 is provided in the first engaging part 222 to prevent a heat bridge phenomenon.

The first detaching portion 224 may be provided on the outdoor side of the first engaging portion 222 so that the frame 300 and the reinforcing frame 400 are coupled to each other. And the first latching hole 223 may be provided between the latching portion and the release preventing portion.

At this time, the first departure preventing portion 224 protrudes outdoors at a predetermined interval in a position where the first engaging portion 222 and the first heat insulating portion 221 are in contact with each other, The first latching hole 223 may be formed to extend in the direction of the coupling part 222. [

The first locking hole 223 is formed at an interval so that the reinforcing frame 400 surrounding the barrier material 220 and the frame 300 enclosing the reinforcing frame 400 can be coupled at the same time .

The outdoor barrier 230 may be disposed at the outdoor side end portion between the indoor barrier 220 and the body barrier 210 and may extend outward from the end of the body barrier 210, A second heat insulating portion 231 having a heat insulating hole 250 and a second heat insulating portion 231 coupled to both side surfaces of the second heat insulating portion 231 and having an opening at an end thereof to prevent the frame 300, A second engaging portion 232 formed to extend toward the interior side of the frame 300 and a second engaging hole 233 formed at an interval equal to the thickness of the frame 300 at an inner side end portion of the second engaging portion 232 And a second separation preventing portion 234 for fixing the frame 300. [

The second heat insulating portion 231 may be provided with a heat insulating hole 250 so as to extend to an outdoor side end portion of the body barrier 210 so as to prevent heat bridging.

At this time, the second heat insulating portion 231 may be formed so that the frame 300 installed on the outdoor side is thinner than the body barrier 210 so as to surround the outdoor barrier 230.

The second joint part 232 is formed to have the same size as the heat insulating hole 250 formed at both ends of the second heat insulating part 231 and extends to both sides of the second heat insulating part 231, The end portion of the glass wall 100 may be formed to extend from the end of the glass wall 100 toward the side of the glass wall 100 so as to surround one end of the glass wall 100. At this time, a heat insulating hole 250 is also provided in the second engaging part 232 to prevent a heat bridge phenomenon.

The second separation preventing portion 234 is formed to surround the end portion of the second coupling portion 232 that is bent so as to be sandwiched between the end portion of the second coupling portion 232 and the body barrier 210, 100 and extending at a long side of the glass wall body 100 at an extended end thereof so as to be folded so that the frame 300 surrounds the outdoor barrier material 230 and is not separated.

At this time, the second departure prevention part 234 and the body barrier 210 are provided with a separate partition to prevent the second escape prevention part 234 from being damaged when the frame 300 is coupled .

The frame 300 that surrounds the outdoor barrier 230 and the indoor barrier 220 may be formed of various materials such as aluminum and stainless steel and may be bent to reinforce the indoor barrier 220, An inner frame 310 having hollow holes at predetermined intervals with respect to the barrier material 220 and having both ends inserted into the first retaining holes 223 and an inner frame 310 bent and formed to reinforce the outer barrier material 230 And an outdoor frame (320) having an end inserted into the second latching hole (233).

The indoor frame 310 may be formed by bending the indoor frame member 220 coupled to both sides of the indoor side end portion of the thermal bridge member 200 and the first interlocking hole 220 of the first anti- 223 at both ends together with the reinforcing frame 400.

The inner frame 310 extends to the inner side of the body barrier 210 and forms a hollow hole between the inner side of the body barrier 210 and the inner side of the inner frame 310 to prevent thermal insulation and heat bridging can do.

The outdoor frame 320 is connected 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 outdoor barrier materials 230 May be formed to enclose the barrier material (230) and be formed so as to be engaged with both end portions of the second engagement hole (233) of the outdoor barrier material (230).

As described above, the reinforcing frame 400 is formed to enclose the interior barrier material 220 to prevent breakage of the interior barrier material 220 and to reinforce the strength of the interior barrier material 220. And may be formed to be caught in the first latching hole 223.

Therefore, the indoor frame 310 can be more firmly coupled to the indoor barrier 220.

In another embodiment, the closure bracket 260 may be provided between the indoor barrier 220 and the outdoor barrier 230 when the variable window system is not provided with the wall and the glass wall 100.

When the door 280 is installed, a coupling bracket 270 is provided between the indoor barrier 220 and the outdoor barrier 230 so that one side of the door 280 is in contact with the outdoor barrier 230 to block the thermal bridge phenomenon. As described above, the door 280, which is in contact with one side surface of the thermal bridge block 200, may be formed in various forms such as a glass door and a fire door.

FIG. 6 is an exploded cross-sectional view illustrating a frame coupled with a detachable frame according to an embodiment of the present invention, and FIG. 7 is a flowchart illustrating a detachable frame according to an exemplary embodiment of the present invention.

6 to 7, in order to smoothly engage the glass wall 100 according to an embodiment of the present invention, the frame 300 formed at the upper end of the glass wall 100 may have a detachable frame 241 have.

The outdoor frame 320 formed at a position where the upper end of the glass wall 100 is coupled is formed with a second engagement hole 233 at one end to surround the outdoor barrier 230 on the other side of the glass wall 100 to be replaced, And the other end may be inserted into the coupling groove 247 and the insertion groove 248 to cover a part of the outdoor barrier 230.

6 may be provided in the outdoor barrier 230 according to the position of the glass wall 100

For example, since the glass wall 100 is coupled to the frame 300 coupled to the lower end and both sides of the glass wall 100 in a manner that the glass wall 100 is sandwiched therebetween, the outdoor barrier 230 contacts the body barrier 210, Since the glass wall 100 is coupled to the frame 300 coupled to the upper end of the glass wall 100 in such a manner that the glass wall 100 is sandwiched from the front face of the glass wall 100, The detachable frame 241 may be provided only at a position other than one side of the outdoor side end portion of the outdoor barrier 230 to which the glass wall 100 is fitted.

The upper side frame 300 of the glass wall 100 may be provided with a detachable portion 240 having a detachable frame 241 to smoothly engage the glass wall 100.

The outdoor barrier 230 having the detachable part 240 is extended from the end of the body barrier 210 to the outside and the third heat insulating part 235 having the heat insulating hole 250 inside, An extension 236 formed on the outdoor side of the third heat insulating portion 235 at an interval equal to the width of the frame 300 and wrapped by the frame 300 and a third heat insulating portion 235 And an attachment plate 237 to which the frame 300 is coupled and which is spaced apart from the extension portion 236 to form an engagement groove 247 and a third attachment portion 235, A second coupling part 232 coupled to one side of the first coupling part 232 and extending outwardly from the end to prevent the frame 300 wrapped around the outdoor side from being detached, (300) is formed at the same interval as the thickness of the frame (300) at the inner side end of the frame And a detachable portion 240 provided on the other side of the second engagement portion 232 and detachable from the body barrier 210.

The third heat insulating portion 235 may be formed to have a width smaller than that of the body blocking member 210 and may have a heat insulating hole 250 formed on the inner side thereof. have.

The extension portion 236 may be formed to have the same width of the frame 300 and may be wrapped by the frame 300.

At this time, an insertion hole into which the frame 300 is inserted may be provided between the third heat insulating portion 235 and the extension portion 236.

The attachment / detachment plate 237 may be formed up to the outdoor side end of the outdoor barrier 230 so as to be positioned on the same line as the end of the second engagement portion 232, The detachment protrusion 238 may be provided so that the outdoor frame 320 is not easily detached.

The detachable portion 240 for smoothly coupling the glass wall 100 is detachably coupled to one side of the frame 300 provided on the outdoor side for smoothly installing the glass wall 100 A detachable frame 241 and a detachable mounting bracket 244 provided inside the detachable frame 241.

The detachable frame 241 includes a receiving portion 242 provided at the other end of the frame 300 provided at the outdoor side and having one end bent to receive one end of the attaching and detaching bracket 244, Is inserted into the coupling groove 247 and is inserted into the coupling groove 247 to be engaged with the frame 300 so as to be embedded in the heat bridge block 200 And a mounting portion 243 to be mounted.

The receiving portion 242 may be formed by bending the glass wall 100 from the outdoor side and may be fixed to the attaching / detaching bracket 244 provided at one end of the receiving portion 242.

The mounting portion 243 is provided at the other end of the receiving portion 242 and can be inserted into the coupling groove 247. When the insertion portion 243 is inserted into the coupling groove 247, And can be folded to overlap. The overlapped position is inserted into the coupling groove 247 and then inserted into the insertion groove 248 and the outside of the coupling groove 247 inserted in the coupling groove 247. [ And may not be separated from the engaging groove 247 by hanging on the bent portion of the frame 320.

For example, when the outdoor frame 320 is inserted into the insertion groove 248 and the outdoor frame 320 inserted into the coupling groove 247, the attachment portion 243 is inserted into the coupling groove 247, The overlapped position of the mounting portion 243 bent into the overlapping groove by inserting into the engaging groove 247 by the elasticity of the outer frame 320 may not be caught by the outdoor frame 320. [

The attaching / detaching frame 241 may be attached to the attaching / detaching frame 241 when the force is applied to move the outer surface of the attaching / detaching frame 241 toward the glass wall body 100 in order to separate the attaching / May rotate at a predetermined angle so that the mounting portion 243 may be separated from the outdoor frame 320 by forming an interval therebetween.

7, the detachable frame 241 is detached from the outdoor frame 320 and the thermal bridge 200 so that the glass wall 100 can be replaced by the detachable frame 241, The glass wall 100 can be replaced by fixing the attaching / detaching frame 241 to the heat bridge block 200 at the outdoor side.

The attachment / detachment bracket 244 includes a reinforcing portion 245 provided on the inner side of the accommodating portion 242 to reinforce deformation and strength of the attaching / detaching frame 241, And a joint portion 246 formed at an interval and one end of the accommodating portion 242 is inserted and one end of the glass wall 100 is in contact.

The reinforcing portion 245 may have a hollow hole formed in the detachable frame 241 so that the shape of the detachable frame 241 may not be deformed due to an external impact.

The joining portion 246 may extend at a predetermined distance from one end of the reinforcing portion 245 to receive one end of the attaching / detaching frame 241. Therefore, the integrity of the detachable frame 241 and the attachment / detachment bracket 244 can be enhanced.

The joining portion 246 may be provided on the interior side of the attachment and detachment bracket 244 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 can contact the glass wall 100 Can be accommodated.

In the following description of the variable window system according to another embodiment of the present invention, the same reference numerals are used for the same components as the variable window system according to the above-described embodiment, and a detailed description thereof will be omitted.

FIG. 8 is a cross-sectional view illustrating a vertically formed frame according to an embodiment of the present invention, and FIG. 9 is a cross-sectional view illustrating a building structure having the variable anchor shown in FIG.

8 to 9, the variable window system according to an embodiment of the present invention can be adjusted in height by a variable anchor 500 provided at both ends of the vertical frame 330.

The variable anchor 500 is formed of an outdoor frame 320 and an indoor frame 310 and moves the vertical frame 330 coupled to both sides of the glass wall 100 to the upper and lower sides to adjust the height And may be provided on the upper and lower portions of the vertical frame 330, respectively.

Further, the variable anchor 500 can be installed regardless of the size of the curtain wall or the member of the window and various frame structures of the building, and can easily adjust the elevation. After adjusting the elevation of the vertical frame 330, Or may be hidden or fixed by a separate cover.

The variable anchor 500 includes at least one fixed hardware 510 inserted into the building structure 10 on which the vertical frame 330 is installed and a plurality of fixed anchors 500 installed on one side of the building structure 10, A variable height bolt 530 fixed to the base plate 520 and having a part of the variable bolt 530 installed in the vertical frame 330; And a coupling member 540 which is threadedly engaged with the variable bolt 530 and fixed to the inside of the end of the vertical frame 330.

The fixed hardware 510 may be inserted into the building structure 10 to fix the frame 300 to the building structure 10. As the fixed hardware 510, an anchor may be used, and a set anchor or a wedge anchor may be used. Here, the building structure 10 can be formed by using cured concrete or using iron.

The base plate 520 is provided on one side of the building structure 10 and may be fixed to the building structure 10 by the fixing hardware 510. Here, the base plate 520 is made of iron. By providing the base plate 520, the variable bolt 530 to be described later can be structurally stably provided.

For example, when the portion where the base plate 520 and the variable bolt 530 are in contact with each other is not flat, the force to be supported by the variable bolt 530 becomes uneven and the construction time and cost for solving the problem increase . Also, when the building structure 10 and the variable bolt 530 are made of a heterogeneous material, the construction time and cost for fixing the variable bolt 530 to the building structure 10 may increase. On the other hand, when the base plate 520 is provided, the surface contacting the variable bolt 530 is flattened by the base plate 520, and the variable bolt 530 is also made of the same material as the base plate 520 The variable bolt 530 and the base plate 520 can be easily coupled with each other through welding or the like, so that it is possible to prevent an increase in the construction time and cost.

As described above, the variable bolt 530 may be fixed to the base plate 520 and a part of the variable bolt 530 may be provided inside the vertical frame 330.

The variable bolt 530 includes a head part 531 fixed to the base plate 520 by welding or the like and a body part 532 extending from the head part 531 and partially provided inside the vertical frame 330 ). The body portion 532 is formed with a helical groove and can be coupled to the coupling member 540 in a spiral manner.

The head portion 531 may have a structure in which a nut is coupled and one end is conically formed, and one end may be coupled to the base plate 520 by welding.

The coupling member 540 is coupled to be received at one end of the vertical frame 330 as shown in FIGS. 10 to 11, and the variable bolt 530 can be spirally coupled.

The coupling member 540 is formed so that the end of the vertical frame 330 is in contact with the coupling member 540 and the coupling bolt 530 is inserted into the coupling hole 540, A joining plate 542 bent at least one or more times from the one surface of the joining plate 541 in the direction of the vertical frame 330 and a joining plate 542 joined to the joining plate 542 by welding and bolt, A side plate 543 that is received in the vertical frame 330 and a side plate 543 that is formed at a predetermined distance from the coupling plate 541 by the side plate 543 and has a diameter equal to that of the first through hole 545 And a receiving plate 544 having a second through-hole 546 formed therein.

The coupling plate 541 may be larger than the width of the vertical frame 330 such that one end of the vertical frame 330 is in contact with one surface of the vertical frame 330 and a first through hole 545 may be formed at the center thereof . The first through hole 545 may be formed with a helical groove such that the variable bolt 530 is helically connected to the first through hole 545. The center of the coupling plate 541, The spacing between the spiral grooves of the first through hole 545 is increased to protrude toward the second side wall 330 so that the variable bolt 530 can be more firmly fixed.

At least one of the coupling plates 541 may be bent to the vertical frame 330 so that the coupling plate 541 contacts the inside of the vertical frame 330 so that the coupling plate 542 is provided.

The receiving plate 544 is coupled to one surface of the coupling plate 541 at a distance equal to the length of the side plate 543 so that the side plates 543, The variable plate 530 may be received in the vertical plate 330 at the coupling plate 541 and the variable bolt 530 may be received in the center of the receiving plate 544, A second through hole 546 may be formed to penetrate the first through hole 544 so as to catch the first through hole 542.

The first through hole 545 may protrude from the coupling plate 541 toward the second through hole 546 in order to increase the area of the second through hole 545 and the variable bolt 530.

The side plate 543 is welded to the joining plate 542 bent inwardly in the vertical frame 330 from the joining plate 541 so that the receiving plate 544 is separated from the joining plate 541 .

In this way, the height of the vertical frame 330 can be controlled by the variable anchor 500, so that the window system can be installed regardless of the shape of the building structure 10.

For example, in order to adjust the height of the vertical frame 330, the variable bolt 530 is rotated in the first through hole 545 to adjust the height of the variable bolt 530 in the coupling member 540 The height of the lower end of the vertical frame 330 and the height of the base plate 520 can be adjusted.

The adjustable bolt 530 whose height is adjusted can be fixed to the base plate 520 by welding to be installed on the building structure 10.

By the variable anchor 500 and the variable bolt 530, the frame 300, on which the glass wall 100 is installed precisely and quickly with a small number of people, can be installed on the wall.

Although the variable window system according to an embodiment of the present invention has been described above, the spirit of the present invention is not limited to the embodiments disclosed herein. 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: indoor barrier material
230: outdoor barrier material 240: detachable part
241: detachable frame 242:
243: Mounting part 244: Mounting bracket
250: Insulating hole 300: Frame
310: indoor frame 320: outdoor frame
330: vertical frame 400: reinforcing frame
500: Variable anchor 510: Fixed hardware
520: base plate 530: variable bolt
540: coupling member

Claims (14)

A glass wall formed of a plurality of glass windows formed of double or triple,
A heat bridge member for fixing an end portion of the glass wall to block a thermal bridge phenomenon transmitted by 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 reinforcing frame provided between the frame and the heat-shrinkage interrupter to bend the heat-shingness interrupter to increase the strength of the heat-shrinking interstice and to firmly couple the frame, which is a heterogeneous material, with the heat- and,
Wherein the heat-shading barrier comprises a body barrier formed by extending an end portion of the glass wall from the outdoor side to the indoor side,
An indoor barrier disposed at an inner side end of the body barrier and coupled to the frame,
An outdoor barrier disposed at the other end of the indoor barrier to block heat bridging and coupled to the outdoor side;
Wherein at least one heat insulating hole is provided in the body barrier, the outdoor barrier, and the interior barrier to block heat bridging between the glass wall and the outside air,
Wherein the outdoor barrier comprises a third insulating portion extending outward from an end of the body barrier and having the heat insulating hole inside,
An extension formed on the outdoor side of the third adiabatic portion at an interval equal to the width of the frame and wrapped by the frame,
Wherein the first and second heat insulating portions and the extending portion are spaced apart from each other to form an engaging groove,
A second joint portion coupled to one side of the third heat insulating portion and the extended portion and extending from the end portion to the room side to prevent the frame wrapped on the outdoor side from being separated,
A second separation preventing portion formed at an interval equal to the thickness of the frame at an inner side end portion of the second engaging portion and fixing the frame,
And a detachable portion provided on the other side of the second engagement portion and detachable from the body barrier,
Wherein the detachable portion includes a detachable frame detachably coupled to one side of the frame provided on the outdoor side for smoothly installing the glass wall,
And a detachable bracket provided inside the detachable frame and detachable from the detachable frame.
delete The method according to claim 1,
Wherein the indoor barrier includes a first heat insulating portion extending from an end of the body barrier to the inside of the body,
A first engaging portion coupled to both sides of the first heat insulating portion and wrapped by the reinforcing frame,
And a first detachment preventing part having a first locking hole between the first engaging part and the first engaging part so that the frame formed on the indoor side and the reinforcing frame are simultaneously engaged.
The method of claim 3,
Wherein the outdoor barrier comprises a second insulating portion extending outward from an end of the body barrier and having the heat insulating hole on the inner side,
A second engaging portion coupled to both side surfaces of the second heat insulating portion and extending from the end portion to the indoor side to prevent the frame wrapped around the outdoor side from being separated,
Further comprising a second separation preventing portion for fixing the frame with a second locking hole formed at an interval equal to the thickness of the frame at an inner side end portion of the second coupling portion.
delete delete 5. The method of claim 4,
Wherein the frame is folded to reinforce the interior barrier material, the interior frame having a hollow hole at a predetermined interval from the interior barrier material, both ends of the interior barrier being inserted into the first interlocking hole,
And an outdoor frame bent and formed to reinforce the outdoor barrier and having both ends inserted into the second locking hole.


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