KR20210123954A - Insulation frame system - Google Patents

Abstract

Provided is an insulating frame system comprising at least one vertical frame and a horizontal frame connecting the vertical frame in a horizontal direction. The insulating frame system comprises an asymmetrical T-shape fixture which is coupled to an end of the horizontal frame. The end of the horizontal frame can be combined while being in close contact with the vertical frame through the T-shape fixture. The T-shape fixture includes a horizontal insert plate coupled to the horizontal frame and a vertical coupling plate to which the horizontal insert plate is asymmetrically coupled. A portion of the vertical coupling plate formed relatively short by the horizontal insert plate is formed to have a short length such that only one vertical coupling hole is formed, so that only one vertical coupling hole may be exposed to the outside of the horizontal frame.

Description

INSULATION FRAME SYSTEM

The present invention relates to an insulated frame structure or system, and more particularly, to an insulated frame system in which a structure can be formed in the field by screw coupling while avoiding bonding by welding.

In forming a wall structure using tempered glass, etc., a window frame is used, and the window frame can fix single or double glass. When a single piece of glass is used, the insulation and sound insulation performance is lowered than when using double glass. .

However, even if double glass is used, the conventional window frame serves to directly transmit the outdoor temperature because it is in direct contact with indoor and outdoor air, and the conventional window frame uses a stainless steel frame cover for an aluminum core, so heat conduction Due to the high temperature, it can cause dew condensation due to the temperature difference between inside and outside, and it can also be the main culprit of heat loss.

In order to solve this problem, an insulating frame that thermally separates the inside and outside of the frame by inserting an Azon or a PVC frame in the center of the aluminum core has been conventionally used. However, the conventional insulation frame may have poor durability because Azone or PVC, which has a lower hardness than metal, is used, and the structure tends to be somewhat complicated. In addition, the unit price or weight of the frame may increase due to the Azone or PVC structure inserted in the middle.

Korean Patent Registration No. 10-1708286 discloses "a cost-saving insulation frame for windows and doors". A vertical frame and a horizontal frame are mutually coupled to each other to form a window, a door, or a wall using these insulating frames, and the vertical frame and the horizontal frame are connected by mutual welding.

When the frames are combined by welding in this way, it is very difficult to weld in the field, and they are cut and welded in advance at the factory and transported to the field. However, an installation error may occur while actually installing semi-processed frames in the field, and there is a problem that this cannot be corrected.

Of course, there are cases where welding is performed in the field, but errors may occur while combining pre-cut vertical and horizontal frames, and welding in the field may cause significantly lowering the work speed.

The present invention provides a thermal insulation frame system capable of minimizing the occurrence of problems due to welding by avoiding frame coupling by welding.

The present invention provides a thermal insulation frame system that can be easily corrected in the process of installing it even if there is an error such as cutting and fast working speed in the field.

According to an exemplary embodiment of the present invention for achieving the above-described objects of the present invention, the thermal insulation frame system may be provided including at least one vertical frame and a horizontal frame connecting the vertical frame in a horizontal direction.

The vertical frame includes a vertical insulation portion, an inner vertical core positioned inside the vertical insulation portion as a center, an outer vertical core facing the inner vertical core, an inner vertical finishing material having both ends bound to the inner vertical core to form an inner surface of the vertical frame, and Both ends are bound to the outer vertical core may include an external vertical finishing material to form the outer surface of the vertical frame.

A horizontal frame may function to connect two or more vertical frames in a horizontal direction or to connect a vertical frame to a surrounding wall or other structure. One or two or more horizontal frames may be coupled to one vertical frame at uniform or non-uniform intervals.

Specifically, the horizontal frame includes a horizontal thermal insulation part, an internal horizontal core positioned inside with respect to the horizontal insulating part, an external horizontal core facing the internal horizontal core, and an internal horizontal finishing material having both ends bound to the internal horizontal core to form the inner surface of the horizontal frame And, both ends are bound to the outer horizontal core may include an external horizontal finishing material to form the outer surface of the horizontal frame.

A first slit protrusion and a second slit protrusion facing each other may protrude in a T-shape on the inside of each of the inner vertical core and the outer vertical core based on the vertical heat insulating part.

By using the first slit protrusion and the second slit protrusion protruding in a T-shape while facing each other, the T-binding sphere may closely and couple the horizontal frame and the vertical frame to each other.

Specifically, the coupling plate may be inserted in the longitudinal direction of the vertical frame into the inner space formed inside by the first slit protrusion and the second slit protrusion, and the T-binding sphere corresponds to the coupling plate with the first slit protrusion and the second slit protrusion. It may be coupled to an external space formed outside by the slit protrusion.

The T-binding sphere may include a vertical coupling plate coupled to the coupling plate and a horizontal insertion plate protruding at right angles to the vertical coupling plate, and the horizontal insertion plate is coupled at an asymmetric position with respect to the vertical coupling plate, and the vertical coupling plate has At least one vertical coupling hole may be formed above and below the horizontal insertion plate, respectively.

The horizontal insert plate may be inserted into an insert formed in any one of the inner horizontal core and the outer horizontal core, and the horizontal insulating portion may be biased to be positioned relatively far from the inner horizontal core or the outer horizontal core on which the insert is formed.

The operator inserts the horizontal inserting plate of the T-bundle into the insertion part of the horizontal frame in the field, and can fix the T-binder to the horizontal frame by using a screw passing through the horizontal coupling hole formed in the horizontal inserting plate.

And it is possible to bring the end of the horizontal frame to which the T-bundling ball is fixed close to the vertical frame, and the end of the horizontal frame to the vertical frame through the coupling plate to closely and couple the screw coupling. In the case of welding, the error between the horizontal frame and the vertical frame gradually accumulates and the installation impossibility can be revealed only at the last operation. It is also possible to disperse the error by adjusting the screw of the operation. That is, the coupling interval can be adjusted while moving the end of the horizontal frame to the vertical frame by using a screw passing through the vertical coupling hole formed in the vertical coupling plate of the T-binding sphere.

It may be preferable that the T-binding sphere is formed asymmetrically. Specifically, the portion formed relatively short by the horizontal insertion plate among the vertical coupling plates of the T-binding sphere is formed in a short length such that only one vertical coupling hole is formed, and one or more vertical coupling holes are formed in the relatively long portion. can be formed.

A vertical coupling hole is also formed in a relatively short part of the vertical coupling plate, but the portion exposed from the horizontal frame is kept small, so that both the top and bottom of the horizontal frame can be fixed with screws, but the portion exposed to the outside can be kept small .

The vertical insulation portion and the horizontal insulation portion are provided as an azon, and before forming the vertical insulation portion by the azone, the inner vertical core and the outer vertical core may be connected by a connecting portion and provided integrally. In addition, after forming the heat insulating part, the part corresponding to the connection part may be removed in the longitudinal direction to complete the heat insulation. Of course, in the insulation frame system according to another embodiment, it is also possible to form an insulation portion by interconnecting the cores with insulation parts such as PVC in addition to the Azone.

The inner horizontal core and the outer horizontal core are integrally connected before forming the horizontal insulation part by the azone, and the insertion part of the core into which the horizontal insert plate is inserted may be located at the center of the integrally connected inner horizontal core and the outer horizontal core, As such, the horizontal insulation may be biased to be positioned relatively far from the inner horizontal core or the outer horizontal core on which the insert is formed.

According to an exemplary embodiment of the present invention for achieving the above-described objects of the present invention, the thermal insulation frame system including at least one vertical frame and a horizontal frame connecting the vertical frame in the horizontal direction is at the end of the horizontal frame. It includes an asymmetric T-binding sphere that is bound, and the end of the horizontal frame is in close contact with the vertical frame through the T-binding sphere, and the T-binding sphere is asymmetrical with the horizontal insert plate and the horizontal insert plate coupled to the horizontal frame. Including a vertical coupling plate coupled to, the portion formed relatively short by the horizontal insertion plate of the vertical coupling plate is formed with a length short enough to form only one vertical coupling hole, so that only one vertical coupling hole is exposed to the outside of the horizontal frame can be

The thermal insulation frame system of the present invention maintains thermal insulation performance, but in bonding the vertical frame and the horizontal frame to each other, it is possible to avoid frame coupling by welding and to minimize the occurrence of problems due to welding.

For example, welding cannot be easily carried out in the field, and it can cause the work speed to be significantly slowed down. can be

In addition, in the case of welding, as work or design errors are accumulated, it may eventually be expressed as a big problem in the last work of the insulation frame system, and there may be cases where the work has to be restarted from the beginning due to this problem. However, according to the heat insulation frame system of the present invention, errors can be reduced through screw adjustment, and even when errors occur, they can be dispersed.

1 is an exploded view for explaining a thermal insulation frame system according to an embodiment of the present invention.
FIG. 2 is a perspective view for explaining a coupling plate and a T-binding sphere in the thermal insulation frame system of FIG. 1 .
FIG. 3 is a perspective view for explaining a coupling process of the heat insulation frame system of FIG. 1 .
FIG. 4 is a cross-sectional view for explaining a vertical frame in the thermal insulation frame system of FIG. 1 .
FIG. 5 is a cross-sectional view for explaining a process of forming a vertical frame in the heat insulation frame system of FIG. 1 .
FIG. 6 is a cross-sectional view illustrating a horizontal frame in the heat insulation frame system of FIG. 1 .
7 is a cross-sectional view for explaining a horizontal frame of the thermal insulation frame system according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, but the present invention is not limited or limited by the embodiments. For reference, in this description, the same numbers refer to substantially the same elements, and contents described in other drawings under the above rules may be cited and described, and contents determined to be obvious to those skilled in the art or repeated may be omitted.

1 is an exploded view for explaining an insulating frame system according to an embodiment of the present invention, FIG. 2 is a perspective view for explaining a coupling plate and a T-binding sphere in the insulating frame system of FIG. 1 , FIG. 3 is FIG. 1 A perspective view for explaining the coupling process of the heat insulation frame system of FIG. 4 is a cross-sectional view for explaining a vertical frame in the heat insulation frame system of FIG. 1, FIG. 5 is the process of forming a vertical frame in the heat insulation frame system of FIG. It is a cross-sectional view for explaining, FIG. 6 is a cross-sectional view for explaining a horizontal frame in the heat insulation frame system of FIG.

1 to 6 , the heat insulation frame system according to the present embodiment may be formed by at least one vertical frame 110 and a horizontal frame 140 connecting the vertical frame 110 in a horizontal direction.

The heat insulation frame system according to the present embodiment may be used in various structures such as windows, tempered glass structures, glass doors, sandwich panel frames, and the like, and tempered glass, sandwich panels, etc. may be mounted on the structure made of the frame.

The vertical frame 110 includes a vertical insulation portion 112 , an inner vertical core 122 positioned inside the vertical insulation portion 112 , an outer vertical core 126 opposite to the inner vertical core 122 , an inner Both ends are bound to the vertical core 122 to form an inner vertical finishing material 132 that forms the inner surface of the vertical frame 110 , and both ends are bound to the outer vertical core 126 to form the outer surface of the vertical frame 110 . A vertical finisher 136 may be included.

As shown, the inner vertical finishing material 132 and the outer vertical finishing material 136 may be bound to a groove formed on the inner side of the core or bonded to the inner surface of the core. In addition, the inner vertical core 122 and the outer vertical core 126 may be provided in a hollow cylindrical shape to support the entire outer surface of the frame, but in some cases, they are formed to support only a portion and are provided in an open form can be That is, it is not necessary for the core to be formed with the same or similar cross section as the outer surface of the frame, and this can be applied to both the vertical frame and the horizontal frame.

The horizontal frame 140 is a frame coupled to the vertical frame 110 in the horizontal direction, and may serve to connect two or more vertical frames 110 or connect the vertical frame 110 and a peripheral wall or other structure. . One or two or more horizontal frames 140 may be connected to one vertical frame 110 , and the horizontal frames 140 may be coupled at uniform or non-uniform intervals.

The horizontal frame 140 has a horizontal insulation 142 , an inner horizontal core 152 positioned therein with respect to the horizontal insulation 142 , an outer horizontal core 156 opposite the inner horizontal core 152 , and an inner horizontal core 152 . An inner horizontal finishing material 162 having both ends bound to the core 152 to form the inner surface of the horizontal frame 140 , and an outer horizontal finishing material 162 having both ends bound to the outer horizontal core 156 to form the outer surface of the horizontal frame 140 . A finishing material 166 may be included.

In the vertical frame 110 , the vertical heat insulating part 112 may be formed using an azon. That is, as shown in FIG. 4 , the inner vertical core 122 and the outer vertical core 126 may be integrally provided via the connecting portion 114 , and the portion where the vertical thermal insulation portion 112 is to be formed is still The connection part 114 is provided in a form in which it is not separated.

In this embodiment, the inner vertical core 122 and the outer vertical core 126, and the outer horizontal core 156 and the outer horizontal core 156 may be provided by using an aluminum extrusion molding, and the aluminum molding is cut to a certain length. It can be cut and used.

The first slit protrusion 124 and the second slit protrusion 128 facing each other inwardly of the inner vertical core 122 and the outer vertical core 126 based on the position where the vertical heat insulating part 112 is formed are T-shaped. can be protruded into For reference, the T-shaped first slit protrusion 124 and the second slit protrusion 128 are formed on both upper and lower sides of the inner vertical core 122 and the outer vertical core 126 based on the drawings, which are vertical This is because the horizontal frame 140 can be connected up and down with respect to the frame 110 , and when the vertical frame 110 and the horizontal frame 140 are connected to each other, both of them can be inside the frame system.

An inner space 116 into which the coupling plate 170 can be inserted in the longitudinal direction may be formed by the first slit protrusion 124 and the second slit protrusion 128 protruding in a T-shape while facing each other, An outer space 118 in which the coupling plate 170 and the T-binding sphere 180 can be bound may be formed in correspondence with the inner space 116 .

1 and 3, the coupling plate 170 may be inserted into the inner space 116 formed inwardly by the first slit protrusion 124 and the second slit protrusion 128, and a vertical frame. It can be fixed while being fastened with the T-binding sphere 180 at a desired position by moving along the longitudinal direction of 110 .

Correspondingly, the T-binding sphere 180 may be in close contact with and fixed to the external space 118 defined outwardly by the first slit protrusion 124 and the second slit protrusion 128 together with the coupling plate 170 . have.

Referring to FIG. 2 , the T-binding sphere 180 may include a vertical coupling plate 184 coupled to the coupling plate 170 and a horizontal insertion plate 182 protruding in a perpendicular direction to the vertical coupling plate 184 . have. The horizontal insertion plate 182 may be coupled to the vertical coupling plate 184 in an asymmetric position up and down.

A plurality of vertical coupling holes 188 may be formed in the vertical coupling plate 184 , and at least one vertical coupling hole 188 may be formed on both upper and lower sides of the horizontal insertion plate 182 . 1 and 6 , the horizontal insertion plate 182 may be inserted into the insertion portion 144 formed in the inner horizontal core 152 , and the insertion portion 144 is positioned at the center of the horizontal frame 140 . For this reason, the horizontal heat insulating part 142 may be located at a position biased toward the external horizontal core 156 rather than the internal horizontal core 152 in which the insertion part 144 is formed. Conversely, the insert may be formed on the outer horizontal core as well, and in this case, the horizontal insulating portion may be formed at a position biased toward the inner horizontal core.

The operator inserts the horizontal insertion plate 182 of the T-binding sphere 180 into the insertion portion 144 of the horizontal frame 140 in the field, and fastens the screw 187 from the inner bottom surface of the horizontal frame 140 to The horizontal insertion plate 182 may be fixed inside the insertion part 144 . To this end, a horizontal coupling hole 186 for screw coupling may be formed in the horizontal insertion plate 182 .

In a state in which the T-binding sphere 180 is fixed to the horizontal frame 140, the operator places the coupling plate 170 at a desired position, and the coupling plate 170 and the external space 118 located in the inner space 116. The vertical coupling plate 184 of the T-binding sphere 180 approached from can be fastened with another screw 189 . While fastening with the screw 189 , the horizontal frame 140 may be fixed while closely adhering to and approaching the vertical frame 110 .

3, a relatively short portion of the vertical coupling plate 184 of the T-binding sphere 180 to the upper surface of the horizontal frame 140 may be exposed only at a minimum height, and the operator moves to the upper surface of the horizontal frame 140 By fastening the screw 189 to about one exposed vertical coupling hole 188, a stable coupling can be formed.

In the case of welding applied in the prior art, it is very difficult to fix the horizontal frame to the vertical frame, and once incorrectly welded, it is very difficult to correct it or separate it again. However, according to the present embodiment, there is no burden of welding, so accurate positioning and fixing are possible, and even if there is a mistake, it is very easy to correct it. Of course, the overall work speed can be faster.

As described above, the T-binding sphere 180 may be preferably formed vertically asymmetrically. Specifically, the relatively short portion of the vertical coupling plate 184 of the T-binding sphere 180 is preferably formed in a short length such that only one vertical coupling hole 188 is formed, and the horizontal insertion plate 182 is formed. Since it is exposed directly upward at the same time it is inserted into the insertion part 144, it forms a coupling structure that can minimize this length.

As shown, a short portion of the vertical coupling plate 184 is exposed to the upper portion of the horizontal frame 140 located at the top, but on the contrary, in the vertical frame 110 located at the bottom, a short portion of the vertical coupling plate 184 This can be exposed underneath.

In addition, the T-binding sphere coupled to the horizontal frame 140 located therebetween does not necessarily have to be asymmetrical, and it is also possible to use a T-binding sphere that is vertically symmetrical. However, it may be preferable to use an asymmetric T-bundle or cut an exposed portion of the symmetrical T-bundle for the horizontal frame that is bound to the upper or lower part of the vertical frame.

A vertical coupling hole 188 is also formed in a relatively short portion of the vertical coupling plate 184 , but the portion exposed from the horizontal frame 140 is kept small and fixed by a screw at the upper or lower portion of the horizontal frame 140 . This may be possible.

5 and 6, in the present embodiment, the vertical heat insulating part 112 and the horizontal insulating part 142 are provided as an azon, and the horizontal insulating part 142 through a process similar to that of FIG. can also be formed.

First, referring to FIG. 5 , before forming the vertical insulation portion 112 by the Azone, the inner vertical core 122 and the outer vertical core 126 may be integrally provided by being connected by the connection portion 114 . And the liquid resin can be injected into the space and hardened to form the vertical heat insulating part 112 . After hardening the vertical heat insulating part 112 , the part corresponding to the connecting part 114 may be removed in the longitudinal direction to complete the insulation in the vertical frame 110 .

In this embodiment, an insulating material such as Azone is used as the insulating part, but in the insulating frame system according to another embodiment, in addition to Azone, an insulating part molded by extrusion such as PVC is interposed between the cores, and the core is deformed to heat insulating parts It is also possible to form an insulating frame by a method of fixing the .

Referring to FIG. 6 , before forming the horizontal insulating portion 142 by the Azone, the inner horizontal core 152 and the outer horizontal core 156 may be integrally connected, and the horizontal insertion plate 182 is inserted into the core. The portion 144 may be centrally located throughout the integrally connected inner horizontal core 152 and outer horizontal core 156 .

The horizontal heat insulating part 142 is relatively far from the inner horizontal core 152 in which the insertion part is formed, and is biased to the left position based on the drawing, and the horizontal insert plate 182 inserted into the insertion part 144 is a horizontal frame. (140) does not interfere with the fixation.

In the present embodiment, the horizontal insulation portion is located at a position biased to the outer horizontal core, but in another embodiment, the horizontal insulation portion may be located at a position biased to the inner horizontal core, or both sides of the insertion portion may be formed.

7 is a cross-sectional view for explaining a horizontal frame of the thermal insulation frame system according to an embodiment of the present invention.

Referring to FIG. 7 , upper and lower shapes of the inner horizontal core 152 and the outer horizontal core 156 may be changed according to the purpose of the horizontal frame. If the same tempered glass is bound up and down, a glass receiving part of the same width can be formed as shown in (a), but when different types of bulkheads are inserted up and down as shown in (b), or the upper finish of the entire frame system If for the case, the glass receiving portion of different width up and down may be formed.

As described above, although described with reference to preferred embodiments of the present invention, those skilled in the art can variously modify and change the present invention without departing from the spirit and scope of the present invention as set forth in the following claims. You will understand that it can be done.

110: vertical frame 112: vertical insulation
122: inner vertical core 126: outer vertical core
140: horizontal frame 142: horizontal insulation
144: insert 152: inner horizontal core
156: outer horizontal core 170: combined plate
180: T-binding sphere 182: horizontal insert plate
184: vertical coupling plate

Claims (6)

In the thermal insulation frame system comprising at least one vertical frame and a horizontal frame connecting the vertical frame in a horizontal direction,
The vertical frame includes a vertical heat insulating part, an internal vertical core positioned inside the vertical insulating part as a center, an external vertical core facing the internal vertical core, and both ends are bound to the internal vertical core to form an inner surface of the vertical frame An inner vertical finishing material, and an external vertical finishing material having both ends bound to the outer vertical core to form an outer surface of the vertical frame,
The horizontal frame includes a horizontal heat insulating portion, an inner horizontal core positioned inside with respect to the horizontal heat insulation portion, an outer horizontal core facing the inner horizontal core, and both ends are bound to the inner horizontal core to form an inner surface of the horizontal frame An internal horizontal finishing material, and an external horizontal finishing material having both ends bound to the external horizontal core to form an outer surface of the horizontal frame,
A first slit protrusion and a second slit protrusion facing each other in each inner side of the inner vertical core and the outer vertical core protrude in a T-shape,
By the first slit protrusion and the second slit protrusion corresponding to the coupling plate and the coupling plate inserted in the longitudinal direction of the vertical frame into the inner space formed inside by the first slit protrusion and the second slit protrusion Including an asymmetric T-binding sphere coupled to the outer space formed outward,
The T-binding sphere includes a vertical coupling plate coupled to the coupling plate and a horizontal insertion plate protruding in a direction perpendicular to the vertical coupling plate, wherein the horizontal insertion plate is coupled at an asymmetric position with respect to the vertical coupling plate, and At least one vertical coupling hole is formed in the vertical coupling plate above and below the horizontal insertion plate, respectively,
The horizontal insert plate is inserted into an insert formed in any one of the inner horizontal core and the outer horizontal core, and the horizontal heat insulating part is positioned relatively far from the inner horizontal core or the outer horizontal core on which the insert is formed. Insulated frame system, characterized in that it is biased. According to claim 1,
Inserting the horizontal insertion plate into the insertion part of the horizontal frame, and fixing the T-binding sphere to the horizontal frame using a screw passing through a horizontal coupling hole formed in the horizontal insertion plate,
Insulation frame system, characterized in that by adjusting the coupling interval while moving the end of the horizontal frame to the vertical frame by using a screw passing through the vertical coupling hole formed in the vertical coupling plate of the T-binding sphere. According to claim 1,
A portion of the vertical coupling plate of the T-binding sphere formed relatively short by the horizontal insertion plate is formed in a short length such that only one vertical coupling hole is formed, and the vertical coupling hole has one or a relatively long portion formed therein. Insulation frame system, characterized in that formed more. According to claim 1,
The vertical insulation portion and the horizontal insulation portion are provided with an azon, and before forming the vertical insulation portion by the azon, the inner vertical core and the outer vertical core are integrally connected,
The inner horizontal core and the outer horizontal core are integrally connected before forming the horizontal insulation part by the azone, and the insert is located at the center of the integrally connected inner horizontal core and the outer horizontal core frame system. In the thermal insulation frame system comprising at least one vertical frame and a horizontal frame connecting the vertical frame in a horizontal direction,
and an asymmetric T-binding sphere that is bound to the end of the horizontal frame, and the end of the horizontal frame is in close contact with the vertical frame through the T-binding sphere,
The T-binding sphere is a thermal insulation frame system, characterized in that it comprises a horizontal insertion plate coupled to the horizontal frame and a vertical coupling plate to which the horizontal insertion plate is asymmetrically coupled. 6. The method of claim 5,
A portion of the vertical coupling plate of the T-binding sphere formed relatively short by the horizontal insertion plate is formed to have a short length such that only one vertical coupling hole is formed, so that only one of the vertical coupling holes is exposed to the outside of the horizontal frame Insulated frame system, characterized in that it becomes.

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