KR20220052554A - Assemble Structure Of Vertical Bar And Glass Unit Of Conner Portion For Window System Of Building - Google Patents

Abstract

The present invention relates to an assembly structure of a column body and a glass plate unit of a corner part of a building window, which has greatly reduced heat loss, comprising: a main post (15) vertically fixedly installed; first and second inner fastening bars (19, 20); an outer cover bar (31); first and second outer fastening bars (35, 36); a first spacing bar (41); a second spacing bar (42); and an inner cover bar (17) coupled to the first and second inner fastening bars (19, 20).

Description

Assembly Structure Of Vertical Bar And Glass Unit Of Conner Portion For Window System Of Building

The present invention relates to windows and doors of a building, and more specifically, provided by installing a chassis in a building to construct a wall with a glass plate and fixing the glass plate to the chassis, in particular, a pillar at the corner of a window for a building. It relates to the assembly structure of the sieve and the glass plate unit.

A sliding or hinged door is installed at the entrance to the store in a commercial building. Depending on the type of business or preference of the tenants, the exterior of the store in the commercial building is decorated in various ways. As an exterior material that is basically installed in a commercial building, a glass plate material is common. Glass plates are advantageous for allowing passersby to see the inside, and for applying colors or patterns, have good durability, and are effective for remodeling. Since the entire entrance cannot be made of a single sheet of glass, and further, the door must be installed, so the glass sheet is usually installed using a frame made of stainless steel. The glass plate is usually fixed to a frame called a chassis using silicon or the like.

Tempered glass or laminated glass has some insulating function. However, a frame made of a metal material is not effective for thermal insulation. This is because the heat transfer rate of metal is higher than that of glass.

Therefore, compared to the area of the wall, the area occupied by the chassis cannot be neglected, so the heat loss through the chassis is not small. As interest in energy and the environment grows day by day, reducing losses in these areas will greatly contribute to society.

In addition, according to the conventional windows, since the weight of the glass plate material is heavy, it is difficult and dangerous to install it, so there is room for improvement.

Korean Patent Application No. 10-2009-0066806 Republic of Korea Utility Model Registration Application No. 20-2012-0005009

An object of the present invention for the above problem is to reduce thermal loss through the chassis by improving the heat insulation function of the chassis for fixing the glass plate in constructing the wall of a building using the glass plate, and furthermore, the glass plate It is to solve the difficulties in installation construction.

The above purpose is to constitute a part of the glass wall for partitioning the exclusive space from the common space, and in the assembly structure of the column body and the glass plate unit at the corner of the building window,

a main post that is vertically fixed; first and second inner fastening bars respectively installed in close contact with two adjacent surfaces facing the common space of the main post; an outer cover bar installed to surround the two outer surfaces of the main post and having an “L” shape in cross section; first and second outer fastening bars installed at both ends of the outer cover bar to face the first and second inner fastening bars; a first spacing bar having one side coupled to the first outer fastening bar and the other end coupled to the first inner fastening bar; a second spacing bar having one side coupled to the second outer fastening bar and the other end coupled to the second inner fastening bar; and an inner cover bar coupled to the first and second inner fastening bars in a state of surrounding two adjacent surfaces facing the dedicated space of the main post;

A set of glass plate unit is fixedly installed by sealing in a state sandwiched between the outer cover bar and the inner cover bar by the seating space provided by the first and second spacing bars, It is achieved by the assembly structure of the column body and the glass plate unit in the corner area.

According to a feature of the present invention, the first and second spaced bars, one side of which is coupled to the first and second outer fastening bars and the other side of the first and second spaced bar outer plates coupled to the first and second inner fastening bars; first and second spacing bar inner plates having one side coupled to the first and second outer fastening bars and the other side coupled to the first and second inner fastening bars; It may include; may include;

According to another feature of the present invention, a main insulating material may be installed in a space between the outer cover bar and the main post.

According to the configuration of the present invention, there is provided an assembly structure of a column body and a glass plate unit at a corner portion of a window for a building. According to this assembly structure, heat transfer between the outer cover bar in contact with the outdoors and the inner cover bar in contact with the indoor space is not made directly because the insulating material is interposed between the outer cover bar and the inner cover bar, and eventually heat through the chassis It is possible to obtain the effect that the loss is greatly reduced.

1 is a schematic perspective view of a window for a building to which the present invention is applied.
Figure 2 is taken along line AA of Figure 1, it is a planar cross-sectional view of the pillar body and the glass plate unit at the corner of the window for a building according to the present invention
3 is an exploded perspective view of a column body and a glass plate unit of a corner portion of a window for a building according to an embodiment of the present invention.
4a, 4b, and 4c are plan sectional views for explaining the installation process of the pillar body and the glass plate unit at the corner portion of the window for a building according to an embodiment of the present invention.

Hereinafter, the specific content of the present invention will be described in detail with reference to the accompanying drawings. However, where it is particularly necessary, it will be described with reference to specific drawings.

The window according to the present invention is made of a glass wall and is for partitioning the exclusive space (S2) from the common space (S1). The common space S1 may be a hallway, an outdoor space, or another dedicated space. That is, the common space S1 means a space other than the dedicated space S2 in the building.

The glass wall 1 includes a frame, that is, a chassis 3 and glass plate units 5 and 5' installed on the chassis 3 . The present invention is for a pillar of a glass wall and is for connecting the side surfaces of the first and second glass plate units 5 and 5' to each other. The column body and the glass plate unit at the corner of the window for a building according to the present invention have a structure that is symmetrical from side to side with respect to the corner. Of course, the left and right sides do not necessarily have the same structure and shape. Therefore, in the following, detailed components and actions will be described while assigning reference numerals to only one of them.

The first and second glass plate units 5 and 5 ′ may have a double insulation structure as shown in FIG. 2 . That is, the first and second glass plate units 5 and 5 ′ have a structure in which two unit glass plates 7 and 9 are fixed in parallel spaced apart by a sealing means 11 or a glass plate bonding member. This is not only for strength improvement, but also for sound insulation or heat insulation, and it corresponds to air technology. The first and second glass plate units (5, 5') are used as a concept including a single glass plate, and do not limit the scope of the present invention.

The pillar body 13 of the window to which the present invention is applied includes a main post 15 in a tubular shape as a structural material having a quadrangular cross-sectional shape along the longitudinal direction. As shown, the main post 15 is a square tube body. The main post 15 is disposed toward the dedicated space S2, and the length is determined according to the height of the building. Alternatively, the interior and exterior may be changed according to the positions of the common space S1 and the dedicated space S2.

The first and second inner fastening bars 19 and 20 are installed so as to be in close contact with the two adjacent surfaces facing the common space of the main post 15, respectively. The first and second inner fastening bars 19 and 20 may be fixed to the main post 15 or the inner cover bar 17 by caulking or sealing.

The inner cover bar 17 is coupled to the first and second inner fastening bars 19 and 20 in a state in which the two adjacent sides of the main post 15 facing the dedicated space are wrapped. The inner cover bar 17 has a shape surrounding the main post 15, which is a structural material, and both ends are bent at right angles over two steps. Both ends of the inner cover bar 17 are bent inward once and bent outwardly once. The outwardly bent portion 17a is coupled to the first and second inner fastening bars 19 and 20 .

" 형태의 내측홀더(27)가 마련되어 있다. The first and second inner fastening bars 19 and 20 are "in which the outwardly bent portion 17a of the inner cover bar 17 is fitted"

An inner holder 27 in the form of " is provided.

The first and second inner fastening bars 19 and 20 are made of an aluminum profile, and are formed to protrude upward from the inner fastening bar body 21 of a square cross section and the inner fastening bar body 21, and the main post (15). It includes the "U"-shaped spacer 25 supported on the outer surface of the , the above-described inner holder 27, and a plurality of first coupling feet 29 formed to protrude in a dovetail shape toward the common space S1. do.

And the outer cover bar 31 is installed on the outside of the main post (15). The outer cover bar 31 is exposed toward the common space S1, is opened in the direction toward the main post 15, and has a schematic "L" shape in a flat cross-section. However, depending on whether it is installed in an in-corner or an out-corner, this form may vary.

"의 형태로 절곡 형성된 조립부(33)가 각각 마련되어 있다. At both ends of the outer cover bar 31, "

The assembly parts 33 bent in the shape of " are provided, respectively.

First and second outer fastening bars 35 and 36 are installed at both ends of the outer cover bar 31 to face the first and second inner fastening bars 19 and 20 . The first and second outer fastening bars 35 and 36 have an outer fastening bar body 39 having a square cross section, a locking hole 37 into which the assembly part 33 of the outer cover bar is fitted, and a direction toward a dedicated space. and a plurality of second coupling feet 39 protruding from the side plate of the outer fastening bar body 39 . The second coupling foot 39 also has a dovetail shape.

One side of the first spacing bar 41 is coupled to the first outer fastening bar 35 and the other side is coupled to the first inner fastening bar 19 . In addition, one side of the second spacing bar 42 is coupled to the second outer fastening bar 36 , and the other end is coupled to the second inner fastening bar 20 .

A set of glass plate unit (5, 5 ') is a seating space provided by the first and second spacing bars (41, 42) between the outer cover bar (31) and the inner cover bar (17) It is fixedly installed by sealing in the state that it is inserted into (H1, H2).

On the rear side of the first and second outer fastening bars 35 and 36 that are aluminum profiles, a “T”-shaped locking hole 37 is formed to protrude. This locking hole 37 is inserted into the assembly portion 33 of the outer cover bar 31, so that the outer cover bar 31 and the first and second outer fastening bars 35 and 36 can be coupled.

The outer cover bar 31 and the inner cover bar 17 are spaced apart from each other, and the first and second spaced bars 41 and 42 are interposed therebetween. The first and second spacing bars 41 and 42 are made of a synthetic resin material such as polyamide, and have a low heat transfer rate, so that heat transfer between the outer cover bar 31 and the inner cover bar 17 is small. In addition, the width of the first and second spacing bars 41 and 42 may be changed according to the thickness of the glass plate unit (5, 5'). According to the present invention, it is possible to apply various types of glass plate units (5, 5') by selecting different standards of the first and second spacing bars (41, 42) without changing other parts. For example, according to the present invention, the thickness of the glass plate unit (5,5') is possible to cover up to 16 ~ 40mm.

The glass plate units 5 and 5 ′ are respectively fixedly installed by the sealant 45 while being fitted in the seating spaces H1 and H2 .

According to a feature of the present invention, the first and second spaced bars 41 and 42 are composed of an outer spacer plate 47 , an inner spacer bar 49 , and an insulating block 51 interposed therebetween. The insulating block 51 may be selectively used.

"와 같이 좌우 대칭 형태로 절곡 형성되어 있다. The spacer bar outer plate 47 is coupled to one side by being fitted in the space between the second coupling feet 39 of the first and second outer fastening bars 35 and 36, and the other side is the first and second inner fastening bars 19 of It is a plate material that is inserted into the space between the first coupling feet (29). Both end portions 47a of the spacer bar outer plate 47 are formed in a dovetail shape, and thus can be inserted into the space between the first and second coupling feet 29 and 39 along the longitudinal direction. The spacing bar outer plate (47) is "

It is bent in a left-right symmetrical form like ".

"와 같이 좌우 대칭 형태로 절곡 형성되어 있다. The spacer bar inner plate 49 is installed in a left-right symmetrical form with the spacer bar outer plate 47 . The spacer bar inner plate 49 has one side coupled to the first and second outer fastening bars 35 and 36 and the other side is a plate coupled to the first and second inner fastening bars 19 and 20 . Both ends 49a of the spacer bar inner plate 49 are formed in a dovetail shape, and thus can be inserted into the space between the first and second coupling feet 29 and 39 along the longitudinal direction. The gap bar inner plate (49) is "

It is bent in a left-right symmetrical form like ".

The spacer bar outer plate 47, the insulating block 51 and the spacer bar inner plate 49 may be assembled in an integral state by pressing or bonding . The spacer bar outer plate 47 and the spacer bar inner plate 49 have a configuration that can be fixed by inserting the insulating block 51 therein.

According to the present invention, there is consideration for conveniently inserting the glass plate unit (5, 5') in place. The seating spaces H1 and H2 may be opened by 10 mm or more so that the glass plate units 5 and 5 ′ can be positioned while pushing in the lateral direction. As the outer cover bar 31 is coupled to the first and second outer fastening bars 35 and 36, the seating spaces H1 and H2 are completed. According to this configuration, it is possible to provide a neat aesthetic by hiding the edge bonding portion of the glass plate unit (5, 5') to be invisible from the outside.

The main insulating material 30 is installed in an empty space formed by the outer cover bar 31 , the first and second spacing bars 41 and 42 , and the main post 15 . The main insulating material 30 may be integral or separate, and the material is not limited. The main insulating material 30 and the outer cover bar 31 are fixed in advance at the factory and then transported to the construction site.

The first inner fastening bar 19, the first outer fastening bar 35 and the first spacing bar 41 are pre-assembled in a factory as a single body and then transferred to a construction site and used. In addition, the second inner fastening bar 20, the second outer fastening bar 36 and the second spacing bar 42 are also pre-assembled at the factory and then moved to the construction site and installed.

Hereinafter, the process of installing the glass plate unit (5,5') at the construction site will be described with reference to FIGS. 4a,b,c.

First, as shown in Fig. 4a, the first inner fastening bar 19, the first outer fastening bar 35 and the first spacing bar 41, which are pre-assembled at the factory to form one body, are attached to the inner cover bar 17. assemble In addition, the second inner fastening bar 20 , the second outer fastening bar 36 , and the second spacing bar 42 constituting one body are assembled to the inner cover bar 17 .

Then, as shown in FIG. 4B, the main insulating material 30 and the outer cover bar 31 that form an integral body are coupled to the first and second outer fastening bars 35 and 36, respectively. Thereby, as a space for sandwiching the glass plate unit (5, 5'), the seating space (H1, H2) opened to one side is provided.

Finally, as shown in Fig. 4c, the main post 15 is inserted in the longitudinal direction in the space created by the inner cover bar 17 and made upright, and then the glass plate unit 5 is placed in the created seating spaces H1 and H2. , 5') is installed and the spacer 44 and the sealant 45 are filled to complete the assembly.

According to this configuration, the main post 15 made of metal and the outer cover bar 31 are connected through the first and second spacing bars 41 and 42 made of synthetic resin and heat insulating material. And the empty space is filled by the insulating material. That is, heat transfer is blocked between the common space (S1) and the dedicated space (S2), so that the thermal insulation performance is excellent. In addition, since each member can be assembled in a sliding manner along the longitudinal direction, there is no need to drill a hole in the member during assembly and installation, and assembly is facilitated.

The configuration shown and described above is merely a preferred embodiment based on the technical idea of the present invention. Those skilled in the art will be able to make various changes based on common technical knowledge, but it should be noted that these may be included in the protection scope of the present invention.

1: Glass wall 3: Chassis
5,5': glass plate unit 7,9: unit glass plate
11: sealing means 13: column body
15: main post 17: inner cover bar
19, 20: first and second inner fastening bars 21: inner fastening bar body
25: spacer 27: inner holder
29, 39: first and second coupling feet 31: outer cover bar
33: assembly part 35, 36: first and second outer fastening bars
37: jamming mouth 41, 42: first and second interval bars
44: spacer 45: sealant
47: spacer bar outer plate 49: spacer bar inner plate
51: insulation block
H1, H2: upper and lower seating space
S1 : Common space S2 : Dedicated space

Claims (5)

As constituting a part of the glass wall (1) for dividing the exclusive space (S2) from the common space (S1), the column body (13) at the corner of the building window and the glass plate unit (5, 5') In the assembly structure,
a main post (15) that is vertically fixedly installed; first and second inner fastening bars (19, 20) which are respectively installed in close contact with two adjacent surfaces facing the common space (S1) of the main post (15); an outer cover bar 31 installed to surround the two outer surfaces of the main post 15 and having an "L" shape in cross section; first and second outer fastening bars (35, 36) installed at both ends of the outer cover bar (31) to face the first and second inner fastening bars (19, 20); a first gap bar 41 having one side coupled to the first outer fastening bar 35 and the other end coupled to the first inner fastening bar 19; a second spacing bar 42 having one side coupled to the second outer fastening bar 36 and the other end coupled to the second inner fastening bar 20; and an inner cover bar 17 coupled with the first and second inner fastening bars 19 and 20 in a state that surrounds two neighboring surfaces facing the dedicated space S2 of the main post 15; and ;
A set of glass plate units 5 and 5' is a seating space provided between the outer cover bar 31 and the inner cover bar 17 by the first and second spacing bars 41 and 42. It is fixedly installed by sealing in the state that it is fitted in (H1, H2);
For buildings, characterized in that the main insulating material (30) is fitted in the space formed by the outer cover bar (31), the first and second spacing bars (41, 42) and the first and second inner cover bars (17) The assembly structure of the column body at the corner of the window and the glass plate unit.
According to claim 1, wherein the first and second spacing bars (41, 42),
a spacer bar outer plate 47 having one side coupled to the first and second outer fastening bars 35 and 36 and the other end coupled to the first and second inner fastening bars 19 and 20;
One side is coupled to the first and second outer fastening bars (35) and the other side is a window for a building, characterized in that it includes a spacer bar inner plate (49) coupled to the first and second inner fastening bars (19, 20) The assembly structure of the intermediate horizontal bar and the glass plate unit.
3. The method of claim 2,
The spacer bar outer plate 47 is made of a synthetic resin material and has a cross section of "

It is bent in a left-right symmetrical form like ";
The spacing bar inner plate 49 is made of a synthetic resin material and has a cross section of "

An assembly structure of a glass plate unit and an intermediate horizontal bar of a window for a building, characterized in that it is bent in a left-right symmetrical form like ".
The method of claim 1,
A plurality of first coupling feet 29 are formed to protrude in the direction toward the first and second spacing bars 41 and 42 on the first and second inner fastening bars 19 and 20;
By protruding a plurality of second coupling feet 39 in the direction toward the first and second spacing bars 41 and 42 on the first and second outer fastening bars 35 and 36;
The first and second inner fastening bars (19,20), the first and second spaced bars (41) and the first and second outer fastening bars (35,36) of a building window, characterized in that it is assembled in a sliding manner. The assembly structure of the intermediate crossbar and the glass plate unit.
The method of claim 1,
A building, characterized in that the first and second inner fastening bars 19 and 20, spacers 25 for preventing the main insulating material 30 from directly contacting the main post are formed to protrude in a "U" shape. The assembly structure of the middle horizontal bar of the dragon window and the glass plate unit.

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