KR102593192B1 - Window and curtain wall with shock absorbing bracket - Google Patents

Abstract

A window with a bracket for absorbing shock according to an embodiment of the present invention includes a window provided in an opening, a window frame on which the window is assembled and absorbs shock, and a window frame assembled on the window frame and coupled to the opening to prevent shock generated in a building. A buffer may be provided to prevent damage to the window by absorbing shock together with the window frame.

Description

Window and curtain wall with shock absorbing bracket}

The present invention relates to a window and a curtain wall equipped with a shock-absorbing bracket. More specifically, the present invention relates to a shock-absorbing bracket that can protect the glass window by buffering the shock and vibration transmitted to the building from the window or curtain wall. It relates to the windows and curtain walls provided.

Recently, earthquakes have occurred in our country, and some earthquakes of magnitude 5 or higher have occurred, and the need to prevent earthquake damage to buildings is growing. As safety requirements increase, the need to improve the safety level of buildings is increasing. there is.

Conventional windows and curtain walls block rain, wind, noise, and external temperature from penetrating into the building, so airtightness of the structure was important. However, when an earthquake occurs, vibrations and external forces transmitted through the concrete structure cause There is a lack of countermeasures to the problem.

In addition, most windows and curtain walls are constructed with glass made of glass. In the case of glass windows, damage from external forces occurs more easily than frames, and when the intensity of an earthquake increases, the windows are broken or fall off, causing large size. Problems that lead to accidents may occur.

To compensate for this, earthquake-resistant designs must be provided for the windows and curtain walls of buildings. However, windows and curtain walls with earthquake-resistant designs have the disadvantage of increasing costs and construction periods because they require construction methods by skilled experts.

Domestic Registered Patent Publication No. 10-1798029 (2017.11.09)

The purpose of the present invention is to provide windows and curtain walls with shock-absorbing brackets that can be provided with a shock-absorbing structure.

Another object of the present invention is to provide windows and curtain walls equipped with shock-absorbing brackets that enable workers to easily assemble the windows and curtain walls.

A window equipped with a shock-absorbing bracket according to one aspect of the present invention for achieving the above object includes a window provided in an opening, a window frame on which the window is assembled and absorbs shock, and a window frame assembled on the window frame and having an opening It can be coupled to a buffer unit that absorbs shock generated from the building together with the window frame and prevents damage to the window.

The buffer unit may include a coupler coupled to the window frame, a square washer assembled in a groove of the window frame and moving in the up and down direction, and a bracket with one side fixed to the opening and the other side assembled to the square washer and moving in the left and right directions. .

The bracket may include a fixing plate fixed to the opening, a bending plate bent from the fixing plate and spaced a certain distance apart, and a buffer plate extending from the bending plate and having irregularities formed on one side and long holes drilled so as to be assembled with the square washer. there is.

The window frame may include a window frame hole forming a hole on an outer surface, and a window frame groove in which a groove is formed on the outer surface of the window frame into which the square washer is inserted.

The window frame hole includes a first hole for inserting the head of the coupler, a second hole inserted into the shaft of the coupler and drilled long in the vertical direction, and a protruding and bent inner surface of the window frame to couple the head of the coupler. , it may be provided with a coupling fixing jaw that secures the coupling tool so that it does not fall off.

In addition, a curtain wall equipped with a shock-absorbing bracket according to another aspect of the present invention for achieving the above object includes plate glass provided in the structure, a transom for fixing the plate glass, and the plate glass and the transom. It may be provided with a mullion that is assembled and absorbs shock, and a buffer part that is assembled to the mullion and coupled to the structure to absorb shock generated in the building together with the mullion to prevent damage to the plate glass.

The buffer unit may include a coupler for coupling to the mullion, a square washer that is assembled in the groove of the mullion and moves in the up and down direction, and a bracket that has one side fixed to the structure and the other side is assembled to the square washer and moves in the left and right directions. You can.

The bracket may include a fixing plate fixed to the structure, a bent plate bent from the fixing plate and spaced a certain distance apart, and a buffer plate extending from the bending plate and having irregularities formed on one side and long holes drilled so as to be assembled with the square washer. there is.

The mullion may have a mullion hole forming a hole on the outer surface, and a mullion groove in which a groove is formed on the outer surface of the mullion into which the square washer is inserted.

The mullion has a first hole for inserting the head of the coupler, a second hole that inserts the shaft of the coupler and is drilled long in the vertical direction, and is protruded and bent on the inner surface of the mullion to couple the head of the coupler. And, it may be provided with a coupling fixing jaw to secure the coupling tool so that it does not fall off.

According to the window and curtain wall provided with a shock-absorbing bracket according to the present invention, shock and vibration transmitted from the building can be cushioned by the shock absorber assembled to the window frame or mullion.

In addition, the coupler is easy to insert into the window frame hole or mullion hole, and the square washer and bracket are easy to assemble, thus reducing the worker's work time and work difficulty.

Figure 1 is a perspective view showing the overall appearance of a window equipped with a bracket for absorbing shock according to an embodiment of the present invention.
Figure 2 is a perspective view showing an exploded view of the window provided with a shock-absorbing bracket in Figure 1.
Figure 3 is a perspective view showing the assembled window with the bracket for absorbing shock in Figure 2.
Figure 4 is a perspective view showing the overall appearance of a curtain wall provided with a bracket for absorbing shock according to another embodiment of the present invention.
Figure 5 is a perspective view showing an exploded view of the curtain wall provided with a bracket for absorbing shock in Figure 4.
Figure 6 is a perspective view showing the assembled curtain wall provided with a bracket for absorbing shock in Figure 5.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the attached drawings. However, it goes without saying that the present invention is not limited to these embodiments and can be modified into various forms.

In the drawings, parts not related to the description are omitted in order to clearly and briefly explain the present invention, and identical or extremely similar parts are denoted by the same drawing reference numerals throughout the specification. In addition, in the drawings, the thickness, area, etc. are enlarged or reduced in order to make the explanation more clear, so the thickness, area, etc. of the present invention are not limited to what is shown in the drawings.

And when a part is said to “include” another part in the entire specification, it does not exclude other parts and may further include other parts, unless specifically stated to the contrary.

Figure 1 is a perspective view showing the overall appearance of a window equipped with a bracket for absorbing shock according to an embodiment of the present invention.

As shown in FIG. 1, a window equipped with a bracket for absorbing shock according to an embodiment of the present invention includes a window 100 provided in an opening, a window frame 200 on which the window 100 is assembled and which absorbs shock. ) and a buffer unit 300 that is assembled to the window frame 200 and coupled to the opening to absorb shock generated in the building together with the window frame 200 to prevent damage to the window 100.

The window 100 can be coupled to the rail of the window frame 200 to block rain, wind, noise, and external temperature from penetrating into the building.

The window frame 200 combines the window 100 on the inside, and the buffer part 300 is assembled on the outside and is fixed to the opening of the building with a piece to cushion vibration and shock transmitted from the building.

The buffer unit 300 is assembled between the opening of the building and the window frame 200 to buffer vibration and shock transmitted from the building together with the window frame 200, and moves the window up and down to prevent vibration and shock from being transmitted to the window 100. It can flow in both directions and forward and backward.

The buffer unit 300 can move the window frame 200 in a vertical direction through a portion where the window frame 200 is coupled, and can move the window frame 200 in a forward and backward direction through the internal structure of the buffer unit 300.

Through this, the window equipped with a shock-absorbing bracket according to an embodiment of the present invention protects the window 100 from vibration and impact by the buffer part 300 and the window frame 200 fixed to the opening of the building. You can.

In addition, the window frame 200 and the buffer unit 300 are easy to fix to the opening of a building even for non-skilled workers, and the assembly process between the window frame 200 and the buffer unit 300 is also easy, making workability easy. there is.

Next, the window frame and buffer portion of a window equipped with a bracket for absorbing shock according to an embodiment of the present invention will be described in detail.

FIG. 2 is a perspective view showing the window with the shock-absorbing bracket in FIG. 1 disassembled, and FIG. 3 is a perspective view showing the window with the shock-absorbing bracket in FIG. 2 assembled.

Referring to FIG. 2, the window frame 200 has a window frame hole 210 forming a hole on the outer surface, and a window frame groove 220 in which a groove is formed on the outer surface of the window frame 200 into which the square washer 320 is inserted. can do.

First, the window frame hole 210 has a first hole 211 for inserting the head 311 of the coupler 310, and a second hole for inserting the shaft 312 of the coupler 310 and moving in the vertical direction ( 212), and a coupling fixing jaw 213 that protrudes and bends on the inner surface of the window frame 200 to couple the head 311 of the coupler 310 and fixes the coupler 310 so that it does not fall off. there is.

The head 311 of the coupler 310 can be inserted into the first hole 211, and the inserted coupler 310 can be moved to the second hole 212.

The second hole 212 is drilled as a long hole to allow the shaft 312 of the coupler 310 to move, and may be narrower than the first hole 211 in width to prevent the head 311 from falling out.

The coupling fixing jaw 213 protrudes and bends inside the window frame 200, which is the opposite side where the first hole 211 and the second hole 212 are perforated, so that the head 311 of the coupling tool 310 is the first. When inserted into the hole 211, it can be fixed to the inside of the window frame 200 so that it does not fall off.

Next, the window frame groove 220 may protrude from the outer surface of the window frame 200 a protrusion that guides the square washer 320 of the buffer part 300, which will be described later, to flow in the vertical direction in line with the second hole 212. .

Therefore, the window frame 200 has a window frame groove 220 and a window frame groove 220 that guides the buffer portion 300 to have fluidity in the vertical direction by inserting the coupler 310, and the coupler 310 does not fall off and moves up and down at a certain distance. It may be provided with a window frame hole 210 that creates fluidity.

Next, the buffer portion 300 includes a coupler 310 coupled to the window frame 200, a square washer 320 that is assembled in the groove of the window frame 200 and moves in the vertical direction, and one side is fixed to the opening and the other side is fixed to the opening. A bracket 330 may be provided that is assembled to the square washer 320 and moves forward and backward.

The coupler 310 is formed of a head 311 and a shaft 312 and is inserted into the window frame hole 210 of the window frame 200 to fix the square washer 320 and the bracket 330, and the bracket 330 After assembly, it can be closed with a nut 313.

The square washer 320 is inserted into the window frame groove 220 and moves in the vertical direction, and an uneven surface 321 is formed on one side so that it butts against the bracket 330 and guides the bracket 330 to move in the forward and backward directions. .

The square washer 320 has a hole drilled in the center into which the shaft 312 of the coupler 310 is inserted, and is fixed together with the coupler 310 so that it can have vertical fluidity.

The square washer 320 protrudes further than the window frame groove 220 so that the bracket 330 and the window frame groove 220, which move in the front and rear directions, do not interfere with each other.

The bracket 330 includes a fixing plate 331 fixed to the opening, a bent plate 332 bent from the fixing plate 331 and spaced a certain distance apart, and one side extending from the bent plate 332 to be assembled with a square washer 320. It may be provided with a buffer plate 333 in which irregularities are formed and long holes are drilled.

The fixing plate 331 may be fixed to the opening of the building with a piece to secure the bracket 330.

The bent plate 332 may be bent and extended from one side of the fixing plate 331 to form a separation distance between the fixing plate 331 and the buffer plate 333.

The buffer plate 333 extends from one side of the bent plate 332, has a square washer 320 against it, and has a long hole 334 drilled on one side so that the coupler 310 can be inserted and moved forward and backward. .

The shock plate 333 has an uneven protrusion 335 of a shape corresponding to the uneven surface 321 of the square washer 320 butted against one side, and the shaft 312 of the coupler 310 has a long hole 334 formed on one side. ) can be slid forward and backward.

Referring to FIG. 3, the window frame 200, the square washer 320, and the bracket 330 are fixed by the coupler 310, and the square washer 320 is connected to the window frame hole 210 formed in the window frame 200. And the bracket 330 can slide up and down, and can be slid forward and backward by the uneven surface 321 and the uneven protrusion 335 formed on one surface of the square washer 320 and the bracket 330 facing each other.

The coupler 310 is supported so that the head 311 is inserted into the coupler fixing jaw 213 so that it does not fall into the inside of the window frame 200, and can be slid along the second hole 212 drilled long up and down. . At this time, a washer may be provided to prevent the head 311 of the coupler 310 from falling back into the inserted first hole 211.

The square washer 320 slides in the vertical direction in accordance with the window frame groove 220, and the sliding distance has fluidity only as much as the perforated length of the second hole 212, and the thickness of the square washer 320 is the window frame groove 220. It can be formed to protrude more than the protrusions so as not to interfere with the left-right sliding of the bracket 330.

The buffer plate 333 of the bracket 330 is in contact with the square washer 320, so it can easily slide forward and backward due to the shape of the uneven surface 321 and the uneven protrusion 335, and can be blocked from moving in the vertical direction. .

In the bracket 330, the buffer plate 333 butts against the square washer 320 and the fixing plate 331 is fixed to the opening, and the square washer 320 is formed by a long hole 334 drilled along the front and rear lengths on one side of the buffer plate 333. ) can be slid. Additionally, the square washer 320 may have fluidity only up to the length of the long hole 334 drilled on one surface of the buffer plate 333.

At this time, the bracket 330 is fixed to the opening and the square washer 320 is fixed to the window frame 200, so it is the window frame 200 that slides and moves, and the coupler 310 can fix them all. .

Therefore, the window and door equipped with a shock-absorbing bracket according to an embodiment of the present invention has fluidity in the vertical and forward directions through the square washer 320 of the buffer portion 300, causing vibration and damage to the building. Even if a shock occurs, it can be cushioned.

In addition, it is easy to insert the coupler 310 into the window frame 200, and it is easy to assemble the square washer 320 and bracket 330, so even non-skilled technicians can perform the work. As the difficulty of the work is lowered, the work is easier. The speed can also be faster.

Through this, the window 100 assembled on the window frame 200 absorbs the effects of vibration and shock of the building in the buffer part 300 and the window frame 200 to prevent glass breakage and even prevent the window 100 from falling off. It can be prevented.

Next, a curtain wall provided with a bracket for absorbing shock according to another embodiment of the present invention will be described. In the following description, only parts that are different from the above-described embodiment will be described in detail, and detailed descriptions of parts that are the same or extremely similar will be omitted.

Figure 4 is a perspective view showing the overall appearance of a curtain wall provided with a bracket for absorbing shock according to another embodiment of the present invention.

As shown in Figure 4, a curtain wall equipped with a bracket for absorbing shock according to another embodiment of the present invention includes a plate glass 400 provided in the structure, a transom 500 for fixing the plate glass 400, and , the plate glass 400 and the transom 500 are assembled and the mullion 600 absorbs shock, and the mullion 600 is assembled and coupled to the structure to absorb shock occurring in the building with the mullion 600. A buffer unit 300 may be provided to prevent damage to the plate glass 400 by absorbing it.

The plate glass 400 can be combined with the transom 500 and mullion 600 to block rain, wind, noise, and external temperature from penetrating into the building.

The transom 500 may be installed horizontally between a plurality of mullions 600 and may be provided with a plate glass 400 on one side along with the mullions 600.

The mullion 600 is equipped with a transom 500 and a plate glass 400 on one side, and buffer parts 300 are assembled on both sides and fixed to the structure of the building as pieces to cushion vibration and shock transmitted from the building. You can do it.

The buffer unit 300 is assembled between the structure of the building and the mullion 600 to buffer vibration and shock transmitted from the building together with the mullion 600, and is installed as a curtain to prevent vibration and shock from being transmitted to the plate glass 400. The month can be moved up and down and forward and backward.

The buffer part 300 causes the mullion 600 to flow in the up and down direction through the area where the mullion 600 is coupled, and allows the mullion 600 to flow in the forward and backward directions through the internal structure of the buffer part 300. You can.

Through this, the curtain wall equipped with a shock-absorbing bracket according to another embodiment of the present invention protects the plate glass 400 from vibration and shock by the buffer 300 and mullion 600 fixed to the structure of the building. It can be protected.

In addition, the mullion 600 and the buffer part 300 are easy to fix to the structure of the building even for non-skilled workers, and the assembly process between the mullion 600 and the buffer part 300 is easy, making workability easy. can do.

Next, the mullion and buffer portion of the curtain wall provided with a bracket for absorbing shock according to another embodiment of the present invention will be described in detail.

Figure 5 is a perspective view showing an exploded view of the curtain wall provided with brackets for absorbing shock in Figure 4, and Figure 6 is a perspective view showing the assembled curtain wall provided with brackets for absorbing shock in Figure 5.

Referring to Figure 5, the mullion 600 has a mullion hole 610 forming a hole on the outer surface, and a mullion groove 620 in which a groove is formed on the outer surface of the mullion 600 to insert the square washer 320. ) can be provided.

The mullion 600 has a first hole 611 for inserting the head 311 of the coupler 310, and a second hole 612 for inserting the shaft 312 of the coupler 310 and moving in the vertical direction. And, the inner surface of the mullion 600 is protruded and bent to couple the head 311 of the coupler 310, and may be provided with a coupling fixing jaw 613 that fixes the coupler 310 so that it does not fall off. .

The head 311 of the coupler 310 can be inserted into the first hole 611, and the inserted coupler 310 can be moved to the second hole 612.

The second hole 612 is drilled as a long hole to allow the shaft 312 of the coupler 310 to move, and its width may be narrower than the first hole 611 to prevent the head 311 from falling out.

The coupling fixing jaw 613 protrudes and bends inside the mullion 600, which is the opposite side where the first hole 611 and the second hole 612 are drilled, so that the head 311 of the coupling tool 310 is formed. When inserted into hole 1 (611), it can be fixed to the inside of the mullion (600) to prevent it from falling out.

Subsequently, the mullion groove 620 may protrude on the outer surface of the mullion 600 a jaw that guides the square washer 320 of the buffer part 300, which will be described later, to flow in the vertical direction in line with the second hole 612. there is.

Therefore, the mullion 600 is inserted into the mullion groove 620 and the coupler 310, which guides the buffer 300 to have fluidity in the vertical direction, by inserting the coupler 310, at a certain distance up and down without falling off. It may be provided with a mullion hole 610 that forms the fluidity of.

Referring to FIG. 6, the mullion 600, square washer 320, and bracket 330 are fixed by the coupler 310, and the square washer is fixed by the mullion hole 610 formed in the mullion 600. (320) and the bracket 330 slide in the up and down direction, and slide in the front and rear direction by the uneven surface 321 and the uneven protrusion 335 formed on one surface of the square washer 320 and the bracket 330 facing each other. You can.

The coupler 310 is supported so that the head 311 is inserted into the coupler fixing jaw 613 so that it does not fall into the inside of the window frame 200, and can be slid along the second hole 612 drilled long up and down. . At this time, a washer may be provided to prevent the head 311 of the coupler 310 from falling back into the inserted first hole 611.

The square washer 320 slides in the up and down direction in accordance with the mullion groove 620, and the sliding distance has fluidity only as much as the perforated length of the second hole 612, and the thickness of the square washer 320 is equal to the mullion groove 620. It can be formed to protrude more than the protrusions so as not to interfere with the left-right sliding of the bracket 330.

The buffer plate 333 of the bracket 330 is in contact with the square washer 320, so it can easily slide forward and backward due to the shape of the uneven surface 321 and the uneven protrusion 335, and can be blocked from moving in the vertical direction. .

In the bracket 330, the buffer plate 333 butts against the square washer 320 and the fixing plate 331 is fixed to the structure, and the square washer 320 is formed by a long hole 334 drilled along the front and rear lengths on one side of the buffer plate 333. ) can be slid. Additionally, the square washer 320 may have fluidity only up to the length of the long hole 334 drilled on one surface of the buffer plate 333.

At this time, the bracket 330 is fixed to the structure and the square washer 320 is fixed to the mullion 600, so it is the mullion 600 that slides and moves, and the coupler 310 secures it all. You can.

Therefore, the curtain wall provided with a bracket for absorbing shock according to an embodiment of the present invention has fluidity in the vertical and forward directions through the square washer 320 of the buffer portion 300, thereby protecting the building. Even if vibration or shock occurs, it can be cushioned.

In addition, it is easy to insert the coupler 310 into the mullion 600, and it is easy to assemble the square washer 320 and bracket 330, so even non-skilled technicians can perform the work, and the difficulty of the work has been lowered. The speed can also be faster.

Through this, the plate glass 400 assembled on the mullion 600 prevents glass breakage by cushioning the effects of vibration and shock of the building in the buffer portion 300 and the mullion 600, and prevents glass breakage from the plate glass 400. It can even prevent dropping out.

In the above, a window and a curtain wall provided with a shock-absorbing bracket according to an embodiment of the present invention have been described, but the spirit of the present invention is not limited to the embodiment presented in this specification. Additionally, a person skilled in the art who understands the spirit of the present invention will be able to easily suggest other embodiments by adding, changing, deleting, or adding components within the scope of the same spirit, but this is also within the scope of the present invention. They will say it costs money.

100: window 200: window frame
210: window frame hole 211: first hole
212: second hole 213: joint fixing jaw
220: Window frame groove 300: Buffer part
310: Coupler 311: Head
312: shaft 313: nut
320: square washer 321: uneven surface
330: Bracket 331: Fixing plate
332: bending plate 333: buffer plate
334: long hole 335: uneven protrusion
400: plate glass 500: transom
600: Mullion 610: Mullion hole
611: 1st hole 612: 2nd hole
613: Combined fixing jaw 620: Mullion groove

Claims (10)

A window provided in the opening,
a window frame on which the window is assembled and absorbs shock;
A buffer is assembled to the window frame and coupled to the opening to absorb shock generated in the building together with the window frame to prevent damage to the window,
The buffer unit includes a coupler coupled to the window frame, a square washer assembled in a groove of the window frame and moving in the up and down direction, and a bracket with one side fixed to the opening and the other side assembled to the square washer and moving in the left and right directions,
The bracket includes a fixing plate fixed to the opening, a bending plate bent from the fixing plate and spaced a certain distance apart, and a buffer plate extending from the bending plate and having irregularities formed on one side and long holes drilled to be assembled with the square washer,
The window frame has a window frame hole forming a hole on the outer surface, and a window frame groove formed on the outer surface of the window frame into which the square washer is inserted,
The window frame hole includes a first hole for inserting the head of the coupler, a second hole inserted into the shaft of the coupler and drilled long in the vertical direction, and a protruding and bent inner surface of the window frame to couple the head of the coupler. , A window equipped with a bracket for absorbing shock, characterized in that it is provided with a coupling fixing ledge that secures the coupling member so that it does not fall off. delete delete delete delete Plate glass provided in the structure,
A transom that secures the plate glass,
A mullion on which the plate glass and the transom are assembled and absorbs shock,
Equipped with a buffer assembled to the mullion and coupled to the structure to absorb shock generated in the building together with the mullion to prevent damage to the plate glass,
The buffer unit includes a coupler for coupling to the mullion, a square washer that is assembled in the groove of the mullion and moves in the up and down direction, and a bracket whose one side is fixed to the structure and the other side is assembled to the square washer and moves in the left and right directions, ,
The bracket includes a fixing plate fixed to the structure, a bending plate bent from the fixing plate and spaced a certain distance apart, and a buffer plate extending from the bending plate and having irregularities formed on one side and long holes drilled to be assembled with the square washer,
The mullion has a mullion hole forming a hole on the outer surface, and a mullion groove formed on the outer surface of the mullion into which the square washer is inserted,
The mullion has a first hole for inserting the head of the coupler, a second hole that inserts the shaft of the coupler and is drilled long in the vertical direction, and is protruded and bent on the inner surface of the mullion to couple the head of the coupler. And, a curtain wall with a bracket for absorbing shock, characterized in that it is provided with a coupling fixing jaw to prevent the coupling member from falling off. delete delete delete delete

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