KR102553543B1 - Shock Absorption Seismic Curtain Wall - Google Patents

Abstract

A shock-absorbing type earthquake-resistant curtain wall according to an embodiment of the present invention comprises a plate glass, a finishing part for finishing the plate glass, a pedestal supporting the finishing part, a piece inserted from the finishing part and penetrating the pedestal, and the pedestal A body portion assembled with a part and inserted to form a space separated by a certain distance from the body to absorb an external shock, wherein the body portion assembles the body, a buffer packing fixed to the body, the buffer packing, and the pedestal. It may be provided with an assembly stand fixed to the body by the piece while doing.

Description

Shock Absorption Seismic Curtain Wall}

The present invention relates to a shock-absorbing type earthquake-resistant curtain wall, and more particularly, to a shock-absorbing type earthquake-resistant curtain wall capable of protecting plate glass by buffering shock and vibration transmitted to a building in the curtain wall.

Recently, earthquakes have occurred in Korea, and earthquakes of magnitude 5 or higher have occurred in some cases, and the need to prevent earthquake damage to buildings is increasing. there is.

Since the conventional curtain wall blocks rain, wind, noise, and outside temperature from penetrating into the building, the airtightness of the structure is important, but in the event of an earthquake, problems caused by vibration and external force transmitted through the concrete structure response is insufficient.

In addition, most curtain walls are constructed with plate glass made of glass. In the case of glass plates, damage by external force occurs more easily than frames. The following problems may arise.

In order to compensate for this, the curtain wall of the building must be equipped with an earthquake-resistant design, but the curtain wall equipped with the earthquake-resistant design has the disadvantage of increasing the cost and construction period because the construction method of a skilled expert is required.

Korean Registered Patent Publication No. 10-2230183 (2021.03.15)

An object of the present invention is to provide a shock-absorbing type earthquake-resistant curtain wall that can have a structure for absorbing shock on the curtain wall.

Another object of the present invention is to provide a shock-absorbing earthquake-resistant curtain wall that can be easily assembled by the operator.

Shock-absorbing type earthquake-resistant curtain wall according to one aspect of the present invention for achieving the above object is a plate glass, a finishing part for finishing the plate glass, a pedestal supporting the finishing part, and inserted in the finishing part to the pedestal A penetrating piece, and a body part assembled with a part of the pedestal and inserted to form a space separated by a predetermined distance to absorb an external impact, the body part comprising a body, a buffer packing fixed to the body, An assembly stand fixed to the body by the piece may be provided while assembling the buffer packing and the pedestal.

The body is formed by inserting and fixing a body surface where the buffer packing is abutted, a body protrusion for preventing one end of the assembly stand from being caught and falling off, and a part of the piece being inserted and fixed, and spaced apart by a predetermined distance between the piece and the body. It can be provided with a body clip that absorbs shock.

The assembly table includes an assembly clip for fixing the shock-absorbing packing, an assembly jaw for which a portion of the body protrusion is caught and forms a separation space, an assembly surface for which one surface of the pedestal is in contact with each other and through which the piece penetrates, and one surface of the assembly surface. It protrudes from both sides, respectively, and may be provided with assembly protrusions that wrap around and fix one end of the pedestal.

The buffer packing may include a buffer packing means into which the assembly clip is inserted, and a buffer packing surface that comes into contact with the assembly surface to absorb an impact of the assembly table.

The body has a coupling hole drilled on both sides, a coupling hole inserted into the coupling hole and having fluidity, a coupling protrusion protruding from both sides of the coupling hole, respectively, and a coupling fixing jaw protruding and bending so that the coupling sphere does not fall off, It may include a square washer coupled to the coupler and having fluidity by the coupling protrusion, and a bracket coupled to the coupler and facing one surface of the square washer and fixed to the structure.

The pedestal has a supporting protrusion protruding from one surface, a spring protrusion hooked and fixed to the supporting protrusion, a spring protrusion forming a groove so as to be fixed to one end of the body portion, and the spring protrusion and the spring protrusion at one end and the other end, respectively. A spring stand may be provided to maintain a predetermined distance between the pedestal and the body by elastic force.

In addition, a shock absorbing type earthquake-resistant curtain wall according to another aspect of the present invention for achieving the above object is inserted into a plate glass, a finishing part for finishing the plate glass, a pedestal supporting the finishing part, and the finishing part. A piece penetrating the pedestal, and a body part assembled with a part of the pedestal and inserted so that the piece forms a space separated by a certain distance to absorb an external shock, wherein the body part includes a body and a first fixed body part. A packing, a second packing fixed to the body, and an assembly table fixed to the body by the piece while assembling the first packing, the second packing, and the pedestal may be provided.

The body has a first protrusion to which the first packing is fixed, a second protrusion that protrudes and bends so that the second packing is fixed, and a part of the piece is inserted and fixed, spaced a certain distance between the piece and the body A body clip may be provided to form a space to absorb impact.

The assembly table includes a first assembly surface on which the first packing is seated, an assembly guider protruding from the first assembly surface and fixing the first packing, and a surface on which the second packing is seated and pushed in the direction of the second protrusion. A second assembly surface, a third assembly surface through which one surface of the pedestal is abutted and the piece penetrates, and assembly protrusions protruding from one surface of the third assembly surface to both sides to surround and fix one end of the pedestal. can

The first packing may include a first packing means into which the first protrusion is inserted, and a first packing surface that abuts against the first assembly surface and the assembly guider to absorb an impact of the assembly table.

The second packing may include a second packing means inserted into the second protrusion, and a second packing surface facing the second assembly surface to block movement of the assembly table.

The body has a coupling hole drilled on both sides, a coupling hole inserted into the coupling hole and having fluidity, a coupling protrusion protruding from both sides of the coupling hole, respectively, and a coupling fixing jaw protruding and bending so that the coupling sphere does not fall off, It may include a square washer coupled to the coupler and having fluidity by the coupling protrusion, and a bracket coupled to the coupler and facing one surface of the square washer and fixed to the structure.

The pedestal has a supporting protrusion protruding from one surface, a spring protrusion hooked and fixed to the supporting protrusion, a spring protrusion forming a groove so as to be fixed to one end of the body portion, and the spring protrusion and the spring protrusion at one end and the other end, respectively. A spring stand may be provided to maintain a predetermined distance between the pedestal and the body by elastic force.

According to the shock-absorbing seismic curtain wall according to the present invention, the glass plate can be protected by blocking the charge and vibration transmitted from the structure by the buffer packing, the first packing, the second packing, and the assembly table.

In addition, since the buffer packing, the first packing, and the second packing are easily assembled and fixed in pieces on an assembly table assembled at one end of the body, a worker can easily construct the body.

1 is a plan view showing the overall appearance of a shock absorbing type earthquake-resistant curtain wall according to an embodiment of the present invention.
Figure 2 is a plan view showing the shape of the body portion in Figure 1 in detail.
Figure 3 is a plan view showing a state in which the bracket is coupled to the body of the shock absorbing seismic curtain wall.
Figure 4 is an exploded view showing the appearance of the bracket in Figure 3 in detail.
Figure 5 is a plan view showing the overall appearance of the shock absorbing type earthquake-resistant curtain wall according to another embodiment of the present invention.
Figure 6 is a plan view showing the shape of the body portion in Figure 5 in detail.
Figure 7 is a plan view showing a state in which the bracket is coupled to the body of the shock absorbing seismic curtain wall.
Figure 8 is an exploded view showing the appearance of the bracket in Figure 7 in detail.

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

In the drawings, in order to clearly and concisely describe the present invention, parts not related to the description are omitted, and the same reference numerals are used for the same or extremely similar parts throughout the specification. In addition, in the drawings, the thickness, width, etc. are enlarged or reduced in order to make the description more clear, and the thickness, width, etc. of the present invention are not limited to those shown in the drawings.

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

1 is a plan view showing the overall appearance of a shock absorbing type earthquake-resistant curtain wall according to an embodiment of the present invention.

As shown in FIG. 1, a plate glass 100 according to an embodiment of the present invention, a finishing part 200 for finishing the plate glass 100, a pedestal 300 supporting the finishing part 200, and finishing The piece 400 inserted from the part 200 and penetrating the pedestal 300, assembled with a part of the pedestal 300, and the piece 400 is inserted to form a space separated by a certain distance A body that absorbs external shock It includes a portion 500, and the body portion 500 includes a body 510, a buffer packing 520 fixed to the body 510, a piece 400 while assembling the buffer packing 520 and the pedestal 300. ) It may be provided with an assembly stand 530 fixed to the body 510 by.

The plate glass 100 is provided on one side of the building, fixed by a curtain wall, and can block rain, wind, noise and outside temperature from penetrating into the building.

The finishing part 200 may be assembled by the piece 400 from the outside so that the plate glass 100 is fixed to the curtain wall.

The pedestal 300 may be formed so that a gap is formed between the closing part 200 and the body part 500 and the closing part 200 is fixed to one surface of the body part 500 while the piece 400 penetrates.

The piece 400 may penetrate from one surface of the closing part 200, pass through the pedestal 300, pass through a part of the body part 500, and be fixed to one end.

The body part 500 is fixed to the structure of the building, the pedestal 300 is assembled, and the piece 400 fastened to the finishing part 200 while supporting the plate glass 100 penetrates to form a curtain wall.

The body 510 is directly fixed to a structure of a building, an assembly table 530 is assembled therein, and shock can be absorbed in the front and rear directions by a buffer packing 520 coupled to the assembly table 530.

The buffer packing 520 is coupled to the assembly table 530 and has one surface in contact with one surface of the body 510, and can perform a buffering action so that the glass plate 100 is not damaged by impact and vibration of the building.

The assembly table 530 is provided with one surface on which the buffer packing 520 is assembled and the other surface on which protrusions are formed to be coupled to the body 510, and the piece 400 penetrates a part and is caught on one end of the body 510. catalog can be formed.

Through this, the shock-absorbing type earthquake-resistant curtain wall according to an embodiment of the present invention can buffer the shock and vibration of the building by moving in the forward and backward directions by the assembly table 530 and the buffer packing 520 of the body portion 500. there is.

In addition, even if the piece 400 assembled with the curtain wall is moved in the forward and backward directions by forming a space separated by a certain distance at one end of the body 510 and the piece 400 so that it is not damaged by shock and vibration of the building, the piece 400 Do not touch the body 510 can prevent damage.

In addition, it is easy to couple the cushioning packing 520 to the assembly table 530, protrusions and grooves are formed to facilitate insertion and coupling of the assembly table 530 to the body 510, and a part of the assembly table 530 While the pedestal 300 is assembled to the piece 400, it is possible to fix only the assembly of the curtain wall can be easy.

Next, the body portion of the shock absorbing type earthquake-resistant curtain wall according to an embodiment of the present invention will be described in more detail.

Figure 2 is a plan view showing in detail the appearance of the body portion in Figure 1;

Referring to FIG. 2 , the body 510 includes a body surface 511 to which the shock-absorbing packing 520 faces, a body protrusion 512 preventing one end of the assembly table 530 from falling off, and a piece 400 It may be provided with a body clip 513 in which a part of is inserted and fixed, and forms a space spaced a certain distance between the piece 400 and the body 510 to absorb shock.

The body surface 511 is formed on one surface of the body 510 so that the buffer packing 520 is buttted against each other, and the assembly table 530 and the body 510 are moved in the forward and backward directions to prevent shock and vibration from the buffer packing 520. It may be equipped to absorb.

The body protrusion 512 is formed on the other surface of the body 510 so that one end of the assembly table 530 is coupled, and the assembly table 530 is not detached from the body 510 by shock and vibration transmitted from the structure. A protrusion may protrude.

The body protrusions 512 form a certain distance between each protruding protrusion, so that one end of the assembly table 530 can be moved to some extent by shock and vibration, but appropriately so as not to fall off the body 510. Separation distance can be provided.

The body clip 513 protrudes so that a part of the piece 400 is inserted and caught on the thread of the piece 400, and one end of the piece 400 is spaced a certain distance apart so that it does not touch the body 510 (S ) can be formed.

The body clip 513 can prevent damage to the piece 400 because shock and vibration transmitted from the structure through the space S formed with the piece 400 are not transmitted to the piece 400 .

Next, the assembly stand 530 consists of an assembly clip 531 for fixing the buffer packing 520, a part of the assembly protrusion 532 that is caught on the body protrusion 512 and forms a separation space, and the pedestal 300. It may be provided with an assembly surface 533 having one surface facing each other and through which the piece 400 passes, and an assembly protrusion 534 protruding from one surface of the assembly surface 533 to both sides to surround and fix one end of the pedestal 300. there is.

The assembly clip 531 may protrude and bend on one surface of the assembly table 530 to fix the shock absorbing packing 520 so that one surface of the shock absorbing packing 520 may come into contact with the body surface 511 .

The assembly jaw 532 protrudes from the other surface of the assembly table 530 and is coupled between the body protrusions 512 to fix the assembly table 530 from the body 510 so that it does not fall off.

The assembly table 530 may be fixed to one surface of the assembly surface 533 by facing the pedestal 300 and passing the piece 400 through the pedestal 300 .

The assembling protrusions 534 protrude from one side of the assembling surface 533 to both sides, respectively, so that a part of the pedestal 300 can be caught and fixed.

Finally, the buffer packing 520 includes a buffer packing means 521 into which the assembly clip 531 is inserted, and a buffer packing surface 522 that abuts against the assembly surface 533 to buffer the impact of the assembly table 530. can be provided

The buffer packing means 521 may be inserted into and fixed to the assembly clip 531 of the assembly table 530 .

The buffer packing surface 522 is formed on the buffer packing 520 and comes into contact with the body surface 511 of the body 510 to absorb shock and vibration transmitted from the building to the buffer packing 520 .

Through this, the body portion 500 is a means for assembling the body 510 and the assembly table 530, firstly, the assembly jaw 532 is assembled between the body protrusions 512 to prevent falling off, and secondly, the assembly surface The piece 400 penetrating through 533 can be fixed while being caught on the body clip 513.

In addition, in the body part 500 fixed to the structure, a buffer packing 520 is disposed between the body 510 and the assembly table 530 so that shock and vibration are not transmitted to the glass plate 100, and the body 510 and A breakage rate may be reduced by forming a separation distance between the pieces 400 for fixing the assembly table 530 .

The following will be described in more detail with respect to the bracket of the shock absorbing type earthquake-resistant curtain wall according to an embodiment of the present invention.

3 is a plan view showing a state in which a bracket is coupled to a body of a shock-absorbing type earthquake-resistant curtain wall, and FIG. 4 is an exploded view showing the appearance of the bracket in FIG. 3 in detail.

3 to 4, the body 510 includes a coupling hole 610 drilled on both sides, a coupling sphere 620 inserted into the coupling hole 610 and having fluidity, and both sides of the coupling hole 610. The coupling protrusion 630 protrudes, respectively, the coupling fixing jaw 640 that protrudes and bends so that the coupling sphere 620 does not fall off, and is coupled to the coupling sphere 620 and has fluidity by the coupling projection 630 A bracket 660 coupled to the square washer 650 and the coupler 620 and facing against one surface of the square washer 650 and fixed to the structure may be provided.

The coupling hole 610 may include a first hole 611 into which the head of the coupling sphere 620 is inserted, and a second hole 612 into which the shaft of the coupling sphere 620 is inserted and moved in a vertical direction.

The head of the coupler 620 is inserted into the first hole 611 , and the inserted coupler 620 can be moved to the second hole 612 .

The second hole 612 is drilled as a long hole to move the shaft of the coupler 620, and may have a narrower width than the first hole 611 so that the head portion does not fall out.

The coupler 620 is formed of a head and a shaft, is inserted into the coupling hole 610, fixes the square washer 650 and the bracket 660, and may be closed with a nut after the bracket 660 is assembled.

The coupling protrusion 630 may protrude from the outer surface of the body 510 with a jaw for guiding the square washer 650 to flow in the vertical direction in accordance with the second hole 612 .

The coupling fixing jaw 640 protrudes and bends inside the body 510, which is the opposite surface in which the first hole 611 and the second hole 612 are perforated, so that the head of the coupler 620 is the first hole 611 ) When inserted into the body 510, it can be fixed so as not to fall off.

The square washer 650 is inserted into the coupling protrusion 630 and moves in the vertical direction, and a concave-convex surface is formed on one surface to face the bracket 660 and guide it to move in the forward and backward directions.

A hole is drilled in the center of the square washer 650, a shaft of the coupler 620 is inserted, and it is fixed together with the coupler 620 to have up-and-down fluidity.

The square washer 650 protrudes more than the coupling protrusion 630 and may be formed so that the bracket 660 and the coupling protrusion 630 do not interfere with each other.

The bracket 660 has a fixed plate fixed to the opening, a bending plate bent from the fixed plate and spaced apart at a certain distance, and a rectangular washer 650 extending from the bending plate to be assembled with irregularities formed on one surface and long holes 661 are perforated. A buffer plate may be provided.

The fixing plate may be fixed to the opening of the building as a piece to fix the bracket 660.

The bending plate may be bent and extended from one surface of the fixing plate to form a separation distance between the fixing plate and the buffer plate.

A long hole 661 may be perforated on one side of the buffer plate so that the square washer 650 is buttted on one side extending from one side of the bending plate and the coupler 620 is inserted and moved in the forward and backward directions.

The buffer plate has concave-convex protrusions corresponding to the concave-convex surface of the square washer 650 facing one surface, so that the shaft of the coupler 620 can slide in the forward and backward directions along the long hole 661 formed in one surface.

In addition, the pedestal 300 has a supporting protrusion 301 protruding on one surface, one end fixed to the supporting protrusion 301 and the other end fixed to the body 500, the pedestal 300 whose gap is narrowed by shock and vibration ) and the body portion 500 may be provided with a leaf spring 310 having an elastic force so as to be restored at regular intervals.

The plate spring 310 includes a spring jaw 311 that is caught and fixed to the support protrusion 301, a spring protrusion 312 that forms a groove so as to be fixed to one end of the body portion 500, the spring jaw 311 and the spring A spring base 313 having protrusions 312 at one end and the other end and maintaining a predetermined distance between the pedestal 300 and the body 500 with an elastic force may be provided.

The spring base 313 is fixed to the supporting protrusion 301 by the spring protrusion 311, and forms a groove to be mounted on a protruding part of the body portion 500 by the spring protrusion 312, and is fixed while the pedestal 300 ) and the body portion 500 may be supported so as to be maintained at a predetermined interval.

Since a part of the spring rod 313 is formed to be bent in the direction of the body portion 500, when shock or vibration occurs to the structure, the spring base 313 maintains the original regular interval between the pieces 400 penetrating into the body clip 513. Elastic force of the table 313 may occur.

In addition, since the spring base 313 has elasticity, it is possible to restore the spaced space S formed between the pedestal 300 and the body 500 even if a method in which it is repeatedly arranged for a certain period in the longitudinal direction is applied. . In addition, since it is not a continuous batch but a batch that is repeated at a certain interval, the amount of material used and working time can be reduced.

Accordingly, the spring base 313 may have an elastic force to restore the space S between the pedestal 300 and the body 500 deformed by a buffering action when shock and vibration occur.

Through this, the bracket 660 may be provided with fluidity in the vertical and longitudinal directions, respectively, so that shock and vibration of the body 510 fixed to the structure are not transmitted to the plate glass 100 .

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

5 is a plan view showing the overall appearance of a shock absorbing type earthquake-resistant curtain wall according to another embodiment of the present invention.

As shown in FIG. 5, the shock absorbing type earthquake-resistant curtain wall according to another embodiment of the present invention includes a glass plate 100, a finishing part 200 for finishing the glass plate 100, and a finishing part 200 supporting the finishing part 200. The pedestal 300, the piece 400 inserted from the finish part 200 and penetrating the pedestal 300, and a part of the pedestal 300 are assembled, and the piece 400 is inserted to form a space separated by a certain distance It includes a body portion 500 that absorbs external shock, and the body portion 500 includes a body 510, a first packing 540 fixed to the body 510, and a first packing 540 fixed to the body 510. While assembling the second packing 550, the first packing 540, the second packing 550, and the pedestal 300, an assembly table 530 fixed to the body 510 by the piece 400 may be provided. there is.

Here, the body part 500 is fixed to the structure of the building, the pedestal 300 is assembled, and the piece 400 fastened to the finishing part 200 penetrates to form a curtain wall while supporting the plate glass 100. there is.

The body 510 is directly fixed to the structure of the building, an assembly table 530 is assembled therein, and the first packing 540 and the second packing 550 coupled to the assembly table 530 move forward and backward. can absorb shock.

The first packing 540 may be inserted into one surface of the assembly table 530 to form a groove therein and be fixed to the body 510 .

The second packing 550 is fixed to a part of the body 510, and one surface of the assembly table 530 is brought into contact with the other surface of the assembly table 530 so that the assembly table 530 does not fall off the body 510.

The first packing 540 and the second packing 550 are fixed between the assembly stand 530 and the body 510 to perform a buffering action so that the glass plate 100 is not damaged by shock and vibration of the building. .

The assembly table 530 is indirectly fixed to the body 510 by the first packing 540 and the second packing 550, and the piece 400 is penetrated from one side and fixed to the body 510 to indirectly It can be fixed to the body 510 as.

Through this, in the shock absorbing type earthquake-resistant curtain wall according to another embodiment of the present invention, the body portion 500 is subjected to shock and vibration of the building by the assembly stand 530, the first packing 540 and the second packing 550. It can be buffered by moving it forward and backward.

In addition, to prevent the piece 400 assembled with the curtain wall from being damaged by shock and vibration of the building, a space separated by a certain distance is formed at one end of the body 510 and the piece 400 so that the piece 400 moves in the forward and backward directions. Do not touch the body 510 can prevent damage.

In addition, it is easy to couple the first packing 540 and the second packing 550 to the assembly table 530, and protrusions and grooves are formed to facilitate insertion and coupling of the assembly table 530 into the body 510. , While the pedestal 300 is assembled to a part of the assembly table 530, it is possible to fix it only with the piece 400, so assembling the curtain wall can be facilitated.

Next, the body portion of the shock absorbing earthquake-resistant curtain wall according to another embodiment of the present invention will be described in more detail.

6 is a plan view showing in detail the appearance of the body portion in FIG.

Referring to FIG. 6, the body 510 includes a first protrusion 514 to which the first packing 540 is fixed, a second protrusion 515 to protrude and bend so that the second packing 550 is fixed, and a piece A part of 400 may be inserted and fixed, and a body clip 513 may be provided to absorb shock by forming a space spaced a certain distance between the piece 400 and the body 510.

The first protrusion 514 protrudes from one surface of the body 510 to form a protrusion, and a protrusion is formed on one surface of the protrusion, so that when the first packing 540 is inserted, it can be caught so that it cannot escape.

The second protrusion 515 protrudes and bends from the other surface of the body 510 so that a part of the second packing 550 can be inserted and fixed.

Next, the assembly table 530 includes a first assembly surface 535 on which the first packing 540 is seated, and an assembly guider 536 protruding from the first assembly surface 535 to fix the first packing 540. ), the second assembly surface 537 on which the second packing 550 is seated and pushed in the direction of the second projection 515, and one surface of the pedestal 300 face each other and the third assembly through which the piece 400 penetrates The surface 538 and the third assembly surface 538 may be provided with assembly protrusions 534 protruding from one side to both sides to surround and fix one end of the pedestal 300 .

The first assembly surface 535 may act as a shock absorber and a vibration transmitted from the body part 500 while fixing the assembly table 530 and the body 510 with one surface of the first packing 540 facing each other.

The assembly guider 536 may be formed in a shape surrounding the first packing 540 so that the first packing 540 does not come off from the first assembly surface 535 .

The assembly guider 536 can fix the assembly table 530 without being detached from the body 510 by the first packing 540 and the second packing 550 .

In the second assembly surface 537, one surface of the second packing 550 fixed to the second protrusion 515 of the body 510 abuts against the assembly table 530 and shock and vibration transmitted from the body part 500 can act as a buffer.

The pedestal 300 is buttted to one surface of the third assembly surface 538 and the piece 400 passes through the pedestal 300 to fix the assembly table 530 .

The assembling protrusions 534 protrude from one side of the assembling surface 533 to both sides, respectively, so that a part of the pedestal 300 can be caught and fixed.

Next, the first packing 540 faces the first packing means 541 into which the first protrusion 514 is inserted, the first assembly surface 535, and the assembly guider 536 to form the assembly table 530. A first packing surface 542 for shock absorption may be provided.

The first packing means 541 is inserted into the first protrusion 514, both sides are supported so that it does not fall off by the assembly guider 536, and is fixed so as not to fall off once again by the irregularities formed on the first protrusion 514. can

The first packing surface 542 faces the first assembly surface 535 of the body 510 and acts as a buffer so that shock and vibration transmitted from the body 500 are not directly transmitted to the assembly table 530. can

Finally, the second packing 550 abuts against the second packing means 551 inserted into the second protrusion 515 and the second assembly surface 537 to block the movement of the assembly table 530. A packing surface 552 may be provided.

The second packing means 551 is fixed to the second protrusion 515 so that the second packing 550 does not come off.

The second packing surface 552 faces the second assembly surface 537 of the assembly table 530 and acts as a buffer so that shock and vibration transmitted from the body 500 are not directly transmitted to the assembly table 530. can do.

Through this, the body 500 is indirectly fixed to the body 510 and the assembly table 530 by the first packing 540 and the second packing 550, and the assembly table 530 by the piece 400. ) may be indirectly fixed to the body 510.

In addition, in the body part 500 fixed to the structure, a first packing 540 and a second packing 550 are installed between the body 510 and the assembly table 530 so that shock and vibration are not transmitted to the glass plate 100. It is possible to reduce the probability of breakage by forming a separation distance between the pieces 400 for fixing the body 510 and the assembly table 530.

Next, the bracket of the shock absorbing type earthquake-resistant curtain wall according to another embodiment of the present invention will be described in more detail.

7 is a plan view showing a state in which a bracket is coupled to a body of a shock-absorbing type earthquake-resistant curtain wall, and FIG. 8 is an exploded view showing the appearance of the bracket in FIG. 7 in detail.

7 to 8, the body 510 includes a coupling hole 610 drilled on both sides, a coupling sphere 620 inserted into the coupling hole 610 and having fluidity, and both sides of the coupling hole 610. The coupling protrusion 630 protrudes, respectively, the coupling fixing jaw 640 that protrudes and bends so that the coupling sphere 620 does not fall off, and is coupled to the coupling sphere 620 to have fluidity by the coupling projection 630 It may be provided with a square washer 650 and a bracket 660 coupled to the coupler 620 and facing against one surface of the square washer 650 and fixed to the structure.

Through this, the bracket 660 may be provided with fluidity in the vertical and longitudinal directions, respectively, so that shock and vibration of the body 510 fixed to the structure are not transmitted to the plate glass 100 .

In addition, the body part 500 is indirectly fixed between the body 510 and the assembly table 530 through the first packing 540 and the second packing 550, and the shock transmitted from the structure together with the bracket 660 And vibration can be prevented from being transmitted to the plate glass 100 in advance.

In addition, the body part 500 fixes the assembly stand 530 and the body 510 to the piece 400 to fix the plate glass 100, forms a spaced space at one end of the piece 400, and transfers from the structure It is possible to protect the piece 400 by shock and vibration.

In the above, the shock absorbing type earthquake-resistant curtain wall according to the embodiment of the present invention has been described, but the spirit of the present invention is not limited to the embodiment presented herein. In addition, those skilled in the art who understand the spirit of the present invention may easily propose other embodiments by adding, changing, deleting, adding, etc., elements within the same spirit, but this is also within the spirit of the present invention. will say that

100: plate glass 200: finishing part
300: pedestal 310: plate spring
400: piece
500: body part 510: body
511: body surface 512: body protrusion
513: body clip 514: first projection
515: second protrusion
520: buffer packing 521: buffer packing means
522: buffer packing surface
530: assembly stand 531: assembly clip
532: assembly jaw 533: assembly surface
534: assembly protrusion 535: first assembly surface
536: assembly guider 537: second assembly surface
538: third assembly surface
540: first packing 541: first packing means
542: second packing surface
550: second packing 551: second packing means
552: second packing surface
610: coupling hole 620: coupling hole
630: coupling protrusion 640: coupling fixing jaw
650: square washer 660: bracket

Claims (13)

with sheet glass,
A finishing portion for closing the plate glass;
A pedestal supporting the finishing portion;
A piece inserted from the finishing portion and penetrating the pedestal;
A body portion assembled with a part of the pedestal and inserted so that the piece forms a space separated by a predetermined distance to absorb external shock;
The body portion includes a body, a shock absorbing packing fixed to the body, and an assembly table fixed to the body by the piece while assembling the shock absorbing packing and the pedestal. According to claim 1,
The body has a body surface to which the buffer packing is abutted,
A body protrusion that prevents one end of the assembly table from being caught and falling off;
A shock absorbing type earthquake-resistant curtain wall characterized in that it is provided with a body clip for inserting and fixing a part of the piece and absorbing shock by forming a space spaced a certain distance between the piece and the body. According to claim 2,
The assembly stand includes an assembly clip for fixing the buffer packing,
An assembling jaw that is partially caught on the body protrusion and forms a separation space;
An assembly surface through which one surface of the pedestal is butted and the piece penetrates;
A shock-absorbing type earthquake-resistant curtain wall, characterized in that it has assembly protrusions protruding from one side of the assembly surface to both sides and surrounding and fixing one end of the pedestal. According to claim 3,
The buffer packing includes a buffer packing means into which the assembly clip is inserted;
A shock-absorbing type earthquake-resistant curtain wall, characterized in that it has a buffer packing surface for buffering the impact of the assembly table by facing the assembly surface. According to claim 2,
The body has a coupling hole drilled on both sides,
A coupler inserted into the coupling hole and having fluidity;
Coupling protrusions protruding from both sides of the coupling hole, respectively;
A coupling fixing jaw protruding and bending so that the coupler does not fall off;
A square washer coupled to the coupler and having fluidity by the coupling protrusion;
A shock-absorbing type earthquake-resistant curtain wall, characterized in that it has a bracket coupled to the coupler and facing one side of the square washer and fixed to the structure. According to claim 1,
The pedestal has a supporting protrusion protruding from one surface,
A spring jaw that is caught and fixed to the supporting protrusion;
A spring protrusion forming a groove so as to be fixed to one end of the body portion;
A shock-absorbing type earthquake-resistant curtain wall, characterized in that it includes a spring base having the spring jaw and the spring protrusion at one end and the other end, respectively, and maintaining a predetermined distance between the pedestal and the body by elastic force. with sheet glass,
A finishing portion for closing the plate glass;
A pedestal supporting the finishing portion;
A piece inserted from the finishing portion and penetrating the pedestal;
A body portion assembled with a part of the pedestal and inserted so that the piece forms a space separated by a predetermined distance to absorb external shock;
The body portion is fixed to the body by the piece while assembling the body, the first packing fixed to the body, the second packing fixed to the body, the first packing, the second packing, and the base. Shock-absorbing type seismic curtain wall characterized in that it is provided with an assembly stand. According to claim 7,
The body has a first projection to which the first packing is fixed,
A second protrusion that protrudes and bends so that the second packing is fixed;
A shock absorbing type earthquake-resistant curtain wall characterized in that it is provided with a body clip for inserting and fixing a part of the piece and absorbing shock by forming a space spaced a certain distance between the piece and the body. According to claim 8,
The assembly table includes a first assembly surface on which the first packing is seated;
An assembly guider protruding from the first assembly surface to fix the first packing;
A second assembly surface on which the second packing is seated and pushed in the direction of the second protrusion;
A third assembly surface through which one surface of the pedestal is butted and the piece penetrates;
A shock-absorbing type earthquake-resistant curtain wall, characterized in that it has assembly protrusions protruding from one side of the third assembly surface to both sides and surrounding and fixing one end of the pedestal. According to claim 9,
The first packing includes a first packing means into which the first protrusion is inserted;
A shock-absorbing type earthquake-resistant curtain wall, characterized in that it comprises a first packing surface for buffering the impact of the assembly table by facing against the first assembly surface and the assembly guider. According to claim 10,
The second packing includes a second packing means inserted into the second protrusion;
A shock-absorbing type earthquake-resistant curtain wall, characterized in that it comprises a second packing surface that faces the second assembly surface to block the movement of the assembly table. According to claim 8,
The body has a coupling hole drilled on both sides,
A coupler inserted into the coupling hole and having fluidity;
Coupling protrusions protruding from both sides of the coupling hole, respectively;
A coupling fixing jaw protruding and bending so that the coupler does not fall off;
A square washer coupled to the coupler and having fluidity by the coupling protrusion;
A shock-absorbing type earthquake-resistant curtain wall, characterized in that it has a bracket coupled to the coupler and facing one side of the square washer and fixed to the structure. According to claim 7,
The pedestal has a supporting protrusion protruding from one surface,
A spring jaw that is caught and fixed to the supporting protrusion;
A spring protrusion forming a groove so as to be fixed to one end of the body portion;
A shock-absorbing type earthquake-resistant curtain wall, characterized in that it includes a spring base having the spring jaw and the spring protrusion at one end and the other end, respectively, and maintaining a predetermined distance between the pedestal and the body by elastic force.

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