KR102276352B1 - arch panel structure system and construction method using the same - Google Patents

Abstract

An arch panel structure system according to one embodiment of the present invention is an arch panel structure system comprising a plurality of lower panels, a plurality of upper panels, and a plurality of interior materials interposed between the lower panels and the upper panels to constitute an arched roof of a building structure. The arch panel structure system comprises: a lower panel part seated on the upper surface of the building structure; an interior material part mounted on the upper side of the lower panel; a seating part fastened to the upper surface of the lower panel; an upper panel part seated on the upper surface of the seating part; and an intermediate part that mediates the seating part and the upper panel, and prevents the upper panel from being separated from the seating part by an external force applied to the upper panel.

Description

Arch panel structure system and construction method using the same

The present invention relates to an arch panel structure system and an arch panel construction method, and more particularly, to a plurality of lower panels constituting an arched roof of a building structure, a plurality of upper panels, and a plurality of interposed between the lower panels and the upper panels. It relates to an arch panel structure system and an arch panel construction method having an interior material of

Roof panels with various structures and materials are used as exterior materials for the roof of a building. These roof panels are tightly fixed and mounted on the PURIN of the roof. For such bonding and inter-panel connection, a fastening means such as a metal strip or a clamping clip is required, and various shapes depending on the panel to be coupled to each other are required. There is a need for a joint structure or a joint method that has a joint structure or a joint method, and in order to connect and fix it on the roof in this way, a lot of manpower and precision are required, so it takes a long time. etc. will follow.

The conventional roof panel connection method uses a joint cap as a fastening means in a simple overlapping manner of both panels, and is also configured to be directly fixed to a structure using a fastening bolt. However, since this method is sensitive to external temperature changes, there is a problem that there is a risk of leakage due to gaps in the joint area due to the expansion and contraction of the panel, and it is difficult to use it for low-slope roofs.

In addition, a protrusion finishing method is also used as the conventional roof panel connection method, which is a method of watertight caulking the jointed portion to connect it with a clip. However, according to this method, a separate finishing device such as plywood is required on the upper surface of the roof frame, which causes an increase in construction cost and inconvenience, and it is difficult to replace or release work after construction, and the rigidity of the panel itself cannot be guaranteed. There was a problem.

Korean Patent No. 10-0901749

An object of the present invention is to provide an arch panel structure system comprising a plurality of lower panels, a plurality of upper panels, and a plurality of interior materials interposed between the lower panel and the upper panel, constituting an arched roof of a building structure, and an arch panel construction to provide a way

An arch panel structure system according to an embodiment of the present invention includes a plurality of lower panels constituting an arched roof of a building structure, a plurality of upper panels, and a plurality of interior materials interposed between the lower panel and the upper panel. In the arch panel structure system, a lower panel portion seated on an upper surface of the building structure, an interior material portion mounted on an upper side of the lower panel, a seating portion fastened to the upper surface of the lower panel, and an upper panel seated on an upper surface of the seating portion and an intermediate part that mediates the seating part and the upper panel, the intermediate part preventing the upper panel from being separated from the seating part by an external force applied to the upper panel, wherein the upper panel part has a width of a plurality of upper panels connected along the direction, the intermediate portion is disposed between the plurality of upper panels, and buffers the first external force applied in the width direction of the plurality of upper panels to prevent the upper panel from being separated from the seating portion, or , it is possible to prevent the upper panel from being separated from the seating portion by the second external force applied in the height direction of the plurality of upper panels.

Each of the lower panels constituting the lower panel part of the arch panel structure system according to an embodiment of the present invention includes a lower seating part seated on the upper surface of the building structure, a lower standing part standing from both ends of the lower seating part, and and a lower bent part bent a plurality of times from an end of the lower standing part, wherein each upper panel constituting the upper panel part includes an upper seat part seated on an upper surface of the seat part, and an upper standing part standing up from both ends of the upper seat part and an upper bent portion bent a plurality of times from an end of the upper standing portion.

The intermediate part of the arch panel structure system according to an embodiment of the present invention includes: a fixing part fixed to the upper surface of the seating part; an elastic part fixed to the fixing part and connected to be elastically deformable based on the fixing part; It is connected to the elastic part and has an intermediate standing part in close contact with the upper standing part while standing upward, and the elastic part, wherein the intermediate standing part is moved in the width direction of the upper panel by the first external force. In this case, it may be elastically deformed to buffer the first external force.

The elastic part of the arch panel structure system according to an embodiment of the present invention has one side fixed to the fixing part, and the other side is formed as a free end wound in the form of a mainspring based on the one side, and is applied to the intermediate standing part. It can be elastically deformed by interlocking with the applied external force.

The intermediate part of the arch panel structure system according to an embodiment of the present invention includes a fixing part fixed to the upper surface of the seating part, and an intermediate standing part connected to the fixing part and standing upward and in close contact with the upper standing part. and the intermediate standing part is connected to the fixed part, and is mounted on the rising piece and the standing piece, and is provided with a position moving part mounted so as to be movable in the height direction with respect to the standing piece, The position moving part is configured to prevent the upper panel from being separated from the seating part by moving in the height direction with respect to the standing piece when the intermediate standing part is moved in the height direction of the upper panel by the second external force. can

The standing piece of the arch panel structure system according to an embodiment of the present invention has a through hole formed therethrough, and the position moving part includes a parallel portion disposed parallel to the standing piece and a protruding portion from the parallel portion. A bent piece may be provided while being inserted into the through hole and bent so that the parallel portion is subordinate to the standing piece, and the bent piece may be slidable in a height direction along the through hole.

The intermediate part of the arch panel structure system according to an embodiment of the present invention includes: a fixing part fixed to the upper surface of the seating part; an elastic part fixed to the fixing part and connected to be elastically deformable based on the fixing part; It is connected to the elastic part and has an intermediate standing part in close contact with the upper standing part while standing upward, and the elastic part, wherein the intermediate standing part is moved in the width direction of the upper panel by the first external force. case, elastically deformed to buffer the first external force, and the intermediate standing part is connected to the fixing part, and is mounted on the rising piece and the standing piece that stand upward, and the position is moved in the height direction with respect to the standing piece A position moving unit mounted to be possible, the position moving unit,

When the intermediate standing part is moved in the height direction of the upper panel by the second external force, it is moved in the height direction with respect to the standing piece to prevent the upper panel from being separated from the seating part.

The intermediate portion of the arch panel structure system according to an embodiment of the present invention further includes an intermediate bent portion bent a plurality of times from the end of the each standing portion, wherein the upper standing portion is arranged to be in close contact with an adjacent intermediate standing portion, While the upper bent portion is overlapped with each of the adjacent bent portions, it can be folded and interconnected with the adjacent upper panel.

The lower panel of the arch panel structure system according to an embodiment of the present invention is arranged such that the lower standing portion is in close contact with the lower standing portion of the adjacent lower panel, and the lower bent portion overlaps the lower bent portion of the adjacent lower panel The upper panel is arranged such that the upper standing part is in close contact with the upper standing part of the adjacent upper panel, and the upper bent part is the upper bent part of the upper panel adjacent to the upper panel. It can be interconnected with the neighboring top panel by being overlapped with the .

A method of constructing an arch panel structure system according to an embodiment of the present invention includes a first step of seating a plurality of lower panels on an upper side of a building structure, a second step of seating an interior material on an upper side of the plurality of lower panels, and the plurality of A third step of seating the seating portion on the upper surface of the lower panel of the, a fourth step of fixing the intermediate portion on the upper surface of the seating portion, and a fifth step of seating the plurality of upper panels on the upper surface of the seating portion, wherein the intermediate portion, The seating part and the upper panel may be interposed, but the upper panel may not be separated from the seating part by an external force applied to the top panel.

The first step of the method for constructing an arch panel structure system according to an embodiment of the present invention includes: Step 1-1 of arranging a plurality of lower panels on the upper side of the building structure, and lower bent portions of each lower panel adjacent to each other and a step 1-2 of folding the lower bent part of the panel so as to be interconnected with each other, wherein the fourth step is a step 4-1 of arranging a plurality of upper panels on the upper side of the building structure, each upper panel Step 4-2 to arrange the upper bent part of the upper part to overlap with the intermediate bent part of the intermediate part, and the upper bent part of each upper panel, the overlapped intermediate bent part, and the upper bent part of the adjacent upper panel It may include a step 4-3 of making them interconnected.

According to the present invention, the external force applied to the panel through the panel mediator constituting the arched roof of the building structure is buffered or the movement space of the panel due to the external force is secured, so that the panel is separated from the roof or the connection portion between the panel and the roof to prevent breakage/damage of

In addition, since the lower panel and the upper panel are easily coupled with a simple configuration through a connection member (receiving part), work efficiency is greatly improved, and construction time is shortened as well as construction cost is reduced.

1 is a schematic perspective view showing an arch panel structure system according to an embodiment of the present invention;
2 is a perspective view illustrating a connection structure of an arch panel structure system according to an embodiment of the present invention;
3 is an exploded perspective view of an arch panel structure system according to an embodiment of the present invention;
4 is a schematic cross-sectional view illustrating an arch panel structure system according to an embodiment of the present invention;
5 is a schematic view for explaining an intermediate part of the arch panel structure system according to an embodiment of the present invention.
6 is a schematic diagram for explaining an intermediate part of an arch panel structure system according to another embodiment of the present invention.
7 is a schematic diagram for explaining an intermediate part of an arch panel structure system according to another embodiment of the present invention.

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the drawings. However, the spirit of the present invention is not limited to the embodiments presented, and those skilled in the art who understand the spirit of the present invention may add, change, delete, etc. other components within the scope of the same spirit, through addition, change, deletion, etc. Other embodiments included within the scope of the invention may be easily proposed, but this will also be included within the scope of the invention.

In addition, components having the same function within the scope of the same idea shown in the drawings of each embodiment will be described using the same reference numerals.

1 is a schematic perspective view illustrating an arch panel structure system according to an embodiment of the present invention, and FIG. 2 is a perspective view illustrating a connection structure of the arch panel structure system according to an embodiment of the present invention.

3 is an exploded perspective view of an arch panel structure system according to an embodiment of the present invention, and FIG. 4 is a schematic cross-sectional view illustrating an arch panel structure system according to an embodiment of the present invention.

1 to 4 , the arch panel structure system 1 according to an embodiment of the present invention includes a plurality of lower panels 11 and a plurality of upper panels 41 constituting an arched roof of a building structure. and a plurality of interior materials 21 interposed between the lower panel 11 and the upper panel 41 .

The arch panel structure system 1 of the present invention may include an anatomical panel unit 10 , an interior material unit 20 , a seating unit 30 , an upper panel unit 40 , and an intermediate unit 50 .

The anatomical panel part 10 may be seated on the upper surface of the building structure.

Specifically, each lower panel 11 constituting the anatomical panel part 10 is a lower seating part 111 seated on the upper surface of the building structure, and standing from both ends of the lower seating part 111 . It may include a lower standing portion 112 and a lower bent portion 113 bent a plurality of times from an end of the lower standing portion 112 .

In the anatomical panel part 10 , a plurality of lower panels 11 may be connected along the width direction. Here, the width direction of the lower panel 11 may be a direction defining the width of the lower panel 11 .

The lower panel 11 is disposed such that the lower standing portion 112 is in close contact with the lower standing portion 112 of the adjacent lower panel 11 , and the lower bent portion 113 is adjacent to the lower panel 11 . ) while overlapping with the lower bent part 113 , it may be folded and interconnected with the adjacent lower panel 11 .

The interior member 20 may be mounted on the upper side of the lower panel 11 . The interior material part 20 may be fixedly inserted between the lower standing parts 112 standing up from both ends of the lower seating part 111 while being composed of a plurality of interior materials 21 .

The seating part 30 may be fastened to the upper surface of the lower panel 11 .

The upper panel part 40 may be seated on the upper surface of the seating part 30 .

Specifically, each of the upper panels 41 constituting the upper panel part 40 includes an upper seat part 411 seated on the upper surface of the seat part 30 , and both ends of the upper seat part 411 . It may include an upper standing part 412 standing up from the , and an upper bending part 413 bent a plurality of times from an end of the upper standing part 412 .

In the upper panel part 40 , a plurality of upper panels 41 may be connected along the width direction. Here, the width direction of the upper panel 41 may be a direction defining the width of the upper panel 41 .

The upper panel 41 is disposed such that the upper standing portion 412 is in close contact with the upper standing portion 412 of the adjacent upper panel 41 , and the upper bent portion 413 is adjacent to the upper panel 41 . ) while being overlapped with the upper bent portion 413 , it may be folded and interconnected with the neighboring upper panel 41 .

The intermediate part 50 mediates the seating part 30 and the upper panel 41 , but the upper panel 41 is moved to the seating part 30 by an external force applied to the upper panel 41 . can be prevented from escaping from it.

Specifically, the intermediate part 50 is disposed between the plurality of upper panels 41 , and buffers the first external force applied in the width direction of the plurality of upper panels 41 so that the upper panel 41 is formed. Preventing separation from the seating part 30 or preventing the top panel 41 from being separated from the seating part 30 by a second external force applied in the height direction of the plurality of top panels 41 can do.

The seating portion 30 is formed with a predetermined length, and includes a plate portion 31 providing a flat surface, a seating bent portion 33 bent from one end of the plate portion 31 , and the seating bent portion 33 . It may include a seating through-hole 35 formed by passing through and a fastening part 37 protruding from the edge of the seating bent part 33 defining the seating through-hole 35 .

The seating through-hole 35 may provide a space into which the overlapping lower bent portion 113 is inserted. Specifically, the seating through hole 35 is a through hole formed upward from the lower end of the seating bent part 33, and can be seated on a flat surface formed by the overlapping lower bent part 113 on the lower side. have.

Here, the seat bent part 33 is extended from the upper edge of the seat bent part 33 forming the seat through hole 35, and an extension surface parallel to the upper surface of the overlapping lower bent part 113 is formed. Further provided, when the seating through hole 35 accommodates the overlapping lower bent portion 113 , the extended surface is seated on the upper surface of the overlapping lower bent portion 113 , and the seating portion 30 and A contact area with the overlapping lower bent portion 113 may be increased.

Accordingly, the coupling force of the seating part 30 with the lower panel 11 may be improved.

On the other hand, the fastening part 37 is, when the overlapped lower bent part 113 is inserted into the seating through-hole 35, in close contact with the overlapping lower standing part 112, the fixing part ( 51) It can be fixed to the overlapping lower standing portion 112 by the material.

When the fastening part 37 is fixed to the lower standing part 112 , the position movement of the seating part 30 is limited based on the lower bent part 113 , so that the upper panel 41 on the upper part and the lower part of the lower part are limited. The panels 11 may be interconnected.

The plate part 31 may provide a space in which the upper seating part 411 is seated when the fastening part 37 is fixed to the overlapping lower standing part 112 .

5 is a schematic diagram for explaining an intermediate part of the arch panel structure system according to an embodiment of the present invention.

Referring to FIG. 5 , the intermediate part 50 according to an embodiment of the present invention includes a fixing part 51 fixed to the upper surface of the seating part 30 , while being fixed to the fixing part 51 , the An elastic part 52 connected so as to be elastically deformable based on the fixing part 51 and an intermediate standing part connected to the elastic part 52, standing upward, and in close contact with the upper standing part 412 ( 53) can be provided.

The fixing part 51 may be fixed to the plate part 31 by a fixing part 51 material while being seated on the plate part 31 of the fixing part 51 .

The elastic part 52 may be elastically deformed to buffer the first external force when the intermediate standing part 53 is moved in the width direction of the upper panel 41 by the first external force.

Specifically, in the upper panel portion 40 of the present invention, each upper panel 41 is connected along the width direction, and the central portion may be formed in an arcuate shape convex upward. The upper panel part 40 may be accompanied by deformation in the width direction.

Here, in order to minimize the weakening of the connection portion of the upper panel part 40 or the deformation of the upper panel part 40 itself by the force in the inward direction (lateral pressure) applied to both ends to maintain the arcuate shape, the upper panel The intermediate part 50 may be mounted on the connection part of the part 40 .

The elastic part 52, one side 521 is fixed to the fixing part 51, and the other side is formed as a free end 522 wound in the form of a mainspring based on the one side, and the intermediate standing part 53 ) can be elastically deformed by interlocking by an external force applied to it.

Specifically, referring to FIG. 5 , when an external force is applied to the standing intermediate standing parts 53 in the first direction (upper left direction in the drawing), the elastic part 52 has a compact spring shape, that is, free The end 522 is elastically deformed in the winding direction, thereby buffering the external force applied to the intermediate standing parts 53, and the external force is applied to the standing intermediate standing parts 53 in the second direction (lower right direction in the drawing). When the spring is released, the elastic part 52 is elastically deformed in a direction in which the spring shape is released, that is, in a direction in which the free end 522 is released, thereby buffering the external force applied to the intermediate standing part 53 .

In addition, the intermediate portion 50 may further include an intermediate bent portion 55 bent a plurality of times from the end of the intermediate standing portion 53 .

The intermediate portion 50 is arranged such that the upper standing portion 412 is in close contact with the adjacent intermediate standing portion 53 , and the upper bent portion 413 is overlapped with the adjacent intermediate bent portion 55 . , it can be interconnected with the adjacent upper panel 41 by being folded.

6 is a schematic diagram illustrating an intermediate part of an arch panel structure system according to another embodiment of the present invention.

Referring to FIG. 6 , the arch panel structure system according to another embodiment of the present invention has the same configuration and effects as the arch panel structure system 1 described with reference to FIGS. 1 to 4 except for the intermediate part 50 . Therefore, only the description of the intermediate unit 50 will be given below.

The intermediate part 50 according to another embodiment of the present invention is connected to the fixing part 51 fixed to the upper surface of the seating part 30 and the fixing part 51 and standing upward, the upper standing up. It may include an intermediate standing portion 53 in close contact with the portion 412 .

The intermediate standing part 53 is connected to the fixing part 51, and is mounted on the rising piece 152a and the standing piece 152a which are raised upward, in the height direction with respect to the standing piece 152a. It may be provided with a position moving part (152b) mounted so that the position can be moved.

The position moving part 152b is moved in the height direction with respect to the standing piece 152a when the intermediate standing part 53 is moved in the height direction of the upper panel 41 by the second external force. Thus, it is possible to prevent the upper panel 41 from being separated from the seating part 30 .

The standing piece 152a may include a through hole H1 that is formed to penetrate therethrough.

The position moving part 152b includes a parallel part 1521 disposed parallel to the standing piece 152a, and the parallel part 1521 protruding from the parallel part 1521 and inserted into the through hole H1, and bent to the parallel part A bent piece 1522 may be provided so that the 1521 is subordinated to the standing piece 152a.

The bent piece 1522 may be slidable in the height direction along the through hole H1.

While the parallel portion 1521 is inserted into the through hole H1 , separation from the standing piece 152a may be prevented by the bent piece 1522 subordinate to the through hole H1 .

The intermediate part 50 according to another embodiment of the present invention is mounted on the connection part of the upper panel 41, and the upper panel part 40 that receives an external force in the height direction is moved as it is deformed into an upwardly convex arcuate shape. In order to secure a space to be used, it is possible to prevent breakage/damage of the portion connected to the seating part 30 or detachment of the upper panel part 40 from the seating part 30 due to an external force.

In addition, the intermediate portion 50 may further include an intermediate bent portion 55 bent a plurality of times from the end of the intermediate standing portion 53 .

The intermediate portion 50 is arranged such that the upper standing portion 412 is in close contact with the adjacent intermediate standing portion 53 , and the upper bent portion 413 is overlapped with the adjacent intermediate bent portion 55 . , it can be interconnected with the adjacent upper panel 41 by being folded.

7 is a schematic diagram for explaining an intermediate part of an arch panel structure system according to another embodiment of the present invention.

Referring to FIG. 7 , the arch panel structure system according to another embodiment of the present invention has the same configuration as the arch panel structure system 1 described with reference to FIGS. 1 to 4 , except for the intermediate part 50 , and Since it has an effect, only the description of the intermediate unit 50 will be given below.

The intermediate part 50 according to another embodiment of the present invention includes a fixing part 51 fixed to the upper surface of the seating part 30 , while being fixed to the fixing part 51 , the fixing part 51 . An elastic part 52 connected so as to be elastically deformable based on and an intermediate standing part 53 connected to the elastic part 52 and in close contact with the upper standing part 412 while standing upward. can

The elastic part 52 may be elastically deformed to buffer the first external force when the intermediate standing part 53 is moved in the width direction of the upper panel 41 by the first external force.

The intermediate standing part 53 is connected to the fixing part 51 and is mounted on the rising piece 253a and the standing piece 253a which are raised upward, in the height direction with respect to the standing piece 253a. It may be provided with a position moving part (253b) mounted so as to be movable to the position.

The position moving part 253b is moved in the height direction with respect to the standing piece 253a when the intermediate standing part 53 is moved in the height direction of the upper panel 41 by the second external force. Thus, it is possible to prevent the upper panel 41 from being separated from the seating part 30 .

The intermediate unit 50 according to another embodiment of the present invention is a combination of the technical configuration of the intermediate unit 50 described with reference to FIG. 5 and the technical configuration of the intermediate unit 50 described with reference to FIG. 6 . As an example, the elastic part 52 can buffer the external force applied to the intermediate standing part 53 by being elastically deformed in the form of winding or unwinding of the mainspring, and the position moving part 253b is provided with an external force in the height direction. To secure a space in which the upper panel part 40 that receives the upper panel part 40 moves, it prevents the upper panel part 40 from being separated from the seating part 30 or damaged/damaged in the connection part with the seating part 30 due to an external force. can do.

For a more detailed description of the elastic part 52 and the position moving part 253b, refer to the description of the intermediate part 50 described with reference to FIG. 5 or FIG. 6 .

In addition, the intermediate portion 50 may further include an intermediate bent portion 55 bent a plurality of times from the end of the intermediate standing portion 53 .

The intermediate portion 50 is arranged so that the upper standing portion 412 is in close contact with the adjacent intermediate standing portion 53, and the upper bent portion 413 is overlapped with the adjacent intermediate bent portion, and is folded and may be interconnected with the adjacent upper panel 41 .

Meanwhile, the method for constructing an arch panel according to an embodiment of the present invention may be the method for constructing the arch panel structure system 1 described with reference to FIGS. 1 to 7 .

Accordingly, in the method for constructing an arch panel structure to be described later, when the components of the above-described arch panel structure system 1 are described, refer to the above description.

The arch panel construction method of the present invention includes a first step of seating the plurality of lower panels (11) on the upper side of a building structure, a second step of seating the interior material (21) on the upper side of the plurality of lower panels (11); A third step of seating the seating part 30 on the upper surfaces of the plurality of lower panels 11, a fourth step of fixing the intermediate part 50 on the upper surface of the seating part 30, and the seating part 30 It may include a fifth step of seating the plurality of upper panels 41 on the upper portion of the .

Here, the intermediate part 50 interposes the seating part 30 and the upper panel 41, and the upper panel 41 is moved to the seating part ( 30) can be avoided.

The first step may include steps 1-1 and 1-2.

Step 1-1 may be a step of arranging a plurality of lower panels 11 on the upper side of the building structure.

Step 1-2 may be a step in which the lower bent part 113 of each lower panel 11 is folded and interconnected with the lower bent part 113 of the adjacent lower panel 11 .

The fourth step may include step 4-1, step 4-2, and step 4-3.

Step 4-1 may be a step of arranging a plurality of upper panels 41 on the upper side of the building structure.

Step 4-2 may be a step in which the upper bent portion 413 of each upper panel 41 overlaps with the intermediate bent portion 55 of the intermediate portion 50 to be disposed.

In the 4-3 step, the 4-2 step and the upper bent portion 413 of each upper panel 41, the overlapped intermediate bent portions 55 and the upper bent of the adjacent upper panel 41 are It may be a step in which the portion 413 is folded and interconnected.

In the above, the configuration and features of the present invention have been described based on the embodiments according to the present invention, but the present invention is not limited thereto, and it is understood that various changes or modifications can be made within the spirit and scope of the present invention. It is intended that such changes or modifications will be apparent to those skilled in the art, and therefore fall within the scope of the appended claims.

1: Arch panel structure system
10: lower panel part
20: interior material
30: seating part
40: upper panel part
50: mediator

Claims (10)

A plurality of lower panels (11), a plurality of upper panels (41), and a plurality of interior materials (21) interposed between the lower panel (11) and the upper panel (41) constituting the arched roof of the building structure are provided. In the arch panel structure system to
a lower panel part (10) seated on the upper surface of the building structure and composed of a plurality of lower panels (11);
an interior material portion 20 mounted on the upper side of the lower panel 11 and composed of a plurality of interior materials 21;
a seating part 30 fastened to the upper surface of the lower panel 11;
an upper panel portion 40 seated on the upper surface of the seating portion 30 and comprising a plurality of upper panels 41; and
An intermediary part that mediates the seating part 30 and the upper panel 41 and prevents the top panel 41 from being separated from the seating part 30 by an external force applied to the top panel 41 ( 50);
The upper panel part 40,
A plurality of upper panels 41 are connected along the width direction,
The intermediate part 50,
It is disposed between the plurality of upper panels 41 and buffers the first external force applied in the width direction of the plurality of upper panels 41 to prevent the upper panel 41 from being separated from the seating part 30 . or to prevent the upper panel 41 from being separated from the seating part 30 by a second external force applied in the height direction of the plurality of upper panels 41,
Each of the lower panels 11 constituting the lower panel part 10 is,
The lower seating part 111 seated on the upper surface of the building structure, the lower standing part 112 erected from both ends of the lower seating part 111, and the lower part bent multiple times from the ends of the lower standing part 112 A bent portion 113 is provided,
Each of the upper panels 41 constituting the upper panel portion 40,
The upper seating part 411 seated on the upper surface of the seating part 30, the upper standing part 412 standing up from both ends of the upper seating part 411, and the upper standing part 412 from the ends of the plurality of times and an upper bent portion 413 to be bent,
The intermediate part 50,
A fixing part 51 fixed to the upper surface of the seating part 30, an elastic part 52 fixed to the fixing part 51 and connected to be elastically deformable based on the fixing part 51, and the It is connected to the elastic part 52 and has an intermediate standing part 53 which is in close contact with the upper standing part 412 while standing upward,
The elastic part 52,
When the intermediate standing part 53 is moved in the width direction of the upper panel 41 by the first external force, it is elastically deformed to buffer the first external force,
The elastic part 52,
One side is fixed to the fixing part (51), and the other side is formed as a free end wound in the form of a mainspring based on the one side, and is elastically deformed by interlocking with the external force applied to the intermediate standing part (53). Arch panel structure system with
delete delete A plurality of lower panels (11), a plurality of upper panels (41), and a plurality of interior materials (21) interposed between the lower panel (11) and the upper panel (41) constituting the arched roof of the building structure are provided. In the arch panel structure system to
a lower panel part (10) seated on the upper surface of the building structure and composed of a plurality of lower panels (11);
an interior material part 20 mounted on the upper side of the lower panel 11 and composed of a plurality of interior materials 21;
a seating part 30 fastened to the upper surface of the lower panel 11;
an upper panel portion 40 seated on the upper surface of the seating portion 30 and comprising a plurality of upper panels 41; and
An intermediary part that mediates the seating part 30 and the upper panel 41 and prevents the top panel 41 from being separated from the seating part 30 by an external force applied to the top panel 41 ( 50);
The upper panel part 40,
A plurality of upper panels 41 are connected along the width direction,
The intermediate part 50,
It is disposed between the plurality of upper panels 41 and buffers the first external force applied in the width direction of the plurality of upper panels 41 to prevent the upper panel 41 from being separated from the seating part 30 . or to prevent the upper panel 41 from being separated from the seating part 30 by a second external force applied in the height direction of the plurality of upper panels 41,
Each of the lower panels 11 constituting the lower panel part 10 is,
The lower seating part 111 seated on the upper surface of the building structure, the lower standing part 112 erected from both ends of the lower seating part 111, and the lower part bent multiple times from the ends of the lower standing part 112 A bent portion 113 is provided,
Each of the upper panels 41 constituting the upper panel portion 40,
The upper seating part 411 seated on the upper surface of the seating part 30, the upper standing part 412 standing up from both ends of the upper seating part 411, and the upper standing part 412 from the ends of the plurality of times and an upper bent portion 413 to be bent,
The intermediate part 50,
A fixing part 51 fixed to the upper surface of the seating part 30 and an intermediate standing part 53 connected to the fixing part 51 and standing upward and in close contact with the upper standing part 412 are provided. and
The intermediate standing part 53 is,
A position moving part connected to the fixing part 51 and mounted on the rising piece 152a and the standing piece 152a, which is raised upward, so as to be movable in the height direction with respect to the standing piece 152a. (152b),
The position moving unit 152b,
When the intermediate standing part 53 is moved in the height direction of the upper panel 41 by the second external force, the upper panel 41 is moved in the height direction with respect to the standing piece 152a. Prevents from being separated from the seating portion (30),
The standing piece (152a) is,
It has a through hole (H1) formed through it,
The position moving unit 152b,
A parallel portion 1521 disposed parallel to the standing piece 152a, and the parallel portion 1521 protruding from the parallel portion 1521 and being inserted into the through hole H1, are bent so that the parallel portion 1521 is formed with the standing piece ( and a bent piece 1522 to be subordinated to 152a),
The bent piece 1522,
The arch panel structure system, characterized in that it is slidable in the height direction along the through hole (H1).
A plurality of lower panels (11), a plurality of upper panels (41), and a plurality of interior materials (21) interposed between the lower panel (11) and the upper panel (41) constituting the arched roof of the building structure are provided. In the arch panel structure system to
a lower panel part (10) seated on the upper surface of the building structure and composed of a plurality of lower panels (11);
an interior material portion 20 mounted on the upper side of the lower panel 11 and composed of a plurality of interior materials 21;
a seating part 30 fastened to the upper surface of the lower panel 11;
an upper panel portion 40 seated on the upper surface of the seating portion 30 and comprising a plurality of upper panels 41; and
An intermediary part that mediates the seating part 30 and the upper panel 41 and prevents the top panel 41 from being separated from the seating part 30 by an external force applied to the top panel 41 ( 50);
The upper panel part 40,
A plurality of upper panels 41 are connected along the width direction,
The intermediate part 50,
It is disposed between the plurality of upper panels 41 and buffers the first external force applied in the width direction of the plurality of upper panels 41 to prevent the upper panel 41 from being separated from the seating part 30 . or to prevent the upper panel 41 from being separated from the seating part 30 by a second external force applied in the height direction of the plurality of upper panels 41,
Each of the lower panels 11 constituting the lower panel part 10 is,
The lower seating part 111 seated on the upper surface of the building structure, the lower standing part 112 erected from both ends of the lower seating part 111, and the lower part bent multiple times from the ends of the lower standing part 112 A bent portion 113 is provided,
Each of the upper panels 41 constituting the upper panel portion 40,
The upper seating part 411 seated on the upper surface of the seating part 30, the upper standing part 412 standing up from both ends of the upper seating part 411, and the upper standing part 412 from the ends of the plurality of times and an upper bent portion 413 to be bent,
The intermediate part 50,
A fixing part 51 fixed to the upper surface of the seating part 30, an elastic part 52 fixed to the fixing part 51 and connected to be elastically deformable based on the fixing part 51, and the It is connected to the elastic part 52 and has an intermediate standing part 53 which is in close contact with the upper standing part 412 while standing upward,
The elastic part 52,
When the intermediate standing part 53 is moved in the width direction of the upper panel 41 by the first external force, it is elastically deformed to buffer the first external force,
The intermediate standing part 53 is,
A position moving part connected to the fixing part 51 and mounted on the standing piece 253a and the standing piece 253a that are raised upward, and mounted so as to be movable in the height direction with respect to the standing piece 253a. (253b),
The position moving unit 253b,
When the intermediate standing part 53 is moved in the height direction of the upper panel 41 by the second external force, the upper panel 41 is moved in the height direction with respect to the standing piece 253a. The arch panel structure system, characterized in that it is prevented from being separated from the seating part (30).
According to any one of claims 1, 4, 5,
The intermediate part 50,
It further includes an intermediate bent portion 55 that is bent a plurality of times from the end of the intermediate standing portion 53, the upper standing portion 412 is arranged to be in close contact with the adjacent intermediate standing portion, and the upper bent portion 413 ) is overlapped with the adjacent intermediate bent portions (55), and the arch panel structure system, characterized in that it is folded and interconnected with the adjacent upper panel (41).
According to claim 1,
The lower panel 11 is
The lower standing portion 112 is disposed to be in close contact with the lower standing portion 112 of the adjacent lower panel 11 , and the lower bent portion 113 of the lower panel 11 adjacent to the lower bent portion 113 . While overlapping with, it is folded and interconnected with the neighboring lower panel 11,
The upper panel 41,
The upper standing portion 412 is disposed to be in close contact with the upper standing portion 412 of the adjacent upper panel 41, and the upper bent portion 413 of the upper panel 41 adjacent to the upper bent portion 413 is While overlapping with, it is folded and interconnected with the neighboring upper panel 41,
The seating part 30 is
A plate part 31 providing a flat surface while being formed to a certain length, a seating bent part 33 bent from one end of the plate part 31, and a seating through-hole formed through the seating bent part 33 (35) and a fastening part (37) that protrudes from the edge of the seat bent part (33) defining the seat through hole (35),
The seating through hole (35) is,
It provides a space in which the overlapped lower bent part 113 is inserted,
The fastening part 37,
When the overlapping lower bent part 113 by folding is inserted into the seating through-hole 35, the lower standing part overlapped by the fixing part 51 material while being in close contact with the overlapping lower standing part 112 is fixed to (112),
The plate part 31,
Arch panel structure system, characterized in that when the fastening part 37 is fixed to the overlapping lower standing part 112, a space in which the upper seating part 411 is seated is provided. A first step of seating the plurality of lower panels 11 on the upper side of the building structure;
a second step of seating the interior material 21 on the upper side of the plurality of lower panels 11;
a third step of seating the seating units 30 on the upper surfaces of the plurality of lower panels 11;
a fourth step of fixing the intermediate part 50 to the upper surface of the seating part 30; and
a fifth step of seating the plurality of upper panels 41 on the upper portion of the seating unit 30;
The intermediate part 50,
The seat portion 30 and the upper panel 41 are interposed between the upper panel 41 and the upper panel 41 so that the upper panel 41 is not separated from the seat portion 30 by an external force applied to the upper panel 41, Step 1 is
Step 1-1 of arranging a plurality of lower panels 11 on the upper side of the building structure and lower bent portions 113 of lower panels 11 adjacent to lower bent portions 113 of each lower panel 11 and the first 1-2 steps of being folded and interconnected with each other,
The fourth step is
Step 4-1 arranging a plurality of upper panels 41 on the upper side of the building structure,
Step 4-2 so that the upper bent portion 413 of each upper panel 41 overlaps with the intermediate bent portion 55 of the intermediate portion 50, and
The fourth upper bent portion 413 of each upper panel 41, the overlapped intermediate bent portions 55, and the upper bent portion 413 of the adjacent upper panel 41 are folded so as to be interconnected. -3 include steps,
The intermediate part 50,
A fixing part 51 fixed to the upper surface of the seating part 30, an elastic part 52 fixed to the fixing part 51 and connected to be elastically deformable based on the fixing part 51, and the It is connected to the elastic part 52 and has an intermediate standing part 53 which is in close contact with the upper standing part 412 while standing upward,
The elastic part 52,
When the intermediate standing part 53 is moved in the width direction of the upper panel 41 by a first external force, it is elastically deformed to buffer the first external force,
The elastic part 52,
One side is fixed to the fixing part 51, and the other side is formed as a free end wound in the form of a mainspring based on the one side, and is elastically deformed by interlocking with the external force applied to the intermediate standing part 53 Arch panel construction method using A first step of seating the plurality of lower panels 11 on the upper side of the building structure;
a second step of seating the interior material 21 on the upper side of the plurality of lower panels 11;
a third step of seating the seating units 30 on the upper surfaces of the plurality of lower panels 11;
a fourth step of fixing the intermediate part 50 to the upper surface of the seating part 30; and
a fifth step of seating the plurality of upper panels 41 on the upper portion of the seating unit 30;
The intermediate part 50,
The seat portion 30 and the upper panel 41 are interposed between the upper panel 41 and the upper panel 41 so that the upper panel 41 is not separated from the seat portion 30 by an external force applied to the upper panel 41, Step 1 is
Step 1-1 of arranging a plurality of lower panels 11 on the upper side of the building structure and lower bent portions 113 of lower panels 11 adjacent to lower bent portions 113 of each lower panel 11 and the first 1-2 steps of being folded and interconnected with each other,
The fourth step is
Step 4-1 arranging a plurality of upper panels 41 on the upper side of the building structure,
Step 4-2 so that the upper bent portion 413 of each upper panel 41 overlaps with the intermediate bent portion 55 of the intermediate portion 50, and
The fourth upper bent portion 413 of each upper panel 41, the overlapped intermediate bent portions 55, and the upper bent portion 413 of the adjacent upper panel 41 are folded so as to be interconnected. -3 include steps,
The intermediate part 50,
It has a fixing part 51 fixed to the upper surface of the seating part 30 and an intermediate standing part 53 connected to the fixing part 51 and standing upward and in close contact with the upper standing part 412, ,
The intermediate standing part 53 is,
A position moving part connected to the fixing part 51 and mounted on the rising piece 152a and the standing piece 152a, which is raised upward, so as to be movable in the height direction with respect to the standing piece 152a. (152b),
The position moving unit 152b,
When the intermediate standing part 53 is moved in the height direction of the upper panel 41 by a second external force, it is moved in the height direction with respect to the standing piece 152a so that the upper panel 41 is moved. Prevents from being separated from the seating portion (30),
The standing piece (152a) is,
It has a through hole (H1) formed through it,
The position moving unit 152b,
A parallel portion 1521 disposed parallel to the standing piece 152a, and the parallel portion 1521 protruding from the parallel portion 1521 and being inserted into the through hole H1, are bent so that the parallel portion 1521 is formed with the standing piece ( and a bent piece 1522 to be subordinated to 152a),
The bent piece 1522,
The arch panel construction method, characterized in that it is slidable in the height direction along the through hole (H1). A first step of seating the plurality of lower panels 11 on the upper side of the building structure;
a second step of seating the interior material 21 on the upper side of the plurality of lower panels 11;
a third step of seating the seating units 30 on the upper surfaces of the plurality of lower panels 11;
a fourth step of fixing the intermediate part 50 to the upper surface of the seating part 30; and
a fifth step of seating the plurality of upper panels 41 on the upper portion of the seating unit 30;
The intermediate part 50,
The seat portion 30 and the upper panel 41 are interposed between the upper panel 41 and the upper panel 41 so that the upper panel 41 is not separated from the seat portion 30 by an external force applied to the upper panel 41, Step 1 is
Step 1-1 of arranging a plurality of lower panels 11 on the upper side of the building structure and lower bent portions 113 of lower panels 11 adjacent to lower bent portions 113 of each lower panel 11 and the first 1-2 steps of being folded and interconnected with each other,
The fourth step is
Step 4-1 arranging a plurality of upper panels 41 on the upper side of the building structure,
Step 4-2 so that the upper bent portion 413 of each upper panel 41 overlaps with the intermediate bent portion 55 of the intermediate portion 50, and
The fourth upper bent portion 413 of each upper panel 41, the overlapped intermediate bent portions 55, and the upper bent portion 413 of the adjacent upper panel 41 are folded so as to be interconnected. -3 include steps,
The intermediate part 50,
A fixing part 51 fixed to the upper surface of the seating part 30, an elastic part 52 fixed to the fixing part 51 and connected to be elastically deformable based on the fixing part 51, and the It is connected to the elastic part 52 and has an intermediate standing part 53 which is in close contact with the upper standing part 412 while standing upward,
The elastic part 52,
When the intermediate standing part 53 is moved in the width direction of the upper panel 41 by a first external force, it is elastically deformed to buffer the first external force,
The intermediate standing part 53 is,
A position moving part connected to the fixing part 51 and mounted on the standing piece 253a and the standing piece 253a that are raised upward, and mounted so as to be movable in the height direction with respect to the standing piece 253a. (253b),
The position moving unit 253b,
When the intermediate standing part 53 is moved in the height direction of the upper panel 41 by the second external force, it is moved in the height direction with respect to the standing piece 253a so that the upper panel 41 is moved. An arch panel construction method, characterized in that it is prevented from being separated from the seating part (30).

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