KR102243239B1 - Construction method of Ceiling assembly - Google Patents

Abstract

The present invention relates to a ceiling member assembly including a hexagonal bridge and a polygonal bridge, and in particular, as a bridge that combines a main clip bar and a side clip bar disposed in different directions to support a plurality of ceiling panels, wherein the bridge is a top plate, the top plate It is connected to and includes a side plate in which the main clip bar and the side clip bar are accommodated in a receiving portion formed by cutting the lower side, the upper plate is hexagonal, the side plate is six, the bridge is left and right symmetrical, by the configuration It relates to a ceiling member assembly including a hexagonal bridge and a polygonal bridge capable of stably supporting the polygonal panel.

Description

Construction method of Ceiling assembly}

The present invention relates to a ceiling member assembly including a hexagonal bridge and a polygonal bridge, and more particularly, to a ceiling member assembly including a hexagonal bridge and a polygonal bridge for coupling a main clip bar and a side clip bar for supporting the ceiling panel.

In general, in the indoor ceiling of buildings such as apartments, buildings, and general houses, electric wiring or various pipes are not exposed to the outside, and a finishing ceiling panel is installed as an interior material to make the exterior beautifully constructed.

KCC, Byucksan, and USG Boral are manufacturing tex, tex, and gypsum board, which account for 60-70% of the total ceiling material market and have a mass production system. In addition, SMC thermosetting resin and aluminum ceiling materials are being produced by small and medium-sized enterprises.

Although the size of the SMC ceiling material market continued to increase until 2015, the weight of the SMC ceiling material market gradually decreased due to the enforcement of the Building Act (the obligation to use more than semi-incombustible materials).

On the other hand, ceiling panels such as aluminum and zinc plating, which are metals with low fire risk and excellent incombustibility, are recently used as major raw materials for functional ceiling materials.

In the recent metal ceiling panel market, a variety of products with high technology focused on eco-friendliness and high functionality are being released, and the demand of the market is also increasing in a situation where various companies are competing.

In general, when installing a ceiling panel, a hanger bolt 10 is installed on the ceiling (not shown) as shown in FIG. 1, and the hanger 20 is coupled to the hanger bolt 10, and then on the lower side of the hanger 20 The carrying 20 is supported, the wire clip 50 is hung on the carrying 20, and the main clip bar 40 is disposed in a different direction from the carrying 20 inside the lower side of the wire clip 50. Hang and support, and the side plates of the ceiling panel 80 are inserted into the inner side of the main clip bar 40 to be coupled and supported.

Through the above process, the ceiling panels 80 are arranged adjacent to each other, and each of the ceiling panels 80 facing each other has one side plate, and a total of two side plates are simultaneously coupled to and supported by one main clip bar. do.

On the other hand, in Japanese Laid-Open Utility Model Publication No. 1993-075311 (Patent Document 1), which forms a ceiling using a ceiling panel, there is a technology related to a bridge connecting an orthogonal main clip bar and a side clip bar arranged in a'T' shape or a cross shape. It is published.

The bridge of Patent Document 1 is formed in a linear direction, that is, formed in a direction parallel to the clip bar. At this time, the front and rear and lower sides of the bridge are open.

The bridge has a locking protrusion formed on one side to be supported by the main clip bar, and the insertion plate and the flange formed on the other side are inserted into the side clip bar, and the fixing clip is coupled to the main clip bar and the side clip bar according to the locking.

The bridge of Patent Document 1 can be used only when connecting one main clip bar and one side clip bar orthogonal to each other.Because it is not symmetrical, the locking protrusion must be caught on the main clip bar, and the insertion plate and the flange are inserted into the side clip bar. As it should be, the applicable environment is limited.

On the other hand, the bridge published in Korean Patent Publication No. 10-1516118 (Patent Document 2) is also used when the main clip bar and the side clip bar are orthogonal to each other, and has the same problem as in Patent Document 1.

In addition, there is a protrusion to support the main clip bar inside the clip, but there is no protrusion to support the side clip bar, so there is a trouble of forming a protrusion on the side clip bar. In this case, the vertical cross-sectional shapes of the main clip bar and the side clip bar are different from each other. Therefore, the main clip bar and the side clip bar cannot be produced in the same production method, resulting in a decrease in productivity.

On the other hand, as published in Korean Patent Publication No. 10-1565601 (Patent Document 3), a hexagonal ceiling panel is published, but the support of the panel is somewhat unstable by supporting the hexagonal panel only with the main clip bar. .

Japanese Public Utility Model Publication No. 1993-075311 (1993.10.15) Korean Registered Patent Publication No. 10-1516118 (2015.04.22) Korean Registered Patent Publication No. 10-1565601 (2015.10.28)

It is an object of the present invention to provide a ceiling member assembly including a hexagonal bridge and a polygonal bridge capable of constructing a hexagonal and rhombic ceiling panel.

In addition, the present invention is arranged in different directions to provide a ceiling member assembly including a hexagonal bridge and a polygonal bridge for supporting the panel more stably by integrating the main clip bar and the side clip bar for coupling and supporting the hexagonal and rhombic panels as a bridge. It is the purpose.

In addition, it is an object of the present invention to provide a ceiling member assembly including a hexagonal bridge and a polygonal bridge that are easy to use.

The hexagonal bridge of the present invention for achieving the above object is a bridge that combines a main clip bar and a side clip bar arranged in different directions to support a plurality of ceiling panels, and the bridge is connected to the upper plate, the upper plate, and the lower side The incision formed receiving portion includes a side plate for receiving the main clip bar and the side clip bar, the upper plate has a hexagonal cross section, the side plate is six, and the bridge is symmetrical.

Further, in the hexagonal bridge of the present invention, the main clip bar and the side clip bar are further formed on both sides of the side plate of the bridge, and the width of the locking protrusions on both sides becomes narrower as it goes from the lower side to the upper side of the bridge.

Another ceiling member assembly including a polygonal bridge of the present invention includes a ceiling panel including a polygonal main plate exposed to the outside; A main clip bar and a side clip bar arranged in different directions to couple and support the ceiling panel and to form an angle other than a right angle; It includes; a polygonal bridge coupling the main clip bar and the side clip bar.

In addition, another ceiling assembly including a polygonal bridge of the present invention, the bridge includes a top plate, a side plate connected to the top plate, and the side plate of the bridge has a lower side cut to accommodate the main clip bar and the side clip bar. And engaging protrusions for engaging the main clip bar and the side clip bar accommodated in the accommodating portion are formed on both sides of the bridge side plate, and engaging flanges for engaging the locking protrusions are formed on each of the main clip bar and the side clip bar. The minimum width in the locking period is smaller than the width of the locking flange.

In addition, the ceiling assembly including a polygonal bridge of the present invention, at least one of the main clip bar and the side clip bar is coupled to at least two or more side plates per panel, and at least one main clip bar per the bridge and At least one side clip bar is supported.

The ceiling member assembly including a hexagonal bridge and a polygonal bridge of the present invention has the following effects.

Bridges of the present invention are arranged in different directions and the panel can be supported more stably by combining and integrating the separated main clip bar and side clip bar.

In addition, the present invention can support the hexagonal and rhombic ceiling panel by a side clip bar forming an angle other than a right angle to the main clip bar and a bridge connecting them, and can support the panel more stably.

In addition, in the present invention, since the bridge is always symmetrical to the left and right relative to the center, the clip bar can be combined in any direction, so it is easy to use.

1 is a perspective view showing the configuration of a general ceiling assembly (ceiling frame)
2 is a perspective view showing a first embodiment of the present invention
3 is a plan view of some configurations of the ceiling member assembly of the first embodiment shown in FIG. 2
Figure 4 is a side view of a portion of the ceiling assembly shown in Figure 3
Figure 5 is a perspective view of the bridge of the present invention
6 is a perspective view showing a second embodiment of the present invention
A plan view of the ceiling member assembly of the second embodiment shown in FIG. 6 of FIG. 7
8A is an example of a pattern using the second embodiment of the present invention
8B is an example of another pattern using the second embodiment of the present invention

Among the configurations of the present invention to be described below, the above-described conventional technology will be referred to for the same configuration as the prior art, and a separate detailed description will be omitted.

The terminology used herein is for referring only to specific embodiments and is not intended to limit the present invention. Singular forms as used herein also include plural forms unless the phrases clearly indicate the opposite. The meaning of "comprising" as used in the specification specifies a specific characteristic, region, integer, step, action, element and/or component, and other specific characteristic, region, integer, step, action, element, component and/or group It does not exclude the existence or addition of

When a component is referred to as being "connected" or "contacted" with another component, it is understood that it may be directly connected or contacted with the other component, but other components may exist in the middle. It should be.

The ceiling assembly of the present invention includes a hanger bolt 10, a hanger 20 coupled to and fixed to the hanger bolt 10, the wire clip 50 supported by the hanger 20, a minor channel 60, and a minor clip (70), as well as the carrying 30 supported by the wire clip 50, as well as a ceiling panel (600,800) including a polygonal main plate exposed to the outside; A main clip bar 40 and a side clip bar 200 which are arranged in different directions so as to couple and support the ceiling panels 600 and 800 and achieve an angle other than a right angle; It includes; a polygonal bridge 100 to be described later for coupling the main clip bar 40 and the side clip bar 200.

Hereinafter, for explanation, the main clip bar 40 and the side clip bar 200 are collectively referred to as a clip bar.

1 is a perspective view of a general ceiling member assembly, FIG. 2 is a perspective view showing a first embodiment of the present invention, FIG. 3 is a plan view of some configurations of the ceiling member assembly according to the first embodiment shown in FIG. 2, and FIG. 3 is a side view of a part of the ceiling material assembly, Figure 5 is a perspective view of the bridge 100 of the present invention, Figure 6 is a perspective view showing a second embodiment of the present invention, the third shown in Figure 6 of Figure 7 It is a plan view of the ceiling material assembly of the second embodiment, FIG. 8A is an example of a pattern using the second embodiment of the present invention, and FIG. 8B is an example of another pattern using the second embodiment of the present invention.

----------------- First embodiment -----------------

Hereinafter, a first embodiment of the ceiling member assembly of the present invention will be described based on FIGS. 1 to 5.

In the first embodiment, the horizontal cross section of the main plate 810 of the ceiling panel 800 is a regular hexagon.

The bridge 100 applied to the ceiling member assembly of the first embodiment includes a bridge ( 100), the bridge 100 is connected to the upper plate 110, the upper plate 110, and the main clip bar 40 and the side in the receiving portions 131 and 133 formed by cutting the lower side. It includes a side plate in which the clip bar 200 is accommodated, the upper plate 110 is hexagonal, the side plate 120 is six, and the bridge 100 is symmetrical.

The panel 800 may be supported more stably by integrating the main clip bar 40 and the side clip bar 200 in which the bridge 100 of the present invention is disposed in different directions and separated from each other.

In addition, since the bridge 100 is always left and right symmetrical with respect to the center, it can accommodate the clip bar in any direction, so that the support of the clip bar is easy and it is also easy to use.

In addition, the present invention can construct a hexagonal ceiling panel 800 as in the present embodiment.

The panel 800 of this embodiment is formed in a regular hexagon, and the upper plate 110 of the bridge 100 is also formed in a regular hexagon. Accordingly, no matter which direction the bridge 100 is rotated and installed, the main clip bar 40 and the side clip bar 200 coupled with the panel 800 are fitted, so that the installation of the bridge 100 is easy. The construction period and cost are shortened.

Each of the main clip bar 40 and the side clip bar 200 includes an upper horizontal plate 41 accommodated in the receiving portion, and engaging flanges 42 and 242 formed at the outer ends of the upper horizontal plate 41, both sides. It includes a support portion extending downward from the locking flange (42,242).

The supporting part is the inclined pieces 43 on both sides inclined inward so that they are gathered from the locking flanges 42 and 242 downward, and the coupling guide pieces 47 on both sides inclined outward so that they are separated from each other from the inclined piece 43 to the lower side. Includes.

The clip bar is formed with an upper horizontal plate 41 and a side plate receiving space (not shown) surrounded by the inclined pieces 43 on both sides.

The panel 800 is coupled to the clip bar by supporting the side plate 820 in the side plate receiving space and supported by the support.

The main clip bar 40 and the side clip bar 200 have the same shape, but differ only in length. Accordingly, the description of the shape of the side clip bar 200 and the reference numerals and description of the specific configuration will be omitted.

The length of the main clip bar 40 is longer than the length of the side clip bar 200.

The length of the side clip bar 200 is cut to a length slightly shorter than the length of the side plate 820 of the panel 800.

It is preferable that the side clip bar 200 has an end portion disposed close to the main clip bar 40 and not in contact. That is, the side clip bar 200 and the main clip bar are spaced apart at a predetermined interval.

The main clip bar 40 is disposed to cross both side plates 120 of the bridge 100.

The end of the side clip bar 200 supported by the bridge 100 is disposed between the lower side of the upper plate 110 of the bridge 100 and the main plate 810 of the panel 800.

In addition, a part of the main clip bar 40 is disposed between the lower side of the upper plate 110 of the bridge 100 and the main plate 810 of the panel 800.

3, the carrying 30 is disposed in the left and right direction, the main clip bar 40 is disposed in a direction orthogonal to the carrying 30, and the side clip bar 200 is a side plate of the combined panel 800 ( It is arranged parallel to 820), that is, inclined upward as it goes from left to right based on FIG. 3.

On the other hand, the bridge 100 for connecting and supporting the main clip bar 40 and the side clip bar 200 is formed extending downward from the top plate 110 and the top plate 110 to the top plate 110 at an angle of 90 degrees. It includes a side plate 120 forming a.

The upper plate 110 of the bridge 100 has a hexagonal horizontal cross-sectional shape.

The side plate 120 of the bridge 100 is a flat plate.

The side plate 120 of the bridge 100 has a shape in which the center of the lower side of the plate of a rectangular parallelepiped is cut to open the inner and outer sides. At this time, the cut-out portion becomes the receiving portion.

The receiving portion is preferably formed to correspond to the arrangement direction of the side clip bar 200 and the arrangement direction of the main clip bar 40.

Since the bridge 100 is symmetrical left and right, the receiving portions have the same shape, and the side plates 120 have the same shape.

On the other hand, the main clip bar 40 and the side clip bar 200 is formed on both sides of the side plate 120 of the bridge 100, the locking protrusions 140 are further formed, the upper side from the lower side of the bridge 100 As it goes to, the width between the locking protrusions 140 on both sides becomes narrower.

The minimum width between the locking protrusions 140 on both sides is smaller than the widths of the locking flanges 42 and 242.

The locking flanges 42 and 242 of the clip bar are caught and supported by the locking protrusions 140 of the bridge 100.

The locking protrusions 140 are formed on both sides of the side plate 120, respectively. That is, two locking protrusions 140 are formed on one side plate 120. The two locking protrusions 140 are disposed to face each other.

When viewed straight from the side of the bridge 100, the locking protrusion 140 includes a horizontal surface 141 formed in a horizontal direction, an inclined surface 143 inclined outwardly inclined downward from the end of the horizontal surface 141, and a horizontal surface 141 And an inner surface (not shown) and an outer surface (not shown) of the side plate 120 connected to the inclined surface 143.

The clip bar may be supported by the bridge 100 by contacting the locking flanges 42 and 242 with the horizontal surface 141.

Accordingly, the clip bar accommodation space is in the first receiving portion 131, which is a space in which the locking flanges 42 and 242 of the clip bar and the upper horizontal plate 41 are accommodated, and the inclined surface 143 of the locking protrusions 140 facing each other. It is formed to include a second receiving portion 133 that is a space formed by.

The first accommodating portion 131 has a left and right width longer than the minimum left and right width of the second accommodating portion 133.

The height of the first accommodating part 131 is shorter than the height of the second accommodating part 133.

As shown in FIG. 4, locking flanges 42 and 242 are accommodated on both sides of the first receiving portion 131, and a portion of the upper horizontal plate 41 and the inclined piece 43 are accommodated in the center. For this purpose, it is preferable that the left and right widths of the first accommodating portion 131 are the same as the width of the clip bar or larger than the width of the clip bar.

A part of the inclined piece 43 is accommodated in the second receiving part 133.

On the other hand, the panel 800 of the present embodiment includes one main plate 810 and six side plates 820 connected to the main plate 810 so as to form 90 degrees and to which the clip bars are coupled.

The horizontal cross section of the main plate 810 of the panel 800 is a regular hexagon.

In the present invention, if only the panel 800 constructed at the place where the conventional ceiling material assembly is installed, that is, the hanger, wire clip, carrying 30, and the main clip bar 40 are installed, only the panel 800 is replaced. , Unnecessary internal lightweight steel frame (hanger, wire clip, carrying 30, main clip bar 40) can be recycled as it is without removing or replacing it. Therefore, using the existing clip bar construction system in general commercial facilities, residential facilities, etc., a new type of design can be expressed only by installing a predetermined additional panel 800.

------ Ceiling material assembly construction method ------

Hereinafter, a method of constructing the ceiling member assembly of the present embodiment will be described with reference to FIG. 3.

First, a hanger, a wire clip, a carrying 30, and the main clip bar 40 are coupled to the main clip bar 40 in a row (A) based on the installed state. The panel 800 installed in this way is referred to as the A-line panel 800 of FIG. 3. The A-line panels 800 refer to the top four based on FIG. 3. At this time, each panel 800 is coupled to the main clip bar 40 to both side plates 820 facing each other.

Thereafter, one more line of the B-line panel 800 should be installed so as to be adjacent to the lower side of the A-line panel 800, and the B-line panel 800 is disposed to be offset from the A-line panel 800, so that the side plate 820 is the main Since it is not combined with the clip bar 40, the side clip bar 200 and the bridge 100 must be installed first. First, among the side plates 820 of the A-line panels 800, the side clip bar 200 and the bridge 100 are attached to one of the two side plates 820 adjacent to the B-line panel 800. Combine. At this time, of the one A-line panel 800, the side plate 820 to which the main clip bar 40 is coupled and the side plate 820 to which the side clip bar 200 is coupled are side plates adjacent to each other. That is, through this process, at least one side clip bar 200 is installed on the side plates 820 of the A-line panels 800, and the bridge 100 is attached to the main clip bar 40 and the side clip bar 200. Let it be bonded and supported. At this time, the clip bar is held and supported by the bridge 100 at a point where the end of the side clip bar 200 is disposed close to the main clip bar 40.

As shown in FIGS. 2 and 3, the bridge 100 may be coupled-supported to both sides per one side clip bar 200, or may be coupled-supported to only one side.

Thereafter, the right side of the new side clip bar 200 is coupled to the previously installed bridge 100 so as to be in a direction parallel to the installed side clip bar 200. In addition, the left side of the new side clip bar 200 and the main clip bar 40 are coupled and supported by a new bridge 100. Conversely, a new bridge 100 may be installed first and a new side clip bar 200 may be installed. For this reason, two rows of side clip bars 200 are installed.

Thereafter, a single line'B' line panel 800 shown in FIG. 3 is installed. The B-line panel 800 is coupled with two rows of side clip bars 200 on which two side plates 820 facing each other of each panel 800 are installed. At this time, half of the total length of each side clip bar 200 is coupled to the side plate 820 of the panel 800, and the other half of the length is disposed to cross the panel 800.

Thereafter, by repeating the above processes and installing the panel 800 line by line, the construction of the ceiling panel 800 may be completed.

In the ceiling material assembly constructed in this way, the main clip bar 40 is disposed so as to cross the two side plates 120 facing each other among the bridge 100, and the side clip bar 200 is the main clip bar 40 that crosses. It is arranged to form an angle other than the right angle. In this way, the main clip bar 40 and the side clip bar 200 form an angle other than a right angle, so that the hexagonal panel 800 can be coupled and supported.

Through these processes, at least one of the main clip bar 40 and the side clip bar 200 is coupled to at least two or more side plates 820 per panel 800, and at least one per bridge 100 Two main clip bars 40 and at least one side clip bar 200 are supported.

In more detail, in the A-line panel 800, a side clip bar 200 is coupled to each of the side plates 820 facing each other per panel 800, and a main clip bar is provided on each of the other side plates 820 facing each other. 40 is combined. That is, in the A-line panel 800, the clip bars 40 and 200 are coupled to and supported by a total of four side plates 820 of the six side plates 820. On the other hand, the B-line panel 800 is all that the side clip bar 200 is coupled to two side plates 820 facing each other among the six side plates 820. That is, in this embodiment, the B-line panel 800 can be coupled and supported only when the side clip bar 200 is provided.

On the other hand, the general installation spacing of the main clip bars 40 is 300*300mm or 600*600mm is widely used, and the present invention is a case where the main clip bars 40 are installed at 600mm intervals, so the side clip bar 200 And the bridge 100 is required.

On the other hand, in correspondence with the 600*600mm standard, the panel 800 of this embodiment has a distance of 600mm between the two side plates 820 facing each other.

In the first embodiment, each main clip bar 40 is installed at 600mm intervals, and the bridge 100 and the side clip bar 200, which are separate accessories, can be connected to each other to be installed.

----------------- Second embodiment -----------------

Hereinafter, a second embodiment will be described with reference to FIGS. 4 to 8B.

Unlike the first embodiment, in the second embodiment, the horizontal cross section of the main plate 610 of the ceiling panel 600 is a rhombus.

Since the side plate 620 of the panel 600 is formed to be bent at 90 degrees from each side of the upper plate, four side plates 620 are formed per panel 600.

In the case of such a rhombus panel 600, various patterns can be expressed according to the direction and arrangement, and there are cases where the bridge 100 and the side clip bar 200 must be installed according to the arrangement pattern, and the second embodiment is It relates to a case where the bridge 100 and the side clip bar 200 are installed.

When the rhombus panel 600 is disposed in a direction not coupled with the main clip bar 40 like the C-line panel 600 of FIG. 7, since there is no side plate 620 supported by the main clip bar 40, the side clip bar Construction is possible only when there are 200 and polygonal bridges 100.

On the other hand, referring to FIG. 7 to explain an example of the construction method of the second embodiment, the D-line panel 600 is installed in a state where the main clip bar 40 is installed.

Thereafter, the side clip bar 200 is coupled to the remaining side plates 620 of the D-line panel 600 to which the main clip bar 40 is not coupled. At this time, the side clip bar 200 may be installed only on some of the panels 600 of the D-line panels 600. That is, it is sufficient to install by skipping one panel 600 at a time. This is because the side clip bar 200 is coupled and supported to at least two side plates 620 facing each other in the C-line panel 600 even if this is skipped.

Thereafter, the bridge 100 is supported by the main clip bar 40 and the side clip bar 200.

Through these processes, at least one of the main clip bar 40 and the side clip bar 200 is coupled to at least two or more side plates 620 per panel 600, and at least one per bridge 100 Two main clip bars 40 and at least one side clip bar 200 are supported.

In more detail, as shown in FIG. 3, the D-line panel 600 is coupled to two side plate 620 facing each other, and the side clip bar 200 is coupled to the other two side plates 620 facing each other. The main clip bar 40 is coupled to the panel 600 to which the main clip bar 40 is coupled, and two side plates 620 facing each other, and nothing is coupled to the two side plates 620 facing each other. One by one panel 600 is alternately arranged. On the other hand, in the C-line panel 600, the side clip bars 200 are coupled to two side plates 620 facing each other on all panels 600. Referring to FIG. 7, the side clip bar 200 is coupled to the upper left side plate 620 and the lower right side plate 620 of the C-line panel 600.

Thereafter, the above process is repeated to complete the construction of the ceiling material assembly.

In the second embodiment, virtual straight lines connecting opposite vertices arranged on both left and right sides of the C-line panel 600 are perpendicular to the main clip bar 40 based on FIG. 7. For this reason, the C-line panel 600 does not have a side plate 620 coupled to the main clip bar 40 and supported. Therefore, in this embodiment, the side clip bar 200 and the bridge 100 are required to couple and support the C-line panel 600.

Meanwhile, illustrated in FIGS. 8A and 8B is a case in which the panel 600 combines color and UV printing so that various creative expressions are possible.

8A and 8B show examples of the arrangement pattern of the panel 600, FIG. 8A shows the panel 600 of three colors alternately arranged to form one regular hexagonal pattern, and FIG. 8B shows the panel of the same color ( 600) to form a zigzag pattern.

As a patent for UV printing, there is Korean Patent Registration No. 10-1036330 (2011.05.16) registered by the applicant.

Since the configuration and effects of the second embodiment, which are not described, are the same as those of the first embodiment, reference will be made to the first embodiment.

On the other hand, the panels 600 and 800 of the present embodiment are formed of a galvanized steel sheet material and a thickness of 0.45t.

Panels (600,800) can be used as ceiling finishing materials for various spaces such as commercial facilities, residential facilities, educational facilities, and office facilities.

Meanwhile, in the above description, the ceiling panels 600 and 800 and the panels 600 and 800 have the same configuration.

As described above, although it has been described with reference to a preferred embodiment of the present invention, a person of ordinary skill in the art will diversify the present invention within the scope not departing from the spirit and scope of the present invention described in the following claims. It can be changed or modified accordingly.

** Description of key symbols **
40: main clip bar 42: locking flange
100: bridge 131: first receiving part
133: second receiving portion 140: stumbling protrusion
141: horizontal plane 200: side clip bar
242: locking flange 600: ceiling panel (diamond)
610: main plate 620: side plate
800: ceiling panel (hexagon) 810: main board
820: side plate

Claims (5)

In the method of constructing a ceiling material assembly including a carrying installed on the ceiling, a main clip bar installed in the carrying, a side clip bar disposed at an angle other than a right angle to the main clip bar, a bridge, and a hexagonal panel,
With the carrying and main clip bar installed,
Installing the panel in a row of A lines by coupling the main clip bars to both side plates of the panel facing each other;
Coupling the side clip bar to a side plate adjacent to the side plate to which the main clip bar is coupled among the A-line panels;
Coupling the bridge to the main clip bar and the side clip bar;
Installing a new side clip bar on the bridge so that two rows of side clip bars are installed, and coupling a new bridge to the main clip bar and the new side clip bar;
Including; installing the panel in a row of B lines under the A-line panel,
By repeating the A-line installation step to the B-line installation step, both side plates of the B-line panel facing each other are coupled with the previously installed side clip bar and the new side clip bar, but each side clip bar is partially coupled to the side plate of the panel. And the rest of the panels are arranged to cross the panel to complete the ceiling panel construction. In the method of constructing a ceiling material assembly comprising a carrying installed on the ceiling, a main clip bar installed on the carrying, a side clip bar disposed at an angle other than a right angle to the main clip bar, a bridge, and a panel having a rhombus main board,
With the carrying and main clip bar installed,
Installing the panel in a row of D lines by coupling the main clip bars to both side plates of the panel facing each other;
Coupling the side clip bar to both side plates of the panel to which the main clip bar is not coupled, and skipping one panel at a time to install it;
Coupling the bridge to the main clip bar and the side clip bar;
Installing the panel in a row of C lines under the D-line panel, and coupling the side clip bar to the side plate of the C-line panel; including,
The installation step of the C-line panel is a step in which virtual straight lines connecting opposite vertices arranged on the left and right sides of the C-line panel are perpendicular to the main clip bar,
Method of constructing a ceiling member assembly in which the ceiling panel installation is completed by repeating the D line installation step to the C line installation step delete delete delete

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