KR101548905B1

KR101548905B1 - Metal Ceiling Fixture Reinforced for Separation Prevention

Info

Publication number: KR101548905B1
Application number: KR1020150072716A
Authority: KR
Inventors: 김미성; 박상철
Original assignee: 김미성; 박상철
Priority date: 2015-05-26
Filing date: 2015-05-26
Publication date: 2015-09-01

Abstract

According to the present invention, a metallic ceiling material fixing device comprises: a metallic ceiling panel installed on a bottom surface and forming the ceiling surface and absorbing a sound; a panel clip wherein an end part of the metallic ceiling panel is inserted to prevent the end part from being separated; a hanger bolt arranged and fixated to a floor or an upper slab and coupled to an anchor bolt and having a nut; a hanger fixated to be installed to a lower portion of the hanger bolt; a carrying channel installed at constant intervals in a transverse width or a longitudinal width of an indoor space; an M bar installed by enabling the panel clips to be inserted at constant intervals; a finishing molding finished to prevent the end part of the metallic ceiling panel from being exposed; an M bar coupling unit wherein the panel clip is hung by the upper portion of the M bar to be fixated; and a panel coupling unit formed in a center of the longitudinal lower portion of the M bar coupling unit. According to the metallic ceiling material fixing device with a reinforced separation preventing function, the present invention provides low replacement costs and efficiently absorbing the sound to maintain a convenient indoor environment.

Description

Technical Field [0001] The present invention relates to a metal ceiling fixture,

The present invention relates to a metal ceiling fixture, and more particularly, to a metal ceiling fixture which includes various components for installing the metal ceiling material on a ceiling including a metal ceiling material, To a metal ceiling fixture.

In general, inorganic ceiling materials such as Ascaltech or Amitex produced and installed before 2004 should be replaced according to the regulations of the Ministry of Environment because it is harmful to human body by containing asbestos.

In addition, current ceiling use trends are increasing due to the superiority of environment and beauty, light weight, and recycling.

A sound absorbing ceiling material having sound absorbing properties is formed on the surface of the metal sound absorbing ceiling material and the sound enters the ceiling and is attenuated by diffuse reflection.

When additional suction is required, a sound absorbing material is additionally installed in the metal sound-absorbing ceiling material to enter the ceiling, thereby allowing the diffuse reflection to be more easily absorbed.

As a method of replacing the existing textured ceiling material, there is a method of reinstalling a lightweight steel frame suitable for a new ceiling material after removing all existing lightweight steel frames and a method of reusing the existing lightweight steel frame and reusing the lightweight steel frame at the lower end of the lightweight steel frame, M-Bar), and then installing a new ceiling material on the gypsum board.

In the case of the former method, the light ceiling material and the lightweight steel frame are all removed, the lightweight steel frame suitable for the new ceiling material is reinstalled, and the new ceiling material is installed in the lightweight steel frame, There is a problem.

In the latter case, although the existing light-weight steel frame is reused, a gypsum board having a molding for mounting an embroidering board for mounting a lightweight steel frame is fixed, a new ceiling board is installed on the gypsum board, (Not shown). Therefore, there is a problem that the installation cost is increased due to the installation of the gypsum board, and the environmental pollutants harmful to the human body are released from the gypsum board, In addition, there is a problem that it is difficult to check the electric wiring installed on the ceiling material.

In addition, when using the metal sound-absorbing ceiling material, a clip bar method for normally fitting the metal sound-absorbing ceiling material into the metal sound-absorbing ceiling material is not required. However, the metal sound-absorbing ceiling material tends to fall off.

It is difficult to re-install the existing inorganic ceiling material with inorganic asbestos-free inorganic ceiling material. Therefore, it is necessary to remove only the existing asbestos-containing ceiling material and use lightweight steel as it is to install the metal sound- A metal ceiling fixture that can be applied in both cases became necessary.

The construction and construction method of the ceiling panel disclosed in the patent document 10-2013-0116786 include a fixing plate which is in close contact with the bottom surface of the embossing plate and a fixing groove formed at a predetermined interval perpendicularly to the bottom surface of the fixing plate, A fixing clip including a pair of support bars, a vertical side bent perpendicularly from both ends of the fixing plate so as to be coupled to the embossed body, and a locking jaw bent inward from the vertical side; A ceiling member coupled to a bottom surface of the fixing plate, the ceiling member being formed at a center of each of the lateral surfaces with an insertion groove having a predetermined thickness and depth along the longitudinal direction in the inward direction; An insertion portion to be inserted into the insertion groove of the ceiling material and an L-shaped portion which is bent upward vertically from an end of the insertion portion and whose upper end is in close contact with the bottom surface of the fixing plate, A transverse molding to prevent sagging by a load; And a finishing molding protruding upward at the center of the body so as to be inserted into the fitting groove. The present invention is different from the present invention for a metal sound-absorbing plate for text.

The ceiling mounted structure disclosed in the Japanese Patent No. 10-1413664 includes a hanger which is fixed to the upper slab by a hanger bolt, a carrying channel which is hooked on the hanger and extends parallel to each other at a lower portion of the upper slab, (M-Bar) arranged on the lower surface of the carrying channel so as to intersect at right angles with the carrying channel and extending parallel to the lower surface of the carrying channel; And a second fastening member arranged on the lower surface of the connecting portion of the ceiling material so as to intersect at right angles with the ceiling member mounting m-bar, and the first fastening member A cross bar which is fastened and fixed to the ceiling material mounting M-bar, and a cross bar arranged on the lower surface of the cross bar so as to cross at right angles to the cross bar, A ceiling-mounted M-bar fastened by a third fastening member passing through the connecting portion of the ceiling-mounted member, and a lower M-bar fastened to the ceiling-mounted M- But it is not used for the metal ceiling panel of the present invention.

The joining structure and joining method of the ceiling panel which is easy to construct and which is disclosed in the patent 10-1325670 is a quadrangular frame having an empty interior and a predetermined height and is bent to a predetermined length inward from the bottom of each surface, And a plurality of fixing pins are arranged at predetermined intervals on a pair of inner circumferential surfaces opposed to each other, and a molding insertion groove is formed in a lower portion of both sides of the fixing pin, A ceiling frame; A ceiling member inserted into the ceiling frame and seated on the seating surface; A ceiling plate protecting plate mounted on the ceiling material to protect the ceiling material; The fixing pin is inserted into the insertion groove formed by cutting the bottom surface of the reinforcing member protruding upward from the center of the bottom surface so that the ceiling frame having the ceiling material inserted therein is fixed to the ceiling, ; And a molding which is inserted into a space formed at a portion where the ceiling panel frame abuts to protrude upward from the central portion to support the ceiling panel frame and both ends of the molding are closely attached to the bottom surface of the ceiling panel frame, And the structure to be combined with the present invention is different.

In order to solve the above-mentioned problems, the present invention can replace the existing textile ceiling material with a ceiling panel by replacing the ceiling panel with a metal ceiling panel. The metal ceiling panel can be installed by using the installed ceiling panel. And a metal ceiling panel fixing device for strengthening separation prevention of the metal ceiling panel.

The metal ceiling material fixing apparatus of the present invention is a metal ceiling material fixing apparatus having a ceiling formed by providing a metal ceiling material with a certain space at the bottom of the upper layer or the upper slab, A metal ceiling panel that forms sound absorption; A panel clip for preventing an end portion of the metal ceiling panel from being inserted so that the metal ceiling panel can be assembled in a row and a row; A hanger bolt fixed to the floor or the upper slab and coupled to the anchor bolt inserted and fixed to the floor or the upper slab, the hanger bolt including a nut; A hanger fixed to the lower portion of the hanger bolt with the nut and installed at a predetermined height; A caring channel supported by the hanger, horizontally installed on the floor, spaced equidistantly from a horizontal or vertical width of the indoor space; An M bar installed on a lower surface of the carrying channel horizontally and at regular intervals at a right angle to the direction of installation of the carrying channel, the panel clips being installed at regular intervals; And a finishing molding which is fixed to the four side walls of the distal end portion where the metal ceiling panel is installed, and the end portion of the metal ceiling panel is inserted and the end of the metal ceiling panel is not exposed.

The carrying channel and the embryo are connected by a wire clip or an M-bar clip.

The panel clip includes an embossed engagement portion which is rotated by 90 degrees in a counterclockwise direction of the C shape, and then is bent at an upper end of the emblem to be fixed to the upper portion of the emblem; And a panel coupling portion formed at the lower center of the embley coupling portion in the longitudinal direction to prevent the metal ceiling panel on both sides from being inserted and removed.

The metal ceiling panel is formed in a pattern shape having a predetermined shape for sound absorption and aesthetic appearance, and has a rectangular plate shape in a quadrangular shape; A panel clip vertical joining portion vertically formed at four edge portions of the horizontal plate portion and inserted into the panel joining portion and being opposed to each other and two vertical panel vertical joining portions opposed to each other, And the vertical plate portion is bent at 45 degrees twice in the horizontal plate portion so as not to have a step due to the optical effect and the optical effect when the metal ceiling panel is installed in a row and a row in the portion where the horizontal plate portion and the vertical portion meet, And the inner surface of the vertical portion of the panel clip is provided with two to three clip engagement holes which are engaged with the panel coupling portion when the panel clip is engaged with the panel coupling portion so as not to fall into the lower portion. And two clip fastening portions are formed for coupling with the panel fastening portion.

In the first embodiment, the clip connector is of a type that protrudes from the outer surface of the vertical portion to the inner surface, and the panel clip is manufactured by extruding aluminum from an extruded metal mold and then bending the metal from the press.

The embossed connecting portion is formed by forming an embossed engaging portion perpendicular to the embossed surface, folded twice at an inner side of the embossed portion to be bent twice, and the upper portion of the embossed portion is inserted when the panel clip is engaged with the embossed portion. The panel clip is bent 90 degrees to the inside and then bent to the outside 135 degrees so that the panel clip can be easily coupled and disassembled when the panel clip is coupled or disassembled, A clip vertical part including an emblem coupling induction vertical part which receives a load of the metal ceiling panel like the emblem connection vertical part; And a horizontal portion of the clip which connects the lower end of the emblem coupling induction vertical portion and the emblem coupling vertical portion.

The panel connecting portion includes a 135-degree bent portion formed by cutting both sides of the clip horizontal portion of the embossed connecting portion at a predetermined distance from the center line in the longitudinal direction to bend the cut portion by 135 degrees in the centerline direction, A circular arcuate section bent at 90 degrees in a direction opposite to the center line to form a circular arc and forming a space in which the clip coupling section protrudes and two arcuate sections bent at 90 degrees from the distal end of the arcuate section to be in close contact with the arcuate section And a panel connecting fitting which is symmetrical in the opposite direction.

In the second embodiment, the clip clip is formed by cutting a certain portion of the vertical portion into a d shape and bending it by 20 to 90 degrees. The panel clip is manufactured by extruding aluminum from an extrusion die, Bending.

The embroidered engaging portion is engaged with the embroidered portion and is formed perpendicular to the embroidery frame. The embroidered engaging portion is bent at an inner side at 90 degrees twice and is inserted into the embroidered portion when the panel clip is engaged with the embroidered portion. The panel clip is folded 90 degrees to the inside and then bent to the outside by 135 degrees so that the panel clip is easily engaged with and dismounted from the emblem when the panel clip is attached or disassembled and positioned on the horizontal end portion of the emblem A clip vertical part including an emblem connection induction vertical part for receiving a load of the metal ceiling panel like the emblem connection vertical part; And a horizontal portion of the clip which connects the lower end of the emblem coupling induction vertical portion and the emblem coupling vertical portion.

The panel connecting portion includes a 135-degree bent portion formed by cutting both sides of the clip horizontal portion of the embossed connecting portion at a predetermined distance from the center line in the longitudinal direction to bend the cut portion by 135 degrees in the centerline direction, A pair of opposing symmetrical panels divided into a vertical bending section bent at 45 degrees opposite to the center line and a vertical bending section perpendicular to the ceiling section and an end bending section bent at 45 degrees in the direction opposite to the center line at the end of the vertical bending section, And a vertically bent portion is formed in a rectangular opening portion so that the clip fitting portion is protruded and inserted into the vertical bent portion.

The metal ceiling material fixing apparatus described above can solve the problems to be solved by the present invention.

According to the present invention, it is possible to replace the ceiling panel with the asbestos-containing textured ceiling material by installing the panel ceiling material in the installation, It is possible to maintain the new installation state for a long time, to easily install the new installation, and to enjoy a pleasant aesthetically pleasing indoor environment because the aesthetic appearance is good and the sound absorption is good.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an overall perspective view of a metal ceiling fixture,
Fig. 2 is a front elevation view of a metal ceiling material securing apparatus with enhanced escape prevention according to the present invention
Fig. 3 is an enlarged view of the first embodiment of the portion F according to the metal ceiling fixture fixing device of the present invention,
Fig. 4 is an enlarged view of a portion F of the second embodiment according to the present invention,
5 is a detailed view of a metal ceiling panel according to a first embodiment of the present invention,
FIG. 6 is a perspective view of a metal ceiling panel according to a second embodiment of the present invention,
FIG. 7 is a perspective view of a metal ceiling panel according to a second embodiment of the present invention,
8 is a detailed view of a metal ceiling panel according to a second embodiment of the present invention,
FIG. 9 is a perspective view of a metal ceiling material fixing apparatus according to an embodiment of the present invention,
10 shows a panel clip according to a metal ceiling fixture for enhancing separation prevention of the present invention.
11 shows a panel clip according to a metal ceiling fixture for strengthening separation prevention according to the present invention.
12 is a sectional view of a panel clip according to an embodiment of the present invention,
13 shows a panel clip according to a metal ceiling fixture for strengthening separation prevention according to the present invention.
Fig. 14 shows a panel clip according to the metal ceiling fixture fixing device of the present invention,
Fig. 15 is a sectional view of a panel clip according to the present invention,
16 is a sectional view of a panel clip according to the present invention,
17 is a view showing a panel clip according to a metal ceiling fixture for enhancing separation prevention according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS First, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In addition, the terms described below are defined in consideration of the functions of the present invention, and this may be changed depending on the intention or custom of the user, the operator, and the definition is "a metal ceiling fixture reinforced with departure- It should be understood that the present invention is not limited thereto.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a preferred embodiment of a "metal ceiling material securing apparatus with enhanced escape prevention" according to the present invention will be described in detail.

The following examples are merely illustrative of the present invention and are not intended to limit the scope of the present invention.

FIG. 2 is a front elevational view of a metal ceiling fixture with an escape prevention reinforced according to the present invention, and FIG. 3 is an enlarged perspective view of the metal ceiling fixture of FIG. FIG. 4 is an enlarged view of a second part F according to the metal ceiling fixture fixing device reinforced by the departure-avoidance of the present invention, and FIG. 5 is an enlarged view of the part FIG. 6 is a perspective view of a metal ceiling panel according to a second embodiment of the present invention, and FIG. 7 is a cross-sectional view of the metal ceiling panel according to the present invention. FIG. 8 is a perspective view of a metal ceiling panel fixing device according to a second embodiment of the present invention; FIG. FIG. 9 is a perspective view of a metal ceiling fixture according to a second embodiment of the present invention; FIG. 10 is a sectional view of a panel clip according to an embodiment of the present invention; FIG. And FIG. 11 is a detailed view of a panel clip according to a first embodiment of a panel clip according to an embodiment of the present invention; FIG. 12 is a perspective view of a metal ceiling fixture according to an embodiment of the present invention; Fig. 13 is a detailed view of a type B panel of a first embodiment of a panel clip according to the present invention, and Fig. 14 is a sectional view of a metal clad fastener of the present invention, Fig. 16 is a sectional view of a panel clip according to a second embodiment of the present invention. Fig. 16 is a perspective view of a panel clip according to the present invention FIG. 17 is a detailed view of a panel clip according to a second embodiment of the panel clip according to the present invention. FIG.

As shown in FIGS. 1 and 2, a metal ceiling fixture A according to the present invention includes a ceiling formed by providing a metal ceiling material with a certain space at the bottom of the upper layer or the lower portion of the upper slab B, A metal ceiling panel 1 having a predetermined size, which is assembled in rows and columns to form a ceiling surface and absorbs sound; A panel clip 2 for preventing an end portion of the metal ceiling panel 1 from being inserted so that the metal ceiling panel 1 can be assembled in a row and a row; A hanger bolt (6) fixed to the floor or the upper slab and coupled to the anchor bolt (8) fixedly inserted into the floor or the upper slab, the hanger bolt including a nut (61); A hanger 5 fixed to the lower portion of the hanger bolt 6 by the nut 61 and installed at a predetermined height; A carrying channel 4 held by the hanger 5 and horizontally installed on the floor surface and extending equally to each other and being installed at regular intervals in a width or a vertical width of the indoor space; An M bar 3 installed horizontally and at regular intervals at right angles to the installation direction of the carrying channel 4 on the lower surface of the carrying channel 4 and having the panel clips 2 inserted at regular intervals )Wow; The metal ceiling panel 1 is fixed to four side wall surfaces of a distal end portion of the metal ceiling panel 1 and is fixed to the metal ceiling panel 1 so that the distal end of the metal ceiling panel 1 is not exposed. ) &Lt; / RTI >

The carrying channel 4 and the emblem 3 are connected to each other by a wire clip 41 or an M-bar clip.

The wire clip 41 or the M-bar clip is used in the conventional art, and a detailed description thereof will be omitted in the present invention.

The panel clip (2) has an emblem connecting portion (21) which is rotated by 90 degrees counterclockwise and then bent at an upper portion of the emblem (3) and fixed to the upper portion of the emblem (3); And a panel coupling portion 22 formed at the lower center of the embley coupling portion 21 in the longitudinal direction to prevent the ends of the metal ceiling panel 1 on both sides from being inserted and removed.

The existing textile ceiling material has a structure in which the ceiling panel is screwed on the embossment 3, and most of the metal ceiling panels 1 are fitted.

The key point of the present invention is that the panel clip (2) removes the asbestos-containing textured ceiling material before 2004 and uses other textured ceiling materials without asbestos, It is necessary to use the metal ceiling panel 1 in order to remove the ceiling tile material from the ceiling and to remove the ceiling ceiling material from the ceiling. Since the lightweight steel frame is the same as the existing one and can be used as it is, only the panel clip 2 is inserted into the embossment 3 and then the metal ceiling panel 1 is installed. Therefore, it is a very useful invention in Korea, where more than 50% is the ceiling texile containing asbestos components installed before 2004.

FIG. 3 is an enlarged view of a first embodiment of F, in which the panel clip 2 is fitted in the embossment 3, and the panel fitting portion 21 has two panel fittings 221 symmetrical And the panel clip coupling vertical portion 121 of the metal ceiling panel 1 is inserted between the panel coupling fittings 221 and the panel coupling fittings 221. By the protruding clip fittings 12111 So that it does not come off from the panel coupling fittings 221.

The panel coupling fitting hole 221 of the panel coupling portion 21 of the panel clip 2 in the first embodiment is circular in the center and the protruding clip fitting portion 12111 of the metal ceiling panel 1 is a protruding type So that the protruding clip engaging portion 12111 is inserted into the panel engaging opening 221 and then protruded.

FIG. 4 is an enlarged view of a second embodiment of F, in which the panel clip 2 is fitted to the embossment 3, and the panel fitting portion 21 is formed by two panel fittings 221 symmetrical And the panel clip coupling vertical portion 121 of the metal ceiling panel 1 is inserted between the panel coupling fittings 221 and the panel coupling fittings 221. The panel clip coupling vertical portion 121 of the metal ceiling panel 1 is inserted into the plate bending clip fitting portion 12112 So that it does not come off from the panel coupling fitting opening 221.

The panel coupling fittings 221 of the panel coupling part 21 of the panel clip 2 in the first embodiment have openings 22151 formed at the center thereof, The plate bending clip fitting portion 12112 is inserted into the panel fitting fitting portion 221 and then is inserted into the panel connecting fitting portion 221 by the open portion 22151 So that it is caught under the open portion 22151 and does not fall out.

Fig. 5 corresponds to the first embodiment A or B of the panel clip 2 shown in Figs. 10 to 13 as a first embodiment of the metal ceiling panel 1, The number of protrusion clip fittings 12111 of the clip fitting hole 1211 varies depending on the quantity of the panel fitting portion 22,

The metal ceiling panel 1 includes a horizontal plate 11 having a rectangular shape having a predetermined shape for sound absorption and aesthetic appearance and having a quadrangular shape; Two panel clip vertical parts 121 vertically formed at the four sides of the horizontal plate part 11 and inserted into the panel coupling parts 22 and facing each other, And a vertical portion 12 composed of two normal vertical portions 122 opposed to each other.

In the portion where the horizontal plate portion 11 and the vertical portion 12 meet, strength reinforcement and the metal ceiling panel 1 are installed in a row and a row, Folded to form the vertical portion 12 is formed.

Two or three clip fastening holes 1211 are formed on the inner surface of the panel clip coupling vertical portion 121 to prevent the panel clip fastening portions 1212 from falling down when the panel fastening portions 22 are fitted.

One or two clip engagement holes 1211 are formed on the inner surface of the general vertical portion 122 for engagement with the panel engagement portion 22 at the closed portion.

The clip coupling hole 1211 is a protruding clip coupling hole 12111 protruding from the outer surface of the vertical portion 12 to the inner surface.

The number of the protruding clip fittings 12111 may be one or two according to the number of the panel-fastening portions 22 of the panel clip 2 inserted.

FIG. 6 shows an A-shape of the second embodiment of the metal ceiling panel 1, corresponding to the A-shape of the second embodiment of the panel clip 2 shown in FIGS. 14 and 16, The number of the plate bending clip fittings 12112 of the clip coupling tool 1211 varies depending on the number of the panel coupling parts 22 of the main body 2,

The clip coupling part 1211 is a plate bending clip coupling part 12112 formed by cutting a certain part of the vertical part 12 into a form and bending it 20 to 90 degrees to the inside of the metal ceiling panel 1.

Figs. 7 and 8 show a second embodiment B-type of the metal ceiling panel 1, corresponding to the second embodiment B-type of the panel clip 2 shown in Figs. 15 and 17, The number of the plate bending clip fittings 12112 of the clip fitting hole 1211 varies depending on the number of the panel fittings 22 of the panel clip 2,

9, the M-bar 3 is installed on the lower surface of the carrying channel 4 at a right angle to the mounting direction of the carrying channel 4, And the panel clips 2 are fitted at regular intervals.

The emblem 3 is provided with two bent portions 31 each of which has the panel clip 2 mounted thereon and bent at 90 degrees twice by the ends of the emblem 3 receiving the load of the metal ceiling panel 1, ; A grooved portion 32 for reinforcing the strength of the emboss 3 is formed.

10 and 11 are views in which one panel coupling portion 22 of the panel clip 2 is installed and the panel clip coupling vertical portion 121 of the metal ceiling panel 1 of FIG. The first embodiment of the panel clip 2 is of the A type.

The panel clip 2 is formed so that the end portion of the metal ceiling panel 1 is fitted so that the metal ceiling panel 1 can be assembled in a row and a row so that aluminum can be extruded into a shape of an extruded bar Bending is done by pressing on the press.

The panel clip (2) has an embossed engaging portion (21) which is rotated by 90 degrees in a counterclockwise direction and then bent at an upper portion of the emblem (3) so as to be hooked on the upper portion of the emblem (3); And a panel coupling portion 22 formed at the lower center of the embley coupling portion 21 in the longitudinal direction to prevent the ends of the metal ceiling panel 1 on both sides from being inserted and removed.

The embossed engaging portion 21 is engaged with the emblem 3 and is formed perpendicular to the ceiling surface. The emblem 3 is folded twice at an inner side of the embroidery frame 3 at an angle of 90 degrees to attach the emblem 3 to the emblem 3, The upper portion of the panel clip 2 is bent perpendicularly to the ceiling surface so as to be symmetrical with respect to the emblem connection vertical portion 2111, The panel clip 2 is guided to be easily coupled to and disassembled from the embossment 3 when it is joined or disassembled and is positioned on the horizontal end portion of the embossment 3 so as to be coupled to the metal ceiling panel 2111 like the emblem- A clip vertical portion 211 comprising an emblem connection induction vertical portion 2112 for receiving a load of the clip 1; And a horizontal horizontal clip 212 connecting the lower end of the emblem connection vertical part 2111 and the emblem connection vertical part 2111.

The panel joining portion 22 is formed by cutting the both sides of the clip horizontal portion 212 of the embley coupling portion 21 at a predetermined distance from the center line in the longitudinal direction and cutting the portion cut by 135 degrees in the center line direction A 135-degree bent portion 2211 and an arcuate bent portion 2212 which bends at 90 degrees in the direction opposite to the center line at the distal end of the 135-degree bent portion 2211 to form an arc and forms a space in which the clip fitting hole 1211 protrudes And two panel symmetrical panel engaging apertures 221 that are bent at 90 degrees from the distal end of the arcuate arcuate portion 2212 and divided into a horse-breaking valley portion 2213 that is in close contact with the bent portion 13 do.

12 and 13 are views in which two panel coupling portions 22 of the panel clip 2 are installed and the panel clip coupling vertical portion 121 of the metal ceiling panel 1 is inserted, 2) of the first embodiment.

The panel clip (2) has an emblem connecting portion (21) which is rotated by 90 degrees counterclockwise and then bent at an upper portion of the emblem (3) and fixed to the upper portion of the emblem (3); And two panel coupling parts 22 formed at the lower center of the embley coupling part 21 in the longitudinal direction so as to prevent the ends of the metal ceiling panel 1 on both sides from being fitted.

The panel joining portion 22 is formed by cutting the both sides of the clip horizontal portion 212 of the embley coupling portion 21 at a predetermined distance from the center line in the longitudinal direction and cutting the portion cut by 135 degrees in the center line direction A 135-degree bent portion 2211; An arcuate bent portion 2212 bent at 90 degrees from the distal end of the 135-degree bent portion 2211 in a direction opposite to the center line to form a circular arc and forming a space in which the clip fitting opening 1211 protrudes; And two panel symmetrical panel fittings 221 that are bent at 90 degrees from the distal end of the arcuate bending portion 2212 and divided into horse-breaking bend portions 2213 which are in close contact with the bending portion 13.

The protruding clip engaging portion 12111 is protruded from the arcuate bent portion 2212 so that the metal ceiling panel 1 does not fall downward.

14 and 15 are views in which one panel coupling part 22 of the panel clip 2 is installed and the panel clip coupling vertical part 121 of the metal ceiling panel 1 of FIG. The second embodiment of the panel clip 2 is of the A type.

The panel joining portion 22 is formed by cutting the both sides of the clip horizontal portion 212 of the embley coupling portion 21 at a predetermined distance from the center line in the longitudinal direction and cutting the portion cut by 135 degrees in the center line direction A 135-degree bent portion 2214; A vertical bent portion 2215 bent at 45 degrees in the direction opposite to the center line at the distal end of the 135-degree bent portion 2214 and perpendicular to the ceiling surface; Two oppositely symmetrical panel coupling fittings 221 which are bent at 45 degrees in the direction opposite to the center line at the distal end of the vertical bent section 2215 and divided into a horse-breaking section 2216 which is in close contact with the bent section 13 .

The vertically bent portion 2215 is formed with a rectangular opening portion 22151 so that the clip fitting portion 1211 is protruded and inserted so as not to come off.

As shown in FIG. 4, the plate bending clip fitting 12112 is engaged with the lower edge of the open portion 22151 of the vertical bent portion 2215 so that the metal ceiling panel 1 does not fall downward.

16 and 17 are views in which two panel coupling portions 22 of the panel clip 2 are installed and the panel clip coupling vertical portion 121 of the metal ceiling panel 1 of FIGS. And the second embodiment of the panel clip 2 is a B type.

According to the metal ceiling fixture (A) of the present invention, when the ceiling panel (1) is replaced with the ceiling tile material containing asbestos components installed before 2004, the ceiling tile is cut off when installed, (2) can be installed, so that the replacement cost can be reduced, and the detachment of the metal ceiling material can be prevented, so that the new installation state can be maintained for a long time and the new installation is easy. Can be maintained.

A: Metal ceiling fixture B: Upper floor or upper slab
1: Metal ceiling panel
11: horizontal plate 111:
12: Vertical section 121: Panel clip coupling vertical section
1211: clip coupling hole 12111: projecting clip coupling hole
12112: plate bending clip coupling part 122: general vertical part
13:
2: Panel clip
21: emboss connecting part 211: clip vertical part
2111: embossed coupling vertical portion 2112: embossed coupling induction vertical portion
212: clip horizontal part 2121: panel joining part creation open part
22: panel connecting portion 221: panel connecting fitting
2211: 135 degree bending portion 2212: arc bending portion
2213: discontinuous valley 2214: 135 degree bend
2215: vertical bent portion 22151: open portion
2216: Horseshoe cut
3: Embaras
31: bent portion 32: grooved portion
4: Carrying channel
41: wire clip
5: Hanger
6: Hanger Bolt
61: nut
7: Finishing Molding
8: Anchor bolt

Claims

A metal ceiling fixture (A) for forming a ceiling by providing a metal ceiling material with a certain space at the bottom of the upper layer or at the bottom of the upper slab (B)
The metal ceiling fixture (A) comprises a metal ceiling panel (1) installed at the bottom surface and having a predetermined size and assembled in rows and columns to form a ceiling surface and absorbing sound;
A panel clip 2 for preventing an end portion of the metal ceiling panel 1 from being inserted so that the metal ceiling panel 1 can be assembled in a row and a row;
A hanger bolt (6) fixed to an upper floor or an upper slab (B) and coupled to an anchor bolt (8) inserted and fixed to the floor or upper slab and including a nut (61);
A hanger 5 fixed to the lower portion of the hanger bolt 6 by the nut 61 and installed at a predetermined height;
A carrying channel 4 held by the hanger 5 and horizontally installed on the floor surface and extending equally to each other and being installed at regular intervals in a width or a vertical width of the indoor space;
An M bar 3 installed horizontally and at regular intervals at right angles to the installation direction of the carrying channel 4 on the lower surface of the carrying channel 4 and having the panel clips 2 inserted at regular intervals )Wow;
The metal ceiling panel 1 is fixed to four side wall surfaces of a distal end portion of the metal ceiling panel 1 and is fixed to the metal ceiling panel 1 so that the distal end of the metal ceiling panel 1 is not exposed. ) 7,
The carrying channel 4 and the emblem 3 are connected to each other by a wire clip 41 or an M-bar clip,
The panel clip (2) has an emblem connecting portion (21) which is rotated by 90 degrees counterclockwise and then bent at an upper portion of the emblem (3) and fixed to the upper portion of the emblem (3);
And a panel coupling part (22) formed at a longitudinally lower center of the embley coupling part (21) so as to prevent the ends of the metal ceiling panel (1)

The method according to claim 1,
The metal ceiling panel 1 includes a horizontal plate 11 having a rectangular shape having a predetermined shape for sound absorption and aesthetic appearance and having a quadrangular shape;
Two panel clip vertical parts 121 vertically formed at the four sides of the horizontal plate part 11 and inserted into the panel coupling parts 22 and facing each other, And a vertical portion 12 composed of two general vertical portions 122 opposed to each other,
In the portion where the horizontal plate portion 11 and the vertical portion 12 meet, strength reinforcement and the metal ceiling panel 1 are installed in a row and a row, Folded to form the vertical portion 12,
And two or three clip fastening holes 1211 are formed on the inner surface of the panel clip coupling vertical portion 121 so as not to be pulled down when hooked on the panel fastening portion 22. [ Metal ceiling fixture

3. The method of claim 2,
The embossed engaging portion 21 is engaged with the emblem 3 and is formed perpendicular to the ceiling surface. The emblem 3 is folded twice at an inner side of the embroidery frame 3 at an angle of 90 degrees to attach the emblem 3 to the emblem 3, The upper portion of the panel clip 2 is bent perpendicularly to the ceiling surface so as to be symmetrical with respect to the emblem connection vertical portion 2111, The panel clip 2 is guided to be easily coupled to and disassembled from the embossment 3 when it is joined or disassembled and is positioned on the horizontal end portion of the embossment 3 so as to be coupled to the metal ceiling panel 2111 like the emblem- A clip vertical portion 211 comprising an emblem connection induction vertical portion 2112 for receiving a load of the clip 1;
And a clip horizontal part (212) connecting the lower end of the emblem connection vertical part (2112) and the lower end of the emblem connection guide vertical part (2112). The metal ceiling fixture

3. The method of claim 2,
The clip coupling hole 1211 is a protruding clip coupling hole 12111 protruding from the outer surface of the vertical hole 12,
The panel clip 2 is manufactured by extruding aluminum into an extruded bar shape and then pressing and bending the extruded aluminum bar.
The panel joining portion 22 is formed by cutting the both sides of the clip horizontal portion 212 of the embley coupling portion 21 at a predetermined distance from the center line in the longitudinal direction and cutting the portion cut by 135 degrees in the center line direction A 135-degree bent portion 2211;
An arcuate bent portion 2212 bent at 90 degrees from the distal end of the 135-degree bent portion 2211 in a direction opposite to the center line to form a circular arc and forming a space in which the clip fitting opening 1211 protrudes;
And two panel symmetrical panel fittings 221 which are bent at 90 degrees from the distal end of the arcuate bending portion 2212 and divided into a horse-breaking bend portion 2213 which is in close contact with the bending portion 13 A metal ceiling fixture with enhanced release prevention

3. The method of claim 2,
The clip coupling part 1211 is a plate bending clip coupling part 12112 formed by cutting a certain part of the vertical part 12 into a d shape and bending it 20 to 90 degrees inward,
The panel clip 2 is manufactured by extruding aluminum into an extruded bar shape and then pressing and bending the extruded aluminum bar.
The panel joining portion 22 is formed by cutting the both sides of the clip horizontal portion 212 of the embley coupling portion 21 at a predetermined distance from the center line in the longitudinal direction and cutting the portion cut by 135 degrees in the center line direction A 135-degree bent portion 2214;
A vertical bent portion 2215 bent at 45 degrees in the direction opposite to the center line at the distal end of the 135-degree bent portion 2214 and perpendicular to the ceiling surface;
Two oppositely symmetrical panel coupling fittings 221 which are bent at 45 degrees in the direction opposite to the center line at the distal end of the vertical bent section 2215 and divided into a horse-breaking section 2216 which is in close contact with the bent section 13 Respectively,
Wherein the vertical bent part (2215) is formed with a rectangular opening part (22151) to prevent the clip coupling part (1211)