KR20080043072A - Structure for reinforcing ceiling securing member - Google Patents

Abstract

A structure for reinforcing a ceiling securing member is provided to decrease vibration and noise caused by the securing member and a reinforcing member by connecting the securing members with the reinforcing member with support member made of synthetic material. A structure for reinforcing a ceiling securing member comprises a plurality of ceiling securing members(10), a plurality of ceiling boards, support members(60), and a reinforcing member(70). The ceiling boards are attached to the ceiling securing members. The support member is mated with each ceiling securing member. The reinforcing member connects the support members with each other. The support member includes vertical portion(61), a bride portion(62), a hook(63), a vertical extension portion(66), a horizontal extension portion(67), and a coupling space. The vertical portion covers a vertical frame(12) of the ceiling securing member. The bridge portions connects the vertical portions with each other. The hook is attached to bottom of the bridge portion, inserted between vertical bent pieces(15), and provided with a hooking protrusion at the bottom end. The hooking protrusion is hooked by the vertical bent piece. The vertical extension portion is attached to the top of the bridge portion. The horizontal extension portion is attached to the top of the vertical extension portion. The coupling part is made by attaching the bridge portion, the vertical extension portion, and a horizontal extension portion to one another. The reinforcing member is fit to the coupling space.

Description

Reinforcing structure for ceiling plate attachment member {Structure for reinforcing Ceiling securing member}

1 to 7 show a first embodiment of the ceiling plate attachment member reinforcing structure according to the present invention,

1 is a plan view of the installation state,

2 is a longitudinal sectional view and a partially enlarged view of an installation state;

3 is an exploded perspective view of a part of an installation state;

4 is a longitudinal sectional view and a partially enlarged view of an installation state;

5 is an exploded perspective view of a part of an installation state;

6 is a perspective view showing a coupling state of the ceiling plate attachment member and the reinforcing member,

7 is a front view showing a coupling state of the ceiling plate attachment member and the reinforcing support member;

8 is a perspective view showing a coupling state of a ceiling plate attachment member and a reinforcement member showing a second embodiment of the ceiling plate attachment member reinforcement structure according to the present invention;

9 is a perspective view showing a coupling state of the ceiling plate attachment member and the reinforcement member showing a third embodiment of the ceiling plate attachment member reinforcement structure according to the present invention;

10 is an exploded perspective view showing a fourth embodiment of the ceiling plate attachment member reinforcing structure according to the present invention.

** Description of symbols for the main parts of the drawing **

10: ceiling plate attachment member 20: support member

30 connection member 40 ceiling plate support member

50: ceiling plate 60: reinforcing support member

70,90: reinforcing member 80: reinforcing connection member

100: support member for reinforcing the wall side

The present invention relates to a ceiling plate attachment member reinforcement structure, and more particularly to a ceiling plate attachment member reinforcement structure suitable for bathroom ceiling.

In installing a ceiling plate on the ceiling of a conventional building interior, the span hangers are fixedly installed at fixed intervals by using anchors on the lower surface of the ceiling slab, and a plurality of long spans are fixed to the lower part of the span hanger in the horizontal or vertical direction. The ceiling plate mounting bracket orthogonal to the span is fixed to the lower surface of the span to attach the ceiling plate to the ceiling plate mounting bracket.

However, in general, since various pipes and wires are buried or installed inside and above the bathroom ceiling slab, the pipes and wires may be damaged in the process of anchoring to fix the span hanger on the ceiling slab. In addition, there is a problem such that the waterproof layer is installed on the ceiling slab is destroyed and the waterproof function is lost, causing leakage and a short circuit.

In addition, in the prior art, when a tack or piece is put in the middle of the ceiling panel, the aesthetics are harmed. Only the edges of the ceiling panel are supported so that the width of the ceiling panel is not a problem when the width of the ceiling panel is about 30 cm. If the width is more than 30cm, there was a problem that a defect occurs that the middle part sags below.

Therefore, the present inventors (applicants), in order to solve such a conventional problem, such as the Republic of Korea Patent Application No. 2006-0003426 and 2006-0003429, the front and rear support members that are fixedly installed to face the left and right across the front and rear walls of the four walls in the room Wow; A plurality of ceiling plate attachment members whose wires and rear ends are supported by the front and rear support members; Connecting means for connecting both ends of the ceiling plate attachment member to the front and rear support members; A plurality of honeycomb ceiling panels each having a width corresponding to a space between the left and right walls and a width divided by a plurality of spaces between the front and rear walls; A ceiling plate rearmost end support means coupled to the ceiling plate attachment member and supporting a front end portion and a rear end portion of the ceiling plate positioned on the front and rear wall side of the ceiling plate; The ceiling plate installation structure comprising a ceiling plate connecting portion fixing means for fixing the connection portion of the front end and the rear end of the ceiling plate adjacent to each other of the ceiling plate to the ceiling plate attachment member.

However, such a ceiling panel mounting structure is that when the length of the ceiling plate attachment member is longer than, for example, 1.6 meters or more, the ceiling plate attachment member, which is supported at both ends by the front and rear walls of the room, sags downward, thus causing the ceiling plate to swing when opening and closing the door. There is a problem such as noise generated when the distance.

Therefore, the object of the present invention is that both ends are supported on the indoor front and rear walls so that even when the length of the ceiling plate attachment member to which the ceiling plate is attached does not sag underneath, and when the door is opened and closed, the ceiling plate fluctuates and generates noise. It is to provide a reinforcing structure for attaching the ceiling plate member.

Another object of the present invention is to provide a ceiling plate attachment member reinforcement structure which can more reliably prevent vibration and noise generated from metal ceiling plate attachment member and reinforcement member.

The present invention provides a plurality of ceiling plate attaching members which are supported in such a state that both ends face the indoor front and rear walls in order to achieve the above object; A plurality of ceiling plates attached to the ceiling plate attachment members, the reinforcing support members being coupled to each of the ceiling plate attachment members; It provides a ceiling plate attachment member reinforcement structure characterized in that it further comprises a reinforcement member for connecting the reinforcing support member.

The reinforcing support member includes two vertical parts surrounding both vertical plates of the ceiling plate attachment member, a horizontal connection part connecting upper ends of the vertical parts of both sides, and extends downward from the horizontal connection part and is inserted between the vertical bending pieces and the lower end thereof. An elastic hook having a latching jaw caught on a lower end of the vertical bending piece, a vertical extension extending vertically from the upper surface of the horizontal connecting portion, a horizontal extension extending horizontally from the upper end of the vertical extension, and the horizontal connecting portion It is composed of a reinforcing member coupling groove formed between the vertical extension and the horizontal extension, the reinforcement member is characterized in that the rod-shaped reinforcement member is inserted into the reinforcing member coupling groove.

The reinforcing support member may further include a support piece that is formed to protrude horizontally outward from the vertical portions on both sides.

The reinforcing support member includes two vertical parts surrounding both vertical plates of the ceiling plate attachment member, a horizontal connection part connecting upper ends of the vertical parts of both sides, and extends downward from the horizontal connection part and is inserted between the vertical bending pieces and the lower end thereof. It comprises an elastic hook having a latching jaw caught on the lower end of the vertical bending piece, and a support piece formed horizontally protruding outwardly from the vertical portion on both sides, the reinforcing member is a horizontal plate and at right angles at both edges of the horizontal plate A vertical plate that is bent to form a groove longitudinally on its outer surface, a pair of horizontal bending pieces that are horizontally bent inwardly from the vertical plate, and a vertical bending that is vertically bent at a pair of these horizontal bending pieces A substantially rectangular plate having a size that can be inserted between the horizontal plate and the vertical plate and the horizontal bending piece of the reinforcing member A circle is formed in a shape, characterized in further arranged to include a reinforcement member for connecting a connection groove formed to be fitted the support side of the reinforcing support member to the projecting end.

The reinforcing support member includes a vertical extension portion extending vertically from the upper surface of the horizontal connection portion, a horizontal extension portion extending horizontally from the top of the vertical extension portion, and formed between the horizontal connection portion, the vertical extension portion, and the horizontal extension portion. The reinforcing member may further include a coupling groove.

A coupling portion having a coupling groove into which a support piece of a reinforcing support member coupled to both ceiling plate attachment members positioned on the left and right wall sides of the room is fitted, and a wall fixing part integrally formed on the coupling portion and fixed to the left and right walls; It may further include a wall-side reinforcement support member.

Hereinafter, the ceiling plate attachment member reinforcing structure according to the present invention will be described in detail according to the embodiment shown in the accompanying drawings.

1 to 7 show a first embodiment of a ceiling plate attachment member reinforcing structure according to the present invention, Figure 1 is a plan view of the installation state, Figure 2 is a longitudinal cross-sectional view and a partial enlarged view of the installation state, Figure 3 is a partially disassembled installation state 4 is an exploded perspective view of the installation state, and FIG. 5 is a partially exploded perspective view of the installation state, FIG. 6 is a perspective view illustrating a coupling state of the ceiling plate attachment member and the reinforcement member, and FIG. 7 is a ceiling plate attachment member and the reinforcement support member. This is a front view showing the coupling state of.

As shown in FIGS. 1 to 7, the ceiling plate mounting structure to which the ceiling plate attachment member reinforcing structure according to the present embodiment is applied has a plurality of ceiling plate attachments whose ends are supported on the indoor front and rear walls 1 and 2. Member 10; It consists of a plurality of ceiling plates 50 attached to the ceiling plate attachment member 10.

1, 2 and 4, 3 and 4 are indoor left and right walls, 5 and 6 are tiles attached to the front and rear walls 1 and 2, 7 and 7 are ventilation holes, and 8 are inspection holes.

The ceiling plate attaching member 10 is referred to as M-bar, which is used in the above-described invention, and is formed by bending an iron plate, which is a magnetic body such as a galvanized iron plate, to which the ceiling plate 50 is attached. A top plate attaching plate 11, a vertical plate 12 which is bent at right angles at both edges of the top plate attaching plate 11, and a groove 13 is formed on the outer side thereof in a longitudinal direction, and the vertical plate 12 ) And a pair of horizontal bending pieces 14 which are horizontally bent inwardly, and a vertical bending piece 15 which is vertically bent at right angles in the pair of horizontal bending pieces 14.

As shown in FIGS. 2 and 3, the ceiling plate attaching member 10 is provided at both ends of the support member 20 fixed to the front and rear walls 1 and 2 by a tack T and the ceiling plate attaching member 10. Is inserted into and fixed to the front and rear walls (1, 2) by a connecting member 30 coupled to the support member 20, the ceiling plate 50 is a ceiling plate support part 32 formed integrally with the connection member 30 Can be supported by.

That is, the support member 20 and the connection member 30 has the same structure as the above-described prior invention, the support member 30 is a vertical fixing portion 21 fixed to the front and rear walls (1, 2), the vertical It consists of a horizontal support portion 22 is formed to protrude horizontally from the fixing portion 21, the connecting member 30 is a ceiling plate mounting plate 11, vertical plate 12 and horizontal bending of the ceiling plate attachment member 10 It is formed in a substantially rectangular column shape having a size that can be inserted between the pieces 14, the front end surface is formed with a connecting groove 31 to which the horizontal support portion 22 of the support member 20 is fitted. On the lower surface of the tip portion, a ceiling plate support part 32 supporting an end of the ceiling plate 50 is formed.

The coupling member 30 is coupled to the rear end of the ceiling plate attachment member 10 is coupled to a spring 33 for elastically supporting the ceiling plate 50 to the ceiling plate support 32.

In addition, as shown in FIGS. 4 and 5, the ceiling plate attachment member 10 is inserted into both ends of the support member 20 fixed to the front and rear walls 1 and 2, and the ceiling plate attachment member 10 to support the support member 20. It is fixedly supported on the front and rear walls (1, 2) by the connecting member 30 coupled to the member 20, the ceiling plate 50 is by the ceiling plate support member 40 coupled to the ceiling plate attachment member 10 I can support it.

The support member 20 is the same as in FIGS. 2 and 3, the connection member 30 is the same as in FIGS. 2 and 3 except for the ceiling plate support 32, and the ceiling plate support member 40 is illustrated in FIG. 4. And a body 41 covered by the ceiling plate attachment member 10 and a ceiling plate support 42 supporting the end of the ceiling plate 50 on the lower surface of the front end of the body 41, as shown in FIG. do.

The ceiling plate 50 is a honeycomb-type lightweight plate material which is used to cut and cut to a desired length by continuously extrusion molding with synthetic resin as in the above-described prior application, the upper and lower plates 51 and 51 are connected to a plurality of connecting pieces 52. The front end is provided with the engaging projection 53 and the upper and lower projections 53a, 53b and the rear end corresponding to the engaging groove 54 and the upper and lower projections 53a, 53b corresponding to the engaging projection 53. Upper and lower locking jaws 54a and 54b are formed.

The ceiling plate 50 is fixed to the ceiling plate attachment plate 11 of the ceiling plate attachment member 10 by a tack T penetrating through the upper protrusion 53a of the tip.

In FIG. 2 to FIG. 5, reference numeral 55 denotes a thickness compensating member covering the front end coupling protrusion 53 and the upper and lower protrusions 53a and 53b of the ceiling plate 50, and 56 is a rear end coupling of the ceiling plate 50. The cap is covered with the groove 54 and the upper and lower locking jaw (54a, 54b) to block the coupling groove 54, 57 and 58 is closed so that the gap between the ceiling plate 50 and the tiles (5,6) is not exposed Molding coupling member and finish molding for.

In the above-described ceiling plate mounting structure, the ceiling plate attachment member 10 is supported by the support member 20 fixed to the front and rear walls 1 and 2, but the ceiling plate attachment member 10 may be supported by a hanger. It may be.

The ceiling plate attachment member reinforcing structure according to the present embodiment, as shown in Figures 1 to 7, the reinforcing support member 60 coupled to the middle of the ceiling plate attachment member 10 and the adjacent ceiling plate attachment member It is configured to include a plurality of rod-shaped reinforcing members 70 disposed between the reinforcing support member 60 coupled to (10).

The reinforcing support member 60 includes both vertical portions 61 surrounding both vertical plates 12 of the ceiling plate attachment member 10, and horizontal connecting portions 62 connecting upper ends of the vertical portions 61. And an elastic hook 63 extending downward from the horizontal connection part 62 and inserted between the vertical bending pieces 15 and a lower end of the vertical bending pieces 15 having a locking jaw 64 that is caught by the lower ends of the vertical bending pieces 15. A support piece 65 formed horizontally outwardly from both vertical parts 61, a vertical extension part 66 extending vertically from an upper surface of the horizontal connection part 62, and the vertical extension part 66; A horizontal extension portion 67 extending horizontally from the top of the configuration, and comprising a reinforcing member coupling groove 68 formed between the horizontal connection portion 62 and the vertical extension portion 66 and the horizontal extension portion 67 do.

In addition, it is preferable to form locking projections 62a and 67a on the upper surface of the horizontal connecting portion 62 and the lower surface of the front end of the horizontal extension portion 67.

The reinforcing support member 60 is preferably formed of synthetic resin, and the reinforcing member 70 is preferably formed by bending the iron plate, which is a magnetic material such as a galvanized iron plate, into a substantially "c" shape. In addition, the reinforcing member 70 may be formed by bending an iron plate such as a galvanized iron plate into a "ㅁ" shape or use a "ㅁ" shaped pipe.

Hereinafter, the construction process of the ceiling plate mounting structure to which the ceiling plate attachment member reinforcement structure according to the present embodiment is applied will be described.

The process of installing the support member 20 to the front and rear walls (1, 2), the process of coupling the ceiling plate attachment member 10 to the support member 20 using the connection member 30 and the ceiling plate attachment member (10) The process of attaching the ceiling plate 50 to) is not the core technology of the present invention and is the same as in the above-described prior invention, so a detailed description thereof will be omitted and the process of reinforcing the ceiling plate attachment member 10 will be described.

The process of installing the reinforcing member 70 in the ceiling plate attachment member 10 is, first, to combine the reinforcing support member 60 to the ceiling plate attachment member 10, the reinforcing member 70 to the reinforcing support member 60 Method of fitting the reinforcing member coupling groove 68, and second, the reinforcing member 70 is inserted into the reinforcing member coupling groove 68 of the reinforcing support member 60, and then the reinforcing support member 60 is attached to the ceiling plate attachment member. A method of binding to (10) can be used.

In the case where the reinforcing support member 60 is coupled to the ceiling plate attachment member 10, the elastic hook 63 is inserted between the vertical bent portions 15 of the ceiling plate attachment member 10. ) Is bent inwardly in contact with the vertical bent portion 15 and the locking jaw 64 reaches the lower end of the vertical bent portion 15, while elastically restoring the locking jaw 64 of the vertical bent portion 15 In addition to being caught by the lower end of the both sides vertical portion 61 is in a state surrounding the both sides of the vertical plate 12 of the ceiling plate attachment member 10, the reinforcing support member 60 is coupled to the ceiling plate attachment member (10).

In coupling the reinforcing member 70 to the reinforcing member coupling groove 68 of the reinforcing support member 60, when the reinforcing member 70 is inserted into the reinforcing member coupling groove 68, the locking projections 62a and 67a. Is brought into contact with the reinforcing member 70 so that the horizontal extension portion 67 is opened by its elastic force, and when the reinforcing member 70 is fully inserted into the reinforcing member coupling groove 68, the horizontal extension portion 67 is elastic. While restoring, the engaging protrusions 62a and 67a are caught by the reinforcing member 70 such that the reinforcing member 70 is not randomly separated from the reinforcing support member 60.

As shown in FIG. 1, only one reinforcing member 70 may be installed in the middle of the ceiling plate attachment member 10, but two or more reinforcement members 70 may be installed depending on the length of the ceiling plate attachment member 10.

In addition, the reinforcing support member 60 may be such that the reinforcing support member 60 and the ceiling plate 50 are firmly coupled by a tack (not shown) passing through the ceiling plate 50.

Thus, the ceiling plate attachment member 10 to which the ceiling plate 50 is attached is connected to each other by the reinforcing support member 60 and the reinforcement member 70 so that the length of the ceiling plate attachment member 10 is 1.6 meters or more. Even if it is long, the ceiling plate attachment member 10 does not sag down, and when the door is opened and closed, the ceiling plate 50 is noisy and does not generate noise.

In addition, since the ceiling plate attachment member 10 and the reinforcement member 70 made of metal are connected to the reinforcement support member made of synthetic resin, vibration and noise generated from the metal ceiling plate attachment member 10 and the reinforcement member 70 are reinforced. Absorbed by the support member 60, it is possible to more reliably prevent vibration and noise.

Since the reinforcing support member 60 is formed of synthetic resin, the reinforcing support member 60 absorbs vibrations and noises generated from the metal ceiling plate attachment member 10 and the reinforcement member 70, and thus, it is possible to reliably prevent the occurrence of vibration noise. .

8 is a perspective view showing a coupling state of the ceiling plate attachment member and the reinforcement member showing a second embodiment of the ceiling plate attachment member reinforcement structure according to the present invention.

As shown in FIG. 8, the ceiling plate attachment member reinforcing structure according to the present embodiment includes a reinforcing support member 60 coupled to the middle of the ceiling plate attachment member 10, and the adjacent ceiling plate attachment member 10. A plurality of reinforcing members 80 disposed between the reinforcing support members 60 coupled to the reinforcing support members 60, and reinforcing connecting members 90 connecting both ends of the reinforcing member 70 to the reinforcing support members 60. It is configured to include more.

The reinforcing member 80 is the same member as the ceiling plate attachment member 10 described above, the reinforcing connection member 90 is the same member as the connection member 30 described above is used.

The reinforcing member 80 is a horizontal plate 81, a vertical plate 82 is bent at right angles at both edges of the horizontal plate 81, the groove 83 is formed long in the longitudinal direction on the outer surface thereof, It consists of a pair of horizontal bending pieces 84 horizontally bent inwardly from the vertical plate 82, and a vertical bending plate 85 vertically bent at right angles from the pair of horizontal bending pieces 84.

The reinforcing connection member 90 is formed in a substantially rectangular column shape having a size that can be inserted between the horizontal plate 81 and the vertical plate 82 and the horizontal bending piece 84 of the reinforcing member 80, A connection groove 91 into which the support piece 65 of the reinforcing support member 60 is fitted is formed at the protruding end thereof.

The reinforcing support member 60 and the reinforcing connecting member 90 are preferably formed of synthetic resin, and the reinforcing member 80 is preferably formed by bending a steel plate, which is a magnetic material such as a galvanized iron plate.

Hereinafter, the construction process of the ceiling plate mounting structure to which the ceiling plate attachment member reinforcement structure according to the present embodiment is applied will be described.

The process of installing the support member 20 to the front and rear walls (1, 2), the process of coupling the ceiling plate attachment member 10 to the support member 20 using the connection member 30 and the ceiling plate attachment member (10) The process of attaching the ceiling plate 50 to) is not the core technology of the present invention and is the same as in the above-described prior invention, so a detailed description thereof will be omitted and the process of reinforcing the ceiling plate attachment member 10 will be described.

The process of installing the reinforcing member 80 to the ceiling plate attachment member 10 is, first, coupling the reinforcing support member 60 to the ceiling plate attachment member 10, and the reinforcing connection member (reinforcement at both ends of the reinforcing member 80) ( 90) and then connecting the connecting groove 91 of the reinforcing connecting member 90 to the support piece 65 of the reinforcing support member 60, and second, for reinforcing at both ends of the reinforcing member 80 Coupling the connecting member 90, the support piece 65 of the reinforcing support member 60 in the connecting groove 91 of the reinforcing connecting member 90, and then attaching the reinforcing support member 60 to the ceiling plate A method of joining to the member 10 can be used.

Herein, the process of coupling the reinforcing support member 60 to the ceiling plate attachment member 10 is the same as in the above-described first embodiment, and thus a detailed description thereof will be omitted.

As shown in FIG. 1, the reinforcing member 80 may be provided in plural (five) at regular intervals over the entire length of the ceiling plate attachment member 10, but according to the length of the ceiling plate attachment member 10. You can install two or more.

In the ceiling plate attachment member reinforcement structure according to the present embodiment, when the reinforcement member 80 is coupled to the ceiling plate attachment member 10 by the reinforcement support member 60 and the reinforcement connection member 90, the reinforcement member 80 is used. Since the horizontal plate 81 is positioned on the same horizontal plane as the ceiling plate attachment plate 11 of the ceiling plate attachment member 10, the ceiling plate 50 is also fixed to the horizontal plate 81 of the reinforcing member 80 50) can be installed more robustly.

Figure 9 shows a third embodiment of the reinforcing structure of the ceiling plate attachment member according to the present invention, in this embodiment is to be applied to the case that the various pipes to pass through the upper portion of the support member 60 for reinforcement, vertical extension portion The reinforcing support member 60 without the vertical extension 66 and the horizontal extension 67 is adopted so that the 66 and the horizontal extension 67 do not interfere with various pipes. Are the same as in the above-described second embodiment, the same reference numerals are assigned to the same parts, and detailed description thereof will be omitted.

In order to apply the reinforcing structure of the ceiling plate attachment member according to the present embodiment, the vertical extension is performed separately from the reinforcing support member 60 having the vertical extension 66 and the horizontal extension 67 as in the first embodiment. Although the reinforcing support member 60 without the portion 66 and the horizontal extension portion 67 may be manufactured separately, the reinforcing support member having the vertical extension portion 66 and the horizontal extension portion 67 ( If only 60) is manufactured and the vertical extension 66 and the horizontal extension 67 interfere with various pipes in the field, the vertical extension 66 may be cut out.

10 is an exploded perspective view showing a fourth embodiment of the ceiling plate attachment member reinforcing structure according to the present invention.

In this embodiment, both ceiling plate attachment members 10 positioned on the left and right wall bodies 3 and 4 in the room are fixed to the left and right wall bodies 3 and 4.

That is, in the present embodiment has a connecting groove 102 into which the support piece 65 of the reinforcing support member 60 coupled to both side ceiling plate attachment members 10 positioned on the left and right wall bodies 3 and 4 sides is fitted. And a wall side reinforcing support member (100) having a coupling portion (101) and a wall fixing portion (103) formed integrally with the coupling portion (101) and fixed to the left and right walls (3, 4). Since other configurations are the same as those of the first to third embodiments described above, the same reference numerals are assigned to the same parts, and detailed description thereof is omitted.

The wall fixing part 103 may form a nail hole through which concrete nails (not shown) pass.

The wall side reinforcement support member 100 is a reinforcement support member coupled to both top plate attachment members 10 located at the left and right wall bodies 3 and 4 in the connection groove 102 formed in the engaging portion 101. On the left and right wall (3, 4) side by fitting the support piece (65) of (60) and fixing the wall fixing part (103) to the left and right wall (3, 4) using concrete nails (not shown). The ceiling plate attachment member 10 is more firmly fixed by being supported and fixed to the left and right walls 3 and 4 through the reinforcement support member 60 and the wall side reinforcement support member 100. It can be supported.

The ceiling plate attachment member reinforcing structure described above is an example in which the ceiling plate attachment member 10 is applied to the ceiling plate installation structure supported by the support member 20 fixed to the front and rear walls 1 and 2, but the ceiling plate attachment member 10 is applied. It can also be applied to the puncture plate installation structure supported by using a hanger.

As described above, according to the ceiling plate attachment member reinforcing structure of the present invention, both ends thereof are supported by indoor front and rear walls so that the reinforcing support member is coupled to the ceiling plate attachment member to which the ceiling plate is attached, and the reinforcing support member is coupled by the reinforcement member. Even when the length of the ceiling plate attachment member is not sag down, there is an effect that the ceiling plate is noisy when the door is opened and closed to generate noise.

In addition, according to the reinforcing structure of the ceiling plate attachment member of the present invention, since the structure of the ceiling plate attachment member and the reinforcement member made of metal is connected to the reinforcement support member made of synthetic resin, vibration and noise generated from the ceiling plate attachment member and the reinforcement member may be applied to the reinforcement support member. There is an effect that the vibration noise is absorbed more reliably.

Claims (6)

A plurality of ceiling plate attachment members 10 supported at both ends of the front and rear walls 1 and 2; In the configuration consisting of a plurality of ceiling plates 50 attached to the ceiling plate attachment member 10, Reinforcing support members 60 coupled to each of the ceiling plate attachment members 10; Ceiling plate attachment member reinforcement structure, characterized in that it further comprises a reinforcing member for connecting the reinforcing support member (60). According to claim 1, wherein the reinforcing support member 60 is connected to both side vertical portion 61 surrounding both vertical plates 12 of the ceiling plate attachment member 10, and the upper end of the two vertical portions 61 A horizontal connecting portion 62 and a downwardly extending from the horizontal connecting portion 62 to be inserted between the vertical bending pieces 15 and a lower end of the vertical bending pieces 15. An elastic hook 63, a vertical extension 66 extending vertically from an upper surface of the horizontal connecting portion 62, a horizontal extension 67 extending horizontally from an upper end of the vertical extension 66, and It is composed of a reinforcing member coupling groove 68 formed between the horizontal connecting portion 62 and the vertical extension portion 66 and the horizontal extension portion 67, The reinforcement member is a ceiling plate attachment member reinforcement structure, characterized in that the rod-shaped reinforcement member 70 is inserted into the reinforcing member coupling groove (68). 3. The reinforcing structure of the ceiling plate attachment member according to claim 2, wherein the reinforcing support member (60) further comprises a support piece (65) which is formed to protrude horizontally outward from both vertical portions (61). According to claim 1, wherein the reinforcing support member 60 is connected to both side vertical portion 61 surrounding both vertical plates 12 of the ceiling plate attachment member 10, and the upper end of the two vertical portions 61 A horizontal connecting portion 62 and a downwardly extending from the horizontal connecting portion 62 to be inserted between the vertical bending pieces 15 and a lower end of the vertical bending pieces 15. It is composed of an elastic hook 63 and the support piece 65 is formed horizontally protruded outward from the two vertical portions 61, The reinforcing member is a horizontal plate 81, a vertical plate 82 which is bent at right angles at both edges of the horizontal plate 81, the groove 83 is formed long in the longitudinal direction on the outer surface thereof, and the vertical plate A pair of horizontal bending pieces 84 that are horizontally bent inward at 82, and a vertical bending plate 85 that is vertically bent at right angles in the pair of horizontal bending pieces 84, It is formed in a substantially rectangular column shape having a size that can be inserted between the horizontal plate 81 and the vertical plate 82 and the horizontal bending piece 84 of the reinforcing member 80, the reinforcing end support Ceiling plate attachment member reinforcement structure, characterized in that it further comprises a reinforcing connection member 90 is formed with a connection groove 91 to which the support piece 65 of the member 60 is fitted. The reinforcing support member (60) of claim 4, further comprising a vertical extension portion (66) extending vertically from an upper surface of the horizontal connection portion (62) and a horizontal extension from an upper end of the vertical extension portion (66). The ceiling plate attachment further comprises a horizontal extension part 67 and a reinforcing member coupling groove 68 formed between the horizontal connection part 62 and the vertical extension part 66 and the horizontal extension part 67. Member reinforcement structure. The method according to any one of claims 1 to 5, Coupling portion 101 having a connecting groove 102 into which the support piece 65 of the reinforcing support member 60 coupled to both side ceiling plate attachment members 10 located on the left and right wall bodies 3 and 4 in the room is fitted. And a wall side reinforcement support member 100 having a wall fixing part 103 which is formed integrally with the coupling part 101 and fixed to the left and right walls 3 and 4. Reinforcement structure of ceiling plate attachment member.

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