KR102417569B1 - Sound absorbing panel installation structure for ceiling wall - Google Patents

Abstract

The present invention relates to a sound-absorbing panel installation structure for a ceiling wall, and the problem to be solved is that screws or devices for fixing are hidden from view, and through an easy and simple physical fixing structure between the channel and the panel, the panel is dropped or caused by an earthquake or the like. to effectively prevent breakouts.
As an example, one side of the rod-shaped hanger bolt coupled to the ceiling; a hanger having an upper portion connected to the other side of the hanger bolt, and a lower portion formed of a bent portion bent toward the upper portion; a carrying channel inserted and fixed to the bent part of the hanger and formed in a bar shape; a clip wound around the carrying channel to fix the lower T-shaped channel; a T-shaped channel fixed to the clip, disposed to be orthogonal to the carrying channel, and having engaging portions each protruding from both sides of the lower side to the side; a sound-absorbing panel fixed to the T-type channel by inserting the engaging parts into the engaging grooves formed on both sides, respectively; And accommodating the end of the sound-absorbing panel on the wall side of the sound-absorbing panel, discloses a sound-absorbing panel installation structure for a ceiling wall including a wall molding fixed to the wall surface.

Description

SOUND ABSORBING PANEL INSTALLATION STRUCTURE FOR CEILING WALL}

An embodiment of the present invention relates to a sound-absorbing panel installation structure for a ceiling wall.

With the development of building technology, more beautiful and more practical building structures are being built, and the reason why such excellent buildings can be built is the development of building materials.

Many types of building materials have been developed and distributed, and among these building materials, various technologies have been developed and used for ceiling panels installed on the ceiling.

For example, in the related art, a ceiling fixture provided with a hooking piece is prepared while being fixed to the ceiling by an anchor bolt, and two sides of the four sides of the ceiling plate are bent to cut and bend some to form a support wing and a stopping wing, and the upper one side is A ceiling panel structure is proposed, which is configured to be fixed to the ceiling fixture by inserting a locking piece, and is composed of a middle and middle connector in which support blades of the ceiling plate and a support plate protruding upward to fit the locking blades on both sides are formed. The ceiling panel structure configured as described above has the advantage of being easy to assemble and disassemble in a structure in which the support plate portion of the middle connection part is seated and fixed on the support wing and the locking wing of the ceiling plate. However, in order to achieve the above configuration, the structure of the ceiling plate is complicated, and since the support plate part faces upward, it is difficult to separate the support wing from the support plate because the ceiling plate has to be raised and removed to separate the ceiling plate.

In addition, conventionally, a structure in which the ceiling plate is formed in a simple upward bent shape and can be easily installed by using a fixing bar formed in a clip shape has been proposed. However, this technique has a problem in that adjacent ceiling plates are pushed against each other and bent during the process of contraction and expansion due to heat because the adjacent ceiling plates are facing each other.

Registered Patent Publication No. 10-1387345 (Registration Date: April 15, 2014) Registered Patent Publication No. 10-1062364 (Registration Date: August 30, 2011)

In an embodiment of the present invention, screws or devices for fixing are hidden from view, and through an easy and simple physical fixing structure between the channel and the panel, the sound-absorbing panel for the ceiling wall can effectively prevent the panel from falling out or detaching due to an earthquake, etc. Provide installation structures.

A sound-absorbing panel installation structure for a ceiling wall according to an embodiment of the present invention, one side of the rod-shaped hanger bolt coupled to the ceiling; a hanger having an upper portion connected to the other side of the hanger bolt, and a lower portion formed of a bent portion bent toward the upper portion; a carrying channel inserted and fixed to the bent part of the hanger and formed in a bar shape; a clip wound around the carrying channel to fix the lower T-shaped channel; a T-shaped channel fixed to the clip, disposed to be perpendicular to the carrying channel, and having engaging portions each protruding from both sides of the lower side to the side; a sound-absorbing panel fixed to the T-type channel by inserting the engaging portion into the engaging grooves formed on both sides, respectively; And accommodating the end of the sound-absorbing panel on the wall side of the sound-absorbing panel, and includes a wall molding fixed to the wall.

In addition, the T-shaped channel, the center portion extending in a straight direction from the top to the bottom; and a first bent frame extending from both sides from the lower end of the center part and bent vertically with respect to the center part, a second bent frame extending from an end of the first bent frame and bent upward, respectively, and the second frame 2 It may include a locking portion extending from the end of the bent frame including a third bent frame each vertically bent toward the center portion.

In addition, the locking groove may be formed in a direction parallel to the sound-absorbing panel from both sides of the sound-absorbing panel.

In addition, the T-shaped channel, the center portion extending in a straight direction from the top to the bottom; and a first bent frame extending from both sides from the lower end of the center part and bent perpendicularly to the center part, a second bent frame extending from an end of the first bent frame and bent upward, respectively, and the second bent frame. 2 It may include a locking portion extending from the end of the bent frame including a third bent frame each inclined downwardly toward the center portion.

In addition, the locking groove is formed in a direction parallel to the sound-absorbing panel from both sides of the sound-absorbing panel, the ceiling surface is formed to be inclined according to the inclination angle of the third bending frame, so that the entrance width of the locking groove is the width of the locking groove It may be formed narrower than the inner side.

In addition, the T-shaped channel, the center portion extending in a straight direction from the top to the bottom; and a first bent frame extending from both sides from the lower end of the center part and being obliquely bent upward, respectively, a second bent frame extending from an end of the first bent frame and bent upward, respectively, and the second bent frame Extending from the end of the doedoe may include a locking portion including a third bent frame each inclined downwardly toward the center portion.

In addition, the locking groove may be formed to be inclined toward the upper portion of the sound-absorbing panel from both sides of the sound-absorbing panel.

According to the present invention, the screws or devices for fixing are hidden from view, and through an easy and simple physical fixing structure between the channel and the panel, the sound-absorbing panel installation structure for the ceiling wall can effectively prevent the panel from falling out or leaving due to an earthquake, etc. can provide

1 is a perspective view showing a sound-absorbing panel installation structure for a ceiling wall according to an embodiment of the present invention.
Figure 2 is a view showing the basic connection structure between the T-type channel and the sound-absorbing panel in the sound-absorbing panel installation structure for a ceiling wall according to an embodiment of the present invention.
3 is a view showing another connection structure between the T-type channel and the sound-absorbing panel in the sound-absorbing panel installation structure for the ceiling wall according to an embodiment of the present invention.
4 is a view showing another connection structure between the T-type channel and the sound-absorbing panel in the sound-absorbing panel installation structure for the ceiling wall according to an embodiment of the present invention.

Terms used in this specification will be briefly described, and the present invention will be described in detail.

The terms used in the present invention have been selected as currently widely used general terms as possible while considering the functions in the present invention, but these may vary depending on the intention or precedent of a person skilled in the art, the emergence of new technology, and the like. In addition, in a specific case, there is a term arbitrarily selected by the applicant, and in this case, the meaning will be described in detail in the description of the corresponding invention. Therefore, the term used in the present invention should be defined based on the meaning of the term and the overall content of the present invention, rather than the name of a simple term.

In the entire specification, when a part "includes" a certain element, this means that other elements may be further included, rather than excluding other elements, unless otherwise stated. In addition, terms such as "...unit" and "module" described in the specification mean a unit that processes at least one function or operation, which may be implemented as hardware or software, or a combination of hardware and software. .

Hereinafter, with reference to the accompanying drawings, the embodiments of the present invention will be described in detail so that those of ordinary skill in the art can easily implement them. However, the present invention may be embodied in several different forms and is not limited to the embodiments described herein. And in order to clearly explain the present invention in the drawings, parts irrelevant to the description are omitted, and similar reference numerals are attached to similar parts throughout the specification.

1 is a perspective view showing a sound-absorbing panel installation structure for a ceiling wall according to an embodiment of the present invention.

1, the sound-absorbing panel installation structure 1000 for a ceiling wall according to an embodiment of the present invention is a hanger bolt 100, a hanger 200, a carrying channel 300, a clip 400, a T-type channel ( 500 ), a sound-absorbing panel 600 , and a wall molding 700 .

The hanger bolt 100 may have a rod shape in which one side is coupled to the ceiling and the other side is coupled to the upper end of the hanger 200 .

The hanger 200 may be formed of a bent portion 210 having an upper portion connected to the other side of the hanger bolt 100 , and a lower portion bent toward the upper portion. More specifically, the hanger 200 is composed of an upper surface, one side, a lower surface and the other side, the upper surface is coupled with the hanger bolt 100, and one side, the lower surface and the other side are bent in a 'C' shape, The other side is designed to have a shorter height than the one side, and when viewed as a whole structure of the hanger bolt 100, the other side may have a 'ㅁ'-shaped structure in which a part of the other side is open. That is, the other side of the hanger bolt 100 is spaced apart without being connected to the upper surface, thereby forming an open portion formed on the other side of the hanger bolt 100 .

The carrying channel 300 is inserted and fixed to the bent portion 210 of the hanger 200, and may be formed in a substantially long rectangular parallelepiped bar shape. More specifically, the carrying channel 300 may be disposed in a horizontal direction and may be fixed by the hanger 200 in the form of being hung after passing through the hanger 200 in the horizontal direction.

The clip 400 may be wound around the carrying channel 300 to fix the lower T-shaped channel 500 . The clip 400 may be fixed by winding a band-type frame on four sides of the carrying channel 300, or may be manufactured in the form of a metal wire and fixed by winding four sides of the carrying channel 300, in this embodiment, the clip It is not limited to the detailed structure or type of 400, but the clip 400 having various shapes and structures is applicable.

The T-shaped channel 500 is fixed to the lower portion of the clip 400 , is disposed to be orthogonal to the carrying channel 300 , and locking portions protruding laterally from both sides of the lower portion may be formed. Such a T-shaped channel 500 has a structure in which a 'T' is arranged upside down in cross section and may be formed in a long bar shape. In addition, the T-shaped channel 500 may be formed of a metal material, in particular, an aluminum material. Such a T-shaped channel 500 will be described later in more detail about the engaging portion.

The sound-absorbing panel 600, each bent surface 610 is formed on both sides, these bent surfaces 610 are arranged in a direction parallel to the carrying channel 300 and orthogonal to the T-type channel 500 direction can be placed.

Locking grooves 620 are formed on both sides of the bent surface 610, and the locking parts of the T-type channel 500 are inserted into the locking grooves 620 so that the sound-absorbing panel 600 is in the T-type channel 500. It can be fixed, a more detailed description of the engaging portion of this sound-absorbing panel 600 will be described later.

The wall molding 700 may accommodate the end of the sound-absorbing panel 600 on the wall side of the sound-absorbing panel 600, and be fixed to the wall surface. In more detail, the wall molding 700 allows the ends of both side wall sides of the sound-absorbing panel 600 to be fixed to both side walls of the room by anchors.

Hereinafter, the coupling or fixing structure between the T-type channel 500 and the sound-absorbing panel 600 according to this embodiment will be described in more detail with reference to the accompanying drawings, and the T-type channel 500 is the first according to the structure. to the third T-type channel will be described, and the engaging groove of the sound-absorbing panel 600 according to each divided T-type channel will also be described by dividing the first to third engaging groove.

2 is a view showing a basic connection structure between the T-type channel and the sound-absorbing panel in the sound-absorbing panel installation structure for the ceiling wall according to an embodiment of the present invention.

Referring to FIG. 2 , the first T-shaped channel 500A according to the present embodiment includes a first center portion 510a and a first locking portion 520a.

The first center part 510a may extend from the top to the bottom in a linear direction, respectively. More specifically, the first center portion 510a may include a portion connected to the clip 400 and two center frames vertically extending downward from the connection portion. Since the center frame is in an overlapping state, a separate fixing device between the surface and the surface may be omitted so that the space between them can increase and decrease when external vibration occurs, but the present invention is not limited thereto. It is also possible to fasten the overlapping center frames.

The first stopper 520a may include a first bent frame 521a, a second bent frame 522a, and a third bent frame 523a.

The first bent frame 521a may extend from both sides from the lower end of the first center portion 510a and be bent perpendicularly to the first center portion 510a. That is, the first bent frame 521a may extend vertically from the lower end of the first center part 510a in a left/right direction, respectively, in a bent form.

The second bent frame 522a may extend from an end of the first bent frame 521a and be bent vertically upward.

The third bent frame 523a may extend from an end of the second bent frame 522a and be vertically bent toward the first center portion 510a. That is, the third bent frame 523a may be vertically bent and extended from the end of the second bent frame 522a toward the first center portion 510a.

The first locking groove 620a may be formed in a direction parallel to the sound-absorbing panel 600 from both sides of the sound-absorbing panel 600, that is, from both sides of the bent surface 610, and is approximately a 'C'-shaped groove. Doedoe is formed, the length of the upper portion is shorter than the lower portion to facilitate attachment and detachment to the first engaging portion (520a) when the sound-absorbing panel 600 is coupled to or separated from the T-type channel (500).

3 is a view showing another connection structure between the T-type channel and the sound-absorbing panel in the sound-absorbing panel installation structure for the ceiling wall according to an embodiment of the present invention.

Referring to FIG. 3 , the second T-shaped channel 500B according to the present embodiment includes a second center portion 510b and a second locking portion 520b.

Each of the second center parts 510b may extend in a straight direction from the top to the bottom. More specifically, the second center portion 510b may include a portion connected to the clip 400 and two center frames vertically extending downward from the corresponding connection portion. Since the center frame is in an overlapping state, a separate fixing device between the surface and the surface may be omitted so that the space between them can increase and decrease when external vibration occurs, but the present invention is not limited thereto. It is also possible to fasten the overlapping center frames.

The second stopper 520b may include a first bent frame 521b, a second bent frame 522b, and a third bent frame 523b.

The first bent frame 521b may extend from the lower end of the second center portion 510b from both sides, respectively, and may be bent perpendicularly to the second center portion 510b. That is, the first bent frame 521b may be vertically bent from the lower end of the second center portion 510b in the left/right direction.

The second bent frame 522b may extend from an end of the first bent frame 521b and be bent upward, respectively.

The third bent frame 523b may extend from an end of the second bent frame 522b and be bent downwardly toward the second center portion 510b, respectively. That is, the third bent frame 523b is not bent and extended vertically from the end of the second bent frame 522b toward the second center portion 510b, but is inclined downward at an angle of 30 to 35 degrees. can

The second locking groove 620b is formed in a direction parallel to the sound-absorbing panel 600 from both sides of the sound-absorbing panel 600, the ceiling surface is inclined according to the inclination angle of the third bending frame 523b. The entrance width of the locking groove 620b may be narrower than the inner side of the second locking groove 620b. That is, the second locking groove 620b is formed to have a cross section of a substantially triangular structure that increases in width from the inlet toward the inside as shown in FIG. 3 , and the length of the upper portion is shorter than the lower portion of the sound absorbing panel 600 ) to facilitate attachment and detachment to the second locking part 520b when coupled or separated from the T-shaped channel 500 .

4 is a view showing another connection structure between the T-type channel and the sound-absorbing panel in the sound-absorbing panel installation structure for the ceiling wall according to an embodiment of the present invention.

Referring to FIG. 4 , the third T-shaped channel 500C according to the present embodiment includes a third center portion 510c and a third locking portion 520c.

Each of the third center portions 510c may extend in a straight direction from the top to the bottom. More specifically, the third center portion 510c may include a portion connected to the clip 400 and two center frames vertically extending downward from the corresponding connection portion. Since the center frame is in an overlapping state, a separate fixing device between the surface and the surface may be omitted so that the space between them can increase and decrease when external vibration occurs, but the present invention is not limited thereto. It is also possible to fasten the overlapping center frames.

The third stopper 520c may include a first bent frame 521c, a second bent frame 522c, and a third bent frame 523c.

The first bent frame 521c may extend from both sides from the lower end of the third center portion 510c and be inclinedly bent upward. That is, the first bent frame 521c may extend from the lower end of the third center portion 510c in the left/right direction, that is, in the horizontal direction, and may extend in a state of being inclined upwardly at an angle of about 30 to 35 degrees.

The second bent frame 522c may extend from an end of the first bent frame 521c and be bent upward, respectively.

The third bent frame 523c may extend from an end of the second bent frame 522c and be bent downwardly toward the third center portion 510c, respectively.

The first to third bending frames 521c, 522c, and 523c of the third stopping part 520c have the entire first to third bending frames 521a, 522a, 523a forming the first stopping part 520a on the upper part. It may correspond to a structure changed to be inclined by approximately 30 to 35 degrees in the direction.

The third locking groove 620c may be formed to be inclined toward the upper portion of the sound-absorbing panel 600 from both sides of the sound-absorbing panel 600, and more specifically, from the entrance of the third locking groove 620c to the inside. It may be formed to be inclined upwardly, and this may correspond to a structure in which the first locking groove 620a is changed so that the inside of the first locking groove 620a is inclined upward.

According to this embodiment, the locking part of the T-type channel is made of a bent frame structure, and through a structure in which the coupling groove of the sound-absorbing panel is inserted in this structure, the coupling groove is formed by the elasticity of the locking part of the T-type channel even in strong vibrations such as earthquakes. It can be firmly fixed without being easily detached or detached from it.

What has been described above is only one embodiment for implementing the sound-absorbing panel installation structure for a ceiling wall according to the present invention, and the present invention is not limited to the above embodiment, and as claimed in the claims below, the present invention Without departing from the gist of the present invention, it will be said that the technical spirit of the present invention exists to the extent that various modifications can be made by anyone with ordinary knowledge in the field to which the invention belongs.

1000: sound absorption panel installation structure
100: hanger bolt
200: hanger
210: bent part
300: Carring Chanel
400: clip
500: T-type channel
500A: the first T-type channel
510a: first center part
520:a first stopper
521a: first bending frame
522:a second bent frame
523a: third bent frame
500B: 2nd T-type channel
510b: second center part
520b: second stopper
521b: first bent frame
522b: second bent frame
523b: third bent frame
500C: 3rd T-type channel
510c: third center part
520c: third stopper
521c: first bent frame
522c: second bent frame
523c: third bent frame
600: sound-absorbing panel
610: bending surface
620: jam groove
620a: first locking groove
620b: second locking groove
620c: third locking groove
700: wall molding

Claims (7)

A rod-shaped hanger bolt with one side coupled to the ceiling;
a hanger having an upper portion connected to the other side of the hanger bolt, and a lower portion formed of a bent portion bent toward the upper portion;
a carrying channel inserted and fixed to the bent part of the hanger and formed in a bar shape;
a clip wound around the carrying channel to fix the lower T-shaped channel;
a T-shaped channel fixed to the clip, disposed to be orthogonal to the carrying channel, and having engaging portions each protruding from both sides of the lower side to the side;
a sound-absorbing panel fixed to the T-type channel by inserting the engaging parts into the engaging grooves formed on both sides, respectively; and
Accommodating the end of the sound-absorbing panel on the wall side of the sound-absorbing panel, comprising a wall molding fixed to the wall,
The T-shaped channel is,
a center portion extending in a straight direction from the top to the bottom; and
A first bent frame extending from both sides from the lower end of the center part and bent obliquely toward the upper part, a second bent frame extending from an end of the first bent frame and bent toward the upper part, respectively, and the second bent frame Doedoe extending from the end includes a locking portion including a third bent frame bent downwardly inclined toward the center portion, respectively,
The locking groove is
Sound-absorbing panel installation structure for a ceiling wall, characterized in that formed inclined toward the upper portion of the sound-absorbing panel from both sides of the sound-absorbing panel.
According to claim 1,
The T-shaped channel is
a center portion extending in a straight direction from the top to the bottom; and
A first bent frame extending from both sides from the lower end of the center part and bent vertically with respect to the center part, a second bent frame extending from an end of the first bent frame and bent upward, respectively, and the second Doedoe extending from the end of the bent frame, the sound-absorbing panel installation structure for the ceiling wall, characterized in that it comprises a locking portion comprising a third bent frame bent vertically toward the center portion, respectively.
3. The method of claim 2,
The locking groove is
A sound-absorbing panel installation structure for a ceiling wall, characterized in that formed in a direction parallel to the sound-absorbing panel from both sides of the sound-absorbing panel.
According to claim 1,
The T-shaped channel is
a center portion extending in a straight direction from the top to the bottom; and
A first bent frame extending from both sides from the lower end of the center portion and bent perpendicularly to the center portion, a second bent frame extending from an end of the first bent frame and bent upward, respectively, and the second Doedoe extending from the end of the bent frame, the sound-absorbing panel installation structure for a ceiling wall, characterized in that it comprises a locking portion comprising a third bent frame bent downwardly inclined toward the center, respectively.
5. The method of claim 4,
The locking groove is
It is formed from both sides of the sound-absorbing panel in a direction parallel to the sound-absorbing panel, the ceiling surface is formed to be inclined according to the inclination angle of the third bent frame, so that the entrance width of the engaging groove is narrower than the inner side of the engaging groove. A sound-absorbing panel installation structure for the ceiling wall.
delete delete

Images