KR20170048129A - Wall finishing assembly having interval adjusting function - Google Patents

Abstract

The present invention relates to a wall finishing assembly having an interval adjusting function, comprising: a finishing panel; a main frame which supports the finishing panel to a wall; a gripping bracket whose one side is combined with the main frame, and whose other side is combined to grip the finishing panel; a connection bracket whose one side is combined with a vertical frame, whose other side is combined with a horizontal frame which connects the horizontal frame and the vertical frame; and an interval adjusting unit whose one side is fixated on the wall whose other side is combined with the main frame, whose other side is rotatably combined with one side and capable of adjusting an interval between the wall and the main frame. According to the present invention, the wall finishing assembly having an interval adjusting function is able to minutely adjust the interval of a finishing panel from a wall; increase smoothness between finishing panels to closely place finishing panels installed nearby; and have excellent waterproof and soundproof efficiencies.

Description

Technical Field [0001] The present invention relates to a wall finishing assembly having an interval adjusting function,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a wall surface finishing assembly having a space adjusting function, and more particularly, to a wall surface finishing assembly having a space adjusting function capable of increasing smoothness between finishing panels.

In order to solve problems such as condensation phenomenon which may be caused by a temperature difference between the outside air and the inside room, a closure member such as a gypsum board, a rock surface, or the like is installed on the inner wall of a general dry building or a house.

This is because, since the temperature difference between the outside and inside rooms due to the seasonal changes is large in Korea, when the outside influences greatly on the occupants living in the inside room, the heating cost may rise, The gypsum board is installed on the wall facing the inside to prevent noise as well as to prevent condensation.

In the conventional interior wall structure constructed as described above, a wall and a floor slab are installed to divide the interior of the building, and a plurality of vertical and horizontal wood supports are formed by a fixing nail having a predetermined thickness on the wall, A closure member made of a gypsum board or the like is fixed to the neck by a fixing nail or a fixing piece, and a wallpaper is attached to the outer surface of the fixed closure member.

However, the conventional wall structure as described above has a problem in that it is very difficult to apply to the concrete wall due to the construction using the fixing nails or the fixing pieces. In addition, there is a problem in that the closing member is applied only to the gypsum board layer in the wall, and in the winter season, moisture is generated on the wall of the inner room side and the outside air is inflow. In particular, such moisture causes a phenomenon of wetting .

In order to solve the above-mentioned problems, Korean Patent No. 10-0850767 discloses a structure in which a plurality of fixed panels, a heat insulating panel, and a gypsum board to be installed on a wall are assembled to an anchor and an adhesive so as to be sequentially superimposed on an inner wall The structure of the interior wall of the building has been disclosed, which enables a simple and rigid installation by the prefabricated structure and minimizes the gap where the cold air from the outside flows into the room.

However, in the case of the above-mentioned Domestic Registration No. 10-0850767, since the structure for fixing the insulating panel and the gypsum board using the anchor is not well-formed, There is a problem that construction is carried out. That is, it is very difficult to control the degree of protrusion or penetration of the insulating panel and the gypsum board through the anchors.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a wall surface finishing assembly having a space adjusting function capable of finely adjusting a space between finishing panels with respect to a wall surface, It has its purpose.

It is another object of the present invention to provide a wall surface finishing assembly having an interval adjusting function that is excellent in waterproofing and soundproofing by closely positioning finishing panels adjacent to each other.

According to an aspect of the present invention, there is provided a wall surface finishing assembly including a finishing panel; A vertical frame disposed in a vertical direction along the wall surface to support the finishing panel on the wall surface and spaced apart at a plurality of predetermined intervals, and a vertical frame disposed between the vertical frames adjacent to each other, A main frame including a horizontal frame to be disposed; A gripping bracket having one side coupled to the main frame and the other side coupled to grip the finish panel; A connection bracket coupled to one side of the vertical frame and coupled to the horizontal frame to connect the horizontal frame and the vertical frame; And a gap adjusting unit coupled to one side of the wall surface to adjust a gap between the wall surface and the main frame so that the other side is rotatably coupled to the other side of the wall frame, .

Wherein the gap adjusting portion includes a fixing portion fixed to the wall surface and a turning portion having one side rotatably mounted on the fixing portion and the other side coupled to the main frame, A fixing bolt for fixing the fixing piece to the wall surface and an extending piece extending from one side end of the fixing piece in a direction intersecting with the fixing piece, A coupling pin extending from one side end of the pivoting member in a direction intersecting with the pivoting piece and coupled to the main frame, And a fastening bolt and a fastening nut for fastening the coupling piece to the fastening bolt.

Wherein each of the vertical frame and the horizontal frame has a flat plate portion spaced apart from the wall surface by a predetermined distance, and a fitting groove portion extending from the opposite side ends of the flat plate portion in a direction to be close to each other by a predetermined length, And a bending portion extending from the one surface of the flat plate portion facing the bending rib so as to be bent toward the wall surface and forming an insertion groove for inserting a flow prevention protrusion provided on the connection bracket, .

A connection bolt and a coupling nut for coupling the first connection piece and the bent part of the horizontal frame to each other; A second connecting piece disposed to be in close contact with a bent portion of the frame and extending from the end of the second connecting piece so as to be inserted into an insertion groove formed in a bent portion of the vertical frame to restrain the second connecting piece to the bent portion of the vertical frame And a restraining piece.

The grip bracket includes a base formed in a flat plate shape so that both end portions of the grip bracket can be fitted into fitting grooves formed in the main frame, a grip portion provided on one surface of the base to grip the edge of the finish panel, Wherein the gripping portion has a pressing plate arranged to be in close contact with a surface of the base and a pressing rib extending obliquely to each other so as to come closer to each other from opposite ends of the pressing plate, .

And a corner frame installed at a corner of the wall surface, the corner frame including an in-corner frame installed at a corner of the wall surface, and an out-corner frame installed at a corner of the wall surface, A second inner wall surface portion extending from an end of the first inner wall surface portion and disposed opposite to the other surface of the wall surface corner; A first inner wall spacing portion formed on one surface of the first inner wall surface portion so as to be spaced apart from one surface of the wall surface; and a second inner wall surface portion spaced apart from the other surface of the wall surface by the second inner wall surface portion, A second inner wall spacing portion formed on one surface of the first inner wall surface portion and a second inner wall spacing portion formed on one side of the first inner wall surface portion, A first inner wall fitting portion that forms a first inner wall fitting groove for fitting the bracket and a second fitting portion that is bent in a direction approaching each other from both side ends of the second inner wall portion to fit the holding bracket holding the finishing panel The outcouter frame includes a first outer wall surface portion that is disposed to face one surface of the edge of the wall surface, and a second inner wall surface portion that extends from an end of the first outer wall surface portion, A first outer wall spacing portion formed on one surface of the first outer wall surface portion so as to separate the first outer wall surface portion from one surface of the wall surface edge; A second outer wall spacing portion formed on one surface of the second outer wall surface portion to separate the second outer wall surface portion from the other surface of the wall surface; A first outer wall fit-in portion formed to be bent in a direction away from the first outer wall surface portion and forming a first outer wall fit-in groove for fitting a grip bracket for holding the finish panel, and a second outer wall fit- And a decorative portion formed at a point where the first outer wall surface portion and the second outer wall surface portion meet, forming a second outer wall fit-in groove for bending the grip bracket for holding the finish panel, .

And a corner bracket for connecting the main frame and the corner frame, wherein the corner bracket includes: a first support piece disposed in close contact with a bent portion of the horizontal frame; A second support piece extending in a direction intersecting with the first support piece and closely disposed on one side of the innerscanner frame or the outcorner frame of the corner frame and a second support piece fixed to the bent part of the horizontal frame, And a fixing member for fixing the frame to one side of the in-corner frame or the out-corner frame.

The wall surface finishing assembly having the space adjusting function according to the present invention can finely adjust the interval of the finishing panel with respect to the wall surface so as to increase the smoothness of the finishing panels, So that waterproof and soundproofing efficiency is excellent.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of a wall surface finishing assembly having a spacing control function according to the present invention; FIG.
FIG. 2 is an exploded perspective view of a main frame and a support bracket of a wall surface finishing assembly having a gap adjusting function according to the present invention. FIG.
FIG. 3 is a cross-sectional view illustrating a state in which a support bracket of a wall surface finishing assembly having a gap adjusting function according to the present invention shown in FIG. 3 is engaged.
FIG. 4 is an exploded perspective view of a main frame and a connection bracket of a wall surface finishing assembly having a gap adjusting function according to the present invention. FIG.
5 is a perspective view illustrating a gap adjusting unit of a wall surface finishing assembly having a gap adjusting function according to the present invention.
6 is a perspective view illustrating an operation example of a gap adjusting unit of a wall surface finishing assembly having a gap adjusting function according to the present invention.
FIG. 7 is an exploded perspective view of an out-corner frame of a wall surface finishing assembly having a gap adjusting function according to the present invention; FIG.
FIG. 8 is an exploded perspective view illustrating an innerser frame and a corner bracket of a wall surface finishing assembly having a gap adjusting function according to the present invention; FIG.
FIG. 9 is an exploded perspective view illustrating a wallet of a wall surface finishing assembly having a space adjusting function according to the present invention; FIG.
10 is a sectional view showing another embodiment of a finishing panel of a wall surface finishing assembly having a gap adjusting function according to the present invention.

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a wall surface finishing assembly having a space adjusting function according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 to 10 show a wall surface finishing assembly with a gap adjustment function according to the present invention. 1 to 10, a wall surface finishing assembly having a gap adjusting function according to the present invention includes a finishing panel 10, a main frame 20, connection brackets 40 and 60, 50, corner frames 70, 80, and a corner bracket 90.

The finishing panel 10 includes a finishing plate 11 having four sides and being formed in a rectangular or square shape and being formed to be flat and a finishing frame 12 (not shown) formed to surround a side surface of the finishing plate 11 and a part of the bottom- ). A skirt 13 extending a predetermined length in a direction away from the finishing plate 11 is formed on the finishing frame 12 from a portion corresponding to the bottom edge of the finishing plate 11 so as to be gripped by a gripping bracket 30, Respectively.

The main frame 20 supports the finishing panel 10 on the wall surface, and includes a vertical frame 21 and a horizontal frame 22.

The vertical frames 21 extend along the longitudinal direction so as to be vertically arranged along the wall surface W as shown in the figure, and are spaced apart from each other at a predetermined interval and are arranged to be parallel to each other.

The horizontal frame 22 is arranged in a horizontal direction so as to intersect the vertical frame 21 between the vertical frame 21 on one side and the vertical frame 21 on the other side adjacent to each other. The horizontal frame 22 may be connected to the vertical frame 21 by connecting brackets 40 as shown in FIG. 2 or may be connected to the vertical frame 21 by connecting brackets 60 as shown in FIG. 21).

As shown in FIG. 3, the vertical frame 21 and the horizontal frame 22 are spaced apart from the wall surface W by a predetermined distance. The vertical frame 21 and the horizontal frame 22 are formed to be parallel to the wall surface W, A bending rib 24 formed on one side of the flat plate 23 and a bent portion 26 formed on the other side of the flat plate 23.

The bending ribs 24 extend from the both side ends of the flat plate 23 in a direction to be close to each other and extend to a predetermined length so as to form fitting grooves 25 so that the holding brackets 30 can be inserted.

The bent portion 26 is bent to extend from one surface of the flat plate portion 23 facing the bending rib 24 in a direction toward the wall surface W and has a connecting bracket 40 The insertion groove 27 is formed so that the flow prevention protrusion 43 and the bending prevention protrusion 44 can be inserted. The structure of the insertion groove 27 formed by the bent portion 26 has a structure in which the inside is closed and the entrance side is opened along the longitudinal direction.

The bent portions 26 of each of the vertical frame 21 and the horizontal frame 22 support the vertical panel 21 and the horizontal frame 22 while supporting the panel 10 at a distance from the wall surface W And connection brackets 40 and 60 for connection are formed.

The grip bracket 30 is coupled to one side of the main frame 20 and the other side of the grip panel 30 to grip the finishing panel 10 and includes a base 31 and a grip portion 32 and a constrained relay portion.

The base 31 is formed in a flat plate shape so that both ends of the base 31 can be inserted into the fitting groove 25 provided in each of the vertical frame 21 and the horizontal frame 22.

The grip portion 32 is provided on one surface of the base 31 to grip the edge of the finishing panel 10, that is, the skirt 13, and is in close contact with a surface of the base 31 And a pressing rib extending obliquely to each other so as to come closer to each other from both opposite end portions of the fastening plate.

The restraint relay repeats the grasp portion 32 with respect to the base 31 so that the restraint relay rib 36 and the restraint relay rib 36 are formed so as to penetrate the end of the restraint- And a constraint relay hole formed by opening a part of the pressurizing rib of the support portion 32. [ The restraint relay ribs 36 protrude from one surface of the base 31 and face each other and are spaced apart from each other at intervals corresponding to the width of the adhesive plate, and the ends are bent toward each other.

The restraint relay section described above is configured such that each of the restraint relay ribs 36 is bent toward the restraining relay hole of the pressing rib in a state where the gripper section 32 is inserted between the restraint relay ribs 36, ).

The grip bracket 30 can be fixed to the vertical frame 21 or the horizontal frame 22 by horizontally turning the base 11 into the fitting groove 25 with the base 11 in the vertical direction. At this time, the base 31 has a length in the longitudinal direction corresponding to the width of the groove 25, and a width in the width direction is smaller than the width of the groove 25 to facilitate installation and disassembly desirable.

The above-described holding bracket 30 effectively prevents the detachment of the finishing panel 10 due to external force such as bending, twisting stress, or earthquake, thereby improving the reliability of the product and maintaining the engagement state continuously, So that maintenance is easy.

The connection brackets 40 and 60 connect the vertical frame 21 and the horizontal frame 22 to each other and connect the connection brackets 40 as shown in FIGS. 2 and 3, Any one of the connection brackets 60 may be selectively used.

2 and 3 are connected to one side of the vertical frame 21 and the other side of the connection bracket 40 is coupled to the end of the horizontal frame 22 to connect the horizontal frame 22 to the vertical frame 21, And is provided with a cover plate 41 and a support plate 45.

The cover plate 41 is formed in a shape such as a "C" shape that surrounds the bent portions 26 of the vertical frame 21 and the horizontal frame 22 and has a vertical frame 21 or a horizontal frame 22, And is disposed so as to be in close contact with the wall surface W. The flat plate portion 23 has a length corresponding to the width of the flat plate portion 23,

Is inserted into the insertion grooves 27 formed in the bent portion 26 of the vertical frame 21 when the vertical plate 21 is engaged with the inside of the both side plates 42 of the cover plate 41, And a flow preventing protrusion 43 for preventing the vertical frame 21 from flowing inside is formed.

In the outer side of the both side plates 42 of the cover plate 41 are inserted into the inside of the side bent portions 26 formed in the horizontal frame 22, So as to prevent the bent portion 26 of the horizontal frame 22 from being widened and distanced from each other while contacting the wall surface W and to prevent the horizontal frame 22 from falling, And protrusions 44 are formed respectively. The bending prevention protrusions 44 may be formed by cutting a part of both the side plates 42 of the cover plate 41 and bending them in a direction corresponding to the extending direction of the support plate 45 described later.

The bending prevention protrusion 44 has a piece hole for fixing the horizontal frame 22 to the bending prevention protrusion 44 by fixing the fixing piece so as to penetrate from the outside of the horizontal frame 22. In addition, a pair of fastening holes are formed in the both side plates 42 of the cover plate 41 so that the cover plate 41 can be fixed to the vertical frame 21 using a fixing piece.

Although not shown in the drawings, the cover plate 41 and the vertical frame 21 can be fixed through a fixing piece.

The support plate 45 extends from the end of the side plate 42 of the lid plate 41 so as to be bent in a direction intersecting or orthogonal to the side plate 42 of the lid plate 41 and disposed on both sides of the vertical frame 21 And is inserted into the fitting groove portion 25 formed by the bending ribs 24 of the horizontal frame 22 to support the horizontal frame 22.

When the horizontal frame 22 is supported by the vertical frame 21 using the connection bracket 40 as described above, one surface of the cover plate 41 faces the wall surface, And the support plate 45 protruding from both sides in the width direction of the vertical frame 21 is fitted into the fitting groove portion 25 of the horizontal frame 22. [ At this time, the bending prevention protrusion 44 formed on the side plate 42 of the cover plate 41 is fitted into the insertion groove 27 of the bending portion 26, and the bending prevention protrusion 44 is horizontally The frame 22 is supported by the vertical frame 21 and is prevented from dropping downward or falling off.

4 includes the first connecting piece 61, the second connecting piece 62, the coupling bolt 63, the coupling nut 64, and the restraining piece 65 do.

The first connecting piece 61 is formed flat and extended by a predetermined length so as to be closely attached to the bent portion 26 of the horizontal frame 22 and the second connecting piece 62 extends from the end of the first connecting piece 61 And is formed so as to be in close contact with the bent portion 26 of the vertical frame 21 and is extended by a predetermined length.

The restraint piece 65 is bent so as to be inserted into the insertion groove 27 formed in the bent portion 26 of the vertical frame 21 from the end of the second connecting piece 62, (21).

The coupling bolt 63 is inserted into the bending portion 26 of the horizontal frame 22 and the end of the coupling bolt 63 is connected to the first connecting piece The first connecting piece 61 is fixed to the bent portion 26 of the horizontal frame 22 in such a manner that the first connecting piece 61 is in close contact with the bent portion 26 of the horizontal frame 22.

The restricting piece 65 is formed such that the width of the portion from which the extension of the restricting piece 65 starts to extend from the second connecting piece 62 corresponds to the width of the entrance portion of the insertion groove 27 formed inside the bent portion 26 of the vertical frame 21 And the end portion is formed so as to extend beyond the width of the entrance portion of the insertion groove 27 of the bent portion 26 so as to be engaged with the bent portion 26 so as not to fall out of the bent portion 26. [ The restraint piece 65 may have a tapered structure that gradually increases in width as it extends to the end portion so as to have a firm fastening force with the bent portion 26 of the vertical frame 21.

As shown in the figure, the connecting bracket 60 is fixed to the bent portion 65 of the vertical frame 21 in a state in which the first connecting piece 61 and the second connecting piece 62 are laid down in the vertical direction so as to be positioned on the horizontal line, Is inserted into the insertion groove 27 on the inner side of the bending portion 26 and is then allowed to stand in the transverse direction to engage the restraint piece 65 with the bending portion 26 being engaged.

5 and 6, the gap adjusting part 50 is fixed at one side to the wall surface W, the other side is coupled to the main frame 20, and the other side is rotatable relative to the other side The fixing part 51 is fixed to the wall surface W. The fixing part 51 is provided with one side rotatably mounted on the fixing part 51 And the other side includes a turning portion 55 coupled to the main frame 20. [

The fixing portion 51 includes a fixing piece 52 fixedly attached to the wall surface W, a fixing bolt 54 fixing the fixing piece 52 to the wall surface W, And an extending piece 53 extending in a direction intersecting with the fixing piece 52 from one side end of the fixing piece 52. [

The fixing piece 52 is formed flat so as to be in close contact with the wall surface W, and a bolt hole is formed so that the fixing bolt 54 can pass through. The bolt hole formed in the fixing piece 52 may be formed in a circular shape or may be formed in a long hole shape so that the position of the fixing piece 52 can be changed with respect to the fixing bolt 54.

The pivoting portion 55 includes a pivoting piece 56 disposed to face the extending piece 53, a pivoting pin 57 for pivotally connecting the pivoting piece 56 to the extending piece 53, A coupling piece 58 extending from one side end of the piece 56 in the direction intersecting with the turning piece 56 to be coupled to the main frame 20 and a coupling bolt 58 for coupling the coupling piece to the main frame 20 59a and a fastening nut 59b. The coupling piece extends from the end of the rotating piece 56 in a letter shape or a letter shape, and a fastening hole is formed at an end thereof so that the fastening bolt 59a can pass through. The fastening hole formed in the coupling piece 58 may be formed in a circular shape, but may be formed in a long hole shape so that the fastening position of the fastening bolt 59a and the fastening nut 59b can be changed flexibly.

The gap adjusting part 50 fixes the fixing part 51 to the vertical frame 21 or the wall surface W adjacent to the horizontal frame 22 and fixes the vertical frame 21 or the horizontal frame 22 The head portion of the fastening bolt 59a is inserted into the insertion groove 27 formed in the inside of the fastening portion 26 so that the rotor fastening bolt 59a is not detached from the bent portion 26. When the end portion of the fastening bolt 59a is rotated It can be coupled to the vertical frame 21 or the horizontal frame 22 by fastening the fastening nut 59b after passing through the fastening hole of the upper portion 55. [

The fixing portion 51 is fixed to the wall surface W and the end portion of the turning portion 55 is fixed to the vertical frame 21 or the horizontal frame 22 via the fastening bolt 59a and the fastening nut 59b, The vertical frame 21 or the horizontal frame 22 is moved away from the wall surface W as the end of the swinging portion 55 is moved away from the wall surface W. [ And is spaced from the wall surface W. Thereafter, when the vertical frame 21 or the horizontal frame 22 is spaced by a desired distance from the wall surface W, the fastening bolts 59a and the fastening nuts 59b fastened in a loosely fastened state are fastened tightly to the vertical frame 21 Or the position of the horizontal frame 22 is fixed.

The spacing adjusting unit 50 has the advantage that the distance and spacing of the main frame 20 with respect to the wall surface W can be very easily adjusted by a simple method.

7 and 8, the corner frame is installed at a corner of the wall W and includes an inner frame 70 provided at a corner of the wall W, And an outcorner frame 80 installed at a protruded corner portion.

7, the incinerator frame 70 includes a first inner wall surface portion 71 disposed to face one surface of a corner of the wall surface W, a second inner wall surface portion 71 extending from an end portion of the first inner wall surface portion 71, A second inner wall surface portion 72 disposed on the other surface of the first inner wall surface portion 71 so as to face the first surface of the first inner wall surface portion 71 so as to separate the first inner wall surface portion 71 from one surface of the corner of the wall surface W; And a second inner wall spacing portion 73 formed on one surface of the second inner wall surface portion 72 so as to separate the second inner wall surface portion 72 from the other surface of the corner of the wall surface W. [ A first inner wall fitting portion 75 formed to be bent in a direction approaching each other from both side ends of the first inner wall surface portion 71 and forming a first inner wall fitting groove for fitting the holding bracket 30, And a second inner wall fitting groove formed so as to be bent in a direction approaching each other from both side ends of the second inner wall surface portion 72 so as to be able to engage the holding bracket 30 And a second inner wall fitting portion (76).

The first inner wall surface portion 71 and the second inner wall surface portion 72 are arranged to be orthogonal to each other and are arranged to form acute or obtuse angle depending on the shape of the corner of the wall surface W and extend vertically along the wall surface W have. The first inner wall spacing part 73 and the second inner wall spacing part 74 are formed in the same structure as the bent part 26 of the main frame 20 and one side thereof is connected to the wall surface W .

8, the outcorner frame 80 includes a first outer wall surface portion 81 disposed to face one side of the edge of the wall surface W, and a second outer wall surface portion 81 extending from the end portion of the first outer wall surface portion 81 A second outer wall surface portion 82 disposed opposite to the other surface of the wall W and a first outer wall surface portion 81 for separating the first outer wall surface portion 81 from one surface of the edge of the wall surface W, Formed on one surface of the second outer wall surface portion (82) so as to separate the second outer wall surface portion (82) from the other surface of the edge of the wall surface (W) A first outer wall fitting portion 84 formed to bend in directions approaching each other from both side ends of the first outer wall surface portion 81 and to form a first outer wall fitting groove for fitting the holding bracket 30, And the second outer wall surface portion 82. The second outer wall surface portion 82 and the second outer wall surface portion 82 are formed so as to be bent in directions approaching each other, The forming the groove 2 includes an external wall fitting portion 86 and the first outer wall surface 81 and the second outer wall surface 82, the decorative section 87 is formed at the meeting point.

The first outer wall surface portion 81 and the second outer wall surface portion 82 are arranged so as to be orthogonal to each other and are arranged to form acute or obtuse angle depending on the shape of the edge of the wall surface W and extend vertically along the wall surface W have. The first outer wall spacing portion 83 and the second outer wall spacing portion 84 are formed in the same structure as the bent portion 26 of the main frame 20 and one side thereof is connected to the wall surface W .

The corner bracket 90 is for connecting the main frame 20 and the corner frame and includes a first support piece 91, a second support piece 92, a bolt 93 and a nut 94, And a fixing member.

The first support piece 91 is disposed in close contact with the bent portion 26 of the horizontal frame 22 and the second support piece 92 extends from the first support piece 91 to the first support piece 91, And the fixing member is disposed on the side of the innerserner frame 70 or the outcorner frame 80 of the corner frame in such a manner that the first supporting piece 91 extends to the bent portion 26 and fix the second support piece 92 to one side of the innerserner frame 70 or the outcorner frame 80. [

Holes are formed in the first support piece 91 and the second support piece 92 so as to allow the bolt to pass therethrough and the first support piece 91 is provided with a bent part 26 of the horizontal frame 22 And a guide protrusion 95 for guiding the seating position of the first support piece 91 is protruded to one side.

Although not shown in the drawing, the guide protrusion 95 formed on the first support piece 91 can guide the position of the connection bracket 60 as well as the second support piece 92 of the corner bracket 90 The first connecting piece 61 and the second connecting piece 62 may be formed in the same manner.

The wall surface finishing assembly having the space adjusting function according to the present invention further includes a mopen frame 100.

9, the mopen frame 100 includes a fitting frame 101 fitted to the lower end of the vertical frame 21, and a fitting frame 101 extending from the end of the fitting frame 101 in a direction perpendicular to the fitting frame 101 And a bottom frame 102 extending and fixed to the floor.

The fitting frame 101 is formed flat so as to be fitted into the fitting groove 25 formed by the bending ribs 24 of the vertical frame 21, And a large number of piece holes are formed so as to be fixed to the plate.

The bottom frame 102 is flat so as to be adhered to the floor, and has a plurality of piece holes for fixing the bottom frame 102 to the floor through the fixing pieces P.

10, the finishing panel 10 of the wall finishing assembly having the space adjusting function according to the present invention may include a finishing plate 11 for decorating, a finishing frame 12 and a skirt 13, And a charging unit 14 for sound absorption and sound insulation.

The charging unit 14 is formed in a space formed by the finishing frame 12 and the finishing plate 11 behind the finishing plate 11 and can be formed by filling a foaming agent such as urethane.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It will be appreciated that other equivalent embodiments are possible. Therefore, the scope of the true technical protection of the present invention should be determined by the technical idea of the appended claims.

10: Finishing panel
11: Finishing plate 12: Finishing frame
20: Main frame
21: vertical frame 22: horizontal frame
23: flat plate portion 24: bending rib
25: fitting groove portion 26:
30: Phaser Bracket
31: Base 32:
33: tightening plate 34: pressure rib
35: constraint relay section 36: constraint relay rib
40: Connection bracket
41: cover plate 45: fixed plate
50:
51: Fixing portion 55:
60: Connection bracket
61: first connecting piece 62: second connecting piece
70: Inconverter frame
80: out corner frame
90: Corner bracket
91: first supporting piece 92: second supporting piece
100: Baseboard frame

Claims (7)

A finishing panel;
A vertical frame disposed in a vertical direction along the wall surface to support the finishing panel on the wall surface and spaced apart at a plurality of predetermined intervals, and a vertical frame disposed between the vertical frames adjacent to each other, A main frame including a horizontal frame to be disposed;
A gripping bracket having one side coupled to the main frame and the other side coupled to grip the finish panel;
A connection bracket coupled to one side of the vertical frame and coupled to the horizontal frame to connect the horizontal frame and the vertical frame;
And a gap adjusting unit coupled to one side of the wall surface to adjust a gap between the wall surface and the main frame so that the other side is rotatably coupled to the other side of the wall frame, Wherein the wall-closing assembly includes a first wall-facing surface and a second wall-facing surface. The method according to claim 1,
Wherein the gap adjusting portion includes a fixing portion fixed to the wall surface and a turning portion having one side rotatably mounted on the fixing portion and the other side coupled to the main frame,
Wherein the fixing portion includes a fixing piece fixedly attached to the wall surface, a fixing bolt fixing the fixing piece to the wall surface, and an extending piece extending from one side end of the fixing piece in a direction intersecting the fixing piece,
Wherein the pivoting portion includes a pivoting piece disposed to face the extending piece, a pivoting pin for pivotally connecting the pivoting piece to the extended piece, and a pivoting member extending from one end of the pivoting piece in a direction crossing the pivoting piece And a fastening bolt for fastening the coupling piece to the main frame, and a fastening nut for fastening the fastening bolt to the main frame. The method according to claim 1,
Wherein each of the vertical frame and the horizontal frame has a flat plate portion spaced apart from the wall surface by a predetermined distance, and a fitting groove portion extending from the opposite side ends of the flat plate portion in a direction to be close to each other by a predetermined length, And a bending portion extending from the one surface of the flat plate portion facing the bending rib so as to be bent toward the wall surface and forming an insertion groove for inserting a flow prevention protrusion provided on the connection bracket, Wherein the wall spacer is provided with a spacer. The method of claim 3,
A connection bolt and a coupling nut for coupling the first connection piece and the bent part of the horizontal frame to each other; A second connecting piece disposed to be in close contact with a bent portion of the frame and extending from the end of the second connecting piece so as to be inserted into an insertion groove formed in a bent portion of the vertical frame to restrain the second connecting piece to the bent portion of the vertical frame And a restraining piece (40) for restricting the gap between the wall and the wall. The method according to claim 1,
The grip bracket includes a base formed in a flat plate shape so that both end portions of the grip bracket can be fitted into fitting grooves formed in the main frame, a grip portion provided on one surface of the base to grip the edge of the finish panel, And a restraint relay section for restraining the grip section,
Wherein the gripping portion includes a contact plate disposed closely to one surface of the base and a pressurizing rib extending obliquely to each other so as to come closer to each other from both opposite end portions of the contact plate. Closing assembly. The method according to claim 1,
And a corner frame installed at a corner of the wall surface, the corner frame including an in-corner frame provided at a corner portion of the wall surface and an out-corner frame provided at a protruded corner portion of the wall surface,
A second inner wall surface portion extending from an end of the first inner wall surface portion and disposed opposite to the other surface of the wall surface corner; A first inner wall spacing portion formed on one surface of the first inner wall surface portion so as to separate the inner wall surface portion of the first inner wall surface portion from the one surface of the wall surface; A second inner wall spacing portion formed on one surface of the second inner wall surface portion and a second inner wall spacing portion formed on the first inner wall surface portion so as to be bent in directions approaching each other from both side ends of the first inner wall surface portion, And a gripping bracket for bending the finishing panel, the gripping bracket being formed to be bent in directions approaching each other from both side ends of the second inner wall surface portion, To wool may include the fitting parts of the second inner wall to form a second inner wall insertion groove,
Wherein the outercanter frame includes a first outer wall surface portion disposed to face one surface of the wall surface edge, a second inner wall surface portion extending from an end portion of the first outer wall surface portion and opposed to the other surface of the wall surface corner, A first outer wall spacing portion formed on one surface of the first outer wall surface portion to separate the first outer wall surface portion from one surface of the wall surface edge; A second outer wall spacing portion formed on one surface of the second outer wall surface portion and a second outer wall spacing portion formed on the first outer wall surface portion so as to be bent in directions approaching each other from both side ends of the first outer wall surface portion, A first outer wall fitting portion forming a fitting groove and a gripping bracket formed to bend in directions approaching each other from both side ends of the second outer wall face portion, A second outer wall fitting portion forming a second outer wall fitting groove for fitting the first outer wall wall and a second wall surface of the second wall wall, and a decorative portion formed at a position where the first outer wall surface and the second outer wall surface meet. . The method according to claim 6,
And a corner bracket for connecting the main frame and the corner frame,
The corner bracket includes a first support piece disposed in close contact with a bent portion of the horizontal frame and a second support piece extending in a direction intersecting the first support piece from the first support piece, And a fixing member for fixing the first supporting piece to the bent portion of the horizontal frame and fixing the second supporting piece to one side of the innerserner frame or the outcorner frame Wherein the wall surface of the wall is substantially flat.

Images