KR101947754B1 - Frame assembly for wall finishing - Google Patents

Abstract

The present invention relates to a frame assembly for a wall finishing application, comprising: a finishing panel; A plurality of vertical bars arranged in parallel to one another in the longitudinal direction on the wall surface, a plurality of horizontal bars arranged in parallel to each other in the transverse direction between the vertical bars, and a fixing member for fixing the vertical bars and the horizontal bars to the wall surface, Wealth; A support bracket part having one side fixed to the support frame part and the other side connected to the finishing panel to support the finishing panel with respect to the support frame part; And a packing part interposed between the finishing panels.
The frame assembly for wall finishing construction according to the present invention can improve seismic resistance, impact resistance and durability through a packing portion and a sealing portion, and has a function of preventing heat insulation, waterproofing, sound absorption and dew condensation while adopting a simple installation and dismantling structure Thereby improving the workability and shortening the length of air and increasing the stability of the construction.

Description

[0001] Frame assembly for wall finishing [0002]

The present invention relates to a frame assembly for wall finishing construction, and more particularly, to a frame assembly for wall finishing construction, which can improve seismic resistance, impact resistance and durability, and has a heat insulation, waterproof, sound absorption and dew condensation prevention function, And more particularly, to a frame assembly for a wall finishing construction capable of enhancing construction stability.

Generally, the surface of the wall structure is subjected to finishing work so that the exterior of the building wall can be decorated with a beautiful appearance.

In recent years, a finishing panel having a predetermined size such as a natural stone, an artificial stone, a metal plate, a synthetic resin plate, and a wooden plate has been used as a wall of a building Is widely applied as a wall finishing method of a building.

Particularly, in the construction of the above-mentioned building finishing panel, a wet type construction method in which a cement mortar or the like is applied to the surface of a wall such as concrete and then the finishing panel is pressed and attached is mainly performed. A dry type construction method in which a fixed frame is installed with a metal pipe or the like, and then a finishing panel is fixed thereon by a set screw is utilized.

The conventional wall structure is constituted by a fixed frame fixed to a wall and a plurality of finishing panels fixed to the fixed frame, and the fixed frame is formed by combining a plurality of horizontal bars and vertical bars to screw the finishing panel. The finishing panel includes a flat panel-shaped panel body and a bent piece formed at an edge of the panel body so that the set screw can be fastened. At this time, a plurality of fastening holes for fastening the set screw is formed on the bending piece.

In the conventional wall structure having the above-described structure, the bending pieces of the finishing panel are closely disposed over the horizontal and vertical bars, and then the finishing panel is coupled to the fixing frame using the set screw.

However, in the conventional wall structure as described above, there is a problem that the quality of the appearance of the wall is deteriorated because the material and color of the horizontal bar, the vertical bar and the finishing panel of the head of the set screw are exposed to the outside and between the finish panels have. Of course, although the material and the color of the horizontal bar and the vertical bar and the finish panel can be the same, the quality grade of the finish panel is considered somewhat higher, considering the quality of the finish panel material, which generally finishes the wall. That is, when horizontal bar and vertical bar are manufactured with the same grade as the quality level of the finished panel, there is a problem that the manufacturing cost is increased and the economical efficiency is lowered.

Also, the process of fixing the finishing panel to the fixed frame by using a plurality of set screws and the process of disassembling the finishing panel from the fixing frame for maintenance and replacement of the finishing panel, There is a troublesome problem.

In addition, since the conventional wall structure is formed of a metal material in most of the finished panels, there is a serious problem that the smoothness after construction becomes extremely poor due to high expansion and contraction according to season and temperature. There is a problem that the impact resistance is low, such as being easily distorted or damaged because it can not effectively disperse and attenuate.

KR 10-2011-0043113 A KR 10-2006-0030184 A KR 10-1335243 B1 KR 20-0285255 Y1

Disclosure of Invention Technical Problem [8] The present invention has been made to solve the above-mentioned problems of the prior art, and it is an object of the present invention to improve seismic resistance, impact resistance and durability and to provide insulation, waterproof, sound absorption and dew condensation prevention function, And it is an object of the present invention to provide a frame assembly for wall finishing construction capable of enhancing stability.

According to another aspect of the present invention, there is provided a frame assembly for wall finishing construction, comprising: a plurality of vertical bars arranged in parallel with each other in a longitudinal direction; A support frame portion including a plurality of horizontal bars; A finishing panel supported by the support frame portion, the finishing panel including a panel portion formed in a flat plate shape and a chassis portion coupled to the panel portion; A supporting bracket part having one side connected to the supporting frame part and the other side connected to the finishing panel to support the finishing panel to the supporting frame part; And a packing part interposed between the finishing panels.

Wherein the support bracket portion includes a mounting bracket disposed on the vertical bar and the horizontal bar along the vertical bar, and a fastening bracket having one side fixed to the mounting bracket and the other side detachably coupled to the chassis, The bracket includes a base plate disposed in close contact with the front surface of the horizontal bar and the first extending rib and the second extending rib extending from the base plate in a direction intersecting the base plate, Wherein the fastening bracket comprises: a fixing plate fixed to the base plate between the first extending rib and the second extending rib by a fixing piece; and a bent portion extending from the one side of the fixing plate so as to be bent, And a bottom surface of the panel portion A mounting frame formed to enclose a part of the seat, a fixing frame extending from the bottom surface of the mounting frame downward for a predetermined length and being in close contact with the base plate and inserted inward from the outside of the chassis, And a sealing frame formed at a lower end thereof with a sealing groove for sealing a gap formed between the sealing plate and the base plate.

The mounting bracket is characterized in that the base plate is integrally formed with the vertical bar and the horizontal bar.

The mounting bracket may further include a release preventing rib extending from the first extending rib or the second extending rib so as to be bent by a predetermined length so as to prevent the detachment of the finish panel.

Wherein the support bracket includes a mounting bracket fixed to the vertical bar and the horizontal bar along the vertical bar and the mounting bracket includes a base plate closely disposed on the surface of the vertical bar and the horizontal bar, An extension rib extending a predetermined length from the center in a direction intersecting with the base plate, and an extension extending from an end of the extension rib to a width larger than the width of the extension rib and having an unevenness on the outer peripheral surface.

Wherein the support bracket includes a mounting bracket fixed to the vertical bar and the horizontal bar along the vertical bar and the mounting bracket includes a base plate closely disposed on the surface of the vertical bar and the horizontal bar, An extension rib extending a predetermined length in a direction intersecting with the base plate from the center and a fitting projection arranged on both sides of the extension rib so as to be spaced apart from the extension rib, A mounting frame formed to enclose a part of the mounting frame, a connection groove extending downward from the bottom surface of the mounting frame to a predetermined length and closely contacted to the base plate, A sealing member for closing the gap can be provided And an insertion rib extending in a predetermined length downward from an inner end of the seat frame spaced apart from the tightening frame so as to form a fitting groove in which the fitting protrusion can be inserted between the tightening frame and the tightening frame, And a control unit.

Wherein the chassis includes a unit frame coupled to surround the four sides of the panel unit, and a coupling piece coupled to an end of the unit frame to couple the unit frames together, A mounting frame formed to surround a part of the mounting frame; a fastening frame having a sealing groove formed at a lower end of the mounting frame to extend downward from the bottom surface of the mounting frame, A first bending frame that is bent from the inner end of the seat frame toward the fastening frame and a second bending frame that extends from the fastening frame at a height corresponding to the first bending frame toward the first bending frame, A second bending prong which forms an insertion groove for inserting an end portion of the engaging piece, Wherein the engaging piece includes a first engaging piece to be inserted into an insertion groove of the one unit frame and a second engaging piece that is extended at an end of the first engaging piece in a direction perpendicular to the first engaging piece, Each of the first and second coupling parts is formed with a cut part formed by cutting a part of the first and second coupling parts to one side, and the cut part is connected to the support frame part or the support bracket part with a wire.

The chassis frame has a mounting frame formed to enclose a part of the bottom surface of the panel part, a fixing frame extending downward from the bottom surface of the mounting frame for a predetermined length and closely fitted to the supporting frame part or the supporting bracket part, And a sealing frame having a sealing groove formed at a lower end thereof so as to provide a sealing member for closing a gap formed between the supporting frame portion and the supporting bracket portion, A first horizontal frame extending from the end of the first vertical frame in a direction perpendicular to the first vertical frame and a second horizontal frame extending from the end of the first vertical frame in a direction perpendicular to the first vertical frame, The first vertical frame is spaced apart from the first horizontal frame, A packing support frame extending downwardly from the bottom surface of the seat frame spaced inwardly from an edge of the seat frame to support one side of the packing part, The first vertical frame is interposed between the support frame and the first horizontal frame to extend to a length corresponding to the packing support frame so as to interfere with the fastening bracket for fixing the fastening frame to the support frame part or the support bracket part And an interference frame.

The support bracket portion is disposed on the front surface of the vertical bar and is spaced apart from the vertical bar along the longitudinal direction of the vertical bar. The chassis frame includes a mounting frame formed to enclose a part of a bottom surface of the panel unit, and a base plate having a predetermined length extending downward from a bottom surface of the mounting frame, A fastening frame having a sealing groove formed therein so that a sealing member for closing a gap formed between the fastening frame and the base plate is formed, The fitting portion can be fitted To form a fitting groove is characterized in that it comprises a fitting rib downwardly a predetermined length extending from the inner end of the seating frame that the fastening frame and spaced apart.

A main frame part including a molding frame arranged in a direction orthogonal to the vertical bars and a corner frame arranged at a corner part of the molding frame in a direction perpendicular to the molding frame, A joining bracket for joining the molding frame and the corner frame or the horizontal bar or the support frame part and the main frame part to each other and one side connected to the support frame part and the other side connected to the finish panel And a mounting bracket for mounting the finishing panel to the support frame part.

Wherein the molding frame is formed with a molding coupling part for coupling the corner frame and the support frame part to the molding frame through the coupling bracket, and the corner frame is connected to the corner frame through the coupling frame, And a frame coupling part for coupling the molding frame or the corner frame with the coupling bracket is formed in the support frame part.

The molding frame or the corner frame is further provided with a packing groove which is drawn inwardly so that a packing part can be inserted between the molding frame and the finishing panel.

The vertical bar and the horizontal bar each include a frame body formed in a hollow shape and having a hollow portion formed therein, a first guide protrusion extending parallel to one another from one surface of the frame body to guide the installation position of the finish panel, And a frame engaging portion formed on one side of the frame body so as to engage with the engaging bracket on the frame body.

And the horizontal bar is further provided with a bending rib bent in a direction away from the second guiding projection from the end of the first guiding projection.

The frame assembly for wall finishing construction according to the present invention can improve seismic resistance, impact resistance and durability through a packing portion and a sealing portion, and has a function of preventing heat insulation, waterproofing, sound absorption and dew condensation while adopting a simple installation and dismantling structure It is possible to improve the workability and shorten the length of the air and improve the stability of the construction.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a perspective view of a frame assembly for wall finishing construction according to one embodiment of the present invention.
Fig. 2 is a side view of the frame assembly for wall finishing construction shown in Fig. 1. Fig.
3 is a side view of a frame assembly for wall finishing construction according to another embodiment of the present invention.
4 is a side view of a frame assembly for a wall finishing construction according to another embodiment of the present invention.
5 is a side view of a frame assembly for wall finishing construction according to another embodiment of the present invention.
6 is a side view of a frame assembly for wall finishing construction according to another embodiment of the present invention.
7 is an exploded perspective view of a finishing panel of a frame assembly for wall finishing construction according to the present invention;
8 is a perspective view showing the engagement piece shown in Fig.
9 is a side view of a frame assembly for wall finishing construction according to another embodiment of the present invention.
10 is a perspective view of a frame assembly for wall finishing construction according to another embodiment of the present invention.
11 is a partial cutaway perspective view of the wall finishing frame assembly shown in Fig.
Fig. 12 is a partially cutaway perspective view showing another embodiment of the frame finishing frame assembly shown in Fig. 10; Fig.
13 is an exploded perspective view of a frame assembly for wall finishing construction according to another embodiment of the present invention.
Figure 14 is an exploded perspective view of the molding frame of the frame assembly for wall finishing construction shown in Figure 13 and the horizontal bars and engagement brackets of the support frame portion.
FIG. 15 is an exploded perspective view of a corner frame, a horizontal bar and an engagement bracket of the frame assembly for wall finishing construction shown in FIG. 13; FIG.
Fig. 16 is an exploded perspective view of the molding frame, corner frame and finish panel of the wall finishing frame assembly shown in Fig. 13; Fig.
17 is a side cross-sectional view of the wall finishing frame assembly shown in Fig.
Fig. 18 is a top cross-sectional view of the frame finishing frame assembly shown in Fig. 13;
19 is a perspective view showing a horizontal bar of the wall finishing frame assembly shown in Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a frame assembly for a wall finishing construction according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 to 3 show a frame assembly for wall finishing construction according to the present invention. 1 to 3, the wall finishing frame assembly of the present invention includes a finishing panel 100; A plurality of vertical bars 210 arranged parallel to each other in the vertical direction on the wall surface W and a plurality of horizontal bars 220 and vertical bars 210 arranged in parallel to each other in the horizontal direction between the vertical bars 210 And a fixing member for fixing the horizontal bar 220 to the wall surface W; A support bracket part 300 which is fixed to one side of the support frame part 200 and the other side of which is coupled to the finishing panel 100 to support the finishing panel 100 with respect to the support frame part 200; And a packing part 400 interposed between the finishing panels 100.

The vertical bars 210 of the support frame part 200 extend vertically along the wall surface W and are disposed closely to the wall surface W and are spaced apart from each other in the left and right directions at a predetermined interval.

The horizontal bar 220 of the support frame part 200 is formed to have a length corresponding to the spacing distance of the vertical bar 210. The horizontal bar 220 is formed so that both ends of the vertical bar 210 and the other vertical bar 210 210 so as to be in close contact with the wall surface W, and are arranged so as to be spaced apart from each other in the vertical direction at predetermined intervals.

The vertical bar 210 and the horizontal bar 220 of the support frame part 200 may be square or metal square pipes or M-bars formed in an 'M' shape. The fixing member for fixing the support frame part 200 to the wall surface can be fixed to the wall surface W by fastening means such as a bolt, an 'L' shape angle, a high strength adhesive, or the like.

The finishing panel 100 includes a panel 110 formed in a flat plate shape and a cave 120 coupled to the panel 110. The cradle portion 120 includes a seating frame 130 formed in a shape of a letter C to cover a part of the bottom surface of the panel portion 110 and a fastening frame 140 extending from the seating frame 130.

The fastening frame 140 is extended downward from the bottom surface of the seat frame 130 by a predetermined length and is in close contact with the base plate 311 of the support bracket part 300 described later, A sealing member 150 for closing a gap formed between the base plate 311 and the base plate 311 is formed at a lower side of the base plate 311. The base plate 311 is provided with a coupling groove 141, A sealing groove 142 is formed so as to be able to install the sealing member.

Alternatively, the sealing member 150 may be formed in a state of being fixed to the sealing groove 142 by spraying a proper amount of foamed rubber, foam rubber, or the like into the sealing groove 142. Alternatively, . The sealing member 150 has a buffering function not only to maintain the airtightness between the crotch portion 120 and the support bracket portion 300 but also to apply an external force to the crotch portion 120 in a vertical or horizontal direction.

The support bracket part 300 includes a mounting bracket 310 fixed to the vertical bar 210 and the horizontal bar 220 along the vertical bar 210 and the horizontal bar 220, And the other side includes a fastening bracket 320 detachably coupled to the crown 120 of the finishing panel 100.

The mounting bracket 310 includes a base plate 311 disposed in close contact with the front surface of the vertical bar 210 and the horizontal bar 220 and extending along the longitudinal direction of the vertical bar 210 and the horizontal bar 220, And a first extension rib 312 and a second extension rib 313 which extend from the plate 311 in a direction intersecting the base plate 311 and are spaced apart from each other by a predetermined length.

Any one of the first extending rib 312 and the second extending rib 313 may be longer than the other. For example, as shown in FIG. 2, the length of the second extending rib 313 located on the upper side is slightly longer than the length of the first extending rib 312 located on the lower side, The lower ends of the packing portions 400 can be supported at the same height. In this case, the length difference between the first extension rib and the second extension rib can be changed according to the thickness of the fastening bracket.

The fastening bracket 320 supports the finishing panel 100 with respect to the mounting bracket 310 by relaying the finishing panel 100 and the mounting bracket 310 as shown in FIG. A fixing plate 321 fixed to the vertical bar 210 or the horizontal bar 200 by a fixing piece (not shown) fastened through the base plate 311 between the rib 312 and the second extending rib 313, And a bent plate which is bent to extend from one side of the fixing plate 321 and is partially inserted into the ceiling portion 120 of the finishing panel 100.

The fixing plate 321 has a width corresponding to the width between the first extending rib 312 and the second extending rib 313 and the bent plate extends upward from one side end in the width direction of the fixing plate 321, A first bending portion 323 bent to surround the first extension rib 312 or the second extension rib 313 and the side of the fastening frame 140 and a second bending portion 323 extending from the end of the first bending portion 323 to the fastening frame 140 And a second bent portion 324 extended and bent in a shape corresponding to the shape of the fastening groove 141 formed in the fastening portion. The second bent portion 324 is formed so as to have elasticity and to be bent toward one side so as to be easily inserted into and removed from the coupling groove 141.

The packing part 400 is provided with a space between the finishing panels 100 disposed adjacent to each other by the supporting bracket part 300 and a space between the first extending rib 312 and the second extending rib 313 So as to seal a space or a gap formed between the finishing panels 100 and the support bracket part 300 from the outside. The packing part 400 is formed to have a greater thickness in the opposite direction to the mounting bracket 310, so that the packing part 400 is not separated from the outside. The packing part 400 has not only a hermetic sealing function but also a buffering function for canceling the external force acting on the finishing panel 100.

The mounting bracket 310 is extended from the first extending rib 312 or the second extending rib 313 in the direction intersecting with the first extending rib 312 or the second extending rib 313 A separation preventing rib 314 may be further provided to extend the predetermined length so as to prevent the release of the fastening frame 140, that is, the release of the finishing panel 100. The separation preventing rib 314 may be formed in any one of the first extending rib 312 and the second extending rib 313.

4, a frame assembly for a wall finishing construction according to another embodiment of the present invention is shown. Referring to FIG. 4, the wall finishing frame assembly according to the present embodiment includes a finishing panel 100; A vertical bar 210, and a horizontal bar 220; A support bracket portion including a mounting bracket 310; And a packing part 400 interposed between the finishing panels 100 and the support bracket part.

The finishing panel 100 and the supporting frame portion are the same as those described in the frame finishing frame assembly described with reference to Figs.

The support bracket portion includes a vertical bracket 210 and a mounting bracket 310 fixed to the vertical bar 210 and the horizontal bar 220 along the horizontal bar 220. The mounting bracket 310 includes a vertical bar And an extension rib 315 extending a predetermined length in a direction intersecting the base plate 311 from the center in the width direction of the base plate 311. The base plate 311 includes a base plate 311, And extending portions 316 extending from the ends of the extending ribs 315 beyond the width of the extending ribs 315 and having concave and convex portions formed on the outer peripheral surface thereof.

The extension rib 315 is formed to have a length corresponding to the length of the outer side of the fastening frame 140 of the finishing panel 100 so that the packing portion 400 is extended by the extension portion 316 formed at the end portion of the extension rib 315. [ Can be prevented from being detached.

The packing part 400 interposed in the space between the finishing panels 100 and the support bracket part 300 has a shape of the expansion part 316 and a shape of the expansion part 316 so that the expansion part 316 can enter from the lower side. And an entry groove formed in a corresponding concavo-convex shape is formed in the lower portion. In addition, it is preferable that the size of the entry groove is formed to be slightly smaller than the size of the extending portion 316 so that the interference fit is performed.

As shown in FIG. 5, the packing unit 400 includes a packing body 411 formed of an elastic material and a packing body 411 that is formed of an elastic material so as to surround the remaining area except the lower part of the packing body 411. And a packing cover 412 having a hardness higher than that of the packing cover 412. In this case, the extended portion 316 may be omitted at the end of the extended rib 315.

6, a frame assembly for a wall finishing construction according to another embodiment of the present invention is shown. Referring to FIG. 6, a wall finishing frame assembly according to the present embodiment includes a finishing panel 100; A vertical bar 210, and a horizontal bar 220; A support bracket portion including a mounting bracket 310; And a packing part 400 interposed between the finishing panels 100 and the support bracket part.

The finishing panel 100 includes a panel 110 formed in a flat plate shape and a cave portion 120 coupled to the panel portion 110. The cave portion 120 covers a part of the bottom edge of the panel portion 110 A mounting frame 130 having a cross-sectional shape such that the mounting frame 130 surrounds the mounting frame 130, a fastening frame 140, and a fitting rib 160.

The fitting ribs 160 are formed at the inner ends of the seating frame 130 spaced apart from the coupling frame 140 so as to form a fitting groove into which the fitting protrusions 317 of the supporting bracket portion can be inserted, As shown in Fig.

The mounting bracket 310 includes a base plate 311 which is disposed in close contact with a front surface of the vertical bar 210 and the horizontal bar 220 and a base plate 311 which intersects the base plate 311 from the widthwise center of the base plate 311 And a fitting protrusion 317 disposed on both sides of the extended rib 315 so as to be spaced apart from the extending rib 315. [

The fitting protrusions 317 are formed to be much thicker than the thickness of the extending ribs 315, and the lengths thereof are formed to have corresponding lengths. Although not shown in the drawing, the side surface of the fitting projection 317 may be provided with irregularities so as to increase the friction with the fitting rib 160 to increase the supporting force. The inner surface of the fitting rib 160 The supporting force can be further increased by forming the unevenness corresponding to the unevenness formed on the inner peripheral surface.

7 and 8 show a detailed structure of the finishing panel 100 of the frame assembly for wall finishing construction according to the present invention.

7 and 8, the finishing panel 100 includes a panel portion formed in a flat plate shape and a chassis portion coupled to the panel portion.

The chassis unit includes a unit frame 170 coupled to surround four sides of the panel unit and a coupling piece 180 coupled to an end of the unit frame 170 to couple unit frames 170, The frame 170 includes a seat frame 130, a fastening frame 140, a first bending frame 143, and a second bending frame 144.

The seating frame 130 is formed to have a "B" shape so as to surround a part of one side edge and the side surface of the panel part 110.

The fastening frame 140 extends downward from the bottom surface of the seat frame 130 by a predetermined length and has a locking groove formed at one side thereof and a sealing groove 150 Is formed.

The first bending frame 143 is bent toward the fastening frame 140 from the inner end of the seating frame 130 and the second bending frame 144 is bent at a height corresponding to the first bending frame 143 An insertion groove is formed so as to extend from the fastening frame 140 of the fastening frame 140 toward the first bending frame 143 so that the end of the fastening piece 180 can be inserted between the fastening frame 140 and the first bending frame 143.

The coupling piece 180 includes a first coupling piece 181 inserted into the insertion groove of the one unit frame 170 and a second coupling piece 182 inserted into an end of the first coupling piece 181 in a direction perpendicular to the first coupling piece 181 As shown in Fig. Each of the first engaging piece 181 and the second engaging piece 182 is formed with a cut-out portion 183 formed by cutting a part of the first engaging piece 181 and the second engaging piece 182, respectively.

The cutout portion 183 is formed so as to be bent or tilted in a direction intersecting the first and second engagement pieces 181 and 182. The cutout portion 183 may be formed in the support frame portion 200 or the support bracket portion 300 or the support bracket part 300 by wire or the like so that the support frame part 200 or the support bracket part 300 can be prevented from being detached or dropped.

9, a frame assembly for a wall finishing construction according to another embodiment of the present invention is shown. Referring to FIG. 9, the wall finishing frame assembly according to the present embodiment includes a support portion 200a and a packing portion 400a. The support portion 200a includes a vertical bar 210, And the base plate 311 of the support bracket part 300 is integrally formed on the bar 220. As shown in Fig.

The support portion 200a is integrally formed with the base plate 311 of the support bracket portion shown in FIG. 2 so as to form the front side of the vertical bar 210 or the horizontal bar 220 shown in FIG. 2, A hollow portion 200b is formed along the longitudinal direction.

The support portion 200a includes a main body 201 having a rectangular hollow portion 200b therein and a first rib 202 and a second rib 203 formed on one surface of the main body 201 from the main body 201 And has an elongated structure. The first ribs 202 and the second ribs 203 extend from the one surface of the main body 201 in a direction intersecting the main body 201 by a predetermined length and are spaced apart from each other.

The frame assembly for wall finishing construction according to the present embodiment having the above-described structure includes a first rib 202 for supporting the finishing panel 100a on a main body 201 such as an angular or angular pipe, And the second ribs 203 are formed integrally with each other, so that the construction can be easily and quickly performed.

In addition, the finishing panel 100a applied to the present embodiment may have a structure different from that of the finishing panel 100 of the frame finishing frame assembly according to the embodiment of the present invention described with reference to FIGS. 1 to 3 have.

Referring to FIG. 9, the finish panel 100a according to the present embodiment includes a panel portion 110a formed in a flat plate shape, and a cave portion 120a coupled to the panel portion 110a.

The cradle portion 120a includes a seating frame 130a configured to surround a part of the bottom surface of the panel portion 110a and a fixing portion 130b extending downward from the bottom surface of the seating frame 130a to be in contact with the supporting portion 200a, And a fastening frame having a sealing groove formed therein so that a sealing member for closing a gap formed between the fastening groove and the support portion 200a can be installed.

The fastening frame of the cradle 120a includes a first vertical frame 141a, a first horizontal frame 141b, a second vertical frame 141c, a packing supporting frame 141d, an interference frame 141e, .

The first vertical frame 141a extends a predetermined length downward from the bottom surface of the seating frame 130a and the first horizontal frame 141b extends from the end of the first vertical frame 141a to the first vertical frame 141a And the second vertical frame 141c extends from the end of the first horizontal frame 141b to the first vertical frame 141a while being away from the first horizontal frame 141b, So as to form a fastening groove for inserting one end of the fastening bracket 320a.

The packing supporting frame 141d extends downwardly from the bottom surface of the seating frame 130a spaced inwardly from the edge of the seating frame 130a so as to be bent downwardly so as to support one side of the packing part 400a A packing groove 401 capable of inserting one side of the packing portion 400a is formed between the mounting frame 130a and the mounting frame 130a.

The packing support frame 141d may extend from the bottom surface of the seat frame 130a, but may alternatively extend outwardly from the first vertical frame 141a.

The interference frame 141e is extended from the first vertical frame 141a between the packing supporting frame 141d and the first horizontal frame 141b by a predetermined length so as to be parallel to the packing supporting frame 141d, Is interfered with a fastening bracket (320a) for fixing the fastening frame (140a), and the end portion extends downward at a predetermined angle. The gap between the interference frame 141e and the first horizontal frame 141b is preferably spaced such that the end of the fastening bracket 320a can be tightly fitted.

10 to 12 show a frame assembly for a wall finishing construction according to another embodiment of the present invention. Referring to FIGS. 10 to 12, the frame assembly for wall finishing construction according to the present embodiment includes a support frame part 200a, a support bracket part 300a, and a packing part.

Since the support frame part 200a has the structure as described with reference to FIGS. 1 to 3, the overlapping description will be omitted.

The support bracket part 300a includes a base plate 311a and an engaging part 312a.

The base plate 311a is installed on and fixed to the front surface of the vertical bar 210a of the support frame part 200a at predetermined intervals along the longitudinal direction of the vertical bar 210a, Width of the horizontal bar 220a or width and width of the horizontal bar 220a.

The fitting portion 312a is protruded from the front surface of the base plate 311a and includes at least one protrusion 312b which is fitted into the corner portion of the chassis portion of the finishing panel 100a.

The fitting portion 312a has four protrusions 312b formed in four directions with respect to the center of the base plate 311a and the protrusions 312b are each formed in an " And are spaced apart from each other such that ten (10) -shaped fitting groove portions 312c are formed therebetween. A part of the cusp portion 120a of the finishing panel 100a adjacent to each other in four directions is inserted into the ten-sided fitting groove portion 312c formed by the protrusions 312b.

9, the chassis portion of the finishing panel 100a includes a seating frame 130a formed to enclose a part of the bottom surface of the panel portion 110a, and a fixing frame 130b extending downward from the bottom surface of the seating frame 130a by a predetermined length And a sealing groove is formed at a lower end thereof so as to provide a sealing member for closing a gap formed between the base plate 311a and the base plate 311a, And an inner end portion of the seat frame 130a spaced apart from the tightening frame 140a so as to form a fitting groove in which a part of the fitting portion 312a can be fitted between the fastening frame 140a and the fastening frame 140a, And a fitting rib 160a extending downward to a predetermined length. The fitting rib 160a is the same as the fitting rib 160 shown in FIG.

12, the protrusion of the fitting portion may have a rectangular cross-section. At this time, it is preferable that the width of the protrusion 312b is at least corresponding to the gap between the fitting rib 160a and the fastening frame 140a.

The wall frame assembly for frame finishing according to the present embodiment is assembled by inserting the fitting portion 312a between the fitting ribs 160a of the finishing panel 100a and the fastening frame 140a, Can be supported on the support bracket part 300a as well as up to four of the finishing panels 100a can be arranged and supported adjacent to each other and the fitting ribs 160a, And is attached to the support bracket part 300a only by pushing it into alignment with the protruding part 312b of the protruding part 312a. Therefore, it is very easy to disassemble as well as to improve the workability.

13 to 19 show a frame assembly for wall finishing construction according to the present invention. 13 to 19, a frame assembly for wall finishing construction according to the present invention includes a main frame portion 10, a support frame portion 20, a coupling bracket 30, a support bracket portion 30 including a mounting bracket, A hanger bracket, and a packing unit 60. [

As shown in FIG. 13, the main frame unit 10 is disposed at a predetermined height from a floor or a floor of an indoor or outdoor unit. The main frame unit 10 is disposed horizontally at a predetermined height between the floor and the ceiling, And a corner frame 15 arranged at a corner portion of the molding frame 11 and vertically to the molding frame 11.

The molding frame 11 includes a molding body 11a having an inner hollow square pipe shape and a molding body 11b formed at one side of the molding body 11a and joined to the corner frame 15 and the support frame part 20 And a molding engaging portion 11b for engaging with the corner frame 15 and the support frame portion 20 by using the engaging bracket 30. [

The molding engaging portion 11b is formed at a certain depth from the two side surfaces of the four sides of the molding body 11a toward the inside of the molding body 11a and has a predetermined pattern. The molding coupling portion 11b extends along the longitudinal direction of the molding body 11a, and a molding coupling groove is formed on the inside thereof. The entrance portion is formed to be narrower than the inner portion.

The corner frame 15 is vertically installed at corner portions arranged so that the molding frames 11 are orthogonal to each other. The corner frame 15 includes a molding frame 11 and a lower molding frame 11 provided on the floor, .

The corner frame 15 includes a corner body 15a having an inner hollow structure and a coupling bracket 30 extending from one side of the corner body 15a to meet the molding frame 11 and the support frame portion, And a corner engaging portion 15b for engaging with the molding frame 11 and the support frame portion by using the same. The corner engaging portion 15b extends along the longitudinal direction of the corner body 15a, and a corner engaging groove is formed in the inside thereof. The entrance portion is formed to be narrower than the inner portion.

The molding engagement groove formed in the molding engagement portion 11b of the molding frame 11 and the corner engagement groove formed in the corner engagement portion 15b of the corner frame 15 are formed in the same shape, .

The molding frame 11 and the corner frame 15 are formed with packing grooves drawn inwardly so that the packing 60 can be inserted between the molding frame 11 and the finishing panel 100a.

The support frame part 20 includes a vertical bar 21 disposed in a vertical direction to the molding frame 11 and a vertical bar 21 disposed in a horizontal direction on the molding frame 11, And each of the vertical bar 21 and the horizontal bar 25 includes a frame body 21a and 25a, frame engaging portions 21b and 25b, a first guide protrusion 21c, and 25c, and second guide projections 21d and 25d.

The frame bodies 21a and 25a are formed in the shape of a square pipe having a hollow portion inside and a side on one side thereof having a longer rectangular cross section than the other side.

The frame engaging portions 21b and 25b are provided with the engaging brackets 30 on the frame bodies 21a and 25a at the positions where the support frame portions 20 or the main frame portion 10 and the support frame portion 20 meet each other 25a are drawn from one side face and the other side face of the frame bodies 21a and 25a to the inside of the frame bodies 21a and 25a and extend along the longitudinal direction of the frame bodies 21a and 25a . A frame engaging groove is formed inside the frame engaging portions 21b and 25b. The frame engaging groove portion is formed such that the entrance portion is narrower than the inner portion. The cross-sectional shape, size, and shape of the frame engaging portions 21b and 25b formed on the support frame portion 20 are the same as those of the molding engaging portion 11b or the corner engaging portion 15b of the main frame portion 10 Respectively.

The first guide protrusions 21c and 25c and the second guide protrusions 21d and 25d extend a predetermined length from one surface of the frame bodies 21a and 25a and extend in parallel to each other. The edge of the one-side finishing panel 100a is seated and the edge of the other-side finishing panel 100a is seated on the second guiding protrusions 21d and 25d. The first guide protrusions 21c and 25c and the second guide protrusions 21d and 25d guide the installation or disposition position of the finishing panel 100a and are spaced apart from each other by a predetermined interval So that it can be placed in a place.

The horizontal bars 25 may be formed in a structure in which the first guide protrusions 21c and 25c and the second guide protrusions 21d and 25d are simply linearly extended like the vertical bar 21, A first guide protrusion (not shown) of the horizontal bar 25 can be inserted to partially insert the lower side of the finishing panel 100a to prevent the finishing panel 100a from being stably installed, A bending rib 25e extending from the first guide protrusion 25c or the second guide protrusion 25d to be bent is further applied.

The coupling bracket 30 may be formed by coupling the support frame portion 20 with respect to the main frame portion 10 or coupling the vertical bar 21 and the horizontal bar 25 of the support frame portion 20 with each other A first engaging piece 31 disposed to be in close contact with a corner engaging portion 15b of the corner frame 15 and a second engaging piece 31 extending from the end of the first engaging piece 31 to the first engaging piece 31, And a second engaging piece 35 extending a predetermined length in a direction orthogonal to the horizontal bar 25 and seated in the frame engaging portion 21b.

The coupling bracket 30 is disposed such that the head portion of the coupling bolt B is inserted into the corner coupling groove of the corner coupling portion 15b and then the end of the coupling bolt B passes through the first coupling piece 31 The first engaging piece 31 of the engaging bracket 30 can be fixed to the corner frame 15 by fastening the engaging nut to the end portion. Similarly, after the head portion of the coupling bolt B is inserted into the frame coupling groove of the frame coupling portion 21b, the end of the coupling bolt B passes through the second coupling piece 35 And fixing the coupling nut to the horizontal bar 25 by fastening it to the end.

The joining bracket 30 may be integrally formed with the molding frame 11, the vertical bar 21, the vertical bar 21, And the horizontal bar 25 are connected to each other.

The mounting bracket is coupled to one side of the vertical bar 21 or the horizontal bar 25 and the other side of the mounting bracket is coupled to the finishing panel 100a for finishing so as to attach the finishing panel 100a to the vertical bar 21 or the horizontal bar 25. [ And includes a tight fitting portion 41, a bent portion 42, and a resilient portion 43. As shown in Fig.

The tight contact portion 41 is closely disposed between the first guide protrusions 21c and 25c of the vertical bar 21 and the second guide protrusions 21d and 2d and is fixed to the vertical bar 21 by a fixing piece.

The bent portion 42 is formed so as to cover the frame edges of the first and second guide protrusions 21c and 21d and the upper surface of the finish panel 100a from one side end of the contact portion 41. [ So that the frame of the panel 100a and the first guide protrusions 21c and 25c or the second guide protrusions 21d and 2d of the vertical bar 21 are brought into close contact with each other.

The elastic part 43 extends from the end of the bent part 42 toward the panel part of the finishing panel 100a so as to be bent so that the end of the elastic part 43 is in contact with the interference rib formed in the frame of the panel, The frame is brought into close contact with the vertical bar (21).

The elastic part 43 is inserted into the frame part of the finishing panel 100a with a slight bend with respect to the bending part 42 and is resilient so as to return to its original state when fully inserted.

The hanger bracket is coupled to the molding engaging portion 11b of the molding frame 11 at one side and the other side is coupled to the frame of the finishing panel 100a to support the molding panel 11 to hang the finishing panel 100a And includes a latching rib, a vertical extending rib, a horizontal extending rib, and a fitting rib.

Wherein the engaging rib is formed in a bent shape so as to insert and engage one side of the molding coupling portion of the molding frame, the vertical extending rib extends a predetermined length downward from the engaging rib, Extending in a direction away from the molding frame. The fitting rib extends downward from the bottom surface of the horizontal extending rib and extends a predetermined length in a direction away from the molding frame 11 to form a fitting groove so that the frame edge of the finishing panel 100a can be partially inserted inward. do.

The packing part 60 is installed between the finishing panels 100a so as to seal the gap between the finishing panels 100a and includes a vertical bar 21 supporting the finishing panel 100a, 25b and 25c and the second guide protrusions 21d and 2d so that one end of the first guide protrusion 21c enters the space between the first guide protrusions 21c and 25c and the second guide protrusions 21d and 2d, Respectively.

The packing part 60 is formed with grooves on both sides so that the packing supporting ribs formed at the edges of the finishing panel 100a can be inserted inward. In addition, the packing part 60 is partially hollowed in order to facilitate elastic deformation during installation. The packing part 60 is installed not only between the finishing panels 100a but also between the molding frame 11 and the finishing panel 100a and between the corner frame 15 and the finishing panel 100a.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it should be understood that various changes and modifications may be made therein without departing from the scope of the invention as defined by the appended claims. It will be appreciated that 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: main frame part 11: molding frame 15: corner frame
20: support frame part 21: vertical bar 25: horizontal bar
40: packing part 41: tight contact part 42:
100: finish panel 110: panel part 120:
130: seat frame (140): fastening frame (150): sealing member
160: fitting rib 170: unit frame 180:
200: support frame part 210: vertical bar 220: horizontal bar
300: support bracket part 310: mounting bracket 320: fastening bracket

Claims (14)

A support frame part including a plurality of vertical bars arranged in parallel to each other in the vertical direction and a plurality of horizontal bars arranged in parallel to each other in the horizontal direction between the vertical bars and connected to the vertical bars;
A finishing panel supported by the support frame portion, the finishing panel including a panel portion formed in a flat plate shape and a chassis portion coupled to the panel portion;
A supporting bracket part having one side connected to the supporting frame part and the other side connected to the finishing panel to support the finishing panel to the supporting frame part;
And a packing part interposed between the finishing panels,
Wherein the chassis portion includes a unit frame coupled to surround four sides of the panel portion, and a coupling piece coupled to an end of the unit frame to couple the unit frames together,
The unit frame includes a seating frame formed to surround a part of one side edge of the panel unit and a side surface of the panel unit, a locking groove extending downward from the bottom surface of the seating frame to a predetermined length, A first bending frame that is bent toward the fastening frame from an inner end of the seat frame; and a second bending frame that extends from the fastening frame at a height corresponding to the first bending frame, And a second bending frame extending toward the first bending frame and forming an insertion groove for inserting the end of the coupling piece between the first bending frame and the first bending frame,
Wherein the engaging piece has a first engaging piece to be inserted into the insertion groove of the one unit frame and a second engaging piece extending in a direction perpendicular to the first engaging piece at the end of the first engaging piece, Each of the engaging piece and the second engaging piece is provided with a cut portion formed so as to be able to be tilted to one side,
Wherein the cut-out portion is connected to the support frame portion or the support bracket portion by a wire.
The method according to claim 1,
Wherein the support bracket portion includes a mounting bracket disposed on the vertical bar and the horizontal bar along the vertical bar, and a fastening bracket having one side fixed to the mounting bracket and the other side detachably coupled to the chassis,
The mounting bracket includes a base plate which is closely disposed on the front surface of the horizontal bar and the vertical bar, a first extension rib and a second extension member which are extended from the base plate in a direction crossing the base plate, Ribs,
Wherein the fastening bracket comprises a fixing plate fixed to the base plate between the first extending rib and the second extending rib by a fixing piece, and a fixing member extending from the fixing plate to be bent from one side thereof, And a bending plate that is formed on the bottom surface of the frame assembly.
3. The method of claim 2,
Wherein the mounting bracket is configured such that the base plate is integrally formed with the vertical bar and the horizontal bar.
The method according to claim 2 or 3,
Wherein the mounting bracket further comprises an escape preventing rib extending from the first extending rib or the second extending rib so as to be bent by a predetermined length so as to prevent the finish panel from being separated.
The method according to claim 1,
Wherein the support bracket portion includes a mounting bracket fixed to each of the vertical bar and the horizontal bar along the vertical bar,
Wherein the mounting bracket comprises: a base plate which is disposed in close contact with a surface of the horizontal bar and the vertical bar; an extending rib extending from the center of the base plate in a direction intersecting the base plate by a predetermined length; And an extension extending beyond the width of the extension rib and having an uneven surface on the outer peripheral surface.
The method according to claim 1,
Wherein the support bracket portion includes a mounting bracket fixed to each of the vertical bar and the horizontal bar along the vertical bar,
Wherein the mounting bracket comprises: a base plate which is disposed in close contact with a surface of the vertical bar and the horizontal bar; an extended rib extending a predetermined length in a direction intersecting the base plate from a widthwise center of the base plate; And a fitting protrusion disposed on both sides of the extended rib, respectively.
delete A support frame part including a plurality of vertical bars arranged in parallel to each other in the vertical direction and a plurality of horizontal bars arranged in parallel to each other in the horizontal direction between the vertical bars and connected to the vertical bars;
A finishing panel supported by the support frame portion, the finishing panel including a panel portion formed in a flat plate shape and a chassis portion coupled to the panel portion;
A supporting bracket part having one side connected to the supporting frame part and the other side connected to the finishing panel to support the finishing panel to the supporting frame part;
And a packing part interposed between the finishing panels,
The chassis frame has a mounting frame formed to enclose a part of the bottom surface of the panel part, a fixing frame extending downward from the bottom surface of the mounting frame for a predetermined length and closely fitted to the supporting frame part or the supporting bracket part, And a sealing frame having a sealing groove formed at a lower end thereof so as to provide a sealing member for closing a gap formed between the supporting frame portion and the supporting bracket portion,
The fastening frame includes a first vertical frame extending a predetermined length downward from a bottom surface of the seat frame, a first horizontal frame extending in a direction orthogonal to the first vertical frame, A second vertical frame extending from an end of the first horizontal frame to the first horizontal frame and extending a predetermined length in a direction parallel to the first vertical frame to form the coupling groove; A packing support frame extending downwardly from the bottom of the seat frame to support one side of the packing unit and a second support frame extending from the first vertical frame between the packing support frame and the first horizontal frame to be parallel to the packing support frame The support frame portion or the support bracket portion is extended to a predetermined length, And an interference frame interfering with the fastening bracket for fixing the fastening frame.
The method according to claim 1,
The support bracket portion is disposed on the front surface of the vertical bar and is spaced apart from the vertical bar along the longitudinal direction of the vertical bar. And at least one engaging portion engaged with each of the corner portions of the frame.
The method according to claim 1,
A main frame portion including a molding frame disposed in a direction orthogonal to the vertical bar and parallel to the ground and a corner frame disposed at a corner portion of the molding frame in a direction perpendicular to the molding frame,
Wherein the support bracket portion includes a coupling bracket for coupling the molding frame and the corner frame or the horizontal bar or the support frame portion and the main frame portion, And a mounting bracket coupled to the finishing panel for mounting the finishing panel to the support frame portion.
11. The method of claim 10,
Wherein the molding frame is provided with a molding coupling portion for coupling the corner frame and the support frame portion to the molding frame through the coupling bracket,
Wherein the corner frame is formed with a corner coupling portion for coupling the molding frame and the support frame portion to the corner frame through the coupling bracket,
Wherein the support frame portion is formed with a frame coupling portion for coupling the molding frame or the corner frame through the coupling bracket.
11. The method of claim 10,
Wherein the molding frame or the corner frame is further formed with a packing groove which is drawn inwardly so as to insert a packing portion between the frame and the finishing panel.
11. The method of claim 10,
The vertical bar and the horizontal bar each include a frame body formed in a hollow shape and having a hollow portion formed therein, a first guide protrusion extending parallel to one another from one surface of the frame body to guide the installation position of the finish panel, And a frame engaging portion formed in the frame body so as to be inserted into the frame body from one side surface and the other side of the frame body which are opposed to each other so as to engage the engaging bracket with the frame body. Frame assembly.
14. The method of claim 13,
Wherein the horizontal bar is further provided with a bending rib bent in a direction away from the second guide projection from the end of the first guide projection.

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