KR101198370B1 - Panel of kitchen and Panel Instrument structue - Google Patents

Abstract

The present invention relates to a kitchen panel and a panel installation structure for finishing the walls and ceilings of the kitchen, it is possible to ensure light weight, hygiene and safety from fire, easy installation work and very good appearance panel and panel To provide an installation structure.

That is, in the present invention, the both ends of the stainless steel front plate 11 are bent to form a coupling protrusion 13 fitted into the coupling groove 12 and the coupling groove 12 to the thickness of the panel 10, and the upper end thereof. Forming the blocking piece 14 by bending the front plate 11, the coupling groove 12 and the coupling protrusion 13 formed by bending both side ends of the front plate 11 to form a locking step 15 at the bottom ( Bending is formed slightly above the lower end of the 11), the side formed with the coupling groove 12 is formed to be bent to extend the fixing plate 16 formed with the piece hole (16a), reinforcement on the back surface of the front plate (11) A plate type in which the member 17 is coupled;

Coupling projections fitted to the coupling surface 22 and the coupling groove 12 formed in the panel 10 by bending the both ends of the corner plate 21 made of stainless steel bent to an acute angle, right angle, or right angle ( 23 is formed to be bent to the thickness of the panel 20, the upper end is bent to form a blocking piece (24), the coupling surface 22 formed by bending both ends of the corner plate 21 and the engaging projection (23) ) Produced the kitchen panel in the corner shape formed bent slightly above the lower end so that the locking step 25 is formed at the bottom.

In the present invention, as the panel mounting structure, the supporter frame 32 and the hanger rod 33 fixed by the support 31 to be welded so as to maintain a predetermined distance with the wall and ceiling 30 of the steel deck (steel deck) configuration Hanger frame 34 is fixed to; A base channel 40 which is fully welded to the bottom so as to conform to the supporter frame 32 and in which a panel settlement 42 is formed; It is fixed to the corner of the ceiling side where the supporter frame 32 and the hanger frame 34 intersect, and the panel inner jaw 51 is formed in the vertical direction when viewed in cross section, and the panel inner jaw 51 in the horizontal direction. A top supporter frame 50 having a profile fixing jaw 52 formed in a direction perpendicular to the upper supporter frame; The flat panel 10 which is fitted between the panel settlement 42 of the base channel 40 and the panel inner jaw 51 of the top supporter frame 50 and is mutually fitted and fixed to the supporter frame 32 by a piece. And corner-shaped panels 20 for connecting portions that meet in acute, right, and obtuse directions; A sealing profile 60 and a corner panel, which are fixed to the profile fixing jaw 52 of the top supporter frame 50 and pressurize the flat panel 10 embedded in the panel inner jaw 51. A corner sealing profile 70 for pressing 20); It consists of a flat panel 10 'which is fitted to the sealing profile 60 and the corner sealing profile 70.

Kitchen panel, installation structure, reinforcement, base channel, top supporter frame, sealing profile

Description

Panel of kitchen and Panel Instrument structue}

The present invention relates to a kitchen panel and a panel installation structure for finishing the walls and ceiling of the kitchen, more specifically, it can ensure the light weight, hygiene and safety from fire, and the installation work is easy and the appearance is very good It is to provide a kitchen panel and a panel installation structure.

Typical panels used for kitchen walls and ceilings are composite panel products that combine stainless steel plates outside the fiberglass.

When using the composite panel can be more safe from fire, and the surface is made of stainless steel material is easy to clean, there is no fear of corrosion can be improved hygiene.

However, the conventional panels are very difficult to transport when installed at high weight, and use glass fibers that cause environmental problems.

In addition, there were a lot of burdens to apply to the vessel to use lightweight panels.

In addition, when the conventional panel is applied to a wall or a ceiling, the appearance is inferior and the corner coupling is difficult.

In other words, the installation of the panel is to install a panel fixing support for fixing the panel on the wall and ceiling, and to fix the panel to the panel fixing support, in which the piece for fixing the panel was exposed to the outside.

형 레일에 패널의 하부를 끼우는 방법을 사용하게 된다. In order to fix the panel to the floor,

The lower part of the panel is fitted to the mold rail.

형 레일 쪽으로 오수가 넘쳐 스며들지 않도록

형 레일의 매립될 수 있게 방수공사를 해야 하는 번거로움이 있었다.Usually, tile is installed on the kitchen floor in order to maintain cleanliness.

So that the sewage does not spill into the rail

There was a hassle of waterproofing work to be embedded in the type rail.

In addition, since the panel was configured to simply connect the corners of the wall and the corners of the wall and the ceiling by connecting the panels, the appearance was inferior.

Therefore, the present inventors have studied the present invention to solve the above-described problems, and in the present invention, it is possible to ensure light weight, hygiene and safety from fire, and easy to install and have a very good appearance. The present invention has been completed with the technical problem of the invention in providing a panel installation structure.

As a problem solving means in the present invention by bending both ends of the front plate made of stainless steel material to form a joining groove and the fitting projection fitted to the coupling groove to the thickness of the panel, bending the upper end to form a blocking piece, both sides of the front plate The coupling groove and the coupling protrusion formed by bending the end are bent slightly above the lower end of the front plate so that the locking step is formed at the bottom, and the fixing groove is formed at the side where the coupling groove is formed, and the fixing plate having the piece hole is formed. A plate-type kitchen panel was formed in which a reinforcing member was coupled to the back of the plate and the upper and lower ends of the front plate were bent to form a blocking piece.

In addition, by bending both sides of the corner plate made of a stainless steel material bent at an acute angle, a right angle, an equiangular angle to form a coupling protrusion fitted into the coupling groove and the coupling groove to the thickness of the panel, bending the upper end to form a blocking piece, the front Coupling groove and coupling protrusion formed by bending both ends of the plate is formed to be bent slightly above the lower portion so that the locking step is formed at the bottom, corner-shaped kitchen for forming a bending plate formed with a piece hole in the coupling groove formed side The panel was produced.

In addition, the panel mounting structure, and the hanger frame is fixed to the supporter frame and the hanger rod is fixed to the support that is welded so as to maintain a predetermined distance from the wall and ceiling of the steel deck (steel deck) configuration; A base channel full welded to the bottom to conform to the supporter frame, the panel channel being formed; The top supporter is fixed to a corner portion of the ceiling side where the supporter frame and the hanger frame intersect, and a panel inner jaw is formed in a vertical direction in a cross section and a profile fixing jaw is formed in a direction perpendicular to the panel inner jaw in a horizontal direction. A frame; A corner type connecting a portion of a flat panel and a neighboring panel that are fitted between the panel settling of the base channel and the panel inner jaw of the top supporter frame and are fixed to the supporter frame by a piece and a neighboring panel in an acute or obtuse direction. Panels; A ceiling profile fixed to the profile fixing jaw of the top supporter frame and pressing a panel embedded in the panel inner jaw and a corner sealing profile to press the corner panel; It consisted of a flat panel fitted to the sealing profile and the corner sealing profile.

According to the kitchen panel and the panel installation structure provided by the present invention, the panel is light, which is very advantageous for transportation and installation work.

As the surface is made of stainless steel, hygiene can be guaranteed.

Since the panel guarantee material is a non-ferrous metal, it is safe from fire, and can eliminate problems such as harmful substances scattered when handled like conventional glass fibers.

The installation is simple, especially the corner and ceiling finish is easy, and the panel fixing piece is not exposed to the outside, so the appearance is excellent.

Hereinafter, the kitchen panel and the panel installation structure provided by the present invention will be described with reference to the accompanying drawings.

1 is a rear perspective view showing a preferred embodiment of the flat panel of the kitchen panel provided in the present invention, Figure 2 is a perspective view of the main portion of Figure 1, Figure 3 is a sectional view of the main portion of Figure 1, Figure 4 1 is a front view, left and right side views and a plan view of the flat panel provided in FIG.

Kitchen panel 10, 20 provided in the present invention is composed of a flat panel 10 and a corner panel (20).

Looking at the configuration of the flat panel 10 of the kitchen panel 10, 20 first, as shown in the coupling grooves (13) fitted to the coupling groove 12 and the coupling groove 12 to both sides of the front plate (11) ) Is formed so that the neighboring panel 10 is continuously coupled, to provide a product that can ensure light weight, hygiene and safety from fire.

That is, in the present invention, by bending the both ends of the front plate 11 made of stainless steel to form a coupling protrusion 13 fitted into the coupling groove 12 and the coupling groove 12 to the thickness of the panel 10, the upper end The bending piece 14 is formed by bending, but the coupling groove 12 and the coupling protrusion 13 formed by bending both side ends of the front plate 11 are slightly smaller than the lower end so that the locking step 15 is formed at the lower end. Bend from the top.

Also, as shown in FIG. 5, the upper and lower ends of the front plate 11 may be bent to symmetrically form the blocking pieces 14, and the flat panel 10 ′ having such a configuration is used for the ceiling.

On the side where the coupling groove 12 is formed, the fixing plate 16 having the piece hole 16a is extended to be bent.

The fixing plate 16 is formed to be grounded toward the rear surface of the panel 10 and is bent to protrude outward from the width of the panel 10.

The coupling protrusion 13 fitted with the coupling groove 12 may be easily assembled by configuring the tip as a tensionable triangle when viewed in a plane, and may allow a firm fitting to the coupling groove 12 in the assembling process.

In the present invention, the reinforcing member 17 is firmly coupled to the inner surface of the front plate 11 by an adhesive or the like so as to ensure weight reduction and safety from fire.

The reinforcing member 17 is composed of a concave-convex type made of aluminum material lighter than stainless steel. That is, the combination consists of a fixing portion 17a fixed to the rear surface of the front plate 11 and a protruding connecting portion 17b for connecting two adjacent fixing portions 17a.

The connecting portion 17b of the reinforcing member 17, as shown in cross section, as well as a triangle, as well as a non-illustrated curved, rectangular, etc. can be configured in various shapes.

In addition, the reinforcing member 17 may be divided according to the size of the panel 10.

Figure 6 shows a perspective view showing a preferred embodiment of the protruding corner panel of the kitchen panel provided in the present invention, Figure 7 is a front view and a plan view of Figure 6 shows an enlarged state diagram. And Figure 8 is a perspective view showing another embodiment of a recessed corner panel of the kitchen panel provided in the present invention, Figure 9 is a front view and a plan view of Figure 8 shows an enlarged state diagram.

Looking at the configuration of the corner-shaped panel 20 of the kitchen panel of the present invention as shown in the bending surface both sides of the stainless steel corner plate 21 formed to be bent in accordance with the protruding corner and the recessed corner ( 22) and the engaging projection 23 is inserted into the coupling groove 12 formed in the panel 10 to form a thickness of the panel 20, the upper end is bent to form a blocking piece 24, the corner plate (21) The engaging surface 22 and the engaging protrusion 23 formed by bending both side ends are configured to be bent slightly above the lower end so that the locking step 25 is formed at the lower end.

In the case of the flat panel 10 corresponding to the coupling surface 22, unlike the other panels 10, the coupling surface 18 is formed on one side and is coupled by a finish coupling portion 80 to be described later.

As described above, the kitchen panel composed of the flat panel 10 and the corner panel 20 can be manufactured in a lighter weight than the panel using the conventional glass fiber, and improved appearance and convenient installation by the installation structure provided below. It can provide sex.

The corner panel 20 shown in FIG. 8, FIG. 9 is shown by the structure which the engagement surface 22 was formed in both sides.

Hereinafter will be described the installation structure of the kitchen panel provided in the present invention.

Figure 10 shows a plan view of a preferred embodiment showing an installation structure of the kitchen panel provided in the present invention, Figure 11 shows a side perspective view of a preferred embodiment shown as an installation structure of the kitchen panel provided in the present invention. .

12 and 13 illustrate a cross-sectional view for showing a fixing example of a wall panel and a cross-sectional view for showing a fixing example of a ceiling panel in an installation structure of a kitchen panel provided in the present invention.

The installation structure 1 of the kitchen panel provided in the present invention is a supporter frame fixed to the support 31 so as to maintain a predetermined distance with the wall and ceiling 30 of the steel deck (steel deck) configuration as shown ( 32) and the hanger frame 34 fixed by the hanger rod 33 is welded.

In addition, the bottom construction jaw 41 and the panel settling 42 are bent in two stages at the top and bottom thereof so as to conform to the supporter frame 32, and the fixing piece 43 is formed at the end of the upper panel settling 42. The base channel 40 bent in the vertical direction is fixed by bottom and pull welding.

In the case of the present invention using the base channel 40 as described above in the state in which the locking jaw (15) formed at the bottom of the front plate 11 of the kitchen panel (10) on the panel mounting jaw (42) The panel 10 may be fixed to the piece 43 by a piece. In this case, the front plate 11 of the panel 10 covers the panel settlement 42, and the fixing piece 43 is located behind the panel 10. Since it is an upwardly protruding configuration, it is possible to completely block filthy water and the like from going back to the panel 10 through the base channel 40.

The top supporter frame 50 fixed to the supporter frame 32 and the hanger frame 34 is installed at the corner of the ceiling where the supporter frame 32 and the hanger frame 34 intersect.

Figure 14 is an exploded perspective view and an assembled state sectional view for showing an installation example of the top supporter frame in the installation structure of the kitchen panel provided in the present invention.

As shown, the top supporter frame 50 has a panel inner jaw 51 formed in a vertical direction and a profile fixing jaw 52 formed in a direction perpendicular to the panel inner jaw 51 in a horizontal direction. A sealing profile 60 is fixed to the profile fixing jaw 52. In addition, the corner of the profile fixing jaw 52 to press the corner-shaped panel 20 and to fix the corner sealing profile 70 for fixing the ceiling panel 10.

The sealing profile 60 is a fastener 62 into which the round end corner 61 is bent to press the panel 10 embedded in the panel inner jaw 51 and the flat panel 10 'is horizontally fitted. The assembly is made of.

In addition, the corner sealing profile 70 is fixed to the profile fixing jaw 52 of the top supporter frame 50, the corner bent round as shown in Figs. 15 and 16 to press the two types of corner-type panel 20 The finishing piece 71 and the fastener 72 into which the flat panel 10 'is fitted in the horizontal direction are formed in an assembly configuration.

The flat panel 10 ′ fitted to the fixture 62 of the sealing profile 60 is as shown in FIG. 5.

Figure 17 is an exploded perspective view showing an example of the finish coupling portion applied to the panel installation structure provided by the present invention, Figure 18 shows a cross-sectional view showing the assembled state of FIG.

In the case of the panel mounting structure (1) provided by the present invention, the installation finishing work is very convenient.

That is, in the present invention, the finishing coupling part 80 is formed at the junction between the flat panel 10 and the corner panel 20.

The finishing coupling portion 80 is an omega profile having a length equal to the length of the panels 10 and 20 between the coupling surfaces 18 and 22 formed in the flat panel 10 and the corner panel 20. 81) is inserted and fixed to the supporter frame 32 by a piece to press-fix both sides panel (10) (20).

The cover 82 is fitted to the omega profile 81 to be finished, and the cover 82 is formed in the state in which the cover 82 is coupled by forming the engaging protrusions 81a and 82a in the omega profile 81 and the cover 82. The locking protrusion 82a formed in the hook is fixed to the locking protrusion 81a formed in the omega profile 81.

1 is a rear perspective view of a preferred embodiment of a flat panel of the kitchen panel provided in the present invention

Figure 2 is a perspective view of the main portion of Figure 1 excerpt

3 is a sectional view of the main portion of Figure 1 excerpt

4 is an enlarged front view, left and right side views, and a plan view of the flat panel provided in FIG.

5 is an enlarged front view, left and right side views, and a plan view showing another embodiment of the flat panel provided in the present invention.

Figure 6 is a perspective view showing a preferred embodiment of the protruding corner panel of the kitchen panel provided in the present invention

FIG. 7 is a front view and a plan view of FIG. 6, showing enlarged main parts. FIG.

Figure 8 is a perspective view showing another embodiment of the recessed corner panel of the kitchen panel provided in the present invention

FIG. 9 is a front view and a plan view of FIG. 8, showing enlarged main parts. FIG.

10 is a plan view of a preferred embodiment showing the installation structure of the kitchen panel provided in the present invention

Figure 11 is a side perspective view of a preferred embodiment shown as an installation structure of a kitchen panel provided in the present invention

12 is a cross-sectional view showing an example of fixing the wall panel in the installation structure of the kitchen panel provided in the present invention

Figure 13 is a cross-sectional view showing an example of fixing the ceiling panel in the installation structure of the kitchen panel provided in the present invention

Figure 14 is an exploded perspective view and assembled state cross-sectional view for showing an installation example of the top supporter frame in the installation structure of the kitchen panel provided in the present invention

15 and 16 is a perspective view and a cross-sectional view of the corner sealing profile applied to the present invention

Figure 17 is an exploded perspective view showing an example of the finish coupling portion applied to the panel installation structure provided by the present invention

18 is a cross-sectional view showing the assembled state of FIG.

Explanation of symbols used in main part of drawing

1: Installation structure of kitchen panel 10,10 ': (kitchen or flat panel)

11: front panel 12: coupling groove

13: Coupling protrusion 14: Suppression

15: Jam Jaw 16: Fixed Edition

17: reinforcing member 17a: fixed part

17b: connector 18: mating surface

20: (kitchen or corner type) panel 21: Corner board

22: bonding surface 23: coupling protrusion

24: Suppression 25: Jam jaw

30: wall and ceiling 31: support

32: supporter frame 33: hanger load

34: hanger frame 40: base channel

41: floor construction jaw 42: panel settling jaw

43: Fixed piece 50: Top supporter frame

51: Panel inner jaw 52: Profile fixed jaw

60: sealing profile 61: corner finish

62: fixture 70: corner sealing profile

71: corner finish 72: fixture

80: finish coupling portion 81: omega profile

81a, 82a: locking projection 82: cover

Claims (8)

In the kitchen flat panel 10, Bending both ends of the front plate 11 made of stainless steel to form a coupling protrusion 13 fitted into the coupling groove 12 and the coupling groove 12 to the thickness of the panel 10, and the upper end is bent to prevent the closing piece. (14); The coupling groove 12 and the coupling protrusion 13 formed by bending both ends of the front plate 11 are bent upwardly from the lower end of the front plate 11 so that the locking jaw 15 is formed at the bottom thereof; A side where the coupling groove 12 is formed is bent to extend the fixing plate 16 having the piece hole 16a formed thereon; The kitchen panel, characterized in that the flat plate coupled to the reinforcing member (17) on the back of the front plate (11). In the kitchen flat panel 10 '; Bending both ends of the front plate 11 made of stainless steel to form a coupling protrusion 13 fitted into the coupling groove 12 and the coupling groove 12 to the thickness of the panel 10 ', and prevent the upper and lower ends by bending. Forms a piece 14; A side in which the coupling groove 12 is formed is bent to extend the fixing plate 16 having a piece hole 16a formed therein; The kitchen panel, characterized in that the flat plate coupled to the reinforcing member (17) on the back of the front plate (11). In the kitchen corner panel 20, Both sides of the corner plate 21 made of stainless steel bent at an acute angle, a right angle, an equilateral angle, and bent to form a coupling surface 22 in a right angle and a coupling groove formed in the flat plate panel 10 for kitchen according to claim 1 ( 12 is bent to form a coupling protrusion 23 is inserted into the panel 20, the upper end is bent to form a blocking piece (24); Coupling surface 22 and the engaging projection 23 formed by bending both side ends of the corner plate 21 is a kitchen type, characterized in that the corner formed by bending slightly above the lower end so that the locking step 25 is formed at the lower end. panel. 4. The method according to any one of claims 1 to 3, The engaging projection 13, 23 is a kitchen panel, characterized in that configured in a triangle so that the tip has a tension function in plan view. A hanger frame 34 fixed by a supporter frame 32 and a hanger rod 33 fixed by a support 31 to be welded so as to maintain a predetermined distance from a wall and a ceiling 30 of a steel deck configuration; ; A base channel 40 which is fully welded to the bottom so as to conform to the supporter frame 32 and in which a panel settlement 42 is formed; It is fixed to the corner of the ceiling side where the supporter frame 32 and the hanger frame 34 intersect, and the panel inner jaw 51 is formed in the vertical direction when viewed in cross section, and the panel inner jaw 51 in the horizontal direction. A top supporter frame 50 having a profile fixing jaw 52 formed in a direction perpendicular to the upper supporter frame; The flat plate of claim 1 is sandwiched between the panel settlement 42 of the base channel 40 and the panel inner jaw 51 of the top supporter frame 50 and fitted to each other and fixed in pieces to the supporter frame 32. Corner panels 20 of claim 3 for connecting the panel panels 10 and the portions meeting in acute, right, and obtuse directions; A sealing profile 60 and a corner panel, which are fixed to the profile fixing jaw 52 of the top supporter frame 50 and pressurize the flat panel 10 embedded in the panel inner jaw 51. A corner sealing profile 70 for pressing 20); Kitchen panel mounting structure, characterized in that consisting of the flat panel (10 ') of claim 2 is fitted to the sealing profile 60 and the corner sealing profile (70). The method of claim 5; The base channel 40 has a bottom construction jaw 41 and the panel jaw 42 is bent in two steps on the upper and lower sides, and the fixing piece 43 is bent in the vertical direction at the end of the upper panel jaw 42. Kitchen panel mounting structure, characterized in that. The method of claim 5; The sealing profile 60 is fixed to the profile fixing jaw 52 of the top supporter frame 50, and the corner finishing piece 61 is bent round to press the flat panel 10 embedded in the panel fitting jaw 51. ) And a fixture 62 into which the flat panel 10 'for ceiling in the horizontal direction is fitted; The corner sealing profile 70 is fixed to the profile fixing jaw 52 of the top supporter frame 50, and is used for ceiling in a horizontal direction with the corner finishing piece 71 that is roundly bent to press the corner panel 20. The panel mounting structure for a kitchen, characterized in that the assembly of the fixture 72 is fitted into the flat panel (10 '). The method of claim 5; A coupling portion (80) is formed at the coupling portion of the flat panel (10) and the corner panel (20); The finishing coupling portion 80 is an omega profile 81 having a length equal to the length of the panel between the mating surfaces 18 and 22 having the flat panel 10 and the corner panel 20 bent at 90 degrees. Inserting and fixing the piece to the supporter frame 32, and closing the cover 82 to the omega profile 81; In the omega profile 81 and the cover 82, the engaging projections 81a and 82a are formed to engage the cover 82, and the engaging projections 82a formed on the cover 82 are formed in the omega profile 81. Kitchen panel mounting structure, characterized in that fixed to the locking projection (81a).

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