KR101213638B1 - Harmless double wall panel assembly - Google Patents

Abstract

An underground double wall assembly using a smart panel is provided. The provided underground double wall assembly is provided with upper and lower runners installed to face each other on the floor and ceiling side with a predetermined distance from the outer wall surface of the underground wall, and a plurality of studs fitted to the upper and lower runners and vertically arranged at regular intervals. And, the horizontal reinforcement channel is installed in the horizontal direction in each stud, the smart panel is disposed on the front of the stud and composed of a magnesium board and the insulation board, and the smart panel at both ends of the coupling groove screwed to the stud A plurality of vertical and horizontal molding members for fixing the smart panel to the studs and a support wing for supporting the projections, and an upper portion of the smart panel fixed to the studs so as to be spaced apart from the ceiling to provide an air circulation passage Fixing the molding member and the lower end of the smart panel to the stud to be spaced apart from the bottom Comprising a lower molding member for providing the air circulation passage,
The upper molding member and the lower molding member are fixed pieces that are screwed in contact with the stud, receiving pieces vertically extended at the lower end of the fixing piece, and vertically extended in one direction at the ends of the receiving pieces, the fixing pieces and the receiving parts. The first extension piece is provided with a piece to accommodate the smart panel and is provided with a length smaller than the fixing piece, and is vertically extended in the opposite direction to the first extension piece at the end of the receiving piece to the outside of the stud. The second extension piece for preventing exposure has an integrated structure, wherein the vertical molding member and the horizontal molding member protrude in a form in which the locking jaws face each other on both sides of the inner wall of the coupling groove, and the locking jaw in the coupling groove. A soft synthetic resin molding cap is provided, which is provided with a set of locking grooves corresponding to the locking jaw so as to be fitted in the locking jaw.

Description

Underground double wall assembly using smart panel

The present invention relates to an underground double wall assembly, and more particularly to an underground double wall assembly using a smart panel.

In general, underground structures include underground parking lots, underground warehouses, underground malls, and the surface of such underground structures is likely to cause condensation due to temperature differences between the outside and the inside. Since the generated water is not easily removed due to the nature of the underground space, various methods have been proposed to fundamentally prevent the occurrence of such condensation.

Among the many ways to prevent condensation of underground structures, there is a double-walled structure that forms a space between the underground structure wall and the insulation wall by placing an insulation wall such as a wall or a panel at a certain distance from the underground structure wall. At this time, in order to form a heat insulation wall for the double wall structure, the wet method of forming a heat insulation wall by masonry or blocks, and by forming a support with a separate square pipe and channel and then fixing the heat insulation panel to the support heat insulation wall Drying methods that make up the mainstream.

Accordingly, a representative example of the underground double wall using the dry method is 'Prefabricated installation structure of the underground double wall using the multi-functional panel' disclosed through the Republic of Korea Patent Office Patent No. 770565 (announced on October 26, 2007). . This Patent No. 770565 is a lower runner installed by opening a damp-proof paper on the waterproof jaw, a plurality of steel bone fabrics are fixed between the lower runner and the beam of the corresponding position, the steel bone fabric in the state fixed to the water resistant wall It is composed of a multifunctional composite panel fixed to the reinforcing steel to be joined, the iron vertical fabric.

However, Patent No. 770565 has a problem that surface condensation occurs due to humidity and temperature difference between the inner wall and the double wall, and mold is generated inside and outside the double wall.

On the other hand, in order to solve the above problems, in the 'Under construction structure and method of the underground double wall using a multi-functional composite panel' published in Korea Patent Office Publication No. 2009-55758 (published June 3, 2009) in the vertical aluminum molding and horizontal As a ventilation hole is formed as an aeration means in aluminum molding, a technology for preventing condensation through aeration between inner and outer walls has been proposed, and in Korean Patent No. 939637 'Double Wall Panel Assembly and Installation Method for Eco-Friendly Building, Vertical Steel Frame' By forming an air flow unit consisting of a groove formed to communicate with the member and the connecting molding member, and a space (flow section) provided between the vertical steel member and the connecting molding member, air can flow through the space between the outer wall and the double wall. It has been proposed to prevent condensation and mold growth by making it possible.

However, the Patent Publication No. 2009-55758 is a structure that prevents condensation through the ventilation holes provided in the vertical or horizontal aluminum molding, the Patent No. 939637 is a vertical steel member and the connection molding member It is a structure that prevents condensation by allowing aeration to be made through an air distribution means composed of a groove and a space provided in the groove, but the ventilation hole and the groove of the air distribution means are expected to have a ventilation effect as it consists of a large number of small holes. There is a problem that is difficult to do, and there is a problem that the manufacturing cost is increased as the vent hole or the air distribution means to be formed in the vertical or horizontal aluminum molding or vertical steel member and the connection molding member.

On the other hand, the Republic of Korea Patent Publication No. 2011-23476 (released March 8, 2011) has a top closure molding having a cover piece which is installed spaced apart from the ceiling to circulate the air, and a cover installed spaced apart from the waterproof jaw so that the air is circulated Disclosed is an installation structure of a dry underground double wall using a composite panel including a hama finish molding having a piece. This Patent Publication No. 2011-23476 is a condition that minimizes the temperature variation by the air circulation to the space between the basement and the waterproof wall as the top and bottom of the upper and lower composite panels are installed to be spaced apart from the ceiling and waterproofing jaw at a certain interval This is to prevent the occurrence of lead condensation.

However, the above Patent Publication No. 2011-23476 is a top and bottom molding with a cover piece used for fixing the upper and lower composite panel to the light steel member, and the bottom finish molding with a cover piece is a top, bottom composite When the upper and lower ends of the panel are accommodated and fixed to the lightweight steel member by screws or bolts, the composite panel load is concentrated on the screws or bolts. There is a structural problem of separation and separation from the lightweight steel member. In other words, the above-described Patent Publication No. 2011-23476 is a composite of a screw or bolt, in particular, fixing the hip hammer molding by fixing the screw or bolt to be fixed to the lightweight steel member across the composite panel outside the upper and lower hammer molding As the load of the panel is concentrated, there is a problem in that the screw or bolt is separated from the lightweight steel member and separated, thereby causing a safety accident.

In addition, the above-mentioned Patent Publication No. 2011-23476 adopts a method of fixing a screw or bolt to a connection piece of the support molding to fix the light molding to the light steel member even when fixing the support molding to the light steel member. As the installed screw or bolt is exposed to the outside there is a problem that acts as a factor to inhibit the appearance. In order to solve this problem, in Patent Registration No. 770565, a structure for finishing with foam rubber barking has been proposed, but such foam rubber barking has a property of shrinking and relaxing according to temperature due to the nature of the material, and thus shrinking in winter. There is a problem to be separated from the aluminum molding.

Therefore, the present invention was devised to solve the general problems of the conventional underground double wall,

The problem to be solved by the present invention is to provide an underground double wall assembly using a smart panel that can maintain a solid assembly state by improving the structure of the upper molding member and the lower molding member.

Another problem to be solved by the present invention is to provide a basement double wall assembly using a smart panel provided with a molding cap so that the screw is not exposed to the outside, it is possible to maintain a rigid fixed state regardless of the temperature deviation by applying a fixing force There is.

As a specific means of the present invention for solving the above problems;

Upper and lower runners installed to face each other on the floor and ceiling side with a predetermined distance from the outer wall surface of the underground wall, and a plurality of studs fitted to the upper and lower runners and vertically arranged at predetermined intervals, and in each of the studs. A horizontal reinforcement channel installed in a horizontal direction, a smart panel disposed on the front of the stud and laminated with a magnesium board and a thermal insulation board, and support wings for supporting the smart panel on both ends of the coupling groove screwed to the stud A plurality of vertical and horizontal molding members for protruding from and fixing the smart panel to the studs, and an upper molding member for fixing an upper end of the smart panel to the studs so as to be spaced apart from the ceiling to provide an air circulation path; The bottom of the smart panel is fixed to the stud so as to be spaced apart from the floor to provide an air circulation passage In the double-wall underground assembly including a molding member unit,

The upper molding member and the lower molding member are fixed pieces that are screwed in contact with the stud, a receiving piece vertically extended at the lower end of the fixing piece, and vertically extended in one direction at the end of the receiving piece, the fixing piece and the accommodation The first extension piece is provided with a piece to accommodate the smart panel and is provided with a length smaller than the fixing piece, and is vertically extended in the opposite direction to the first extension piece at the end of the receiving piece to the outside of the stud. The second extension piece to prevent exposure has an integrated structure,

The vertical molding member and the horizontal molding member are formed to protrude in a form in which the locking jaws face each other on both sides of the inner wall of the coupling groove, and the pair of the locking jaws corresponding to the locking jaws so as to be fitted to the locking jaws. It is provided with an underground double wall assembly using a smart panel, characterized in that the groove is provided with a soft synthetic resin molding cap.

In a preferred embodiment, between the upper molding member and the lower molding member and the upper and lower runners, the fixing piece and the support piece fixed to the upper runner or the lower runner are fixed to the fixing piece and the receiving piece. Support member can be installed.

As a preferred embodiment, the upper molding member and the lower molding member may be applied to a metal material or a hard synthetic resin material, the outer surface of the first extension piece and the second extension piece is composed of a decorative surface that is given a pattern or color can do.

As a preferred embodiment, the smart panel is applied to the calcined vermiculite board, the smart panel is applied to the calcined vermiculite board is Taka construction or adhesive construction on the stud in the state of excluding the configuration of the vertical molding member, the horizontal molding member and the horizontal reinforcing channel can do.

As described above, the underground double wall assembly using the smart panel according to the present invention is in contact with the studs as the upper molding member and the lower molding member is composed of a fixed piece, the receiving piece and the first and second extension pieces are integrated. The screw is fixed to the fixing piece, so that the upper and lower molding members can be firmly fixed to the stud, so that there is a stable fixing effect and a continuous fixing force. In particular, the upper and lower molding members are separated from the studs by fixing the upper and lower molding members by supporting members in the air circulation passages provided in the spaces between the upper and lower runners and the upper and lower molding members. There is an effect that can prevent a double / departure phenomenon.

In addition, the present invention has the advantage of minimizing the detachment phenomenon of the molding cap according to the temperature deviation by improving the aesthetics by inserting the molding cap made of soft synthetic resin in the coupling groove of the vertical, horizontal molding member.

1 is a front view for explaining the overall configuration of the underground double wall assembly using a smart panel according to the present invention.
Figure 2 is a plan sectional view for explaining the overall configuration of the underground double wall assembly using a smart panel according to the present invention.
3 is a cross-sectional view of the main portion of the portion A of FIG.
Figure 4 is a side cross-sectional view for explaining the overall configuration of the underground double wall assembly using a smart panel according to the present invention.
FIG. 5 is a cross-sectional view illustrating main parts extracted in part B of FIG. 4. FIG.
6 is a cross-sectional view of the main portion taken of the portion C of FIG.
FIG. 7 is a cross-sectional view of main parts taken from portion D of FIG. 4. FIG.
8 is a cross-sectional view of the main portion of the portion E of FIG.
9 is a front view for explaining a state in which plastic vermiculite board is applied to the smart panel in the underground double wall assembly using the smart panel according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1, 2 and 4, the underground double wall assembly 1 of the present invention includes an upper, a lower runner 2, 2 ', a plurality of studs 3, a transverse reinforcing channel 4, And a smart panel 5, a plurality of vertical and horizontal molding members 6 and 6 ', an upper molding member 7 and a lower molding member 8, including the vertical and horizontal molding members 6 and 6'. It is configured to further include a molding cap (63) installed in the).

The upper and lower runners 2 and 2 'are installed to face each other at the bottom 12 (or waterproof jaw installed on the floor) and the ceiling 11 at a predetermined distance from the outer wall surface of the underground wall 10. The upper and lower runners 2 and 2 'are formed in a rectangular rod shape in which one surface is opened using a metal material, and the open portions of each of the runners 2 and 2' are disposed to face each other.

The plurality of studs 3 are assembled by fitting to the upper and lower runners 2 and 2 '. Such a stud (3) is made of a metal material, the both ends of the upper and lower runners (2, 2 ') are fitted in the open portion of each other, as shown in Figure 1 and arranged vertically parallel to each other at intervals. At this time, the stud (3) has a structure in the form of a square cross-section, one side is open as shown in Figure 3, such a stud (3) is formed in the longitudinal direction reinforcement ribs on each side to maintain structural rigidity, Four sides appearing in the rectangular cross section is given a length that can be inserted into the upper runner (2) or lower runner (2 '), the length of the stud (3) is the upper, lower runner (2, 2') Installed and given the same length as facing each other.

3 and 7, the transverse reinforcing channel 4 is installed through an insertion groove 31 provided on one surface of the stud 3, that is, one surface facing the open portion of the stud 3. It is constructed in the transverse direction. The transverse reinforcing channel 4 performs a function of preventing the deformation of the stud 3 and at the same time to support the impact applied from the outside. In addition, the reinforcing member 32 is installed between the outer wall surface of the basement wall 10 and the stud 3, which is one end is screwed to the stud 3, the other end as shown in FIG. Installed to abut the outer wall surface of the basement wall 10 serves to reinforce the stud (3).

Referring back to FIGS. 1, 2 and 4, the smart panel 5 is disposed on the front of the stud 3. The smart panel 5 is configured by laminating the magnesium board 51 and the insulation board 52. While the magnesium board 51 has absorbency and moisture permeability due to its characteristics, breakage and bending occur frequently. In order to prevent cracking, it is preferable to form a waterproof coating layer (not shown in the drawing) on its front surface.

The plurality of vertical and horizontal molding members 6 and 6 ′ are disposed at adjacent boundaries between the smart panels 3 when the smart panels 5 are placed on the front of the studs 3. The molding members 6 and 6 'are installed in a form orthogonal to each other. Such vertical and horizontal molding members 6 and 6 'have a wing structure, that is, the contact pieces 62 on both sides of the coupling groove 61 screwed to the stud 3 as shown in Figs. It has a configuration formed to project a wing structure for supporting the outer circumference of the smart panel (5). At this time, the engaging groove 61 is formed to protrude in a form facing each other, the engaging jaw 611, the engaging groove 61 and the engaging jaw 611 to be fitted into the locking jaw 611 and A molding cap 63 made of a soft synthetic resin material having a corresponding set of locking grooves 631 is fitted therein. According to such a configuration, the vertical and horizontal molding members 6 and 6 'are exposed to the outside of the screw fixed to the coupling groove 61 as the molding cap 63 is fitted into the coupling groove 61. It can be prevented to improve the aesthetics of the double wall assembly. In particular, the molding cap 63, as described above, by applying a soft synthetic resin material, such as urethane resin, silicone resin, as a constituent material, the relaxation, shrinkage phenomenon according to the temperature deviation compared to the existing foam rubber It can be minimized, as the locking groove 631 is fixed to the locking jaw 611 of the coupling groove 61 will be able to maintain a solid fixed state continuously. (The locking jaw may be formed in the molding cap, and in this case, the locking groove is formed in the coupling groove.) In addition, the molding cap 63 is applied to the smart synthetic resin material as a constituent material. By giving a color corresponding to the aesthetics can be improved.

The upper molding member 7 and the lower molding member 8 is the stud (3) so as to space the top end of the smart panel 5 and the ceiling 11 as described in the Republic of Korea Patent Application Publication No. 2011-23476 described above. ) Or the bottom end of the smart panel 5 is fixed to the stud (3) so as to be spaced apart from the bottom (12) to provide air circulation paths (75, 85).

At this time, in the present invention in the configuration of the upper molding member 7 and the lower molding member 8, as shown in Figs. 6 and 8 screw fixed to the stud (3) in contact with the stud (3) The fixing pieces 71 and 81, the receiving pieces 72 and 82 extending vertically from the lower ends of the fixing pieces 71 and 81, and one end (upper molding member) at the ends of the receiving pieces 72 and 82. 7) in the lower direction, in the case of the lower molding member 8) is vertically extended to accommodate the smart panel 5 together with the fixing piece (71, 81) and the receiving piece (72, 82) A first extension piece (73,83) forming a groove (h) and given a length smaller than the fixing piece (71,81), and the opposite direction of the first extension piece at the ends of the receiving piece (72,82) The second extension piece (74, 84) is vertically extended to prevent the external exposure of the stud (3) is configured in an integrated structure. In other words, the upper molding member 7 and the lower molding member 8 is applied to the metal material (for example, aluminum, etc.) or a hard synthetic resin material as a constituent material, the fixing piece 71 according to the manufacturing by a conventional extrusion method And 81, the receiving pieces 72 and 82, and the first and second extension pieces 73, 83, 74 and 84 are integrally formed. Herein, when the upper molding member 7 and the lower molding member 8 are made of a hard synthetic resin material as described above, colors may be given to the first molding pieces 73 and 83 and the first molding piece 73 and 83. The outer surfaces of the second extension pieces 74 and 84, that is, the outer surfaces exposed to the outside, may be formed of decorative surfaces 77 and 87 to which various patterns or colors are applied. In this case, it is preferable to apply the color that can be matched with the above-mentioned smart panel 5 and the molding cap 63. Alternatively, when the upper molding member 7 and the lower molding member 8 are made of a metallic material as described above, it is preferable to paint to give a color. According to such a configuration, the upper molding member 7 and the lower molding member 8 are firmly connected to the stud 3 by fixing pieces 71 and 81 which are stably screwed in contact with the stud 3. The smart panel 5 can be maintained in a fixed state and is provided in the receiving groove h provided by the fixing pieces 71 and 81, the receiving pieces 72 and 82, and the first extension pieces 73 and 83. It can be installed stably, the second extension piece (74, 84) is to prevent the stud (3) is exposed to the outside to improve the aesthetics.

Referring back to FIG. 1, in the present invention, the upper molding member 7 and the lower molding member 8 and the upper and lower runners for the firmly coupled state of the upper molding member 7 and the lower molding member 8. A plurality of support members 76, 86 are provided between (2, 2 '). In other words, the support members 76 and 86 are provided in plurality, two or more at predetermined intervals in the air circulation passages 75 and 85 formed by the upper molding member 7 and the lower molding member 8. Many are installed. The support members 76 and 86 are angled mounting pieces 761 and 861 having one end fixed to the fixing pieces 71 and 81 and the receiving pieces 72 and 82, and the mounting pieces. Consists of the support pieces 762, 862 vertically projected in the lower direction of (761, 861) and fixed (screwed, etc.) to the upper runner (2) or the lower runner (2 '), the metal material is applied. In this case, the support pieces 762 and 862 are preferably fixed to the inner wall of the upper runner 2 or the lower runner 2 'so as to be prevented from being exposed to the outside. According to such a configuration, the support members 76 and 86 result in fixing the upper molding member 7 and the lower molding member 8 to the upper runner 2 or the lower runner 2 '. The upper molding member 7 and the fixing member 71 and 81 may double support the upper molding member 7 and the lower molding member 8 which are firmly screwed to the stud 3. The lower molding member 8 is to maintain a firm fixed state.

Thus, the construction of the underground double wall assembly using the smart panel according to the present invention having the configuration as described above and the interaction between each component accordingly will be described.

Referring back to Figures 1, 2 and 4, the underground double wall assembly 1 of the present invention screws the upper and lower runners 2 and 2 'to face each other on the bottom 12 and ceiling 11 sides, respectively. (Fixed piece), and then the plurality of studs 3 are inserted into the upper and lower runners (2, 2 ') and arranged vertically side by side at a predetermined interval, and then the horizontal reinforcement channel (4) and the reinforcing member ( Install 32). Thereafter, the smart panel 5 is installed on the front surface of the stud 3, in which case the vertical and horizontal molding members 6 and 6 'and the upper and lower molding members 7 and 8 are used. The top and bottom ends are fixed by the upper and lower molding members 7 and 8, respectively, and the vertical molding member 6 is installed at the boundary of the adjacent smart panel 5 in the vertical direction. The left and right ends of the support are fixed, and the horizontal molding member 6 ′ is positioned in the horizontal direction to support the top or bottom of the smart panel 5. In this case, when the upper and lower molding members 7 and 8 are installed, the support members 76 and 86 are additionally installed, and the vertical molding member 6 and the horizontal molding member 6 'are screwed to the stud 3. After that, the molding cap 63 is inserted into and fixed to the coupling groove 61 of each of the members 6 and 6 '. Then, the construction of the underground double wall assembly 1 is completed by performing a separate painting and finishing work.

Therefore, the construction of the underground double wall assembly 1 of the present invention completed as described above in the underground space by the air circulation passage (75,85) formed by the upper molding member 7 and the lower molding member (8) The air circulation can be made smoothly to minimize the phenomenon of condensation, in particular in the present invention, the upper molding member 7 and the lower molding member 8 to the fixing piece (71, 81) and the receiving piece (72, 82) And the first and second extension pieces 73, 83, 74, and 84 are integrally formed so that the upper and lower molding members are screwed to the fixing pieces 71 and 81 in contact with the studs 3. It can be firmly fixed to the stud has the advantage of showing a stable fixing effect and a continuous fixing force. In addition, the air circulation passages 75 and 85, that is, the air circulation passages 75 and 85 provided in the spaces between the upper and lower runners 2 and 2 'and the upper and lower molding members 7, 8, respectively. By supporting and fixing the upper and lower molding members 7 and 8 by installing the supporting members 76 and 86, the phenomenon in which the upper molding member 7 or the lower molding member 8 is separated / detached from the stud 3 is doubled. This can be prevented. In addition, in the present invention, by inserting the molding cap 63 made of soft synthetic resin into the coupling groove 61 of the vertical and horizontal molding members 6, 6 ', the separation of the molding cap 63 according to the temperature deviation is eliminated. Minimizing as well as improving the aesthetics.

Referring to FIG. 9, in the present invention, the calcined vermiculite board may be applied to the smart panel 5 ′. Such calcined vermiculite board is formed by adding inorganic binder to vermiculite and expanded tin, and has an excellent self-texture, and can be cut by saw or knife, and also by Takashi or adhesive. There is an advantage in that the construction is excellent in construction. In particular, the calcined vermiculite board can be recycled by using only natural rock as a raw material, and excellent heat insulation and heat insulation by forming a myriad of porous, non-combustible material has the advantage of no toxic gas and smoke in the event of fire.

Therefore, in the present invention, when the calcined vermiculite board is applied to the smart panel 5 ', calcined vermiculite is removed in a state in which the vertical molding member 6, the horizontal molding member 6' and the horizontal reinforcing channel 4 are excluded. The smart panel 5 'made of boards is directly applied to the studs 3 by Takashi or adhesive to form the underground double wall assembly 1'. Accordingly, the smart panel 5 'to which the calcined vermiculite board is applied excludes the configuration of the horizontal and vertical molding members 6 and 6' at the time of construction so that each smart panel 5 'can be arranged without a separate space. It is possible to obtain an improved aesthetics, and to reduce the construction cost. In particular, the smart panel 5 'to which the calcined vermiculite board is applied can be given various colors and can be cut and used in various forms to satisfy various preferences of consumers.

It should be noted that the above-described embodiments are only illustrative and are not intended to limit the scope of the present invention so that those skilled in the art can readily understand and carry out the present invention. Therefore, it should be noted that various modifications or changes can be made to the above-described embodiments. The scope of the present invention is defined by the following claims in principle.

1,1 ': Underground double wall assembly 2,2': Upper, lower runner
3: stud 4: horizontal reinforcement channel
5,5 ': Smart panel 6,6': Vertical, horizontal molding member
7: upper molding member 8: lower molding member
10: underground wall 11: ceiling
12: Floor 31: Insertion groove
32: reinforcing member 51: magnesium board
52: insulation board 61: coupling groove
62: close contact 63: molding cap
71,81: Fixed piece 72,82: Accepted piece
73,83: First Extension 74,84: Second Extension
75,85: Air circulation passage 76,86: Support member
77,87: Decorative surface 631: Hanging groove
761,861: Seating Piece 762,862: Supporting Piece
h: receiving groove

Claims (4)

Upper and lower runners installed to face each other on the floor and ceiling side with a predetermined distance from the outer wall surface of the underground wall, and a plurality of studs fitted to the upper and lower runners and vertically arranged at predetermined intervals, and in each of the studs. A horizontal reinforcement channel installed in a horizontal direction, a smart panel disposed on the front of the stud and laminated with a magnesium board and a thermal insulation board, and support wings for supporting the smart panel on both ends of the coupling groove screwed to the stud A plurality of vertical and horizontal molding members for protruding from and fixing the smart panel to the studs, and an upper molding member for fixing an upper end of the smart panel to the studs so as to be spaced apart from the ceiling to provide an air circulation path; The bottom of the smart panel is fixed to the stud so as to be spaced apart from the floor to provide an air circulation passage In the double-wall underground assembly including a molding member unit,
The upper molding member and the lower molding member are fixed pieces that are screwed in contact with the stud, receiving pieces vertically extended at the lower end of the fixing piece, and vertically extended in one direction at the ends of the receiving pieces, the fixing pieces and the receiving parts. The first extension piece is provided with a piece to accommodate the smart panel and is provided with a length smaller than the fixing piece, and is vertically extended in the opposite direction to the first extension piece at the end of the receiving piece to the outside of the stud. The second extension piece to prevent exposure has an integrated structure,
The vertical molding member and the horizontal molding member are formed to protrude in a form in which the locking jaws face each other on both sides of the inner wall of the coupling groove, and the pair of the locking jaws corresponding to the locking jaws so as to be fitted to the locking jaws. Basement double wall assembly using a smart panel, characterized in that the groove is provided with a soft synthetic resin molding cap.
The method of claim 1,
Between the upper molding member and the lower molding member and the upper, lower runner is provided with a support member consisting of a seating piece fixed to the fixing piece and the receiving piece and a support piece fixed to the upper runner or the lower runner Underground double wall assembly using a smart panel, characterized in that.
The method of claim 1,
The upper molding member and the lower molding member may be applied to a metal material or a hard synthetic resin material, the outer surface of the first extension piece and the second extension piece is characterized in that the decorative surface is provided with a pattern or color Underground double wall assembly using panels.
The method of claim 1,
The smart panel is applied to the calcined vermiculite board, the smart panel is applied to the calcined vermiculite board is characterized in that the construction or adhesive construction on the stud in the state of excluding the configuration of the vertical molding member, the horizontal molding member and the horizontal reinforcement channel Underground double wall assembly using smart panel.

Images