KR20090039172A - Finishing member for underground wall - Google Patents

Abstract

An underground wall finishing member is provided to be not influenced as the moisture and dew condensation by maintaining the interval between a panel member and a concrete structure wall. An underground wall finishing member is composed of a fixing bar member(10) which is comprised of a hollow bar(11) and an adjustment bar(12) screwed in the hollow bar to adjust the interval with a wall, a clip member(20) which is assembled in the fixed bar member to grip an inserted structure with elastic force, a connection frame(40) which is installed in a clip element, a panel member(30) detachably combined in the connection frame, and a ventilation port(50) combined to the one among the panel members to be ventilated. The hollow bar is installed in a concrete structure wall to be spaced at the predetermined interval. In the connection frame, a mounting unit is formed having a reinforcement frame(44).

Description

Basement wall finishing member {FINISHING MEMBER FOR UNDERGROUND WALL}

The present invention relates to a finishing member installed on the basement wall, and more particularly, after fixing the fixed bar member to the concrete concrete wall of the basement to adjust the gap distance, and then fixed the clip member by using the elastic force of the fixed bar the clip By installing the connecting frame on the member and combining the panel member designed freely in color and shape to the connecting frame, the installation is easy and the beauty of the appearance is improved, which not only enhances product competitiveness, but also selects and installs a plurality of panels. By forming a ball and coupling the ventilation hole to the installation hole is not only easy to install the ventilation hole, but also relates to the underground wall finishing member that can be made smoothly the air circulation in the underground interior space.

In general, the wall portion facing the outer wall of the underground structure is easy to invade moisture from the outside, dew condensation (condensation) due to the temperature difference between the wall and the room is likely to occur.

However, due to the nature of the underground structure is difficult to ventilate moisture once penetrated is not well dried, thereby producing whitening phenomenon or mold to give an appearance unpleasant, and also does not benefit health.

In order to solve the above problems, conventionally, a waterproofing treatment such as adding a waterproofing agent or applying a waterproofing agent on the surface of the concrete composition is performed.

However, the sidewall of the underground structure is easily cracked by shrinkage expansion action and hydration heat due to repeated temperature difference between winter and summer, and the groundwater penetrates into the sidewall of the underground structure when the added waterproofing agent is aged. Condensation water is generated inside the side walls of the structure due to internal and external temperature differences.

In order to overcome the shortcomings of the waterproofing method, there was a method of constructing the outer wall of the underground structure as a double wall structure, but this construction method requires not only a lot of work time and labor, but also takes up a lot of space due to the characteristics of the double wall structure. A new, narrowed problem of usable indoor space has arisen.

Patent Application No. 2004-0051417, which is developed and applied to exert an excellent drainage damping effect than using a waterproofing agent, is to form a wall by assembling a cap in a groove provided in a base plate of a predetermined size. The coupling method is vulnerable to temperature changes due to its structural characteristics, and the panel finish is bent and finished in the same direction with respect to the curved surface of the wall.

The present invention is designed to solve the above problems, by providing a panel member designed in a variety of shapes and colors with a predetermined interval on the concrete wall of the basement, to provide an underground wall finishing member that can improve the beauty There is a purpose.

And by forming the panel member itself to install the ventilation opening in a simple manner, it is easy to install the ventilation opening and does not need a separate ventilation opening installation space, and also to make the underground wall finishing member that can make the air circulation of the underground interior space smoothly There is another purpose to provide.

The present invention for achieving the above object, after fixing the fixed bar member on the concrete wall of the basement to adjust the gap with the wall and then fixed the clip member using the elastic force of the fixed bar and then install the connecting frame to the clip member And it is characterized by combining the panel member is freely designed in color and shape to the connection frame.

In addition, the connecting frame is formed in a rectangular shape and the entire front portion is divided into a mounting portion having a reinforcement on the inside, respectively, the coupling hole is formed in the corner and the reinforcement of the mounting portion, inserted at right angles from the circumference toward the rear The wing is formed and press-fitted to the clip member, the support member is formed on the upper and lower insertion blades, characterized in that the vertical support member and the horizontal support member is formed on both insertion blades.

In addition, the panel member is characterized in that the installation hole is perforated in the front center in order to install the ventilation holes.

Underground wall finishing member of the present invention, by providing a fixed bar member so that the gap between the panel member and the concrete structure wall is not only prevent the panel member from being affected by moisture or condensation, it is adjusted to maintain a constant plane There is an effect that the installation of the panel member is easy.

Then, the clip member is fixed using the elastic force of the fixing bar, and then the connecting frame is installed on the clip member and the panel member freely designed in color and shape is combined with the connecting frame, so that the wall can be finished in various designs. It has the effect of enhancing beauty and enhancing product competitiveness.

In addition, by forming a mounting hole by selecting from a plurality of panels coupled to the connecting frame and by combining the ventilation hole to the installation hole, the ventilation opening is easy to install, and there is an effect that the air circulation in the underground interior space can be made smoothly.

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

1 is an exploded perspective view showing a connection frame and a panel member of the basement wall finishing member according to the present invention, the ventilation port, Figure 2 is a cross-sectional view of the state of use combined state showing the basement wall finishing member according to the present invention, Figure 3 4 is a perspective view illustrating a connection frame of the basement wall finishing member according to the present invention, and FIG. 4 is a front view illustrating a state in which the connecting frame of the basement wall finishing member according to the present invention is installed in an up, down, left and right connection, and FIGS. 5A and 5B illustrate the present invention. Front perspective view, a rear perspective view showing a ventilation opening of the basement wall finishing member according to the present invention, Figure 6 is a cross-sectional view showing a fixed bar member of the basement wall finishing member according to the present invention, Figure 7 is a clip of the basement wall finishing member according to the present invention 9 is a perspective view showing a member, and FIG. 9 is a perspective view of a part of the underground wall finishing member according to the present invention.

As shown in Figures 1 to 7 and 9, the basement wall finishing member 2 is screwed to the adjustment bar 12 to the hollow bar 11 is fixedly installed at intervals on the concrete structure wall (3) Pressing and installing the fixed bar member 10 to adjust the distance to the wall surface, the clip member 20 is assembled to the fixed bar member 10 to grip the insertion structure with elastic force, and the clip member 20 Ventilation opening 50 is selected and coupled to the ventilation frame 50, one or more panel member 30 is coupled to the connection frame 40, and the panel member 30 installed in the connection frame 40 It consists of.

The fixing bar member 10 is a hollow with a female threaded portion 11-4 formed on the inner circumferential surface of the hollow tube 11-3 formed to a predetermined length on the base plate 11-2 through which the mounting hole 11-1 is drilled. The bar 11 and the clip assembly groove plate 12-2 having the inclined surface on the inner side at the end of the bolt 12-1 screwed to the female threaded portion 11-4 of the hollow bar 11 are formed. It consists of a bar 12.

The fixed bar member 10 is maintained between the panel member 30 and the concrete structure wall 3 so that the panel member 30 is not affected by moisture or condensation, and the panel member 30 is When finished, it adjusts to maintain a certain plane.

The clip member 20 includes a support plate 21, a reinforcement part 22 formed at two edges of the support plate 21 to exert an elastic force, and an inclination inward from the reinforcement part 22. It is composed of an elastic plate 23 and a gripping guide 24 bent outwardly and formed at the tip of the elastic plate 23.

The clip member 20 is assembled to the fixed bar member 10 to firmly grip the connecting frame.

The connecting frame 40 is The front portion is made in a rectangular shape and the entire front portion is divided into mounting portions 41 having reinforcement teeth 44 therein, respectively, and coupling holes 46 are formed at the corners of the mounting portion 41 and the reinforcement teeth 44. Insertion blades 47 are formed at right angles from the circumference toward the rear to be press-fitted to the clip member 20, and support members 42 are formed on the upper and lower insertion blades 47, and both insertion blades 47 The vertical support member 48 and the horizontal support member 49 are formed.

In addition, six mounting portions 41 are formed in the connecting frame 40 in two lengths and three horizontal lengths, and the mounting parts 41 are formed to penetrate in a square shape, and the coupling holes are formed in the outer edges of the squares. 46) is formed.

At this time, the number of the mounting portion 41 is not limited to two vertical and three horizontal, it is possible to repeat the formation continuously up, down, left, right as needed.

In addition, the reinforcement 44 is formed in the horizontal and vertical diagonal direction of the inner portion of the penetrating portion of the mounting portion 41, the circular reinforcement 44 is formed in a ring shape in the middle portion thereof, the longitudinal reinforcement 44, the coupling hole 46 is formed spaced apart from each other.

In addition, the connection support member 42 is a fitting protrusion 42a having a fitting hole 42b and a fitting jaw 42a-1 on one side and the other side of the upper and lower insertion blades 47, and a vertical support member 48. ) Is a connecting protrusion 48a and a connecting groove 48b for vertical alignment at the edges of both insertion blades 47, and the horizontal support member 49 supports the protrusions for horizontal alignment on both insertion blades 47. 49a) and the support groove 49b is formed, so that the connection frame 40 can be installed continuously up, down, left and right.

The connection support member 42 is formed with a plurality of fitting holes 42b and fitting protrusions 42a on one side and the other side of the upper and lower insertion blades 47, respectively, and the upper insertion blade 47 and the lower insertion blade 47. The fitting hole 42b and the fitting protrusion 42a formed in the) are formed to be staggered with each other.

One side of the insertion blade 47 of the vertical support member 48, the upper surface of the corner is formed in the square in the form of a connecting groove 48b and the connecting projection (48a) in turn, the lower surface of the connecting projection (48a) and the connecting groove 48b are spaced apart in turn, and the upper and lower surfaces of the other insertion blade 47 are positioned on the same line horizontally with the connection groove 48b and the connection protrusion 48a formed at one insertion blade 47. The connection protrusion 48a and the connection groove 48b, the connection groove 48b and the connection protrusion 48a are respectively formed.

On the upper surface of one side of the insertion blade 47 of the horizontal support member 49, a semicircular support protrusion 49a is formed from one side end to the other end when the upper side of the connecting groove 48b is horizontally formed. A semicircular support groove 49b is formed to correspond to the support protrusion 49a, and the upper and lower surfaces of the other insertion wing 47 are horizontally aligned with the support protrusion 49a and the support groove 49b. The support groove 49b and the support protrusion 49a are respectively formed to be positioned.

In addition, the panel member 30 is composed of a first panel member 30-1, in which the installation hole 32 is not perforated, and a second panel member 30-2, in which the installation hole 32 is perforated. .

The first panel member 30 is formed to correspond to the mounting portion 41, the coupling protrusion 31 is formed to be fitted to the coupling hole 46, the bottom circumference is formed with a stepped portion 33 is connected to the connection frame When coupled to the mounting portion 41 of the 40 is configured so that the separation space 60 can be formed.

The second panel member 30-2 is formed in the same manner as the first panel member 30-1, and the installation hole 32 is drilled to install the ventilation hole 50 in the front center portion.

At this time, the panel member 30 is freely designed in various ways such as patterns, patterns, stationery, colors, etc., the surface is embossed.

And, the vent 50 is Ventilation port 50 is formed to correspond to the installation hole 32 of the panel member and the fixing piece 52 having a locking jaw (52a) to be fitted into the installation hole 32 to be fixed to the separation space 60 The protrusion is formed and has a plurality of through holes 51a to communicate with the installation holes 32.

At this time, four fixing pieces 52 are formed at a predetermined interval.

8 is a view schematically illustrating the installation procedure of the basement wall finishing member, and when explaining the installation method of the present invention with reference to the drawings, the basement wall finishing member (2) to the construction of the underground concrete structure wall (3) It divides the surface area and fills it, and it drills, and it performs the basic work which drills a hole to become a grid | lattice form.

Then, the fixing bar member 10 is driven and fixed in the hole of the wall 3 of the concrete structure drilled into the wall 3, and the concrete is mounted through the mounting hole 11-1 of the base plate 11-2. Nails

In this state, the adjustment bar 12 is screwed to the hollow tube 11-3 of the fixing bar member 10. At this time, the clip assembly groove plate 12-2 of the adjustment bar 12 is set to be located at a predetermined distance from the concrete structure wall (3).

When the installation of the fixed bar member 10 is completed, the clip member 20 is inserted into the clip assembly groove plate 12-2 in a vertical posture and assembled. Since the clip member 20 is press-installed using the support plate 21 and the reinforcement part 22 to the clip assembly groove plate 12-2, it is not firmly assembled and separated. That is, the reinforcement part 22 is easily assembled at the time of press fitting, and is caught on the inclined surface of the inner side, so that the separation is not easy.

As described above, when the installation of the clip member 20 is completed, the connection frame 40 is press-installed to be gripped by the clip member 20.

When the connection frame is forcibly pushed the insertion blade 47 of the 40 into the gripping guide 24 of the clip member 20, the gripping guide 24 by the elastic force of the elastic member 23 of the clip member 20 Insertion blade 47 is firmly bite.

Then, the other connection frame 40 is inserted into the gripping guide 24 of the clip member 20 in which the connecting frame 40 is already installed in the same manner as described above, but the first connecting frame 40 and It is fitted in a symmetrical form.

On the other hand, since the fitting protrusion 42a and the fitting hole 42b having the fitting jaws 42a-1 are alternately formed on the upper and lower outer surfaces of the connecting frame 40, the lower part of the connecting frame 40 is further lowered. When coupling the connection frame 40, the fitting protrusion 42a is inserted into the fitting hole 42b by using elastic force and is stably supported by the locking jaw 42a-1.

In addition, when connecting the other connecting frame 40 to the left and right of the connecting frame 40, the vertical support member 48 formed on the connecting frame 40, that is, the connecting projection 48a and the connecting groove 48b The connecting groove 48b and the connecting protrusion 48a of the other connecting frame 40 are fitted to ensure a stable vertical alignment, and the horizontal supporting member 49, that is, the supporting protrusion 49a and the supporting groove 49b. The support groove 49b and the support protrusion 49a of the other connection frame 40 are inserted in the horizontal alignment so as to be stable and smooth.

Then, the first panel member 30-1 corresponding to the connection frame 40 is coupled to the connection frame 40, but the first panel member 30-is coupled to the coupling hole 46 of the connection frame 40. The engaging projection 31 of 1) is fitted and firmly coupled.

In addition, other parts of the connection frame 40 to which the first panel member 30-1 is not coupled Select and couple the second panel member 30-2 having the installation hole 32 formed in the center thereof.

In addition, the ventilation hole 50 is coupled to the installation hole 32, and a fixing piece 52 having a locking jaw 52a protrudes from the rear side of the ventilation hole so that the fixing piece 52 is connected to the installation hole 32. After insertion, the locking jaw 52a is inserted into the spaced space 60 to be fixed to the bottom surface of the panel member.

At this time, the panel member 30 is installed according to a predesigned design, and the first panel member 30-1 is assembled on a basic basis, and the second panel member 30-2 is attached to the concrete structure wall ( 3) Decorated.

The underground wall finishing member 2 installed as described above reduces condensation occurring in the underground wall 3. That is, the air passes through the through hole 51a of the ventilation hole 50 installed in the second panel member 30-2, thereby bringing about condensation prevention and condensation prevention effect.

In addition, since the ventilation is made smoothly through the through hole 51a of the ventilation port 50, the circulation of the air is easily performed so that dull air does not occur underground.

As described above, the finishing of the basement wall is constructed with variously designed first panel members 30-1 and second panel members 30-2 to finish neatly.

In addition, the panel member 30 is a logo, mark, pattern, pattern, stationery, etc. are designed and assembled in a variety of colors to enhance the appearance beautifulness to maximize the visual effect.

As described above, the finishing of the underground space wall 3 is the space wall is neatly finished by the construction of the various design of the first panel member 30-1 and the second panel member 30-2.

1 is an exploded perspective view showing a connection frame and a panel member, a vent of the basement wall finishing member according to the present invention.

Figure 2 is a cross-sectional view of the state of use of the underground wall finishing member according to the present invention.

Figure 3 is a perspective view showing a connection frame of the underground wall finishing member according to the present invention.

Figure 4 is a front view showing a state in which the connecting frame of the basement wall finishing member according to the present invention is installed up, down, left, right.

Figure 5a, 5b is a front perspective view, a rear perspective view showing a ventilation opening of the underground wall finishing member according to the present invention.

Figure 6 is a cross-sectional view showing a fixed bar member of the underground wall finishing member according to the present invention.

7 is a perspective view showing a clip member of the basement wall finishing member according to the present invention.

8 is a cross-sectional view schematically showing the installation procedure of the underground wall finishing member according to the present invention.

Figure 9 is a perspective view of the partial use of the underground wall finishing member according to the present invention.

<Explanation of symbols for the main parts of the drawings>

10: fixed bar member 11: hollow bar

20: clip member 30: panel member

31: engaging projection 32: stepped portion

40: connecting frame 41: mounting portion

42: connecting support member 44: reinforcement

47: insertion blade 48: vertical support member

49: horizontal support member 50: ventilation holes

51a: through hole 52a: locking jaw

52: fixed piece 60: spaced apart space

Claims (5)

In the underground wall finishing member, A fixed bar member 10 screwed to the hollow bar 11 fixedly installed at intervals on the concrete structure wall to adjust a distance from the wall surface; A clip member 20 assembled to the fixed bar member 10 to grip the insertion structure with elastic force; A connection frame 40 press-fitted to the clip member 20; At least one panel member 30 detachably coupled to the connection frame 40; Underground wall finishing member, characterized in that consisting of a ventilating port 50 is selected to be ventilated from the panel member 30 installed in the connecting frame 40. The method of claim 1 The connecting frame 40 is formed in a rectangular shape and the entire front part is equally divided so that the mounting parts 41 having reinforcement teeth 44 are formed on the inside, respectively, and are coupled to the corners of the mounting parts 41 and the reinforcement bars 44. Ball 46 is formed, the insertion blade 47 is formed at right angles from the circumference toward the rear, press-installed in the clip member 20, the support member 42 is formed on the upper and lower insertion blades 47 and both sides The vertical support member 48 and the horizontal support member 49 are formed in the insertion blade 47, and the connection support member 42 is fitted with the fitting hole 42b on one side and the other side of the outer surface of the upper and lower insertion blades 47. A fitting protrusion 42a having a jaw 42a-1 is formed, and the vertical support member 48 is formed with a connecting protrusion 48a and a connecting groove 48b for vertical alignment at edges of both insertion blades 47. The horizontal support member 49 has a support protrusion 49a and a support groove 49b formed on both insertion blades 47 for horizontal alignment. Underground wall finishing member, characterized in that 40 can be installed continuously up, down, left, right. The method of claim 1, The panel member 30 is formed so as to correspond to the mounting portion 41, the engaging projection 31 is formed to be fitted to the coupling hole 46, the surface of the pattern, pattern, or stationery is designed in various colors and the bottom Stepped portion 33 is formed in the circumference of the basement wall finishing member, characterized in that configured to be formed when the spaced apart space portion 60 is coupled to the mounting portion 41 of the connection frame 40. The method according to claim 1 or 3, Panel member 30 is an underground wall finishing member, characterized in that the installation hole 32 is perforated in the front center in order to install the ventilation holes (50). The method according to claim 1 or 4, Ventilation port 50 is formed to correspond to the installation hole 32 of the panel member 30 and the fixing piece having a locking jaw (52a) to be fitted in the installation hole 32 to be fixed to the separation space 60 Basement wall finishing member, characterized in that the 52 is formed to protrude and have a plurality of through holes (51a) to communicate with the installation hole (32).

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