KR100891505B1 - The finishing members for underground wall and constructing methods using thereof - Google Patents

Abstract

The present invention relates to a building wall finishing structure and a construction method using the same. In particular, the height of the drain plate member and the pattern plate member to be installed in the underground wall can be freely adjusted, as well as the assembly structure is simple and firmly fixed. In addition, the present invention relates to a building wall finishing structure and a construction method using the same, in which manufacturing and construction costs are reduced according to assembly and installation.

The present invention, one end is in close contact with the building wall (1) by using the height adjustment shaft member 110 is fixed vertically via the fixing means 120, the finish of the building wall is installed with a certain clearance with the building wall In the structure, the height adjustment fastening member 130 is fastened directly to the male screw portion 111 formed a predetermined length from one end to the other end on the outer circumferential surface of the height adjustment shaft member 110 can be placed in a certain position And the shaft member fitting hole 145 is formed to be fitted from the other end of the at least one height adjusting shaft member 110 and the shaft member fitting hole 145 is inserted in the state where the height adjusting shaft member 110 is fitted. And a constant clearance is generated between the height adjustment shaft member 110 and the drainage plate member 140 seated to maintain a constant distance from the building wall by the height adjustment fastening member 130, and the height adjustment. Pressed to prevent the drain plate member 140 from moving in the axial direction of the height adjustment shaft member 110 in a state of being directly seated from the other end of the member 110 and seated by the height adjustment fastening member 130. The hook member 161 is pressed by the fixing member 150 and the through hole 141 formed parallel to the axial direction of the height adjustment shaft member 110 at a predetermined position of the drainage plate member 140. It characterized in that it comprises a drain plate cover 160 that is coupled to be tightly fitted.

Basement wall, height adjustment shaft member, drainage plate member, pattern plate member, basement wall, finishing structure

Description

Building wall finishing structure and construction method using same {THE FINISHING MEMBERS FOR UNDERGROUND WALL AND CONSTRUCTING METHODS USING THEREOF}

1 is a partial cross-sectional view of an installation state of a building wall finishing structure according to an embodiment of the present invention;

2 is an exploded cross-sectional view of FIG.

3 is a perspective view of a drain plate member according to an embodiment of the present invention;

4 is a front view of FIG. 3;

5 is a rear view of FIG. 3;

6 is a left side view of FIG. 4;

7 is a right side view of FIG. 4;

8 is a plan view of FIG. 4;

9 is a bottom view of FIG. 4,

10 is a perspective view of a pattern plate member according to an embodiment of the present invention;

11 is a front view of FIG. 10,

12 is a rear view of FIG. 10;

FIG. 13 is a left side view of FIG. 11;

14 is a right side view of FIG. 11;

15 is a plan view of FIG.

16 is a bottom view of FIG. 11;

17 is a cross-sectional view taken along the line AA of FIG.

18 is a rear perspective view of FIG. 10;

19 is a perspective view showing another example of a pattern plate member according to the present invention;

20 is a perspective view showing another example of a pattern plate member according to the present invention.

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

1: building wall 110: height adjustment shaft member

111: male thread 120: fixing means (fixing pin)

130: height adjustment fastening member 131: female thread

132: first outer peripheral surface 133: second outer peripheral surface

133a: step portion 140: drain plate member

141: through hole 142: receiving groove

143: hook projection hook drain 144: hook projection locking groove

145: shaft member fitting hole 150: fixing member

151: female thread 152: receiving groove

160: covering the drain plate 161: hook projection

162: gap preventing flange 163: incision

164: glyph 165: annular projection

166: ventilation holes

The present invention relates to a building wall finishing structure and a construction method using the same. More specifically, the height of the drain plate member and the pattern plate member installed in the underground wall can be freely adjusted, as well as the assembly structure is simple and robust. The present invention relates to a building wall finishing structure that can be fixed, as well as to reduce manufacturing and construction costs due to assembly and installation, and a construction method using the same.

In general, the wall part of the underground facilities of the building which is in contact with the outer wall is easily invaded by moisture from the outside, and condensation is easily caused by the temperature difference between the surface of the wall and the room. However, due to the characteristics of the underground structure, the ventilation is not easy, so once infiltrated moisture is not dried well, thus whitening or mold is generated, which is not beneficial in appearance or 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 on the inside of the sidewall of the structure by the temperature difference between the inside and the outside.

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. There is a new problem of narrowing the available indoor space.

Patent Application No. 2004-0051417, "Wall Drainboard," filed with the Korean Intellectual Property Office, which can be easily applied to an existing wall in order to solve such problems in the past, has a beautiful appearance, and exhibits excellent water-moisture-proof effect than using a waterproofing agent. "Is to form a wall by assembling the cap in the groove provided in the base plate of a certain size, but this coupling method is vulnerable to temperature changes due to the structural characteristics, and the panel finish bent in the same direction with respect to the curved surface of the wall, There is a problem that a phenomenon or a bending phenomenon tends to occur.

In addition, Patent No. 10-709315 "Underground wall finishing member and its construction method" filed with the Republic of Korea Patent Office fixed the clip member to the fixed bar after adjusting the separation distance by fixing the fixed bar member to the wall of the concrete structure underground It is possible to assemble and install freely designed panel member or finishing hollow panel member to this clip member, and the same design panel can express design separately only in color, and also install, dismantle and maintenance, and install waterproof jaw at the bottom. In order to induce drainage, the flatness of the exterior and the applicability of the design are improved, and the finishing process of the wall to be constructed to protect against moisture and condensation is precisely performed.

However, not only the assembly structure of the finishing structure installed on the basement wall is complicated, but also can not be firmly fixed, there is a high manufacturing cost and construction cost according to the assembly installation.

The present invention has been made in order to solve the above problems, a simple and freely at a constant height by a height adjustment fastening member which is fastened directly to the height adjustment shaft member fixed to the building wall drain plate member is installed on the underground wall. The first purpose of the present invention is to provide a building wall finishing structure and a construction method using the same while being secured by the fixing member while being firmly fixed by the fixing member and being covered by the drain plate cover fixed to the drain plate member.

In addition, the present invention provides a building wall finishing structure and a construction method using the same, as well as the assembly structure of the drainage plate member and the drainage plate cover can be fixed and firmly fixed, as well as the manufacturing and construction costs of the installation and installation. Has a second purpose.

The finishing structure of the building wall of the present invention for achieving the above object is installed at a certain clearance with the building wall by using a height adjustment shaft member fixed to the building wall vertically by one end in close contact with the building wall. To the outer circumferential surface of the height adjustment shaft member is fastened directly to the male screw portion formed in a predetermined length from the other end to one end to the height adjustment fastening member to be arranged in a certain position, and at least one other of the height adjustment shaft member A shaft member fitting hole is formed to be fitted from one end portion, and a constant clearance is generated between the shaft member fitting hole and the height adjusting shaft member while the height adjusting shaft member is fitted, while the building wall is formed by the height adjusting fastening member. Drain plate member seated so as to maintain a constant distance from the other end of the height adjustment shaft member A fastening member fastened so as to be pressed directly to prevent movement of the drainage plate member in the axial direction of the height adjustment shaft member while being directly seated by the height adjustment fastening member, and the height adjustment at a predetermined position of the drainage plate member. It characterized in that it comprises a drain plate cover which is pressed into the through-hole formed in parallel with the axial direction of the shaft member is coupled so that the hook projection is fitted.

The finishing structure of the building wall of the present invention is accommodated so that at least one of the drain plate member and the drain plate cover is not exposed to the surface of the drain plate cover when the fixing member is in close contact with the drain plate member while being fastened to the height adjusting shaft member. A groove is formed.

The finishing structure of the building wall of the present invention, the two orthogonal sides of the drainage plate member and the drain plate connecting hook protrusion formed to protrude in a direction perpendicular to the central axis of the height adjustment shaft member, and the orthogonal two without the drain plate connecting hook projection If the side plate hook hook projection is pushed in the direction of the center axis of the height adjustment shaft member, the hook is arranged so that the projection does not fall after connecting the drain plate in the direction perpendicular to the height adjustment shaft member and the direction of the center axis of the height adjustment shaft member. It characterized in that the projection engaging groove is formed.

The finishing structure of the building wall of the present invention, the drain plate covering, the bottom of the two orthogonal sides are formed with a gap preventing flange protruding to a constant width, length and thickness to the outside, the gap preventing flange is not formed orthogonal Two sides are in close contact with the gap preventing flange, characterized in that the thickness of the cut portion is formed so that the upper portion of the side coincides. In addition, the pattern is formed in the intaglio or embossed on the surface of the drain plate cover. In addition, the inner surface of the drain plate cover may be formed to protrude an annular projection in close contact with the drain plate member. In addition, at least one vent hole penetrating the drain plate cover may be formed.

The finishing structure of the building wall of the present invention, the height adjustment fastening member is a female screw portion for fastening directly to the male screw portion formed on the outer circumferential surface of the height adjustment shaft member, the shaft member fitting hole and the shaft member fitting hole and a constant clearance And a second outer circumferential surface having a first outer circumferential surface having a diameter of the outer circumferential surface, and a step portion in which a step is generated in a state larger in diameter than the first outer circumferential surface to support the drainage plate member at a boundary with the first outer circumferential surface; The fixing member has a female screw portion for fastening directly to a male screw portion formed on an outer circumferential surface of the height adjustment shaft member, and a receiving groove adapted to accommodate the first outer circumferential surface by extending the female screw portion with a large diameter. .

In the construction method using the building wall finishing structure of the present invention, fixing the height adjustment shaft member vertically to the building wall by a fixing means, and fastening the height adjustment fastening member to a predetermined position of the male screw portion formed on the height adjustment shaft member. And, by inserting the height adjustment fastening member to the height adjustment shaft member step of fixing the drain plate heat hook hook projection formed on the side of the drain plate member to the hook projection engaging groove on the side of the drain plate member first installed, and the height adjustment shaft Pressing the drain plate member by fastening the fixing member to the male thread of the member, pushing the hook projection of the drain plate cover into the through hole of the drain plate member, and simultaneously attaching the cut portion formed on the side wall to the gap preventing flange protruding from the side wall. And attaching the drain plate cover to the drain plate member.

The construction method using the building wall finishing structure of the present invention comprises the steps of alternately attaching the drainage plate cover with and without glyph on the surface by pushing the hook projection of the drainage plate cover in the through hole of the drainage plate member. It is done.

The construction method using the building wall finishing structure of the present invention comprises the steps of alternately attaching the drain plate cover with and without vent holes on the surface by pushing the hook projection of the drain plate cover in the through hole of the drain plate member. It features.

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

1 is a partial cross-sectional view of the installation state of the building wall finishing structure according to an embodiment of the present invention, Figure 2 is an exploded cross-sectional view of FIG.

Underground wall finishing structure of the present invention, one end is in close contact with the building wall (1) is installed with a constant clearance with the building wall using the height adjustment shaft member 110 is fixed vertically via the fixing means 120. Will be.

The gist configuration of the underground wall finishing structure of the present invention, the outer circumferential surface of the height adjustment shaft member 110 is fastened directly to the male screw portion 111 formed a predetermined length from one end to the other end so that it can be placed in a certain position In the state in which the height adjustment shaft member 130, and the shaft member fitting hole 145 is formed so as to be fitted from the other end of the at least one height adjustment shaft member 110 and the height adjustment shaft member 110 is fitted. A constant clearance is generated between the shaft member fitting hole 145 and the height adjustment shaft member 110, while the drain plate member 140 is seated to maintain a constant distance from the building wall by the height adjustment fastening member 130. ) And the drainage plate member 140 in the axial direction of the height adjustment shaft member 110 in a state of being directly inserted from the other end of the height adjustment shaft member 110 and seated by the height adjustment fastening member 130. Pressing through the fixing member 150 and the through-hole 141 formed in parallel with the axial direction of the height adjustment shaft member 110 at a predetermined position of the drain plate member 140 in a pressing state to prevent movement. The hook protrusion 161 is fitted to include a drain plate cover 160 coupled to be in close contact.

Therefore, the drainage plate member 140 is seated at a predetermined height by the height adjustment fastening member 130 directly fastened to the height adjustment shaft member 110, and the wall of the building is firmly fixed by the fixing member 150. On the other hand, the wall is cleanly finished by the drain plate cover 160 coupled to the drain plate member 140.

In addition, the constant clearance formed between the shaft member fitting hole 145 and the height adjustment shaft member 110 allows the drain plate member 140 to be easily fitted to the height adjustment shaft member 110, while the drain plate member It is easy to correct the separation amount when connecting the 140 (140).

In the present embodiment, the height adjustment shaft member 110 is a groove 112 formed in a hollow shape of a predetermined length in the axial direction such that the concrete nail constituting the fixing means 120 from one end, and this groove 112 In the through-hole 113 penetrating toward the wall is formed.

The height adjustment fastening member 130 is a female screw portion 131 for fastening directly to the male screw portion 111 formed on the outer circumferential surface of the height adjustment shaft member 110 and the shaft member fitting hole 145 is inserted into the shaft The first outer circumferential surface 132 having an outer circumferential surface diameter to generate a predetermined gap with the member fitting hole 145, and a step is generated in a state larger in diameter than the first outer circumferential surface 132 and the first outer circumferential surface 132. And a second outer circumferential surface 133 having a stepped portion 133a configured to support the drainage plate member 140 at the boundary of the circumference.

And the fixing member 150 is a female screw portion 151 for fastening directly to the male screw portion 111 formed on the outer circumferential surface of the height adjustment shaft member 110, the female screw portion 151 and the diameter is formed to extend greatly The accommodation groove 152 is provided to accommodate the first outer circumferential surface 132.

In addition, as shown in FIGS. 3 to 9, when the fixing member 150 is in close contact with the drain plate member 140 while being fastened to the height adjusting shaft member 110, the drain plate member 140 covers the drain plate member 140. Receiving groove 142 is characterized in that it is not exposed to the surface of the 160.

And the receiving groove 142 formed in the drain plate member 140 does not need to be formed in the drain plate member 140 when there is a receiving groove protruding from the drain plate cover 160.

Therefore, the fixing member 150 and the height adjustment shaft member 110 is not exposed to the outside of the drain plate cover 160 by the receiving groove 142.

In addition, the two orthogonal side surfaces of the drain plate member 140 protrude in a direction perpendicular to the central axis of the height adjustment shaft member 110 and the drain plate connection hook protrusion 143 and the drain plate connection hook protrusion 143. Orthogonal direction of the height adjustment shaft member 110 and the height adjustment shaft member is coupled to the two orthogonal side by pushing the drain plate connecting hook projection 143 in the direction of the center axis of the height adjustment shaft member 110. The hook projection locking groove 144 is formed so that the drain plate connection hook projection 143 does not fall in the direction of the central axis of the 110.

In addition, the annular protrusion 146 communicates with the shaft member fitting hole 145 and surrounds the height adjusting fastening member 130 fastened to the height adjusting shaft member 110 on the opposite side where the receiving groove 142 is formed. Can be formed.

On the other hand, as shown in Figure 10 to 17, the drain plate cover 160, the hook projection 161 is fitted to the through-hole 141 formed in the drain plate member 140, and the lower portion of the two sides perpendicular to A gap preventing flange 162 protruding with a constant width, length, and thickness is formed outside, and two orthogonal side surfaces on which the gap preventing flange is not formed are in close contact with the gap preventing flange 162 to coincide with an upper portion of the side. It is characterized in that the incision 163 is formed so that the thickness is thin.

Therefore, when the hook protrusion 161 is fitted into the through hole 141 of the drain plate member 140 and is fixed, the shrinkage that occurs when the drain plate cover 160 is formed by the gap preventing flange 162 and the cutout 163 is formed. The problem caused by the error of the length is solved.

In addition, the surface of the drainage plate 160 may be embossed or embossed to form a pattern part 164 that can give a rhombus, a circle, and various patterns as in the present embodiment, thereby beautifully decorating the wall. At this time, the hook protrusion 161 is formed in the pattern portion 164, as shown in Figures 18 and 20 of the present embodiment, it is preferable that the length is formed short in order to be the same as the other hook projection.

In addition, as shown in FIG. 19 on the inner surface of the drain plate cover 160, the annular projection 165 is in close contact with the drain plate member 140 is formed to protrude, the corner portion of the drain plate cover 160 is high and the center is thick If thin is supported.

In addition, when at least one ventilation hole 166 penetrating the drain plate cover 160 is formed, condensation water generated in a wall, in particular, an underground wall, is easily dried by ventilation.

Hereinafter, a construction method using the building wall finishing structure of the present invention will be described.

The construction method using the building wall finishing structure of the present invention, the step (S1) for fixing the height adjustment shaft member 110 vertically with the fixing means 120 to the building wall, and formed in the height adjustment shaft member 110 Fastening the height adjustment fastening member 130 to a predetermined position of the male screw portion (111) (S2), while inserting the height adjustment fastening member 130 to the height adjustment shaft member 110 of the drain plate member 140 The step of fixing the drain plate heat hook hook projection formed on the side 143 to the hook projection engaging groove 144 on the side of the drain plate member 140 is installed first (S3) and the male screw portion of the height adjustment shaft member 110 Fastening the fixing member 150 to the 111 to press the drain plate member 140 (S4), and the hook projection of the drain plate cover 160 in the through hole 141 of the drain plate member 140 ( 161 is pushed in and the cutout 163 protruding from the side wall is in close contact with the cutout 163 formed on the side wall. Attaching the cover 160 to the drain plate member 140 includes a step (S5).

Instead of attaching the drain plate cover 160 to the drain plate member 140 (S5), the hook protrusion 161 of the drain plate cover 160 is pushed into the through hole 141 of the drain plate member 140. It may include the step (S6) of alternately attaching the drain plate cover 160 with and without the pattern on the surface to the drain plate member 140.

In addition, instead of attaching the drain plate cover 160 to the drain plate member 140 (S5), the hook protrusion 161 of the drain plate cover 160 is pushed into the through hole 141 of the drain plate member 140. And alternately attaching the drainage plate cover 160 with and without the ventilation hole to the drainage plate member 140 (S7).

Therefore, the height of the drain plate member 140 and the drain plate cover 160 installed on the basement wall can be simply and freely adjusted, as well as the assembly structure is simple and can be firmly fixed, as well as the assembly installation. The manufacturing cost and construction cost will be reduced.

An embodiment of the present invention described above and illustrated in the drawings should not be construed as limiting the technical idea of the present invention. The protection scope of the present invention is limited only by the matters described in the claims, and those skilled in the art can change and change the technical idea of the present invention in various forms. Therefore, such improvements and modifications will fall within the protection scope of the present invention, as will be apparent to those skilled in the art.

As described above, according to the present invention, the drainage plate member installed in the underground wall is simply and freely seated at a constant height by the height adjusting fastening member directly fastened to the height adjusting shaft member fixed to the building wall. While firmly fixed, there is an effect that can be installed to have a sense of beauty by the drain plate cover fixed to the drain plate member.

In addition, according to the present invention, the assembling structure of the drainage plate member and the drainage plate cover is simple and can be firmly fixed, and the manufacturing cost and the construction cost according to the assembly installation are reduced.

Claims (11)

In the finishing structure of the building wall which is installed at a certain clearance with the building wall by using the height adjustment shaft member 110 that one end is in close contact with the building wall (1) to be vertically fixed via the fixing means 120, And the height adjustment fastening member 130 is fastened directly to the male screw 111 formed a predetermined length from the other end to the other end on the outer circumferential surface of the height adjustment shaft member 110 to be disposed at a predetermined position, and The shaft member fitting hole 145 is formed to be fitted from the other end of the at least one height adjusting shaft member 110, and the shaft member fitting hole 145 is inserted in the state where the height adjusting shaft member 110 is fitted. While a constant clearance is generated between the height adjustment shaft member 110, the drain plate member 140 is seated so as to maintain a constant distance from the building wall by the height adjustment fastening member 130, The drain plate member 140 moves in the axial direction of the height adjustment shaft member 110 in a state of being directly seated by the other end of the height adjustment shaft member 110 and seated by the height adjustment fastening member 130. A fixing member 150 which is fastened in a state of being pressed to prevent it from being prevented, The drain plate cover 160 is pressed into a through hole 141 formed in parallel with the axial direction of the height adjustment shaft member 110 at a predetermined position of the drain plate member 140 so that the hook protrusion 161 is fitted and tightly coupled thereto. Finishing structure of the building wall comprising a. The method of claim 1, At least one of the drain plate member 140 and the drain plate cover 160 is in close contact with the drain plate member 140 in a state where the fixing member 150 is fastened to the height adjustment shaft member 110 (160). The finishing structure of the building wall, characterized in that the receiving groove 142 is formed so as not to be exposed to the surface. The method of claim 2, Two orthogonal side surfaces of the drainage plate member 140 are provided with the drainage plate hook hook protrusion 143 and the drainage plate hook hook protrusion 143 which protrude in a direction perpendicular to the central axis of the height adjustment shaft member 110. On the two orthogonal sides, the drainage plate connecting hook projection 143 is pushed in the direction of the center axis of the height adjustment shaft member 110 and coupled to the orthogonal direction of the height adjustment shaft member 110 and the height adjustment shaft member ( The finishing structure of the building wall, characterized in that the hook projection engaging groove (144) is formed so that the drain plate connecting hook projection (143) does not fall in the direction of the center axis. The method of claim 1, The drainage plate cover 160 has a gap preventing flange 162 protruding at a predetermined width, length, and thickness outward from the lower sides of the two orthogonal sides, and the two orthogonal sides of the gap preventing flange are not formed. The cut-off structure of the building wall, characterized in that the cut-out portion 163 is formed so as to be in close contact with the gap preventing flange 162 to match the upper portion of the side. The method of claim 4, wherein The finishing structure of the building wall, characterized in that the pattern portion 164 is formed in the intaglio or embossed on the surface of the drainage plate 160. The method of claim 4, wherein Finishing structure of the building wall, characterized in that the annular projection (165) in close contact with the drain plate member 140 is formed on the inner surface of the drain plate cover 160. The method according to any one of claims 1 to 6, Finishing structure of the building wall, characterized in that formed at least one or more ventilation holes 166 penetrating through the drain plate cover (160). The method of claim 1, The height adjustment fastening member 130 is inserted into the female screw portion 131 and the shaft member fitting hole 145 for fastening directly to the male screw portion 111 formed on the outer circumferential surface of the height adjustment shaft member 110, the shaft member The first outer circumferential surface 132 having an outer circumferential surface diameter to generate a constant gap with the fitting hole 145, and a step is generated in a state larger in diameter than the first outer circumferential surface 132, A second outer circumferential surface 133 having a stepped portion 133a adapted to support the drainage plate member 140 at the boundary, The fixing member 150 has a female screw portion 151 for fastening directly to the male screw portion 111 formed on the outer circumferential surface of the height adjusting shaft member 110, and the female screw portion 151 has a large diameter and is formed to extend. The finishing structure of the building wall, characterized in that the receiving groove 152 is accommodated to accommodate the outer peripheral surface (132). Fixing the height adjusting shaft member 110 to the building wall vertically with the fixing means 120; Fastening the height adjustment fastening member 130 to a predetermined position of the male screw portion 111 formed on the height adjustment shaft member 110; Hook projection locking groove on the side of the drain plate member 140, the drain plate heat connecting hook protrusion 143 formed on the side of the drain plate member 140 while inserting the height adjustment fastening member 130 to the height control shaft member 110 And push it into 144 to fix it, Pressing the drain plate member 140 by fastening the fixing member 150 to the male screw portion 111 of the height adjusting shaft member 110; While pushing the hook protrusion 161 of the drain plate cover 160 into the through hole 141 of the drain plate member 140, the cutout 163 formed on the side wall is in close contact with the gap preventing flange 162 protruding from the side wall. Construction method using a building wall finishing structure comprising the step of attaching the drainage plate cover 160 to the drainage plate member 140 by. Fixing the height adjusting shaft member 110 to the building wall vertically with the fixing means 120; Fastening the height adjustment fastening member 130 to a predetermined position of the male screw portion 111 formed on the height adjustment shaft member 110; Hook projection locking groove on the side of the drain plate member 140, the drain plate heat connecting hook protrusion 143 formed on the side of the drain plate member 140 while inserting the height adjustment fastening member 130 to the height control shaft member 110 And push it into 144 to fix it, Pressing the drain plate member 140 by fastening the fixing member 150 to the male screw portion 111 of the height adjusting shaft member 110; The hook protrusion 161 of the drain plate cover 160 is pushed into the through-hole 141 of the drain plate member 140 to alternately attach the drain plate cover 160 to the drain plate member 140 with or without a pattern on the surface. Construction method using a building wall finishing structure comprising the step. Fixing the height adjusting shaft member 110 to the building wall vertically with the fixing means 120; Fastening the height adjustment fastening member 130 to a predetermined position of the male screw portion 111 formed on the height adjustment shaft member 110; Hook projection locking groove on the side of the drain plate member 140, the drain plate heat connecting hook protrusion 143 formed on the side of the drain plate member 140 while inserting the height adjustment fastening member 130 to the height control shaft member 110 And push it into 144 to fix it, Pressing the drain plate member 140 by fastening the fixing member 150 to the male screw portion 111 of the height adjusting shaft member 110; The hook protrusion 161 of the drain plate cover 160 is pushed into the through plate 141 of the drain plate member 140 to alternately attach the drain plate cover 160 to the drain plate member 140 with or without a ventilation hole on the surface thereof. Construction method using a building wall finishing structure comprising the step of.

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