KR200438940Y1 - Fixing Structure of Drain Board for Wall Structure - Google Patents

Abstract

The present invention provides a drainage plate installation structure for preventing moisture from penetrating from the wall, the coupling member fixed to the wall; And it relates to a wall drainage plate installation structure, characterized in that it comprises a drainage plate is formed in the receiving member fixed to the coupling member to block the moisture generated in the wall.

The wall drainage plate installation structure according to the present invention has the effect of enabling the construction to be easily assembled to the wall, to shorten the construction period and to reduce the construction cost.

Coupling member, receiving member, drain plate, height adjusting plate

Description

Fixing Structure of Drain Board for Wall Structure}

1 is a cross-sectional view showing a conventional panel assembly.

Figure 2 is an exploded perspective view showing a state in which the wall drainage plate according to the first embodiment of the present invention is installed on the wall.

3 is a perspective view showing a coupling member according to a first preferred embodiment of the present invention.

4 is a cross-sectional view showing a state in which the wall drainage plate according to the first embodiment of the present invention is installed on a wall;

Figure 5 is a cross-sectional view showing a state in which the wall drainage plate according to a second embodiment of the present invention is installed on the wall.

Figure 6 is a cross-sectional view showing a state in which the wall drainage plate according to a third embodiment of the present invention is installed on the wall.

Figure 7 is a cross-sectional view showing a state in which the wall drainage plate according to a fourth embodiment of the present invention is installed on the wall.

8 is a view showing a coupling member according to a fifth preferred embodiment of the present invention.

9 is an exploded cross-sectional view showing a state in which the wall drainage plate according to the sixth preferred embodiment of the present invention is installed on the wall;

10 is an exploded cross-sectional view showing a state in which the wall drainage plate according to the seventh preferred embodiment of the present invention is installed on the wall;

Figure 11 is an exploded cross-sectional view showing a state in which the wall drainage plate according to the eighth preferred embodiment of the present invention is installed on the wall.

12 is a cross-sectional view showing a state in which a wall drainage plate according to a ninth preferred embodiment of the present invention is installed on a wall;

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

5: coupling member 10: coupling receiving portion

11: combined opening part 12: wall opening part

13: wall fixing 14: fastener

16: fixed coupling hole 17: locking jaw

18: fixed bar 19: fixed arrowhead

20: protrusion coupling hole 22: receiving coupling protrusion

24: fastening member 26: reinforcing protrusions

28: penetrating member 30: first height adjustment plate

31: fixed accommodation part 32: fixed accommodation member

33: open receiving portion 34: open receiving member

36: second height control plate 38: third height control plate

40: inner housing 60: base panel

62: flat frame 64: intermediate support

66: joint protrusion 66a: joint hole

68: connecting projection 68a: connecting hole

70: receiving member 72: connection receiving portion

74: connection opening 76: fixed coupling hole

78: engaging projection 79: receiving coupling hole

The present invention relates to a wall drainage plate installation structure, and more particularly to a wall drainage plate installation structure that can be installed on the wall as well as preventing condensation phenomenon appearing in the basement floor of the building.

In general, the basement of the building is easy to be exposed to groundwater or moisture, and the ventilation is not smooth, and condensation into the building is likely to occur. Such condensation causes the air inside the basement to become wet, whitening occurs on the walls, and unpleasant and unsanitary discomfort such as mold inhabitation occurs.

Therefore, in order to prevent such a phenomenon, there is a case in which the waterproofing on the wall to prevent moisture from entering the building from the basement wall of the building or the cement blocks are piled up while maintaining a certain distance from the wall, but this is a construction period and Cost, of course, due to the thickness of the cement block brings a huge loss of space inside the building, there was a problem that is not easy to repair.

In order to compensate for this problem, a double moisture barrier panel assembly for a wall has been disclosed, which can be simply prefabricated to a wall, prevents penetration of groundwater or moisture into a wall, and discharges groundwater or moisture that has penetrated to the outside.

1, a panel 100 having a plurality of concave grooves 110 fixed to a wall surface W and having a primary moisture-proof space therebetween is provided. And, having a fastening protrusion 210 is separably fixed to the fixing panel 100, and made of a moisture-proof cover panel 200 to form a secondary moisture-proof space between the fixing panel 100 and the fixing, The concave groove 110 of the fixing panel 100 is configured to be fixed to the wall surface W by the fixing pin 120 or the like.

However, in order to fix such a panel assembly on the wall surface (W), it is necessary to insert the fixing pin 120 or the like into the concave grooves 110 of the plurality of fixing panels 100, so that the construction is cumbersome and the construction period is increased. If the basement wall surface (W) of the building is not flat, the bottom of the concave groove 110 is lifted from the wall surface (W), the concave groove 110 is forced to the wall surface (W) When it is fixed, the fixing panel 100 is bent to be aesthetically coarse, there was a problem that frequently occurs product breakage.

In order to solve the problems of the prior art as described above, it is an object of the present invention to provide a wall drainage plate installation structure that can be easily assembled to the wall construction, reducing the construction period and construction cost.

In addition, another object of the present invention is to provide a wall drainage plate installation structure that can be easily installed on the wall is flat, and reduce product damage.

In order to achieve the above object, the present invention provides a drainage plate installation structure for preventing moisture from penetrating from a wall, the coupling member being fixed to the wall; And it provides a wall drainage plate installation structure comprising a drainage plate formed in the receiving member fixed to the coupling member to block the moisture generated in the wall.

In addition, in the present invention, the coupling member has a hollow coupling receiving portion formed therein so that the receiving member is received therein, the coupling receiving portion has a coupling opening portion which opens in the direction of the drainage plate, and the receiving member is formed in the coupling member. It is formed to protrude in the direction of the wall from the drain plate to be accommodated in the coupling receiving portion, and provides a wall drainage plate installation structure, characterized in that is fixed to the coupling receiving portion through the coupling opening.

In addition, in the present invention, the coupling member has a 'c' shape, the upper side and the lower side is bent, and has an inner accommodating part having a space for accommodating the accommodating member therein, and the accommodating member has the inner portion of the coupling member. It provides a wall drainage plate installation structure characterized in that the projecting in the wall direction from the drainage plate to be accommodated in the receiving portion.

In addition, in the present invention, the receiving member has a hollow connection receiving portion formed therein so as to accommodate the coupling member, the connection receiving portion has a connection opening portion which is open in the wall direction, and the coupling member has the opening of the receiving member. It provides a wall drainage plate installation structure characterized in that the protrusion formed to be accommodated in the connection receiving portion and is fixed to the connection receiving portion through the connection opening.

In addition, in the present invention, the receiving member has a hollow connection receiving portion formed therein so that the coupling member is accommodated, the connection receiving portion has a connection opening portion which is open in the wall direction, and the coupling member has a 'c' shape. The upper side and the lower side is bent, and both sides are provided to the wall drainage plate installation structure characterized in that the insertion position is inserted into the connection receiving portion through the connection opening.

In addition, in the present invention, the coupling member and the accommodation member are drilled at one or more fixed coupling holes at positions corresponding to each other at one side thereof, and an elongated fixing bar is inserted into the fixed coupling hole, such that the accommodation member and the coupling member are provided. It provides a wall drainage plate installation structure characterized in that the firmly fixed to each other.

Further, in the present invention, one side of the coupling member is drilled with one or more protrusion coupling holes, and one side of the accommodation member protrudes with one or more coupling protrusions inserted into the protrusion coupling holes, and the coupling protrusion of the accommodation member is formed. It provides a wall drainage plate installation structure characterized in that the insertion coupling coupled to the projection coupling hole of the coupling member.

Further, in the present invention, one side of the receiving member is drilled with one or more receiving coupling holes, and one side of the coupling member has one or more receiving coupling protrusions inserted into the receiving coupling hole to protrude, and the receiving coupling of the coupling member is provided. Provides a wall drainage plate installation structure characterized in that the projection is inserted into the receiving coupling hole of the receiving member.

In addition, in the present invention provides a wall drainage plate mounting structure, characterized in that the wall fixing portion is positioned and fixed in the wall direction in the coupling member so that the coupling member is fixed to the wall.

In addition, the present invention provides a wall drainage plate mounting structure, characterized in that the coupling member is inserted through the wall fixing portion and the wall of the coupling member so that the coupling member is firmly fixed to the wall.

In addition, in the present invention, the reinforcing protrusion and the reinforcing protrusion and the wall are formed to extend horizontally with the wall at one end and the other end of the wall fixing portion of the coupling member so that the coupling member is firmly fixed to the wall; It provides a wall drainage plate installation structure characterized in that it is further provided with at least one through member for penetrating.

In addition, in the present invention, between the wall and the wall fixing portion provides at least one first height adjustment plate corresponding to the non-uniform surface of the wall is inserted into the interposition and the fastening member provides a wall drainage plate installation structure. .

In addition, in the present invention, a fixing hole is drilled in the wall fixing part of the coupling member, and a fixing accommodation part formed to be received inside the wall fixing part is closely located inside the wall fixing part, and the wall and the wall At least one second height adjustment plate may be disposed between the fixed accommodation portion and the accommodation member so that the fixed accommodation member penetrates integrally with the fixing hole, the fixed accommodation portion, and the accommodation member, and corresponds to an uneven surface of the wall. Provides a wall drainage plate mounting structure, characterized in that the insertion and insertion in the fixing receiving member.

In addition, in the present invention, the coupling receiving portion of the coupling member has a wall opening portion which is opened in the wall direction, and an open receiving portion formed to receive the wall opening portion is located at the wall opening portion, and the wall and the opening accommodation portion. At least one third height adjustment plate which is integrally penetrated by the opening and receiving portion and interposed between the opening and receiving portion so as to correspond to an uneven surface of the wall, and inserted into the opening receiving member. It provides a wall drainage plate installation structure characterized in that it is provided.

Hereinafter, with reference to the accompanying drawings will be described in more detail the wall drainage plate installation structure according to a preferred embodiment of the present invention.

2 is an exploded perspective view showing a state in which the wall drainage plate according to the first embodiment of the present invention is installed on the wall, and the wall drainage plate mounting structure for preventing moisture from penetrating the wall W is the wall W; The receiving member 70 fixed to the coupling member 5 to block the moisture generated in the coupling member 5 and the wall (W) fixed to the installation includes a drain plate formed therein.

The drain plate is to block the moisture generated in the wall (W), a plurality of flat frame 62 is integrally provided with a base panel 60 continuously arranged on the wall (W), the outer side of the base panel 60 It includes a cover panel (not shown) to be coupled, and a receiving member 70 provided inside the base panel 60.

The base panel 60 is generally used to prevent moisture from penetrating from the wall W. A plurality of planar frames 62 are integrally provided therein, and at each edge of the planar frame 62, the base panel 60 is provided. A plurality of intermediate supports 64 intersected longitudinally are arranged radially so as to be connected by facing edges.

The cover panel may be installed outside the base panel 60 to cover the edge of the flat frame 62 and the intermediate support 64, and the cover panel may have a beautiful shape or various shapes to provide a visual aesthetic to the user. It may have a color.

And when a plurality of base panels 60 are continuously arranged in the wall (W), located in the outer periphery of the plurality of planar frames 62 of the base panel 60 so that each adjacent base panel 60 is connected to each other A plurality of connecting projections 66 having a connecting hole 66a is formed along one edge of the edge of the flat frame 62, and the connecting protrusions along the other edge of the edge of the flat frame 62. A plurality of connecting protrusions 68 having connecting holes 68a are formed to correspond to the 66.

Thus, when a plurality of base panels 60 are continuously arranged, the connecting projection 66 of one base panel 60 is positioned at the connecting projection 68 of the other base panel 60, and the connecting hole 66 of the connecting projection 66 is formed. A connecting member (not shown), such as a bolt, is inserted into the connecting hole 68a of the 66a and the connecting projection 68, so that adjacent base panels 60 are connected to each other and arranged in series.

As shown in FIG. 3, the coupling member 5 is formed to protrude in a cup shape from the wall W toward the drainage plate, and a hollow coupling accommodating portion 10 is formed therein so that the accommodation member 70 is accommodated therein. The wall fixing part 13 (shown in FIG. 4) is positioned in the direction of the wall W from the coupling member 5 so that the coupling member 5 is fixed to the wall W. As shown in FIG.

The coupling accommodating part 10 has a coupling opening part 11 which is open in the direction of the drainage plate, and the receiving member 70 is inserted into and accommodated in the coupling accommodation part 10 through the coupling opening part 11.

The wall fixing part 13 (shown in FIG. 4) is located in the direction of the wall W in the coupling member 5, and is located in close contact with the wall W and penetrates the wall W and the wall fixing part 13. The coupling member 5 is firmly installed to the wall W by the fastening member 24.

In addition, one side and the other side of the wall fixing part 13 may be further provided to the coupling member 5 to be installed more firmly on the wall (W), which will be described later in FIG. 12.

On the other hand, the shape of the coupling member 5 is preferably a cup shape that can be stacked on top of each other to facilitate transportation and storage, but is not limited to this, of course, according to the specificity of the installation site, as shown in Figure 8, It may be configured in various shapes.

Next, the receiving member 70 coupled to the coupling member 5 is provided in the drainage plate installed on the wall W to prevent moisture from penetrating from the wall W. FIG. It demonstrates with reference to 4.

The receiving member 70 is located at the center of the plurality of intermediate supports 64 provided in the flat frame 62 of the base panel 60, so as to correspond to and receive the coupling receiving portion 10 of the coupling member 5. Is formed protruding in the direction of the wall (W), it is inserted and fixed to the coupling receiving portion 10 through the coupling opening portion 11 of the coupling member (5).

And when the receiving member 70 is inserted and fixed to the coupling member 5, it is preferable that the fixing means such as fixed coupling holes 16, 76 and the fixing bar 18 to be more firmly fixed, the fixed The means may be configured as shown in FIGS. 10 and 11 according to the working environment.

The fixed coupling holes 16 and 76 are drilled at least one of the upper and lower sides of the receiving member 70 and the coupling member 5, so that the fixed coupling holes 16 and 76 may be pre-drilled before construction or may be drilled at the construction site by an operator. The number can be variably increased as necessary.

The fixed bar 18 is formed in a long bar shape and is inserted into the fixed coupling holes 16 and 76 of the coupling member 5 and the receiving member 70 to fix them to each other. When the receiving member 70 is inserted into the (5), any one of the plurality of fixed coupling holes 16 of the coupling member 5 is fixed coupling of any one of the receiving member 70 Match the ball (76). Thereafter, the fixing bar 18 is inserted into each of the fixing coupling holes 16 and 76 so that one end of the fixing bar 18 is positioned above the coupling member 5, and the other end is disposed above and below the receiving member 70. It is positioned on the other side of the coupling member 5 past the side, so that the receiving member 70 and the coupling member 5 are fixed to each other.

As described above, when a plurality of fixed coupling holes 16 and 76 are drilled in the receiving member 70 and the coupling member 5, the receiving member 70 is connected to the coupling member 5 so as to correspond to the uneven surface of the wall W. After arbitrarily adjusting the length to be inserted, any one of the fixed coupling hole 16 of the coupling member 5 and any one of the fixed coupling hole 76 of the receiving member 70 coinciding with the fixed coupling hole 16 The fixing bar 18 may be inserted into the base panel 60 to prevent the base panel 60 from being bent due to the uneven surface of the wall W. As shown in FIG.

Thus, the receiving member 70 provided in the base panel 60 of the drain plate is inserted into the coupling member 5 fixed to the wall (W). In addition, the coupling member 5 and the accommodation member 70 are fixed to each other by the fixing members such as the fixing coupling holes 16 and 76 and the fixing bar 18, so that the drain plate is installed on the wall W. Since the construction period is shortened, as well as construction costs can be reduced accordingly.

On the other hand, in order to more correspond to the non-uniform surface, the flatness of the wall (W) is significantly reduced, the first height adjusting plate 30, the second height adjusting plate (30) of a disk shape, more specifically, a conventional washer (36). One or more third height adjustment plate 38 may be interposed so as to correspond to the uneven surface, and FIGS. 5 to 7 show various configurations of the height adjustment plate.

First, Figure 5 is configured as a second embodiment of the present invention further comprises a first height adjustment plate 30 and the fixing arrow (19).

The first height adjustment plate 30 is interposed between at least one non-uniform surface of the wall (W) and the wall fixing portion 13 of the coupling member 5, the wall (W) and the wall fixing portion (13) It is inserted into and fixed to the fastening member 24 penetrating through, so as to correspond to the uneven surface of the wall (W).

This first height adjustment plate 30 is preferably used when the size of the nonuniform surface of the wall (W) is relatively small, especially when the width of the first height control plate 30 and the nonuniform surface is similar.

The fixation arrow 19 is formed at the other end of the fixing bar 18 so as to prevent the fixing bar 18 from being randomly separated from the fixing coupling holes 16 and 76, and the fixing bar 18 is fixed. It may be formed in a tapered shape to be inserted smoothly when inserted into the coupling holes (16, 76).

And the fixed bar 18 is inserted into each of the fixed coupling holes 16, 76, one end thereof is located above the coupling member 5, the other end is passed through the upper and lower sides of the receiving member 70, the coupling member Located on the other side of the (5), at this time, the fixing arrowhead 19 of the fixing bar 18 is caught on the other side of the coupling member 5, so that the fixing bar 18 is freely detached from the fixed coupling holes (16, 76) It is configured not to.

6 is a third embodiment of the present invention, unlike the first embodiment including the fastening member 24 and the first height control plate 30, the fixing hole 14, the fixed receiving portion 31, fixed It comprises a receiving member 32, the second height adjusting plate 36 and the locking step (17).

The fixing hole 14 is a through hole formed in the wall fixing portion 13 of the coupling member 5, and is configured to insert the fixing receiving member 32 described later.

The fixed accommodating part 31 is formed and closely positioned so as to be accommodated inside the wall fixing part 13 in the engaging accommodating part 10 of the coupling member 5.

The fixed receiving member 32 has a wall W, a fixing hole 14 of the wall fixing part 13, a fixed receiving part 31 and a receiving member when the receiving member 70 is inserted into the coupling member 5. Penetrated integrally through 70, the coupling member 5 is configured to be firmly fixed to the wall W. As shown in FIG.

The second height adjustment plate 36 is to correspond to the non-uniform surface falling flatness in the wall (W), so as to correspond to this, at least one between the inner side of the fixed receiving portion 31 and the receiving member 70. It is interposed and fixed to the fixed receiving member 32, it is configured to prevent the base panel 60 from bending due to the non-uniform surface of the wall (W).

The locking jaw 17 is formed to protrude in the direction of the receiving member 70 from the opposite side end of the wall fixing portion 13 in the coupling member 5, the receiving member 70 is inserted into the coupling member 5, Before or after the fixing bar 18 is inserted into the fixing coupling holes 16 and 76 thereof, the fixing bar 18 is correspondingly inserted with any one of the fixing coupling holes 16 and 76 formed in the receiving member 70, thereby providing a coupling member ( 5) and the receiving member 70 is fixed to each other, even if the fixing bar 18 is removed arbitrarily, the engaging state of the coupling member 5 and the receiving member 70 by the locking jaw 17 is an advantage that can be maintained There is this.

7 is a fourth embodiment of the present invention, which includes a wall fixing part 13, a fixing hole 14, a fixed accommodating part 31, a fixed accommodating member 32, and a second height adjusting plate 36. Unlike the third embodiment, it comprises a wall opening portion 12, the open receiving portion 33, the open receiving member 34 and the third height adjustment plate 38.

The wall opening part 12 is configured to open in the direction of the wall W from the coupling receiving part 10 of the coupling member 5, so that the opening receiving part 33 to be described later is located.

The open accommodating part 33 is formed to correspond to the wall opening part 12 so as to close the wall opening part 12, and is located at the wall opening part 12 to open the wall opening part of the coupling member 5 ( 12) is housed and closed.

When the receiving member 70 is inserted into the coupling member 5, the open receiving member 34 faces the wall W, the open receiving part 33, and the wall W of the receiving member 70. It is penetrated integrally.

The third height adjustment plate 38 is to correspond to the nonuniform surface falling flatness in the wall (W), at least one interposed between the open receiving portion 33 and the receiving member 70 to correspond to the nonuniform surface. And, it is configured to be inserted and fixed to the open receiving member 34, due to the non-uniform surface of the wall (W), to prevent the base panel 60 from bending.

8 is a fifth embodiment of the present invention, the coupling member 5 formed in the cup shape in the first embodiment is bent in the upper and lower sides in the 'C' shape in the fifth embodiment, the upper side The inner accommodating part 40 is provided with a receiving member 70 positioned and accommodated in a space facing each other while being bent and lower.

In addition, except that the accommodation member 70 accommodated in the coupling accommodation portion 10 of the coupling member 5 is accommodated and inserted into the inner accommodation portion 40 of the coupling member 5 in the first embodiment. The configuration is the same as in the first embodiment.

That is, the coupling member 5 is installed on the wall W by the fastening member 24 penetrating the wall fixing part 13 and the wall W positioned in the direction of the wall W from the coupling member 5. The receiving member 70 is accommodated and inserted into the inner accommodating portion 40 of the coupling member 5, and the coupling member 16 and 76 are fixed to the coupling member 5 and the receiving member 70 to be firmly fixed to each other. The fixing bar 18 is inserted into and fixed to).

9 is a sixth embodiment of the present invention, unlike the first to fifth embodiments, in which the receiving member 70 is inserted into the coupling member 5, the receiving member 70. It is composed of a structure in which the coupling member 5 is inserted.

That is, the receiving member 70 protrudes from the base panel 60 in the wall direction, and a hollow connection accommodating part 72 is formed therein so that the coupling member 5 is accommodated, and the connection accommodating part 72 is It has the connection opening part 74 which opens to the wall W direction.

Coupling member 5 is formed to be received and inserted into the connection receiving portion 72 of the receiving member 70, the shape can be both the cup shape of the first embodiment, or the 'c' shape of the fifth embodiment The coupling receiving portion 10 and the coupling opening portion 11 in the first embodiment or the inner accommodation portion 40 of the fifth embodiment may be provided.

The wall fixing part 13 is fixed to the wall W by the position and the fastening member 24 in the direction of the wall W from the coupling member 5 so that the coupling member 5 is fixed to the wall W.

The coupling member 5 fixed to the wall W is accommodated and inserted into the connection receiving portion 72 through the connection opening portion 74 of the accommodation member 70, and the coupling member 5 to fix them firmly. The fixed bar 18 is inserted into the fixed coupling hole 16 of the) and the fixed coupling hole 76 of the receiving member 70.

In addition, the first height adjusting plate 30, the second height adjusting plate 36, or the third height adjusting plate 38, etc., are provided to correspond to the non-uniform surface in which the flatness of the wall W falls, and the non-uniform surface of the wall W is provided. Due to this, it can be configured to prevent the base panel 60 from bending.

FIG. 10 is a seventh embodiment of the present invention, and includes a fixing coupling hole 16 and 76 and a fixing bar 18 to fix the receiving member 70 and the coupling member 5 to each other in the first embodiment. It is configured in the same manner as the first embodiment except that the fixing means is configured to include a projection coupling hole 20 and the coupling projection 78.

One or more projection coupling holes 20 are drilled on the upper side and the lower side of the coupling member 5, and may be pre-drilled before construction or may be perforated at a construction site by an operator. It can increase accordingly.

Coupling projection 78 is formed to protrude so as to correspond to any one of the plurality of projection coupling holes 20 of the coupling member 5 on the upper and lower sides of the receiving member (70).

And when the receiving member 70 is received and fixed to the coupling receiving portion 10 of the coupling member 5, the engaging projection 78 of the receiving member 70 is a projection coupling hole 20 of the coupling member 5 Is inserted into

This is because when the coupling member 5 and the receiving member 70 are fixed to each other, the fixing bar 18 in the first embodiment does not have to be provided separately, so that the coupling member 5 and the receiving member 70 are It is possible to fix them more simply.

On the other hand, the engaging projection 78 of the receiving member 70 is a flatness in the wall (W) of the plurality of projection coupling holes 20 of the coupling member 5 so as to correspond to the non-uniform surface falling flatness in the wall (W) It is configured to be inserted into any one projection coupling hole 20 in consideration of the falling non-uniform surface.

In addition, the first height adjustment plate 30, the second height adjustment plate 36 or the third height adjustment plate 38, etc. are provided to correspond more to the non-uniform surface falling flatness in the wall (W), the wall (W) Due to the non-uniform surface of, the base panel 60 may be configured to prevent bending.

11 is an eighth embodiment of the present invention, unlike the seventh embodiment, in which the receiving member 70 is inserted into the coupling member 5, the coupling member 5 is connected to the receiving member 70. It is composed of a structure that is inserted.

That is, the receiving member 70 has a hollow connection accommodating part 72 formed therein so that the coupling member 5 is accommodated, and the connection accommodating part 72 is open to the wall (W) direction opening ( 74).

The coupling member 5 is formed to be received and inserted into the connection receiving portion 72 of the receiving member 70, and is inserted and fixed to the connection receiving portion 72 through the connection opening portion 74, the first embodiment Coupling accommodating part 10 and the coupling opening part 11 in the case may not be provided.

The coupling member 5 is fixed to the wall W by the fastening member 24 penetrating the wall fixing part 13 and the wall W of the coupling member 5.

The coupling member 5 fixed to the wall W is accommodated and inserted into the connection receiving portion 72 of the accommodation member 70, and at least one upper side and the bottom side of the accommodation member 70 to fix them firmly. The accommodation coupling hole 79 is drilled, and one or more accommodation coupling protrusions 22 inserted into the accommodation coupling hole 79 protrude from the upper side and the lower side of the coupling member 5.

And when the coupling member 5 is received and fixed to the connection receiving portion 72 of the receiving member 70, the receiving coupling projection 22 of the coupling member 5 is the receiving coupling hole 79 of the receiving member 70 Inserted and coupled).

At this time, the receiving coupling projection 22 of the coupling member 5 is flat in the wall (W) of the plurality of receiving coupling holes 79 of the receiving member 70 so as to correspond to the non-uniform surface falling flatness in the wall (W). It is configured to be inserted into any one of the receiving coupling hole (79) in consideration of the non-uniform surface falling.

In addition, the first height adjustment plate 30, the second height adjustment plate 36 or the third height adjustment plate 38, etc. are provided to correspond more to the non-uniform surface falling flatness in the wall (W), the wall (W) Due to the non-uniform surface of, the base panel 60 may be configured to prevent bending.

12 is a ninth embodiment of the present invention, the reinforcing protrusions 26 and the penetrating member 28 in the coupling member 5 so that the coupling member 5 of the first embodiment is installed more firmly on the wall (W). ) Is further provided.

The reinforcement protrusion 26 is configured to extend horizontally with the wall W at one end and the other end of the wall fixing part 13 of the coupling member 5. A reinforcing protrusion hole (not shown) may be formed at a predetermined position of the reinforcing protrusion 26 so that the penetrating member 28 to be described later penetrates.

The penetrating member 28 penetrates the reinforcing protrusion 26 and the wall W, and is easily attached to the reinforcing protrusion 26 and the wall W through the reinforcing protrusion hole formed in the reinforcing protrusion 26. Can be positioned through.

As described above, the coupling member 5 may be more firmly fixed to the wall W by the reinforcing protrusion 26 and the penetrating member 28, and the reinforcing protrusion 26 and the penetrating member 28 of the ninth embodiment are provided. ) Can be applied to any embodiment except for the fourth embodiment in which the wall fixing part 13 is not provided in the first to eighth embodiments of the present invention.

As described so far, the drainage plate installation structure of the present invention has a merit that the construction can be easily assembled on the wall, and can be easily installed even on a wall having a flatness.

Although the present invention has been described in detail in the above embodiments, it will be apparent to those skilled in the art that various modifications and variations are possible within the technical spirit of the present invention, and such modifications and modifications belong to the appended utility model claims.

As described above, the wall drainage plate installation structure according to the present invention has the effect of making it possible to simply install the wall structure, shorten the construction period and reduce the construction cost.

In addition, the wall drainage plate installation structure according to the present invention can be easily installed on the wall flatness, there is an effect to reduce the product damage.

Claims (14)

In the drainage plate installation structure to prevent moisture from penetrating from the wall, A coupling member fixed to the wall; And A drain plate having an accommodation member fixed to the coupling member to block moisture generated from the wall; Wall drainage installation structure, characterized in that comprising a. The method of claim 1, The coupling member has a hollow coupling receiving portion formed therein so as to accommodate the receiving member, and the coupling receiving portion has a coupling opening portion which opens in the direction of the drainage plate, and the receiving member is accommodated in the coupling receiving portion of the coupling member. The wall drainage plate installation structure, characterized in that protruding from the drainage plate in the direction of the wall, is fixed to the coupling receiving portion through the coupling opening portion. The method of claim 1, The coupling member has a 'c' shape, the upper side and the lower side is bent, and has an inner accommodating portion having a space for accommodating the accommodating member therein, and the accommodating member is accommodated in the inner accommodating portion of the coupling member. Wall drainage plate installation structure characterized in that the projecting in the wall direction from the drainage plate. The method of claim 1, The accommodating member has a hollow connection accommodating part formed therein so that the coupling member is accommodated, the connection accommodating part has a connection opening part which is open in the wall direction, and the coupling member is accommodated in the connection accommodating part of the accommodating member. Wall protrusion plate installation structure characterized in that the protrusion is formed and fixed to the connection receiving portion through the connection opening. The method of claim 1, The accommodating member has a hollow connection accommodating part formed therein so that the coupling member is accommodated, the connection accommodating part has a connection opening part which is open in the wall direction, and the coupling member is formed in a 'c' shape at the top and the bottom thereof. And both sides thereof are inserted into the connection accommodation portion through the connection opening portion. The method according to any one of claims 1 to 5, One or more fixed coupling holes are drilled at positions corresponding to each other at one side of the coupling member and the receiving member, and a long fixing bar is inserted into the fixed coupling hole, so that the receiving member and the coupling member are firmly fixed to each other. Wall drainage plate mounting structure characterized in. The method of claim 2 or 3, One side of the coupling member is drilled with one or more protrusion coupling holes, and one side of the receiving member protrudes with at least one coupling protrusion inserted into the protrusion coupling hole, and the coupling protrusion of the accommodation member is the protrusion of the coupling member. Wall drainage installation structure, characterized in that the coupling is inserted into the coupling hole. The method according to claim 4 or 5, One or more accommodation coupling holes are drilled in one side of the accommodation member, and one or more accommodation coupling protrusions inserted into the accommodation coupling hole are protruded on one side of the coupling member, and the accommodation coupling protrusion of the coupling member is formed in the accommodation member. Wall drainage board installation structure characterized in that the insertion coupling to the receiving coupling hole. The method according to any one of claims 1 to 5, And a wall fixing part is positioned and fixed in the direction of the wall from the coupling member so that the coupling member is fixed to the wall. The method of claim 9, And a fastening member penetrating and inserted into the wall fixing portion and the wall of the coupling member so that the coupling member is firmly fixed to the wall. The method of claim 10, A reinforcing protrusion extending horizontally with the wall at one end and the other end of the wall fixing part of the coupling member so that the coupling member is firmly fixed to the wall, and at least one through member penetrating the reinforcing protrusion and the wall. Wall drainage installation structure characterized in that it is further provided. The method of claim 10, And at least one first height adjustment plate corresponding to the non-uniform surface of the wall between the wall and the wall fixing part is inserted into the interposition and the fastening member. The method of claim 9, A fixing hole is drilled in the wall fixing part of the coupling member, and a fixing accommodation part formed to be received inside the wall fixing part is located in close contact with the inside of the wall fixing part, and the fixing hole of the wall and the wall fixing part is fixed. The fixed receiving member integrally penetrates the fixed receiving part and the receiving member, and at least one second height adjusting plate is interposed between the fixed receiving part and the receiving member so as to correspond to the uneven surface of the wall. Wall drainage plate mounting structure, characterized in that inserted into the member. The method of claim 9, The coupling receiving portion of the coupling member has a wall opening portion which is opened in the wall direction, and an open receiving portion formed to receive the wall opening portion is located at the wall opening portion, and the wall, the opening accommodation portion, and the receiving member The open receiving member is integrally penetrated, and interposed between the open receiving portion and the receiving member so as to correspond to the uneven surface of the wall, at least one third height adjustment plate is inserted into the open receiving member. Wall drain board mounting structure.

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