KR100877180B1 - The outer wall for easy construction - Google Patents

Abstract

The present invention relates to an easy and structurally stable exterior wall, the object of which is to install a brick support bracket for supporting a brick at a predetermined interval to reduce the material cost, to secure a waterproof member to condensation into a brick support bracket Prevents rain water from flowing out, firmly secures the exterior wall and insulation to the bearing wall, prevents condensation by preventing ventilation of the insulation space smoothly, and prevents rainwater from entering through the vents. The construction to prevent the shielding is easy to provide a structurally stable outer wall.

The present invention for achieving the above object is a bearing wall, a heat insulating material selectively installed on the inner and outer sides of the bearing wall, a heat insulating space, and the exterior wall having a plurality of masonry members are arranged sequentially provided toward the outside, the hollow is formed In an outer wall of a building bonded to the masonry member of the exterior wall and having a plurality of pulverized bricks formed in the lateral direction, the outer wall of the building comprises a vertical portion fixed to the bearing wall and a horizontal portion extending horizontally from one side of the vertical portion A plurality of brick support brackets spaced at predetermined intervals; A support bar installed in a horizontal direction through the hollow of the barrier brick to support the barrier brick and the exterior wall and the barrier brick supported on the barrier brick and supported thereon; A U-shaped brick which is formed on the side of the at least one outboard brick to provide a space for installing the support bar; It is to be configured as including the technical gist.

Outer wall, bearing wall, insulation space exterior wall, lintel, brick support bracket, waterproof member fixing means

Description

The outer wall for easy construction {The outer wall for easy construction}

Figure 1a is a longitudinal sectional view showing a conventional general outer wall,

Figure 1b is an exemplary view showing an installation state of a conventional waterproof member,

2 is a longitudinal sectional view showing an outer wall of the present invention;

Figure 3a is an exemplary view showing a state in which a fixed brick using a brick support bracket and a support bar of the present invention,

Figure 3b is an exemplary view showing a brick support bracket according to another embodiment of the present invention,

Figure 3c is a perspective view showing the installation state of the U-shaped brick according to the present invention,

Figure 4 is a perspective view of the waterproof member fixing means according to an embodiment of the present invention,

5 is a perspective view showing the installation state of the waterproof member fixing means according to an embodiment of the present invention,

Figure 6 is a longitudinal cross-sectional view of the outer wall showing the drain pipe and the ventilation pipe of the present invention in detail,

7 is a perspective view showing the anchoring state of the present invention,

8 is an exemplary view showing a mortar screen of the present invention,

9 is an exemplary view showing an installation state of the mortar screen of the present invention,

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

(1): bearing wall (2): insulation

(3): Insulation space (4): Exterior wall

(5): Block Brick (6): Window Frame

(7): L type bracket (8a): Eye bolt

(8b): Flange nut (9): Waterproof member

(9a): nail (10): brick support bracket

(11): vertical portion (12): horizontal portion

(13): Jam Jaw (14): Set Anchor

20: support bar 30: waterproof member

(40): waterproofing member fixing means (41): upper plate

(42): pressure plate (43): fixing member

44: caulking 50: drain pipe

(51): uptake (52): wrinkles

(60): anchor portion (61): bearing wall mounting anchor

(62): spiral reinforcing bar 63: locking part

(64): exterior wall mounting anchor (65): hook

(66): reinforcing wire (67): insertion groove

70: mortar screen 71: the top plate

72: connecting plate 73: lower plate

80: U-shaped brick

The present invention relates to an easy and structurally stable outer wall, more specifically, through a brick support bracket installed at predetermined intervals along the load bearing wall and the support bar penetrating the barrier brick and supported by the brick support bracket. By supporting the brick, the installation is very easy and the cost is reduced by reducing the input amount of the material for supporting the barrier brick, and when the support bar is installed, the U-shaped brick is stacked on the side of the barrier brick to smoothly support the bar. In addition, through the waterproof member fixing means, the waterproof member is stably fixed so that no condensation or rainwater flows into the brick support bracket, and the ventilation and condensation of the insulation space can be made smoothly, thereby reducing structural strength and whitening. Phenomenon can be prevented, and the mortar screen is easy to install This prevents in combination with mortar and a mortar which is connected to the screen in the horizontal masonry construction that increases the strength of the brick wall is easy and stable in structure to provide the outer wall.

In general, the outer wall of the building not only supports the load of the building, but also serves to protect the inside of the building against the outside air. This protection role is the most representative example of the insulation, ventilation, shade.

As shown in FIG. 1A, a conventional building exterior wall includes a bearing wall 1, an insulation 2, an insulation space 3, an exterior wall 4, and a window frame fixing part 6 having a plurality of phosphorus bricks 5 at upper and lower ends. ), The bearing wall (1), the heat insulating material (2), the heat insulating space (3), the exterior wall (4) are arranged in order from the inside to the outside.

At this time, the bearing wall 1 is typically a block wall, a cement brick wall, a structure of concrete material, and the heat insulating material 2 is made of styrofoam, fiber material, or glass fiber. The exterior wall 4 takes the form of a wall by means of an masonry member 4a that is assembled in a vertical direction and a horizontal direction by an adhesive such as mortar. Such, the masonry member 4a may be composed of an exterior brick or a slab.

The brick 5 is attached to the lower part of the masonry member 4a of the exterior wall 4 by an adhesive to support the masonry member and the heat insulating material. And, as shown, the brick 5 has a plurality of hollows 5a on the side at equal intervals.

As shown in the figure, the hollow 5a of the barrier brick 5 is inserted with a reinforcing bar 5b for supporting the barrier brick 5. The ring of the eye bolt 8a is fitted to the reinforcing bar 5b, and the eye bolt 8a is fixed to the L-shaped bracket 7 provided on the bearing wall 1 by the flange nut 8b. At this time, the eye bolt 8a is pulled upward by tightening the flange nut 8b. Reinforcing bar firmly supports the barrier brick (5). Of course, the masonry member 4a of the exterior wall 4 is indirectly supported by the bar 5 by the barb 5.

On the other hand, the window frame (W) as shown is fixed to the window frame fixing part located in the lower portion of the barrier brick (5).

By the above configuration, the bearing wall 1 forms the exterior of the building, supports the load of the building, the heat insulator 2 blocks the outdoor air from entering the interior, and the heat insulation space 3 is the outside air. And serves to compromise the temperature difference of the bet. In addition, the exterior wall 4 directly blocks outside air and rainwater, and the barrier brick 5 prevents rainwater flowing down from the upper portion of the window frame W.

However, as the outer wall is sealed in the heat insulating space (3) and the air in the heat insulating space (3) does not communicate with the outside, condensation occurs in the heat insulating space (3) due to the temperature difference between the heat insulating space (3) and the outside. There is a problem, and this condensation penetrates into the brick 5 to weaken the durability.

In addition, since the eye bolt 8a needs to be fixed to the L-shaped bracket 7 in order to support the barrier brick 5 to the reinforcing steel bar, a very complicated work is required to support the barrier brick 5, and workability is very high. There is a problem falling.

In addition, when the eye bolt 8a cannot be firmly fixed to the L-shaped bracket 7 by the flange nut 8b, there is a problem that the barrier brick 5 sags downward. The reason why the eye bolt 8a is not firmly fixed in this way is that the worker often loosely tightens the flange nut 8b during the construction of the outer wall.

In addition, when the drop brick 5 sags, the eye bolt 8a does not bear the load of the drop brick 5 and is cut. Thus, when the eye bolt 8a is cut, repair work is virtually impossible. .

In addition, since the L-shaped bracket 7 is continuously installed along the bearing wall 1, a large amount of material costs due to the use of a large amount of the L-shaped bracket 7 may increase the overall outer wall construction cost.

Figure 1b is an exemplary view showing the installation state of the conventional waterproof member, the waterproof member 9 is installed to prevent rain water or condensation on the L-shaped bracket (7) as shown in the nail (9a) It was installed to adhere to the bearing wall 1 through an adhesive. The waterproof member 9 installed as described above has an adhesive member falling from the load bearing wall 1 while the waterproof member 9 is stretched at a high temperature in summer, or the waterproof member 9 between the nail 9a and the nail 9a is formed. Condensation and moisture penetrate into the elongated gaps, thereby rusting the L-shaped bracket (7) structurally weakened.

The present invention is created in order to solve the above-mentioned conventional problems, by reducing the cost of materials by installing a brick support bracket for supporting a brick at a predetermined interval, and stably fixing the waterproof member using a waterproof member fixing means. To prevent condensation or rainwater from flowing through the brick support bracket, to fix the exterior wall and insulation to the bearing wall firmly, to prevent condensation by preventing ventilation of the insulation space smoothly, and to prevent rainwater from entering through the ventilation holes, It is easy to install and prevents the drain pipe from being shielded and increases the strength of the brick wall by combining with the mortar that the lateral mortar screen is fused. It is easy and structural to make joint work easy by the anchor part. In order to provide a stable outer wall.

In order to achieve the above object, the present invention provides a bearing wall, a heat insulating material selectively installed on the inside and the outside of the bearing wall, an insulating space, and an exterior wall having a plurality of masonry members assembled thereon. An outer wall of a building joined to an masonry member of the exterior wall and having a plurality of lateral walls formed with a plurality of hollows, comprising a vertical part fixed to the bearing wall and a horizontal part extending horizontally from one side of the vertical part. A plurality of brick supporting brackets spaced apart at predetermined intervals; A support bar installed in a horizontal direction through the hollow of the barrier brick to support the barrier brick and the exterior wall and the barrier brick supported on the barrier brick and supported thereon; A U-shaped brick which is formed on the side of the at least one outboard brick to provide a space for installing the support bar; Characterized in that comprises a.

Wherein the horizontal portion is characterized in that one or more installed.

In addition, it is formed on the end of the horizontal portion is characterized in that it further comprises a locking step to prevent the support bar is separated from the upper portion of the horizontal bar.

On the other hand, the present invention is located on the top of the brick support bracket, one end is fixed to the bearing wall and the other end is installed to be interposed between the masonry member waterproof to prevent the brick support bracket from being eroded by condensation or rain water. absence; Characterized in that comprises a.

In addition, it is characterized in that it further comprises a waterproof member fixing means installed on the bearing wall to prevent the waterproof member from being separated from the bearing wall by shrinking by the temperature by fixing the pressure member against the bearing wall.

In addition, the waterproof member fixing means, the upper plate is fixed to the bearing wall by the fixing member; A pressure plate integrally formed at the lower portion of the upper plate and connected to the upper plate to press the bearing wall to have an elastic force; It is configured to, so that the waterproof member is interposed between the pressure plate and the bearing wall, characterized in that for fixing the waterproof member to the bearing wall by the elastic force of the pressing plate.

In addition, it is characterized in that the caulking treatment to the portion where the upper end of the upper plate and the bearing wall in contact with the water tighter.

The apparatus may further include a drain pipe installed in the exterior wall to drain condensation collected in the lower portion of the thermal insulation space to the outside of the exterior wall, and a ventilation pipe installed in the exterior wall to communicate external air outside the exterior wall and the inside of the thermal insulation space. It is characterized by the configuration.

In addition, the drain pipe and the ventilation pipe is characterized in that it is configured to have two or more corrugations so that the inlet and outlet can be stepped on each other.

In addition, one end is coupled to the exterior wall and the other end is coupled to be inserted into the bearing wall, so that the brick support anchor for fixing the exterior wall and the heat insulating material to the bearing wall, and the brick support anchor on the masonry member of the exterior wall. Characterized in that it further comprises an anchor consisting of a reinforcing wire to be installed.

In addition, the mortar screen consisting of an upper plate inserted between the masonry member to be erected up and down, a connecting plate extending inclined from one side end of the upper plate to the lower one side, and a lower plate extending in one direction of the end of the connecting plate; The outer wall is easy to construct and structurally stable, characterized in that further comprises a mortar that is peeled off during the deposition of the masonry member to shield the drain pipe.

Hereinafter, the configuration and operation of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is a longitudinal cross-sectional view showing the outer wall of the present invention, Figure 3a is an exemplary view showing a fixing state of the brick using a brick support bracket and the support bar of the present invention, Figure 3b is a brick support according to another embodiment of the present invention Exemplary diagram showing the bracket, Figure 3c is a perspective view showing the installation state of the U-shaped brick according to the present invention,

As shown in the outer wall of the present invention, the exterior wall 4 having a load bearing wall 1, a heat insulator 2, a heat insulating space 3 and a plurality of masonry members 4a are sequentially provided toward the outside. And a window frame fixing portion 6 in which a hollow 5a is formed and provided with a plurality of phosphorus bricks 5 joined to the masonry member 4a of the exterior wall 4.

The barrier brick 5 is installed in a horizontal direction through a plurality of brick support brackets 10 fixed to the bearing wall 1 and the hollows 5a of the barrier brick 5, and the brick support bracket 10 By being supported it is supported through a support bar 20 for supporting the barrier brick (5).

In addition, the present invention is the support bar 20 is installed in the horizontal direction through the hollow (5a) of the barrier brick 5 is assembled to the side of the barrier brick (5) located in the outermost of the barrier brick (5) is installed It has a U-shaped brick 80 to provide a space for being.

The U-shaped brick 80 is configured such that the support bar 20 can be extended in the horizontal direction by being assembled so as to communicate with the space inside.

That is, the general masonry member 4a is formed so that the hollows are positioned up and down at the time of masonry, and the height of the masonry does not correspond to the masonry 5 so that the masonry 5 is installed through the hollow 5a of the masonry 5. When the support bar 20 passes through the barrier brick 5 and extends in the direction of the masonry member 4a, the masonry member 4a does not provide a space for the support bar 20 to extend. By forming the U-shaped brick 80 to the side of the brick (5) is to provide a space in which the support bar 20 is installed.

Meanwhile, the brick support bracket 10 extends horizontally on one side of the vertical portion 11 and the vertical portion 11 which is firmly fixed to the bearing wall 1 through the set anchors 14 as shown in FIGS. 3A and 3B. It consists of a horizontal portion 12, wherein the support bar 20 is supported by the horizontal portion 12 in the state penetrating the hollow 5a of the barrier brick 5 to support the barrier brick 5 Will be.

In addition, at least one horizontal portion 12 is installed at the vertical portion 11, and when only one horizontal portion 12 is installed, the horizontal portion 12 is installed at the center of the vertical portion 11 and pulled out to both sides of the horizontal portion 12. When the brick 5 is positioned and two or more horizontal portions 12 are installed, the brick 5 is positioned between the horizontal portions 12, which stably supports the brick 5. The number of installation of the horizontal portion 12 can be adjusted according to the site conditions so that it can be.

Such a brick support bracket 10 and the support bar 20 is to ensure the structural stability by dispersing the load concentrated in the lower portion, it is to prevent the bending of the bow.

In addition, unlike the conventional L-shaped bracket 7 is generally installed along the circumference of the bearing wall 1 as it is conventional, it is installed only at predetermined intervals along the bearing wall 1 while supporting the barrier brick 5, so that the barrier brick (5) It is possible to reduce the material cost by reducing the amount of material to support the minimum.

In addition, a protruding portion is further formed at one end of the horizontal portion 12 to prevent the support bar 20 from being separated from the upper portion of the horizontal portion 12, thereby supporting the support bar 20 at the horizontal portion 12. In case of departure, the barrier brick 5 is prevented from sagging down.

Meanwhile, the waterproof member 30 is further installed on the brick support bracket 10 to prevent corrosion of the brick support bracket 10. The waterproof member 30 is one end is fixed to the load-bearing wall (1) and the other end is installed to be interposed between the masonry member (4a) to prevent condensation or rain water flows down to the brick support bracket (10) Brick support bracket 10 is to prevent the corrosion.

The waterproof member 30 is firmly fixed to the bearing wall 1 by the waterproof member fixing means 40.

The waterproof member fixing means 40 is installed on the bearing wall 1 as shown in Figures 4 and 5 to prevent the wrinkles generated in the waterproof member 30 or falling off the bearing wall (1), fixing member 43 An upper plate 41 fixed to the bearing wall 1 by the lower plate and integrally formed at a lower portion of the upper plate 41, and connected to the upper plate 41 so as to have an elastic force toward the bearing wall 1. Compression plate 42 is configured to pressurize.

The waterproof member fixing means 40 configured as described above connects the upper plate 41 to the load bearing wall 1, and the pressure plate 42 is spaced apart from the load bearing wall 1, and then the waterproof member 30 is separated into the space. Insert the pressure plate 42 into the bearing wall 1, the pressure plate 42 is in close contact with the bearing wall 1 with the waterproof member 30 interposed therebetween, so that the waterproof member 30 becomes the bearing wall 1; It will be fixed firmly on.

The waterproof member fixing means 40 of the present invention as described above to fix the waterproof member 30 is fixed to the bearing wall (1), so that the waterproof member 30 is separated from the bearing wall (1) or even in a high or low temperature state of the waterproof member (30) prevents the extension to maintain the initial construction state, and prevents separation from the bearing wall (1) by rain or condensation moisture, waterproof by mortar or other foreign matter falling from the top during masonry work This prevents the member 30 from tearing.

In addition, it is configured to press the waterproof member 30 by the elastic force to fix the waterproof member 30, so that the installation is simple and firmly attach the waterproof member 30 to the bearing wall (1).

In addition, by treating the upper portion of the upper plate 41 and the portion of the bearing wall (1) in contact with the caulking (44) by blocking the moisture or condensation between the gap between the upper plate (41) and the bearing wall (1) more tight waterproof action is Make it happen.

6 is a longitudinal cross-sectional view of the outer wall showing the drainage pipe and the ventilation pipe of the present invention in detail, the present invention is fixed in an inclined state at the junction between the horizontally masonry masonry member (4a) one end is insulated space (3) And the other end is installed at the junction between the air duct 51 installed to face the outside of the exterior wall 4 and the masonry members assembled at the lower end of the exterior wall 4 so that one end faces the thermal insulation space 3. The other end has a drain pipe 50 which faces the exterior of the exterior wall 4.

The ventilation pipe 51 and the drain pipe 50 may be installed to have two or more wrinkles 52 to be bent through the wrinkles 52.

The vent pipe 51 is bent through the corrugated portion 52, the height of the inlet portion connected to the heat insulating space (3) is installed higher than the height of the outlet portion connected to the outside of the exterior wall (4) foreign matter other than air Is not introduced into the heat insulating space (3) through the ventilation pipe (51). In particular, the rainwater having a vertical mobility is configured to prevent backflow into the interior of the thermal insulation space (3) through the ventilation pipe (51).

In addition, the drain pipe 50 is to drain the condensation generated in the heat insulating space (3) to the outside of the exterior wall (4), the interior of the heat insulating space (3) can always maintain a dry state heat insulating space (3) ) To prevent corrosion and structural weakening of the internal structure and to prevent the whitening of the exterior wall (4).

In addition, such a drain pipe 50 may also be installed to be inclined using the pleats 52 according to the construction site conditions.

On the other hand, Figure 7 is a perspective view showing the installation state of the anchor portion of the present invention,

The exterior wall 4 and the heat insulating material 2 of the present invention are firmly fixed to the bearing wall 1 by the anchor portion 60.

The anchor portion 60 is a bearing wall mounting anchor 61 is inserted and fixed to the insertion groove 67 formed in the bearing wall 10, and one end is connected to the bearing wall mounting anchor 61, the other end is an outer wall An outer wall mounting anchor 64 placed on the masonry member 4a of (4) and a reinforcing wire 66 provided to intersect the outer wall mounting anchor 64.

At this time, a resin bond is injected into the insertion groove 67 to fix the bearing wall mounting anchor 61.

The bearing wall mounting anchor 61 is formed at one end of the spiral reinforcing bar 62 and the spiral reinforcing bar 62 so as to be firmly fixed by being inserted into the insertion groove 67 of the bearing wall 10. It consists of a locking portion 63 is formed in a ring shape.

The exterior wall mounting anchor 61 is configured such that the hook ring 65 is formed at both ends of the spiral reinforcing bar 62, and the hook ring 65 at one end thereof is a hook of the bearing wall mounting anchor 10. 63, the hook ring 65 of the other end is located between the masonry member (4a) of the exterior wall (4).

On the other hand, the reinforcing wire (66) is installed to be fitted to the other end of the hook ring 65 of the bearing wall mounting anchor 61 is firmly fixed to the bearing wall mounting anchor 61, the outer wall mounting anchor 64 is reinforced wire When the external force is applied to the exterior wall 4 by being connected to the 66, the exterior wall 4 is to be firmly fixed to the bearing wall 1.

On the other hand, the helical reinforcement 62 of the bearing wall mounting anchor 61 and the exterior wall mounting anchor 64 is formed in a spiral shape, thereby reinforcing the adhesion between the resin bond and the mortar provided at the time of masonry of the masonry 4a. It will be able to spring act flexibly to the wind pressure and drawing force of.

In order to install the anchor portion 60 configured as described above, first, a plurality of insertion grooves 67 are formed in the bearing wall 1 by using a drill, and resin resin is injected into the insertion groove 67. And the spiral reinforcing bar portion 62 of the bearing wall mounting anchor 61 is fixed to the insertion groove 67, and the exterior wall mounting anchor 64 is engaged with the locking portion 63 of the bearing wall mounting anchor 61. The outer wall mounting anchor 64 is seated on an upper portion of the masonry member 4a of the outer wall 4 so that the hook 65 is hooked to the hook 65 on the other end of the outer wall mounting anchor 61. This is completed by installing the reinforcing wires 66 to be caught.

As described above, the anchor portion 60 of the present invention separately constitutes the bearing wall mounting anchor 61 and the exterior wall mounting anchor 64, and the engaging ring 65 of the exterior wall mounting anchor 64 has a rectangular ring shape. It is coupled to the engaging portion 63 of the load-bearing wall mounting anchor 61 made so as to be able to adjust the height of the exterior wall mounting anchor 64, so that the joint work when the construction of the masonry member 4a of the exterior wall 4 is very easy. Will be done.

On the other hand, Figure 8 is an illustration showing the mortar screen of the present invention, Figure 9 is an illustration showing the installation state of the mortar screen of the present invention, the exterior wall (4) completed when the masonry member 4a is deposited or over time The mortar screen 70 is further installed in the heat insulation space 3 so that the mortar peeled from the heat shield may be shielded from the drain pipe 50 positioned below the heat insulation space 3.

The mortar screen 70 includes an upper plate 71 fitted between the masonry members 4a that are vertically and vertically coupled, and a connection plate 72 that is inclinedly extended from one side end of the upper plate 71 to the lower one side; It consists of a lower plate 73 extending in one direction to the end of the connecting plate 72.

The mortar screen 70 configured as described above has a very simple manufacturing method by bending a plate-shaped product to form an upper plate 71, a connecting plate 72, and a lower plate 73, and is installed on the exterior wall 4. Since only the upper plate 71 is sandwiched between the masonry member 4a and the connecting plate 72 and the lower plate 73 are installed in a state suspended from the upper plate 71, the installation is very easy.

In addition, the upper plate 71 is sandwiched between the masonry member 4a and filled with a mortar for masonry member on the upper portion of the upper plate 71 is more stable than the outer wall because the bonding strength of the upper and lower masonry member is further strengthened It is constructed as.

Meanwhile, in the outer wall configuration of the present invention, the heat insulating material 2 may be selectively installed inside or outside the bearing wall 1 according to the design.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

The effect of the present invention can be expected by the configuration and action as described above, by supporting the masonry brick stably through the brick support bracket and the support bar installed at a predetermined interval, while preventing the deflection of the masonry brick, at the same time The construction cost is very low by reducing the amount of material input to support, and the U-shaped brick is installed on the side of the barrier brick so that the support bar can be smoothly reinforced. Installation of the mortar screen is prevented from entering, minimizing condensation in the insulation space through the ventilation and drainage pipes with corrugations, and quickly draining the condensation generated, and installing the mortar screen by sandwiching the upper plate of the mortar screen between the masonry members. Is very simple to prevent quick installation and blockage of drain pipe It is a very useful invention which facilitates the joint work by the anchor portion, as well as lines to further enhance the bonding strength of the member.

Claims (11)

The bearing wall, the heat insulating material selectively installed on the inside and the outside of the bearing wall, the insulating space, and the exterior wall body having a plurality of masonry members assembled thereon are sequentially provided outwards, and a hollow is formed to be joined to the masonry member of the exterior wall. In the outer wall of a building having a plurality of pulverized bricks having a plurality of hollows in the lateral direction, A plurality of brick support brackets formed of a vertical portion fixed to the bearing wall and a horizontal portion extending horizontally from one side of the vertical portion and spaced at predetermined intervals; A support bar installed in a horizontal direction through the hollow of the barrier brick to support the barrier brick and the exterior wall and the barrier brick supported on the barrier brick and supported thereon; A U-shaped brick which is formed on the side of the at least one outboard brick to provide a space for installing the support bar; Construction is easy and structurally stable outer wall, characterized in that comprising a. The method of claim 1, The horizontal wall is easy and structurally stable construction, characterized in that one or more of the horizontal portion is installed. The method according to claim 1 or 2, The outer wall is easy and structurally stable, characterized in that it further comprises a locking step formed on the end of the horizontal portion to prevent the support bar is separated from the upper portion of the horizontal bar. The method of claim 1, Located at the top of the brick support bracket, one end is fixed to the bearing wall and the other end is installed to be interposed between the masonry member to prevent the corrosion of the brick support bracket by condensation or rain water; Construction is easy and structurally stable outer wall, characterized in that comprising a. The method of claim 4, wherein It is installed on the load-bearing wall and is fixed to the load-bearing member by the pressure-bearing wall by further comprising a waterproof member fixing means for preventing the waterproof member is contracted by the temperature to be separated from the load-bearing wall is characterized in that the construction is easy and structural Stabilized exterior wall. The method of claim 5, wherein The waterproof member fixing means includes an upper plate fixed to the bearing wall by the fixing member; A pressure plate integrally formed at the lower portion of the upper plate and connected to the upper plate to press the bearing wall to have an elastic force; Consist of The waterproof member is interposed between the pressing plate and the bearing wall, and the construction of the outer wall is easy and structurally stable, characterized in that the waterproof member is fixed to the bearing wall by the elastic force of the pressing plate. The method of claim 5, wherein The outer wall is easy and structurally stable, characterized in that the caulking treatment to the portion in contact with the upper end portion and the bearing wall of the upper plate to be more closely waterproof. The method of claim 1, A drain pipe installed in the exterior wall to drain condensation collected in the lower portion of the insulation space to the outside of the exterior wall; The exterior wall is easy to install and structurally stable, characterized in that it further comprises a ventilation pipe installed on the exterior wall to communicate the outside air of the exterior wall and the inside of the heat insulating space. The method of claim 8, The drainage pipe and the ventilation pipe is easy to construct and structurally stable outer wall is characterized in that it is configured to have two or more corrugations so that the inlet and outlet can be installed stepped on each other. The method of claim 1, Further comprising an anchor for fixing the exterior wall to the bearing wall, The anchor portion, the bearing wall installation anchor consisting of a helical reinforcing bar coupled to the bearing wall, and formed on one side end of the spiral reinforcing bar portion, the engaging portion is formed in the shape of a long ring; A hook ring is formed at both ends of the spiral reinforcing bar, and a hook ring at one end is hooked to a catching portion of the bearing wall mounting anchor, and a hook ring at another end is located between the masonry members of the outer wall; Reinforcing wire which is fitted to cross the other end of the hook of the outer wall mounting anchor on the masonry member of the outer wall; Easy to construct and stable structural wall comprising a. The method of claim 1, A mortar screen including an upper plate fitted between the erecting members to be erected up and down, a connecting plate extending obliquely from one side end of the upper plate to a lower one side, and a lower plate extending in one direction of the end of the connecting plate; The outer wall is easy to construct and structurally stable, characterized in that further comprises a mortar that is peeled off during the deposition of the masonry member to shield the drain pipe.

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