KR102609267B1 - A supporter for the rain gutter - Google Patents

Abstract

The present invention relates to a replacement bracket that can be replaced with a new bracket without completely removing the previously installed rainwater catchment bracket, and more specifically, without dismantling the wall fixing part where the previously installed first installation bracket is connected to the wall of the building. It also relates to a rainwater catchment stand that allows the rainwater catchment bracket to be replaced more simply and quickly by inserting the fitting plate of the second installation bracket into the gap between the wall and the wall fixing part and fastening it to the wall of the building.

Description

{A supporter for the rain gutter}

The present invention relates to a replacement bracket that can be replaced with a new bracket without completely removing the previously installed rainwater catchment bracket, and more specifically, without dismantling the wall fixing part where the previously installed first installation bracket is connected to the wall of the building. It also relates to a rainwater catchment stand that allows the rainwater catchment bracket to be replaced more simply and quickly by inserting the fitting plate of the second installation bracket into the gap between the wall and the wall fixing part and fastening it to the wall of the building.

Typically, a rainwater gutter is installed at the eaves of the upper part of a building or at the bottom of the roof. To prevent rainwater from entering the building, it is installed at the bottom of the roof and directs the collected water into a drain pipe extending to the lower part of the building. and discharge it to the outside.

The above-mentioned rainwater tank is fixed to the wall of the building by a separate bracket or a fixing support.

Brackets are usually made of plastic material and have the advantage of being light and inexpensive. However, as the plastic bracket ages and crumbles over time, its strength weakens, so it cannot properly support the load of the rainwater gutter that collects rainwater, raising the risk of damage.

As shown in FIG. 1, the conventional first installation bracket for supporting a rainwater gutter includes a wall fixing part that is closely fixed to the wall of a building with an anchor bolt, and is provided horizontally at the upper end of the wall fixing part to support the rainwater gutter. It includes a horizontal support part, a vertical support part provided at a right angle to an outer end of the horizontal support part, and an inclined support part that connects and supports the horizontal support part and the wall fixing part, and is upperly coupled to the upper end of the wall fixing part. A lower coupling hole is formed at the lower end of the ball, and screws or bolts are fastened to the upper coupling hole and the lower coupling hole to secure the first installation bracket to the wall.

In the conventional bracket, a bracket is installed during the construction process of a building, and a rainwater gutter is placed on the bracket. This rainwater gutter installation process is carried out on the outside of the building and before finishing the interior of the building. The screws or bolts coupled to the upper coupling hole and the lower coupling hole are inserted into the internal space (indoor) of the building wall.

After the exterior work of the building is completed and the interior finishing work is done, the interior finishing material is added to the inner surface of the wall, and the nuts fastened to the screws are covered by the interior finishing material.

When dismantling an already installed bracket to replace a bracket, a nut must be loosened to separate the bracket from the wall, but since the nut is covered by the interior finishing material of the building, there is the inconvenience of having to tear off the interior finishing material. In order to tear off the interior finishing materials, you must secure a certain amount of space by removing instruments and equipment placed close to the walls of the indoor space. In other words, in order to replace a bracket installed on the outside of a building wall, the work process is very inefficient, as it requires organizing the interior space inside the wall and tearing down the interior finishing materials, and it is a very cumbersome task as it takes a lot of time.

Therefore, in order to solve this problem, in the process of replacing the bracket supporting the rainwater gutter, it is necessary to develop a support for the rainwater gutter that can be replaced with a new bracket by performing work only from the outside without interfering with the inner space of the wall.

KR 20-0306114 (Y1) 2003.03.04. KR 20-0306116 (Y1) 2003.02.19.

In order to solve the above problems, the purpose of the present invention is to replace the previously installed first installation bracket with a new second installation bracket without removing the bolts and nuts that connect the first installation bracket to the wall, so that the inner finishing material is used to loosen the nut. The aim is to provide a stand for rainwater catchment that does not require tearing down and can be replaced quickly and easily.

Another object of the present invention is to cut and remove the remaining components of the first installation bracket except for the wall fixing part that is closely fixed to the wall, then insert a thin fitting plate into the gap between the wall and the wall fixing part, and then insert the fitting plate. It provides a rainwater catch stand that allows the second installation bracket to be installed in the same position without dismantling the bolts coupled to the first installation bracket by fastening screws to the wall using the second fastening hole provided in the.

Another object of the present invention is to form a step at the first end of the fitting plate and the first support in contact with the wall to contact the first cut piece of the first installation bracket, thereby providing a rainwater gutter while avoiding interference with the first cut piece. To provide a stand for rainwater catchment that can distribute the load and transfer it to the wall.

Another object of the present invention is to make it possible to install the second installation bracket at the original position of the first installation bracket because the connection plate and extension plate on which the fitting plate is formed are formed to be thin and do not interfere with the wall fixing part of the first installation bracket. The goal is to provide a stand for rainwater catchment.

Another object of the present invention is to provide a rainwater catcher in which the second installation bracket is made of stainless steel, can firmly support the load of a rainwater tank filled with rainwater for a long period of time without deformation, and has strong strength without fear of damage by external force. It provides a platform for use.

In order to achieve the above object, the present invention is inserted into and fixed to the first installation bracket 100 coupled to the wall 10 of the building, and the second installation bracket 20 is fixed to the upper part of the building wall 10. In the rainwater catch stand including a bracket 200, a first cut piece 121 and a second cut piece 131 are formed on the first install bracket 100 into which the second install bracket 200 is inserted. The first cut piece 121 is a cut piece formed by cutting the connection portion of the wall fixing part 110 coupled to the wall 10 and the horizontal support part 120 supporting the rainwater tank 20. The second cut piece 131 is a cut piece formed by cutting the connecting portion of the inclined support portion 130 supporting the wall fixing portion 110 and the horizontal support portion 120, and the second installation bracket ( 200 has an end disposed in front of the wall fixing part 110, and includes a horizontal first support 210 that supports the rainwater tank 20 from the lower part; A load distribution table 230 that is obliquely coupled to the first support 210 to transfer the load of the rainwater tank 20 to the wall 10; A connection plate 240 connecting the first support 210 and the load distribution table 230 and disposed in an outer direction of the wall fixing part 110 of the first installation bracket 100; and a fitting plate 242 disposed parallel to the outer surface of the wall 10 and inserted into the spaced gap between the wall 10 and the wall fixing part 110.

In addition, the first end 211, which is the inner end of the first support 210 of the present invention, contacts the first cut piece 121 of the first installation bracket 100 to transfer the load of the rainwater gutter to the wall 10. Pass it to

In addition, the second installation bracket 200 of the present invention includes a second support 220 that protrudes upward from the outer end of the first support 210 and supports the side of the rainwater tank 20. Includes.

In addition, a bent plate 232 parallel to the outer surface of the wall 10 extends at the second end 231, which is the lower end of the load distribution zone 230 of the present invention; A first fastening hole 233 into which a fixing piece is inserted is formed in the bending plate 232.

In addition, the bending plate 232 of the present invention is disposed on the same plane as the fitting plate 242 and is in close contact with the wall 10.

In addition, the second end 231 of the present invention protrudes further inward than the first end 211, which is the inner end of the first support 210.

In addition, the first end 211 of the present invention is spaced further outward from the fitting plate 242 than the fitting plate 242; The wall fixing part 110 of the first installation bracket 100 is accommodated in the space where the first end 211 and the fitting plate 242 are spaced apart.

In addition, the present invention relates to a method of manufacturing a rainwater catch stand, the first step of separating the rain water catch basin (20) from the first installation bracket (100) installed on the wall (10) of a building; A second step of forming a first cut piece 121 by cutting the connection portion of the wall fixing part 110 coupled to the wall 10 and the horizontal support part 120 supporting the rainwater tank 20; A third step of forming a second cut piece 131 by cutting the connection portion of the wall fixing portion 110 and the inclined support portion 130 supporting the horizontal support portion 120; A fourth step of inserting the fitting plate 242 formed parallel to the wall 10 on the second installation bracket 200 into the gap between the wall 10 and the wall fixing part 110; and a fifth step of inserting a fixing piece into the second fastening hole 243 formed in the fitting plate 242 to couple it to the wall 10.

In addition, the second fastening hole 243 and the connecting plate 240 of the present invention are disposed on opposite sides of the wall fixing part 110.

The rainwater gutter pedestal according to the present invention can be replaced with a new second installation bracket without removing the bolts and nuts that connect the previously installed first installation bracket to the wall, so there is no need to tear off the inner finishing material to loosen the nut. It has the effect of allowing replacement work to be performed quickly and easily.

In addition, the present invention involves cutting and removing the remaining components of the first installation bracket except for the wall fixing part that is closely fixed to the wall, inserting a thin fitting plate into the gap between the wall and the wall fixing part, and then attaching it to the fitting plate. By fastening the screw to the wall using the second fastening hole, the second installation bracket can be installed at the same location without dismantling the bolts connected to the first installation bracket.

In addition, the present invention forms a step at the first end of the fitting plate and the first support in contact with the wall to contact the first cut piece of the first installation bracket, thereby avoiding interference with the first cut piece and supporting the load of the rainwater gutter. It has the effect of dispersing and delivering it to the wall.

In addition, the present invention has the effect of enabling the installation of the second installation bracket at the original position of the first installation bracket because the connection plate and extension plate on which the fitting plate is formed are formed with a thin thickness and do not interfere with the wall fixing part of the first installation bracket. there is.

In addition, the present invention has the advantage that the second installation bracket is made of stainless steel, so that it can firmly support the load of a rainwater tank filled with rainwater for a long period of time without deformation, and has strong strength so that there is no fear of damage by external force.

Figure 1 is a perspective view showing a first installation bracket in the rainwater catch stand of the present invention.
Figure 2 shows a state in which a rainwater catchment pedestal of the present invention is installed on the wall of a building through a first installation bracket, (a) is a perspective view, and (b) is a side cross-sectional view.
Figure 3 is a perspective view of the rainwater catch stand of the present invention in which the horizontal support portion and the inclined support portion of the first installation bracket are cut to form a first cut piece and a second cut piece in the wall fixing portion.
Figure 4 is a perspective view of the second installation bracket in the rainwater catch stand of the present invention.
Figure 5 is a side view of the second installation bracket in the rainwater catch stand of the present invention.
Figure 6 is a perspective view showing the wall fixing part and the second installation bracket in the rainwater catch stand of the present invention.
Figure 7 is a perspective view of a state in which the second installation bracket is installed with the fitting plate inserted into the gap between the wall and the wall fixing part in Figure 6.
Figure 8 is a side cross-sectional view showing the second installation bracket installed in the rainwater catch stand of the present invention.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings so that those skilled in the art can easily implement them.

Referring to Figures 1 to 8, the rainwater catch stand according to the present invention can be replaced with another bracket without removing the first installation bracket 100, which is firmly coupled to the wall 10 of the building by bolting. Concerning a stand for rainwater catchment,

A rainwater gutter including a second installation bracket 200 that is inserted and fixed into the first installation bracket 100 coupled to the wall 10 of the building and fixes the rainwater tank 20 at the top of the building wall 10. In the use pedestal,

The second installation bracket 200 is

The wall fixing part 110 coupled to the wall 10 of the building, the horizontal support part 120 supporting the rainwater tank 20, and the wall fixing part 110 and the horizontal support part 120 are connected. It includes an inclined support part 130 supported by a first cut piece 121 and an inclined support part 130 and a wall fixing part ( The connection portion of 110) is inserted into the first installation bracket 100, which forms the second cut piece 131, which is cut;

A horizontal first support 210, the end of which is disposed in front of the wall fixing part 110, and which supports the rainwater tank 20 from the lower part;

A load distribution table 230 that is obliquely coupled to the first support 210 to transfer the load of the rainwater tank 20 to the wall 10;

A connection plate 240 connecting the first support 210 and the load distribution table 230 and disposed parallel to the wall fixing part 110 of the first installation bracket 100; and

It includes a fitting plate 242 that extends at a right angle from the rear of the connection plate 240 and is inserted into a spaced gap between the wall 10 and the wall fixing part 110.

During the construction process of the building, a rainwater catch basin (20) is installed at the top to collect rainwater and drain it into the sewer. The rainwater tank (20) is fixed to the exterior wall (10) of the building through a bracket, but over time, the bracket deteriorates and corrodes and must be replaced.

The bracket is fixed to the wall 10 of the building by bolting, and the bolt that secures the bracket to the wall 10 protrudes through the wall 10 into the indoor space and is fastened through a nut. The nut is located in an indoor space, and when constructing the interior of a building, the wall 10 is covered with an internal finishing material 11 to make the nut invisible.

In order to replace the bracket, the bolts and nuts connected to the wall 10 must be released, and the inconvenience of having to tear off the inner finishing material 11 to loosen the nuts arises. In addition, since a plurality of brackets are provided along the longitudinal direction of the rainwater gutter (20), tearing off the inner finishing material (11) and separating the multiple brackets one by one from the wall (10) causes damage to the interior space of the building. There was a problem that it was very inefficient and took a long time.

Therefore, in the present invention, in the process of replacing the bracket supporting the rainwater tank 20, a new bracket can be installed in the previously installed position without having to individually release the previously installed bracket from being coupled to the wall 10. A bracket is provided.

For this purpose, among the previously installed brackets (first installation bracket 100), the wall fixing part 110 coupled to the wall 10 by bolting is left intact and the horizontal support part 120 supporting the rainwater tank 20 is installed. The part connected to the wall fixing part 110 is cut, and the part where the inclined support part 130 supporting the horizontal support part 120 is connected to the wall fixing part 110 is cut. When cutting is completed, a first cut piece 121 and a second cut piece 131 are formed, respectively.

Thereafter, in order to install the second installation bracket 200 on which the first support 210 and the second support 220 supporting the rainwater tank 20 are formed, the fitting plate 242 of the second installation bracket 200 is installed. is inserted into the gap between the wall 10 and the wall fixing part 110 and screwed to the wall 10 to fix the second installation bracket 200 to the wall 10.

The horizontal support portion 120 and the inclined support portion 130 are cut and removed while leaving the bolts and nuts of the previously installed bracket (first installation bracket 100) coupled to the wall 10 as they are, and the wall 10 ) The second installation bracket 200 can be installed at the location where the original bracket (first installation bracket 100) was installed by using the wall fixing part 110 combined with ).

It is much simpler and easier to cut and remove part of the existing bracket made of plastic than to release the bolts and nuts with which the existing bracket (the first installation bracket 100) is connected to the wall 10, making the bracket very easy to use. It can be easily replaced.

In the present invention, the outer direction refers to the direction toward the outdoor space based on the wall 10 of the building, and the inner direction refers to the direction toward the indoor space. And the upper part means the direction towards the sky, and the lower part means the direction towards the ground.

The rainwater tank 20 is open at the top to allow rainwater to flow inside and flow to the bottom to be discharged into the sewer, and is placed on the outer surface of the building wall 10.

The present invention provides a more rapid and convenient way to replace the existing bracket, which is fixed to the outer surface of the wall (10) in order to fix the rainwater tank (20) to the upper part of the building, when it needs to be replaced due to corrosion and deterioration over time. A bracket is provided. In the present invention, the previously installed bracket is referred to as the 'first installation bracket 100', and the newly replaced bracket is referred to as the 'second installation bracket 200'.

When explaining the first installation bracket 100 with reference to FIGS. 1 to 3, the first installation bracket 100 is tightly fixed to the wall 10 of the building with anchor bolts, as shown in FIG. 1. A wall fixing part 110 is formed, and a horizontal support part 120 is provided horizontally at the upper end of the wall fixing part 110 to support the rainwater tank 20, and the horizontal support part 120 A vertical support part 140 is formed at a right angle to the outer end of the rainwater tank 20, and an inclined support part connects and supports the horizontal support part 120 and the wall fixing part 110. (130) is formed.

In the wall fixing part 110, an upper coupling hole 112 and a lower coupling hole 111 are formed to connect to the wall 10 of the building with bolts and nuts, and the upper coupling hole 112 and the lower coupling hole ( Insert the bolt into 111) and allow it to penetrate the wall (10). The bolt penetrates from the outer side of the wall 10 to the inner side and protrudes further toward the indoor space, and a nut is fastened to the protruding part of the bolt in the indoor space to couple the first installation bracket 100 to the wall 10. . And, in the indoor space, the interior finish material (11) is installed on the inner surface of the wall (10) so that the nut is covered by the interior finish material (11).

Over time, if the installed first installation bracket 100 becomes corroded, deteriorates, and loses strength, it must be replaced. However, in order to separate the first installation bracket 100 from the wall 10, the nut must be loosened, but since the nut is covered by the interior finish material 11 as shown in FIG. 2(b), the process of tearing off the interior finish material 11 is necessary. Occurs. In order to tear off the internal finishing material (11), great inconveniences arise, such as having to remove instruments and equipment placed adjacent to the wall (10) in the interior space of the building.

Therefore, without fastening the bolts and nuts, the wall fixing part 110 coupled to the wall 10 is left as is, and the horizontal support part 120 and the inclined support part 130 are cut to remove the part that protrudes out of the wall 10. Remove. When the horizontal support portion 120 is cut and removed, the vertical support portion 140 provided at a right angle to the outer end of the horizontal support portion 120 is also removed. When cutting the horizontal support part 120 and the inclined support part 130, the cut part becomes the connection part between the horizontal support part 120 and the wall fixing part 110, and the inclined support part 130 and the wall fixing part 110 are connected to each other. It becomes a connecting part of the government (110).

A first cut piece 121, which is a trace of the connection between the horizontal support 120 and the wall fixing part 110, is formed in the wall fixing part 110 in a state of being combined with the wall 10, and an inclined support part ( A second cut piece 131, which is a trace of the connection between 130) and the wall fixing part 110, is formed.

The first installation bracket 100, in which the horizontal support portion 120 and the inclined support portion 130 are cut, has portions protruding outward from the wall 10 except for the wall fixing portion 110 coupled to the wall 10. does not exist. That is, when the horizontal support portion 120 and the inclined support portion 130 are cut, there is a structure (wall fixing portion 110) on the outside of the wall 10 that protrudes only as much as the thickness of the protruding portion of the wall 10.

And the upper end of the wall fixing part 110, from which the horizontal support part 120 and the inclined support part 130 are cut, is fixed to the wall 10 by a bolt coupled to the upper coupling hole 112, and the lower end is fixed to the lower coupling hole. It is fixed to the wall 10 by a bolt coupled by (111).

With the horizontal support part 120 and the inclined support part 130 removed from the first installation bracket 100, the second installation bracket 200 is installed in the existing position of the first installation bracket 100.

Referring to FIGS. 4 to 7, the second installation bracket 200 is formed so that a first support 210 supporting the rainwater tank 20 at the bottom protrudes outward, and the first support 210 of the first support 210 A second support 220 protruding upward is formed at the outer end. The second support 220 supports the side of the rainwater container 20, and the first support 210 and the second support 220 surround the rainwater container 20.

In addition, a load distribution table 230 is provided at the lower part of the first support 210 and is obliquely coupled to the first support 210 to transfer the load of the rainwater tank 20 to the wall 10. In one embodiment of the present invention, the upper end of the load distribution unit 230 is located at the area where the first support 210 and the second support 220 are connected, but the outer end of the first support 210 and It can also be located not far away.

The load distribution zone 230 is inclined downward from the outside to the inside, so that even when rainwater is contained in the rainwater tank 20 and a load is added, the load of the rainwater tank 20 is transferred to the wall 10 and structural stability is improved. I order it.

Since the load distribution unit 230 is disposed at an angle, the upper end is directed outward and the lower end is directed inward. The upper end of the load distribution unit 230 is coupled to the first support 210, and the lower end is in contact with the wall 10. The lower end of the load distribution zone 230 in contact with the wall 10 is referred to as the second end 231.

A bent plate 232 formed parallel to the outer surface of the wall 10 extends from the second end 231, and a first fastening hole 233 into which a fixing piece is inserted is formed in the bent plate 232. . The fixing piece refers to parts that are fastened and fixed, such as bolts, screws, and rivets. The fixing piece is inserted into the first fastening hole 233 and the second fastening hole 243 in the second installation bracket 200. While the load distribution zone 230 is not parallel to the outer surface of the wall 10, the bent plate 232 bent and extended at the second end 231 is parallel to the outer surface of the wall 10 and makes surface contact. do.

The second installation bracket 200 is provided with a connection plate 240 that vertically connects the first support 210 and the load distribution table 230. The connection plate 240 is located further inside the area where the first support 210 and the load distribution table 230 are joined, and is disposed in the outer direction of the wall fixing part 110.

An extension plate 241 extending protruding inward is further formed on the connection plate 240. Because the extension plate 241 protrudes further inward, it forms a step with the connection plate 240.

The extension plate 241 is formed by bending a fitting plate 242 that is parallel to the outer surface of the wall 10. The fitting plate 242 is arranged parallel to the outer surface of the wall 10 and is inserted into the gap between the outer surface of the wall 10 and the wall fixing part 110 to attach the second installation bracket 200 to the wall 10. ) is a plate that is fixed to the

The wall fixing part 110 is closely fixed to the wall 10 by bolts in the upper coupling hole 112 at the top and the lower coupling hole 111 at the bottom. When the wall 10 (panel) of a building is pressed in the inward direction, the space between the lower coupling hole 111 and the upper coupling hole 112 may be slightly separated from the wall 10, and the space may be slightly spaced apart from the wall 10. Insert the fitting plate 242 into the space.

The insertion plate 242 is formed to have a thinner thickness than the first support 210 and the load distribution table 230, which form the framework of the second installation bracket 200, and is therefore positioned between the wall 10 and the wall fixing part 110. It can be inserted into a spaced gap.

The fitting plate 242 is formed with a second fastening hole 243 that is fastened to the wall 10 by a fixing piece, and a fixing piece is inserted into the second fastening hole 243 and is closely fixed to the wall 10.

The places in the second installation bracket 200 that are directly fastened to the wall 10 are the bent plate 232 and the fitting plate 242 in which the first fastening hole 233 and the second fastening hole 243 are formed. Here, the fitting plate 242 is inserted into the gap between the previously installed wall fixing part 110 and the wall 10, is supported by the wall fixing part 110, and is doubly fixed to the wall 10.

Looking at the area where the second installation bracket 200 is fixed to the wall 10, the first fastening hole 233 is located at the upper part and the second fastening hole 243 is located at the lower part compared to the first fastening hole 233. Located. The second fastening hole 243 may be at the bottom of the second installation bracket 200.

5 to 8, the first support 210 of the second installation bracket 200 is coupled to the second support 220 at the outer end and the connection plate 240 at the inner end. The inner end of the first support 210 connected to the connection plate 240 is referred to as the first end 211.

The first end 211 is located above the second end 231 of the load distribution unit 230, and the second end 231 protrudes further inward than the first end 211. The second end 231 contacts the outer surface of the wall 10, but the first end 211 does not contact the outer surface of the wall 10.

On the outer surface of the wall 10, a wall fixing part 110 protrudes as much as its thickness. Therefore, a step is formed on the outer surface of the wall 10 and the outer surface of the wall fixing part 110.

The second end 231 protrudes further inward than the first end 211, and the protruding length is equal to the thickness of the wall fixing part 110. The first end 211 is disposed in the outer direction of the wall fixing part 110, and the second end 231 is in contact with the outer surface of the wall 10. Since the second end 231 is in contact with the wall 10 and can transmit the load of the rainwater tank 20 supported by the second installation bracket 200 to the wall 10, it has the advantage of being structurally stable and sturdy.

The first end 211 is in contact with the first cut piece 121 of the first installation bracket 100 or the outer surface of the wall fixing part 110 to distribute the load received by the second installation bracket 200. It is preferred, but it may be spaced apart from the first end 211, the first cut piece 121, or the outer surface of the wall fixing part 110.

5 to 8, in one embodiment of the present invention, the extension plate 241 is formed to protrude further inward from the connection plate 240. The extension plate 241 is formed to protrude inward so that the fitting plate 242 can be in close contact with the wall 10. However, in another embodiment, the connection plate 240 and the extension plate 241 are not separated and are integrated. It is formed in a shape that allows the fitting plate 242 to protrude further in the inner direction.

The fitting plate 242 and the bending plate 232 are placed on the same plane (virtual plane) and are in close contact with the wall 10. On the other hand, the first end 211 is located at a position spaced apart from the fitting plate 242 in the outward direction. The distance at which the first end 211 is spaced outwardly from the fitting plate 242 may be greater than or equal to the thickness of the wall fixing portion 110. The wall fixing part 110 is accommodated in the space formed by the first end 211 being spaced apart from the fitting plate 242. However, if the first end 211 is disposed at a higher position than the top of the wall fixing part 110, it does not matter how much the first end 211 is spaced from the fitting plate 242.

The first support 210, the second support 220, and the load distribution table 230 that form the second installation bracket 200 are made of square pipes and are hollow on the inside to reduce weight, and have a structure on at least two sides. A face is formed.

On the other hand, as shown in FIGS. 6 and 7, the connection plate 240 and the extension plate 241 are not in the shape of a square pipe but in the shape of a thin plate. The connection plate 240 may be formed to have the same thickness as one side of the first support 210 and the load distribution table 230, and has a thickness compared to the thickness of the first support 210 and the load distribution table 230. It's quite thin.

In addition, the fitting plate 242 may be formed to have the same thickness as the connecting plate 240 and the extension plate 241, and is inserted into the gap between the outer surface of the wall 10 and the wall fixing part 110. It is desirable to form it to a thickness that is

Typically, the first installation bracket 100 is made of plastic material and has the advantage of being light, but has the disadvantage of being easily deformed by sunlight when exposed to the outdoors for a long period of time and being vulnerable to external shocks, resulting in low durability.

Therefore, the newly replaced second installation bracket 200 is made of stainless steel, so even when installed outdoors, it minimizes the effects of corrosion by sunlight and deformation by external impacts, improving durability and extending the lifespan, allowing the replacement cycle to be extended. There is an advantage.

The process of replacing the bracket supporting the rainwater catch basin 20 through the rainwater catch stand according to an embodiment of the present invention will be described.

After separating the rainwater tank 20 from the previously installed first installation bracket 100 (first step), the horizontal support part 120 and the inclined support part 130 connected to the wall fixing part 110 are cut. (Steps 2 and 3). The cut portion is the point where the wall fixing part 110 and the horizontal support part 120 are connected and the point where the wall fixing part 110 and the inclined support part 130 are connected. When the horizontal support portion 120 and the inclined support portion 130 are cut, a first cut piece 121 and a second cut piece 131 are formed in the wall fixing portion 110, respectively.

And when the horizontal support part 120 is cut, the vertical support part 140 is also removed, so no structures other than the wall fixing part 110 remain on the outer surface of the wall 10 of the building. And only the thickness of the wall fixing part 110 protrudes from the outer surface of the wall 10, and the wall fixing part 110 is connected to the wall 10 by bolts in the upper coupling hole 112 and the lower coupling hole 111. ) is fixed.

In order to install the second installation bracket 200, the wall 10, which is usually made of a panel, is pressed to create a slight gap between the wall 10 and the coupled wall fixing part 110, and the second installation bracket is installed. With the second support 220 of 200 facing upward, the insertion plate 242 is inserted into the spaced gap. (Step 4)

The second end 231 is disposed lower than the lowermost end of the wall fixing part 110, and the first end 211 is disposed outside the wall fixing part 110. The first end 211 may be in contact with the first cut piece 121 or the outer surface of the wall fixing part 110, but may also be spaced apart.

The fitting plate 242 is coupled to the wall 10 by inserting a fixing piece into the second fastening hole 243 formed in the fitting plate 242 (step 5), and the first fastening formed in the bending plate 232 The bending plate 232 is coupled to the wall 10 by inserting a fixing piece into the ball 233 (step 6).

The load distribution unit 230 is directly fastened to the wall 10 by the first fastening hole 233 of the bending plate 232. And the fitting plate 242 is directly fixed to the wall 10 by a fixing piece inserted into the second fastening hole 243, and is supported by the wall fixing part 110 fixed to the wall 10. Additionally, the first end 211 may be supported on the outer surface (including the first cut piece 121) of the wall fixing part 110. In this way, the second installation bracket 200 can stably support the load of the rainwater tank 20 by being connected to the wall 10 at multiple points.

Since the first end 211 is located away from the fitting plate 242, the wall fixing part 110 of the first installation bracket 100 is installed in the space between the first end 211 and the fitting plate 242. ) is accepted.

And since the second end 231 is disposed lower than the lowermost end of the wall fixing part 110, the second installation bracket 200 is coupled to the wall 10 using the wall fixing part 110, thereby maintaining the wall height. There is no interference from the government (110) or other obstacles.

In the second installation bracket 200 on which installation is completed, the second fastening hole 243 and the connection plate 240 are disposed on opposite sides of the wall fixing portion 110. That is, the wall fixing part 110 is located between the second fastening hole 243 and the connecting plate 240.

The rainwater catch stand according to the present invention is a horizontal support portion 120 and an inclined support portion 130 that are exposed to the outdoors without releasing the coupling portion of the first installation bracket 100 previously installed on the wall 10. By cutting and removing, installation space for the second installation bracket 200 can be secured.

Then, the fitting plate 242 of the second installation bracket 200 is inserted between the wall 10 and the wall fixing part 110 to install the second installation bracket 200, thereby replacing the existing first installation bracket 100. The second installation bracket 200 can be fixed to the wall 10 by utilizing the state in which it is coupled to the wall 10.

Moreover, the bending plate 232 of the fitting plate 242 and the second end 231 is positioned on the same plane and is in close contact with the wall 10, and the first end 211 is bent outward from the fitting plate 242. By spacing them apart, a space is formed to accommodate the wall fixing part 110 inside the second installation bracket 200, so that the second installation bracket 200 can be installed at the location of the existing first installation bracket 100.

10: Wall 11: Finishing material 20: Rainwater tank
100: First installation bracket
110: Wall fixing part 111: Lower coupling hole 112: Upper coupling hole
120: Horizontal support 121: First cut piece 130: Inclined support portion 131: Second cut piece
140: Vertical support
200: Second installation bracket
210: first support 211: first end 220: second support
230: Load distribution unit 231: Second end 232: Bending plate 233: First fastening hole
240: Connection plate 241: Extension plate 242: Fitting plate 243: Second fastening hole

Claims (9)

A rainwater gutter including a second installation bracket 200 that is inserted and fixed into the first installation bracket 100 coupled to the wall 10 of the building and fixes the rainwater tank 20 at the top of the building wall 10. In the use pedestal,
A first cut piece 121 and a second cut piece 131 are formed on the first install bracket 100 into which the second install bracket 200 is inserted,
The first cut piece 121 is a cut piece formed by cutting the connection portion of the wall fixing part 110 coupled to the wall 10 and the horizontal support part 120 supporting the rainwater tank 20,
The second cut piece 131 is a cut piece formed by cutting the connecting portion of the inclined support portion 130 that supports the wall fixing portion 110 and the horizontal support portion 120,

The second installation bracket 200 is
A horizontal first support 210, the end of which is disposed in front of the wall fixing part 110, and which supports the rainwater tank 20 from the lower part;
A load distribution table 230 that is obliquely coupled to the first support 210 to transfer the load of the rainwater tank 20 to the wall 10;
A connection plate 240 connecting the first support 210 and the load distribution table 230 and disposed in an outer direction of the wall fixing part 110 of the first installation bracket 100; and
A fitting plate 242 is disposed parallel to the outer surface of the wall 10 and inserted into the spaced gap between the wall 10 and the wall fixing part 110.
A stand for rainwater catchment.
According to paragraph 1,
The first end 211, which is the inner end of the first support 210, contacts the first cut piece 121 of the first installation bracket 100 to transfer the load of the rainwater gutter to the wall 10.
A stand for rainwater catchment.
According to paragraph 1,
The second installation bracket 200 is
It further includes a second support 220 that protrudes upward from the outer end of the first support 210 and supports the side of the rainwater tank 20.
A stand for rainwater catchment.
According to paragraph 1,
A bent plate 232 parallel to the outer surface of the wall 10 extends at the second end 231, which is the lower end of the load distribution zone 230;
A first fastening hole 233 into which a fixing piece is inserted is formed in the bending plate 232;
A stand for rainwater catchment.
According to clause 4,
The bending plate 232 is disposed on the same plane as the fitting plate 242 and is in close contact with the wall 10.
A stand for rainwater catchment.
According to clause 4,
The second end 231 protrudes further inward than the first end 211, which is the inner end of the first support 210.
A stand for rainwater catchment.
According to clause 6,
The first end 211 is spaced further outward from the fitting plate 242 than the fitting plate 242;
The wall fixing part 110 of the first installation bracket 100 is accommodated in a space where the first end 211 and the fitting plate 242 are spaced apart;
A stand for rainwater catchment.
In the method of manufacturing a rainwater catcher according to any one of claims 1 to 7,
A first step of separating the rainwater tank 20 from the first installation bracket 100 installed on the wall 10 of the building;
A second step of forming a first cut piece 121 by cutting the connection portion of the wall fixing part 110 coupled to the wall 10 and the horizontal support part 120 supporting the rainwater tank 20;
A third step of forming a second cut piece 131 by cutting the connection portion of the wall fixing portion 110 and the inclined support portion 130 supporting the horizontal support portion 120;
A fourth step of inserting the fitting plate 242 formed parallel to the wall 10 on the second installation bracket 200 into the gap between the wall 10 and the wall fixing part 110; and
A fifth step of inserting a fixing piece into the second fastening hole 243 formed in the fitting plate 242 and connecting it to the wall 10; comprising
Method of manufacturing a rainwater catcher.
According to clause 8,
The second fastening hole 243 and the connecting plate 240 are disposed on opposite sides of the wall fixing part 110.
Method of manufacturing a rainwater catcher.