JPH0541136Y2 - - Google Patents

Description

[Detailed description of the invention] [Technical field] The present invention relates to an invention for preventing snow from accumulating in eaves gutters in snowy regions.

[Background technology] Traditionally, in snowy regions, when snow accumulates in winter, there has been a problem in that the snow accumulated on roofs flows down into eaves gutters, causing deformation or damage to eaves gutters due to the snow load. .

[Purpose of the Invention] This invention was devised in consideration of the above points, and its purpose is to provide a gutter structure for use in snowy regions that allows snow to slide off to the outside, allows rainwater to flow smoothly into the eaves gutter, and prevents rainwater from running down the perforated plate toward the building.

[Disclosure of the invention] The structure of the rain gutter for snowy regions of the present invention is to install a mounting bracket 2 inside the eaves gutter 1, place a perforated plate 3 on the mounting bracket 2, and attach it removably. The part of the board 3 placed on the bracket 2 is tilted so that it is lower as it goes away from the building and higher as it approaches the building, and a drainage part 4 is provided at the highest part of the slope on the side that approaches the building. The downward piece 10 hanging downward from the end of the board 3 away from the building is housed in the eaves gutter 1, and by adopting such a configuration, the above-mentioned purpose of the present invention is achieved. This is what I did. That is, in the present invention, by placing a perforated plate 3 on the mounting bracket 2, snow accumulated on the roof will slide on the perforated plate 3 and fall to the outside. Further, rainwater is drained into the eaves gutter 1 through water holes 5 provided in the perforated plate 3. Further, even if rainwater tries to enter the building 6 side through the perforated plate 3, it is drained by the draining section 4 and is prevented from entering the building 6 side. Furthermore, since the perforated plate 3 is removable, it can be replaced if the perforated plate 3 is damaged, and the perforated plate 3 can be removed during seasons other than the snowy season, and the perforated plate 3 can be removed during the snowy season. The plate 3 can now be attached.

The present invention will be explained in detail below with reference to Examples. The eaves gutter 1 is arranged slightly below the eaves of the roof 9. This eaves gutter 1 is attached to a building 6 by various attachment means known in the art. A mounting bracket 2 is erected within the eave gutter 1. In the embodiment shown in the accompanying drawings, the mounting bracket 2 has a substantially square shape, and its upper surface forms an inclined surface 7.
This mounting bracket 2 may be fixed to the eaves gutter 1 with an adhesive or the like. A plurality of mounting brackets 2 having the above-mentioned configuration are arranged in the eaves gutter 1 in the longitudinal direction. Then, the perforated plate 3 is placed on the inclined surface 7, which is the inclined upper surface of the mounting bracket 2, and is detachably attached using screws 8.
Here, the perforated plate 3 is inclined and has a large number of water passage holes 5 perforated therein. Furthermore, in the embodiment shown in the accompanying drawings, a downwardly directed piece 10 hangs downward from the end of the perforated plate 3 facing away from the building 6, and this downwardly directed piece 10 extends into the eaves gutter 1 along the outer surface of the mounting bracket 2. The lower end rests on the support base 13 of the mounting bracket 2. In addition, a drainage part 4 is provided at the end of the perforated board 3 that approaches the building 6.
is provided, so that even if rainwater tries to enter the building 6 side through the inclined perforated plate 3, this drainage section 4
Water is drained to prevent rainwater from entering the building 6 side. Therefore, when snow accumulated on the roof 9 slides down to the eaves gutter 1 side during snowfall, the snow slides on the perforated board 3 and falls outside, and does not fall into the eaves gutter 1. . On the other hand, rainwater flows from the roof 9 to the perforated plate 3, but flows into the eaves gutter 1 through the water passage holes 5 of the perforated plate 3 and is drained by the eaves gutter 1. Here, as in the embodiment of the attached drawings, a downward piece 10 is inserted from the tip of the perforated plate 3.
hanging down, this downward facing piece 10 and the outer piece 1 of the eaves gutter 1
By forming a gap 15 between the perforated plate 3 and the eaves gutter 1, rainwater that cannot be completely drained from the water passage hole 5 of the perforated plate 3 into the eaves gutter 1 can be ensured to flow into the eaves gutter 1 through this gap 15. This prevents rainwater from splashing outside. In this case, when it snows, some snow may enter the gap 15, but since the gap 15 is a part of the entire interior of the eaves gutter 1, the snow load is large enough to deform or damage the eaves gutter 1. is one that does not join the eaves gutter 1.

By the way, the screw tool 8 is not used outside the snowy season.
It is also possible to remove the perforated plate 3 from the mounting bracket 2 by removing the perforated plate 3. Further, if the perforated plate 3 is damaged, the screws 8 are removed and replaced.

Furthermore, the mounting bracket 2 can of course be attached to the eaves gutter 1 during the construction of a new building, but it is also possible to attach the mounting bracket 2 to the existing eaves gutter 1 and attach the perforated plate 3 to this mounting bracket 2. This is a good idea, and by doing so, it is possible to prevent snow from accumulating on the existing eaves gutters 1 that have already been constructed in the past. In addition, the mounting bracket 2 is attached to the eaves gutter 1.
The eaves gutter 1 is not limited to being adhered to the eave gutter 1 with an adhesive, but may be fixed using other fixing means, or may be simply fitted into the eaves gutter 1 without being fixed.

[Effects of the invention] In the present invention, as described above, a mounting bracket is installed inside the eaves gutter, a perforated plate is placed on this mounting bracket and detachably attached, and the perforated plate is placed on the bracket of the perforated plate. The part of the perforated board is sloped so that it is lower when moving away from the building and higher when approaching the building, and a drainage section is provided at the highest point of the slope towards the building, and the end of the perforated board that is away from the building is Since the downward-facing piece that hangs downward from the wall is housed in the eaves gutter, snow can slide smoothly along the slope of the perforated board, preventing snow from accumulating in the eaves gutter, thus reducing snow accumulation. There is no risk of the eaves gutter being deformed or damaged by the load, and rainwater is drained into the eaves gutter through the water holes provided in the perforated board. In this case,
The perforated board is sloped so that it is higher as it approaches the building, and a drainage part is provided at the highest point of the slope, making it difficult for rainwater to flow toward the building. Even if water does not fall from the water hole on a partially sloped surface and flows down the slope, it will flow into the eaves gutter along the outer surface of the downward facing piece, and the water will not flow out of the eaves gutter. There is no risk of impairing the original function of eaves gutters. Moreover, since the perforated board is removable, it can be replaced if it becomes damaged, and the perforated board can be removed during seasons other than the snowy season to ensure that rainwater flows into the eaves gutters. This allows the perforated board to be attached during the snowy season.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of the present invention, and Fig. 2 is a sectional view of the same, in which 1 is an eaves gutter, 2 is a mounting bracket,
3 is a perforated plate, and 4 is a drain section.

Claims (1)

[Scope of utility model registration request] Install a mounting bracket inside the eaves gutter, place a perforated board on this mounting bracket, and attach it removably.The part of the perforated board placed on the bracket will be lower when moving away from the building, and higher when approaching the building. A snow cover made of a perforated board that is sloped so that it is sloped so that it is tilted so that it is tilted so that it is tilted so that it is tilted, a drainage part is provided at the highest point on the side that approaches the building, and a downward-facing piece that hangs downward from the end of the perforated board that is away from the building is housed in the eaves gutter. Structure of rural rain gutter.