JP2515047Y2 - Roof snow stopper - Google Patents

Description

[Detailed Description of the Invention] (Industrial field of application) The present invention has a staggered or linear shape in the lateral direction near the eaves of the roof tiles in order to prevent a sudden fall of snow accumulated on the roof. The present invention relates to a snow stopper for a roof, which is suitable for use especially in regions such as eastern Japan, Shikoku, and Kyushu where there is relatively little snow.

(Prior Art) Conventionally, as this type of snow stopper, one side edge of the roof tile has a concave joint receiving portion and the other side edge of the roof tile has a convex joint portion near the same. A curved snow stop rod was built integrally. Further, there has been proposed a structure in which, when the roof is being roofed at the time of building a house, the roof tiles integrally provided with the snow stop bars are arranged in a zigzag pattern in the lateral direction near the eaves of the roof.

In addition, at the left and right ends of the rear side of the arc-shaped plate curved in the left-right longitudinal direction, copper holes are provided to connect to the trees under the upper roof tile of the roof, and the rear side of the arc-shaped plate in the left-right longitudinal direction. It has been proposed that a snow ridge is provided upward in the central portion (for example, Utility Model Application Publication No. 27799 of Taisho 15).

Further, there has been proposed a structure in which a girder stop portion is provided in a ridge pass portion of a tile main body adjacent to each other, and the roof tile main body is connected to the hook portion of the girder material installed on the ridge pass portion (for example, 58
-29729).

(Problems to be solved by the invention) However, in the former, in areas such as eastern Japan, Shikoku, and Kyushu where it snows only a few times from January to March, snow botters are installed integrally with the construction of the house. Very few roof tiles are installed near the eaves of the roof, so if there is snow on the roof around January to March and it falls in fresh snow, there is little damage, but the next day the snow will fall. It changes into ice blocks, and as the outside air rises near daytime, the snow accelerates and falls on the slopes of the roof, damaging the trees, flowers, objects, etc. around the house, or in adjacent houses. In addition, there was a risk of litigation, causing unexpected damage by jumping into the mansion of another person.

On the other hand, the latter one of the Japanese Utility Model Application Publication No. 27799 published in 1926, when installing it on a roof tile that has been conventionally roofed, a copper wire is passed through each hole at the left and right ends of the rear side of the arc-shaped plate to make the roof. Since it has to be tied to each of the trees under the upper roof tiles, not only is it troublesome to attach to the roof tiles, but also copper wires are passed through each hole of the arc-shaped plate and tied to each of the trees under the roof tiles of the roof. On top of that, a gap will be created between the roof tiles installed by the snow stopper itself and the roof tiles above it, and rain or snow will enter the gaps and cause rain leakage, or wind during a typhoon, etc. There was a problem that the upper roof tile rolled up. Further, since the snow-stopping ridges are provided only in the central portion of the rear side edge of the arc-shaped plate in the left-right longitudinal direction, the snow is only temporarily received, and there is a risk that the snow may get over the ridges and fall. However, because the snow stoppers are attached only to the concave joints of the roof tiles, there is a large gap between the snow stoppers, which may cause snow to fall. I couldn't stop the snow reliably and hurt the trees, flowers, objects, etc. around my house, or even adjacent houses jumped into each other's mansion, causing unexpected damage. There was a risk that it would happen.

Furthermore, the latter one, which is disclosed in Japanese Utility Model Laid-Open No. 58-29729, similarly,
Since there are no upward snow stoppers on the front and rear edges of the beam, there is a risk that snow accumulated on the roof will fall over the upper side of the beam and the snow stoppers should be adjacent to each other. Since it was installed by straddling the convex joint of the roof tile and the convex joint of the other roof tile, the gap between the girder material and the roof tile was too wide, and the roof tile was piled up. In combination with the possibility that the snow will pass under the girder material and fall, it will not be possible to stop the snow reliably, damaging the plants, flowers, objects etc. around the house, or adjoining. At the house, each other jumped into the mansion of another person, causing unexpected damage, which could lead to litigation. Besides, since the hook portions at both ends of the girder member were respectively connected to the girder stop portions of the roof tile-based crossing portion adjacent to each other, the strength of the girder stop portion of the roof tile-based crossing portion was particularly weak, There is a risk that it will come off from the hooks at both ends of the beam, and there is a risk that the roof tile will be inclined at an angle due to a load being applied in the diagonal direction on the side where each notch is provided. It had the drawback of leaking rain.

Therefore, the present invention has been devised in order to solve the above-mentioned problems, and not only enables the roof tiles that have been conventionally roofed to be attached very easily and reliably near the eaves, but also the roof. Accelerating the slope of the roof tiles by accelerating the falling snow on the roof tiles to stop the falling snow surely, plant trees, flowers around the house,
It is possible to prevent damage to things, etc., or to prevent unexpected damage from jumping into each other's mansion in adjacent houses, and the structure is simple and inexpensive, and in the event of rain or typhoons. It is intended to provide a snow stopper for a roof that can reliably prevent the upper tile from rolling up due to the wind.

(Means for Solving the Problem) In order to achieve the above-mentioned object, the present invention is provided on one side of a roof tile at one end of a snow stop plate that is bent in a curved shape along the left-right longitudinal direction. A mounting piece to be attached to the concave joint receiving portion of the edge is provided, and one side edge portion of the roof tile is a concave joint receiving portion of the roof tile and the other end of the snow retaining plate and the attaching piece. Each side edge is provided with a rivet at the convex joint, and at the rear edge of the snow stop plate, the roof tile is piled up to accelerate the slope of the roof tile. A rear snow stop piece for temporarily catching falling snow is provided upward, and the front side edge of the snow stop plate is covered with the rear snow stop piece. The front side snow stop piece, which suppresses the snow temporarily received by the two-stage holding, is provided upward so as to form an upward groove shape in cooperation with the rear side snow stop piece.

(Operation) Then, when the roof tiles that have been roofed from now on are installed in a zigzag or straight line in the lateral direction by the above-mentioned technical means, one side edge of the roof tiles has a concave shape. Attach the mounting piece of one end of the snow stop plate to the joint receiving part through the rivet in the mounting hole, and attach the other end of the snow stop plate to the convex joint where the other edge of the roof tile is waving. , Mount it with rivets in the mounting hole.

In addition, the rear snow brace not only temporarily catches the snow falling on the roof tiles by accelerating the slopes of the roof tiles, but also the snow caught between the two teeth of the geta. In the same way that the weight of the body applied from above prevents it from being removed, the snow sandwiched between the two front and rear snow tabs on the snow stop plate will not move due to the pressure of the snow applied from above, and With the snow sandwiched between the front snow stop, you can hold down the snow temporarily received by the rear snow stop with two steps,
By attaching the snow stopper of the present invention to the concave joint receiving portion and the convex joint portion of the roof tile, snow falls from a large gap formed between the snow stoppers as in the conventional case, Alternatively, the gap between the girder and the roof tile is too wide, which prevents the snow from passing through the underside of the girder and falling, thereby ensuring that the snow is stopped.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

As shown in FIG. 1 and FIG. 2, the snow stopper 1 of the present invention is provided with one side edge of a roof tile A at one end of a snow stopper plate 2 which is bent in a curved shape along the left-right longitudinal direction. A mounting piece 3 to be mounted on the concave joint receiving portion C is provided, and one side edge portion of the roof tile A is concavely joined to the mounting piece 3 and the other end of the snow stop plate 2. The receiving portion C and the other side edge portion of the convex joint portion D are provided with attachment holes 4 to be attached with rivets B, and the rear edge of the snow stop plate 2 is stacked on the roof tile A. Therefore, a rear snow stop piece 5 that temporarily receives snow falling by accelerating the slope of the roof tile A is provided upward, and the rear side snow stop plate 5 is provided on the front side edge of the snow stop plate 2. The front side snow stop piece 5 that holds the snow temporarily caught by the rear side snow stop piece 5 with a two-tiered structure is combined with the rear side snow stop piece 5 to form an upward groove. Upwards to become Only, in which provided further along the reinforcing portion 6 the lateral longitudinally longitudinal width direction central portion of the Yukitomeban 2 and the attachment piece 3.

Although the snow stopper 1 of the present invention is mainly made of aluminum, it can be made of plastic, and the mounting piece 3 at one end of the snow stopper plate 2 and the snow stopper plate 2 can be molded. It is described that the mounting holes 4 for driving and mounting the rivets B on the roof tile A are drilled at the other end of the snow roof plate A, respectively. However, instead of the mounting holes 4, one end of the snow stop plate 2 is mounted. Piece 3
It is also possible to attach an all-weather double-sided adhesive tape with release paper for attaching to the roof tile A on the bottom surface of the other end of the snow stop plate 2 or both the mounting hole 4 and the double-sided adhesive tape. It is possible.

The color of the snow stopper 1 of the present invention is preferably matched with the color of the roof tile A for mounting.

(Effect of the Invention) As described above, the snow stopper 1 of the present invention has the one side edge portion of the roof tile A at one end portion of the snow stopper plate 2 bent in the left-right longitudinal direction. A mounting piece 3 to be mounted on the concave joint portion C of the cotton is provided, and the mounting piece 3 and the other end of the snow stop plate 2 are
Since the roof tile A is provided with the concave joint portion C having one side edge portion and the convex joint portion D having the other side edge portion with the rivet B, respectively, the mounting holes 4 are attached to the roof tile A. When installing the roof tile A in a zigzag or straight line near the eaves of the roof tile A, one side edge of the roof tile A is covered with a snow stop on the concave joint portion C as shown in FIG. The attachment piece 3 at one end of the plate 2 is attached to the attachment hole 4 via the rivet B, and the other end of the roof tile A is provided with the other end of the snow stop plate 2 at the convex joint D. , Mounting hole 4
It is possible to attach the roof tile A extremely easily and surely near the eaves of the roof tile A, which has been conventionally roofed, by simply attaching the rivet B to the roof tile A.

Moreover, on the rear edge of the snow stop plate 2, there is provided a rear snow stop piece 5 facing upward on the roof tile A for temporarily catching snow falling by accelerating the slope of the roof tile A, And the snow stop plate 2
At the front edge of the front snow stopper 5, the snow sandwiched between the rear snow stopper 5 and the front snow stopper 5 for temporarily suppressing the snow temporarily received by the rear snow stopper 5, By arranging upwards so as to form an upward groove shape together with the rear snow stop piece 5, the rear snow stop piece 5 is stacked on the roof tile A to accelerate the slope of the roof tile A. As well as temporarily catching the falling snow, the snow caught between the two teeth of the geta can not be removed due to the weight of the body added from above. The snow trapped between the snow stoppers 5 of the above will not move due to the pressure of the snow applied from above, and this is the snow trapped between the rear snow stopper 5 and the front snow stopper 5. The snow that has been temporarily received can be suppressed with two steps, and the snow stopper of the present invention can be used as a concave joint portion C and a convex joint portion D of the roof tile A. By installing it, snow falls through the large gaps between the snow stoppers as in the past, or the gap between the beam and roof tile is too wide, and the snow passes under the beam. In combination with the ability to prevent falling, it is possible to stop snow reliably, so that plants, flowers, objects, etc. around the house may be damaged, or adjacent houses may be inside each other's mansion. It is possible to reliably prevent unexpected damage from jumping into.

Further, when the snow stopper 1 of the present invention is attached to the roof tile A of the roof that has been conventionally roofed with the rivets B, the roof tile A is to be attached.
Since it is only necessary to open a mounting hole at an appropriate position to about 2/3 of the plate thickness of the roof tile A with an electric drill or the like, there is no fear of rain leakage, and as a roof tile A for mounting the snow stopper 1 of the present invention. Although a normal roof tile is shown in the figure, it is needless to say that a flat tile or the like can be attached and any shape of the tile can be supported.

Moreover, since the snow stopper 1 of the present invention is composed of the snow stopper plate 2, the mounting piece 3, and the front and rear snow stoppers 5, it can be provided at a low cost with a simple structure.

Further, at one end of the snow stop plate 2 which is bent in a curved shape along the left-right longitudinal direction, a mounting piece 3 for mounting the roof tile A at one side edge portion to the concave joint receiving portion C is provided. The mounting piece 3 and the other end of the snow stop plate 2 are riveted to the concave joint portion C having one side edge portion of the roof tile A or the convex joint portion D having the other side edge portion thereof. Since each of the mounting holes 4 to be mounted by B is provided, when the roof tile A is mounted, the mounting piece 3 and the mounting hole 4 at the other end of the snow stop plate 2 are mounted via the rivets B, which is different from the conventional case. The copper wire is not passed through the holes on the left and right sides of the rear side of the arc-shaped plate and tied to the trees under the upper roof tiles of the roof. It is possible to reliably prevent the upper roof tile from rolling up due to wind or the like.

In addition, one side edge portion of the roof tile A is attached to the concave joint receiving portion C of one end of the snow stop plate 2, and the mounting hole 4 is attached via the rivet B to the roof tile A. The other end of the snow stop plate 2 is attached to the convex joint portion D having the other edge on the other side through the rivet B in the attachment hole 4, and the front and rear width of the snow stop plate 2 and the attachment piece 3 In combination with the fact that the reinforcing portion 6 is provided along the left-right longitudinal direction at the central portion of the direction, the girder stop portion of the ridge-passage portion mainly composed of roof tiles is used as in the conventional latter Japanese Utility Model Publication No. 58-29729. The strength of the girder becomes weaker, and the girder material is separated from the hooks at both ends, or a load is applied in the diagonal direction on the side where each notch is provided,
It is possible to reliably prevent the roof tile from inclining obliquely and leaking rain from each cutout portion of the roof tile.

[Brief description of drawings]

The drawings show one embodiment of the present invention. FIG. 1 is an overall perspective view, and FIG. 2 is a perspective view of a state in which it is attached to a roof tile. 1 ... Snow stopper, 2 ... Snow stopper plate, 3 ... Mounting piece, 4 ... Mounting hole, 5 ... Snow stopper, 6 ... Reinforcing part, A ... Roof tile, B ...
Rivet, C ... Concave joint receiving part, D ... Convex joint part.

Claims (1)

(57) [Scope of utility model registration request] 1. A mounting piece for mounting one side edge portion of a roof tile to a recessed joint receiving portion of a roof tile is provided at one end portion of a snow stop plate bent in a curved shape along the left-right longitudinal direction. On one side and the other end of the snow stop plate, a mounting hole for attaching one side edge of the roof tile to the concave joint receiving portion of the roof and the other side edge to the convex joint of the roof by rivets. With each provided, the rear edge of the snow stop plate is provided with a rear snow stop piece facing upward, which temporarily receives snow falling on the roof tiles by accelerating the slope of the roof tiles and falling,
In addition, the front edge of the snow stop plate has a front snow stopper that holds the snow temporarily caught by the rear snow stopper with the two-stage stance, because the snow is sandwiched between the snow stopper and the rear snow stopper. A snow stopper for a roof, which is provided upward so as to form an upward groove shape together with the rear snow stopper.