JP3158675U - Eaves snow extinguishing structure - Google Patents

Abstract

The present invention provides an eaves snow-removing structure that is arranged in a house in a snowy area and promotes melting of snow and further reduces its freezing as being suitable for a roof having a groove bottom such as a tile rod. An eaves-end snow-melting structure, in which a corrugated plate 10 is disposed along the back surface of a horizontal frame 1, and a wire mesh support 2 is formed at one end of the surface of the horizontal frame. The wire mesh 3 is stretched on the wire mesh support, and a string-like body such as a wire is provided as a lockable locking portion 5 at an upper position away from the surface at the other end. [Selection] Figure 1

Description

  The present invention relates to an eaves snow extinguishing structure that is arranged in a snowy house, promotes melting of the snow, and further reduces the freezing thereof, and in particular, an eaves snow extinguishing structure suitable for a roof having a groove bottom such as a tile roof. About.

  Conventionally, as an eaves snow extinguishing structure that is arranged in a snowy house, promotes melting snow, and further reduces freezing, for example, in registered utility model publication No. 3006533, corrugated plate along the back of a horizontal frame In addition, a wire mesh is stretched along the surface thereof, and further, a wire mesh support that forms a mountain shape is provided at one end of the surface of the horizontal frame, and the wire mesh is stretched over the wire mesh support. It is disclosed. According to this eaves-end snow-melting structure, snow falling on the eaves of the roof stops at the mountain-shaped wire mesh support, and the snow accumulated over the eaves-snow-melting structure is melted by solar heat during the day, While being finely divided by the wire mesh, it falls on the corrugated plate and flows under the snow layer in the direction of the eaves, so it not only promotes the melting of snow accumulated by the wire mesh, but also lumps. It is supposed that the damage of the fence caused by falling snow and the danger caused by this can be prevented.

  However, since the eaves-end snow-melting structure is not directly installed on the groove bottom of a roof tile roof or the like, there is the following inconvenience. That is, a large space is created between the eaves-end snow-melting structure and the bottom of the groove, the space is frozen, and the roof of the tiled bar or the like where the goby portion is at a high position is also called “smoke”. The snowmelt water that was blocked on the frozen snow and collected on the roof created the cause of the rain leaking around the metal roof. In addition, when this eaves-end snow extinguishing structure is made according to the width of the groove bottom, and it is intended to be installed directly on the groove bottom, there is a snow stop angle or the like that is intended to be fixed with a string-like body such as a number wire. Since it is located higher than the seam on roof tiles, etc., the rear part of the eaves snow extinguishing structure, that is, the part on the opposite side of the wire mesh support, is lifted up, resulting in an unstable installation. Furthermore, there is a problem that freezing occurs under the raised portion, which also causes “smearing”. In addition, icicles are generated due to freezing in the space between the eaves snow extinguishing structure and the groove bottom, which causes damage to the kite.

Registered Utility Model Publication No. 3006533

  The present invention eliminates the above-mentioned problems, arranges it in a snowy house, promotes snow melting, and further reduces the freezing of the eaves-end snow-breaking structure as suitable for roofs with groove bottoms such as roof tile roofs. It is intended to provide.

As a result of intensive studies to achieve the above object, the present inventor has found the following solutions.
That is, according to the present invention eaves-end snow-melting structure, a corrugated plate is disposed along the back surface of the horizontal frame body, and a wire mesh support body forming a chevron at one end of the surface of the horizontal frame body. A wire mesh is stretched on the wire mesh support body, and a locking portion for locking a string body such as a wire is provided at an upper position away from the surface at the other end.
Further, the eaves snow-removing structure according to claim 2 is the eaves-end snow-removing structure according to claim 1, wherein the locking portion is provided at an upper end of a locking body in which a hollow portion is formed in a mountain shape. It is characterized in that a rod-like body such as a pipe or an angle can be freely inserted.
Further, the eaves snow-removing structure according to claim 3 is the eaves-end snow-removing structure according to claim 1 or 2, wherein the corrugated plate is configured as a reflector.

According to the eaves snow-removing structure of the present invention, the eaves snow-removing structure is provided with a locking portion that can freely lock a string body such as a number wire at an upper position away from the surface of the other end of the horizontal frame. When fixing the body to the snow stop angle with a string-like body, a downward force is applied to the eaves snow-removing structure, and the eaves snow-removing structure does not move away from the roof, and between the roof Since a space is not formed, drainage of snowmelt water on a roof having a groove bottom such as a roof tile roof is promoted, the amount of frozen snow is reduced, and further, accumulation of snowmelt water is avoided.
Further, when the locking portion is provided at the upper end of a locking body in which a hollow portion is formed in the chevron, and a rod-shaped body such as a pipe or an angle can be inserted into the hollow portion, a plurality of eaves snow extinguishing is performed by the rod-shaped body. The structure can be connected and fixed to the snow stop angle in a connected state, and the extreme lack of durability due to snow load that occurs when the unit is installed separately in a place where there is a puddle or in a place with poor sunlight. Durability can be increased by dispersing the snow structure.
Moreover, when the corrugated plate is configured as a reflector, snow melting using solar heat is promoted, and drainage from the roof is further promoted.

The perspective view of one embodiment of the present invention eaves snow extinguishing structure Explanatory drawing of the side view which shows the installation state to the roof of one embodiment of this invention eaves snow extinguishing structure

Next, an embodiment of the present invention will be described.
FIG. 1 shows an embodiment of the present invention eaves snow extinguishing structure. In FIG. 1, reference numeral 1 denotes a rectangular horizontal frame formed by a metal rod, and a wave along the back surface of the horizontal frame 1 is shown. A body 10 is disposed. In the present embodiment, the corrugated plate 10 is made of polycarbonate. A wire mesh support 2 that forms a mountain shape with a triangular cross section is provided at one end of the surface of the horizontal frame 1, and a wire mesh 3 is stretched over the wire mesh support 2. The wire mesh support 2 is formed by a metal rod. The wire mesh is a lath wire mesh.
Furthermore, the other end of the horizontal frame 1 is provided with a locking body 4 that forms a hollow mountain shape having a triangular cross section, and a pipe 30 can be inserted into the hollow portion 6 of the mountain shape. The string-like body 20 such as a number line is used as the locking portion 5 that can be locked at the upper end side of 4. The locking body 4 is also formed of a metal rod.
In addition, the engaging part 1a to the roof 50 is provided on the back surface on the front end side of the horizontal frame 1.

  FIG. 2 shows the installation state of the eaves-end snow-melting structure on the roof, and shows a state where the string-like body 20 shown by a solid line in FIG. As indicated by the solid line arrow F1, a downward force (downforce) toward the roof side is obtained. In addition, it also shows a state in which the string-like body 20 ′ indicated by a broken line in the figure is connected and fixed to a snow stop angle (not shown), and the upward force away from the roof side as indicated by the broken arrow F2 in the figure is applied. It can be seen that a gap is formed between the eaves-end snow-melting structure and the roof.

DESCRIPTION OF SYMBOLS 1 Horizontal frame 1a Engagement part 2 Wire mesh support body 3 Wire mesh 4 Locking body 5 Locking part 6 Hollow part 10 Corrugated board 20 Cord-like body 20 'Cord-like body 30 Pipe 50 Roof F1 Arrow F2 Arrow

Claims (3)

  A corrugated plate is disposed along the rear surface of the horizontal frame, a wire mesh support is formed on one end of the surface of the horizontal frame, and a wire mesh is stretched on the wire mesh support, An eaves snow-removing structure characterized in that a locking portion capable of locking a string such as a wire is provided at an upper position away from the surface.   2. The eaves tip snow removal according to claim 1, wherein the locking portion is provided at an upper end of a locking body having a hollow portion formed in a mountain shape, and a rod-shaped body such as a pipe or an angle can be inserted into the hollow portion. Structure. The snow corrugated structure according to claim 1 or 2, wherein the corrugated plate is a reflector.