JP6230404B2 - Folding snow eaves for eaves roof - Google Patents

Description

  The present invention relates to an eaves snow melting metal fitting for a folded roof.

  The snow-stopping device for origami roofs is equipped with a snow-stopping plate or a snow-stopping angle that crosses the top of the roof. Things are common. Moreover, in order to cope with the snow accumulation of the roof valley part in particular, a snow stop member protruding from the mounting bracket main body to the valley part is provided, or as shown in Patent Document 1, the mountain part of the folding roof is installed transversely. A snow stop plate is suspended from the snow stop angle to the roof valley.

  In addition to the snow stoppers that prevent snow from falling on the roof, snow extinguishing devices that install a net-like cylinder near the roof eaves are also known to promote natural melting of snow on the roof (Patent Literature). 2).

  In addition, as disclosed in Patent Document 3, as a snow stopper for a folded roof having a snow extinguishing function, a snow stopper member that is combined into a box shape by combining wires is installed in the valley. Is also known.

Japanese Utility Model Publication No. 5-92314. JP-A-8-319706. JP2013-238070A.

  As described above, the equipment for realizing the snow stop of the folding roof prevents the snow from falling above the top and also prevents the snow from falling in the valley, thereby realizing a reliable snow stop. For this purpose, snow stoppers are provided in multiple stages from the roof hem to the peak. However, in the eaves portion, if the weight of the snow is added to the roof eaves that are unsupported and cantilevered, the eaves portion may be damaged, so the eaves portion is provided at a position away from the eaves. For this reason, the snow on the roof eaves part will slide down as it is.

  In addition, snow that is prevented from slipping off by snow guards often exists as a single snow mass, and when snow on the roof works as a snow mass, it gets over the snow guard and reaches the eaves, leaving it in the state of snow. Risk of falling.

  The snow extinguishing device shown in Patent Document 2 prevents the occurrence of a snow trap by gradually melting snow on a snow mass that has been installed at the eaves location and over the snow stop device. In the plate roof, even if the net-like cylinder is installed so as to cross the roof top, there is no effect on the roof valley. Moreover, in the snow stop member formed with the wire in the roof valley part of patent document 3, a natural snow melting effect cannot be expected with respect to the snow covering the snow stop member itself, and as described above for the eaves installation of the snow stop member There's a problem.

  Therefore, the present invention proposes an eaves snow melting metal fitting for an engraved roof that realizes natural snow melting in contact with the eaves of the engraved roof.

The eaves snowmelt fitting for eaves roof according to the present invention (Claim 1) includes a pair of vertical eaves provided on the upper surface of the eave eaves with an eaves hook latching part and a roof connection part, and the front part of the vertical eaves It is characterized by comprising a snow-melting net that is hangably suspended on a hanging reed lantern connected to each other, and whose lower portion is inclined to the roof ridge side and is laid between the vertical reeds.

Thus, the metal fitting is fixed to a predetermined position on the upper surface of the roof eave by being hooked to the eave and connected to the roof, and the snow melting net is installed in an inclined state, so that the snow on the roof reaching the eave Rides on the snow-melting net, but the surface that rides on the snow-melting net is naturally melted by contact with the air and prevents the formation of snow leopards. In particular, the snow-melting net is pivotably suspended from a hanging reed connecting the front ends of the vertical ridges. When connecting the vertical ridges to the folding roof, there are some installation positions. Even if the snowmelt is shifted, the snowmelt net is rotatable, and therefore, the bottom side of the snowmelt net abuts against the bottom surface of the roof valley portion to ensure a predetermined inclined surface.

  Moreover, the eaves snow melting metal fittings for folding plates roof according to the present invention (Claim 2) are formed by using a horizontal plane connecting the base ends of the vertical eaves portion as a roof connecting portion. By connecting the reed to the main body or the snow stop angle with a wire or the like, the vertical reed part can be easily connected to the roof.

Moreover, the eaves snow melting metal fittings for folding plates roof according to the present invention (Claim 3 ) is a trapezoidal shape corresponding to the valley shape of the folding plate roof in which the snow melting net is installed symmetrically, and the snow melting net is the entire roof valley space. It is arranged so as to block.

  The configuration of the present invention is as described above, and the snow mass on the roof that has advanced to the eaves portion of the folded-up roof is laid on a snow-melting net that is installed in an inclined state, promotes natural snow melting, snowfall from the eaves, and snowfall Occurrence is prevented.

1 is an overall perspective view showing an embodiment of the present invention. The reference figure (front view) which shows the use condition. The same figure (plan view). FIG.

  Next, an embodiment of the present invention will be described. The metal fitting of the present invention is attached to the folded roof A, and the folded roof A has a trapezoidal valley (inclined surface a, bottom surface b) continuous in the roof lateral direction, and a roof plate on the top surface c. In general, these are connected by a wound goby structure or the like. In addition, a snow clasp body B is clamped and mounted on a winding gob portion d at a predetermined position of the folded roof A, and a snow stopper angle C that crosses the roof top is mounted on the snow clasp body B to prevent snow on the roof. ing. The embodiment of the present invention will be described below on the assumption that the folded roof has the above configuration.

  The eaves snow melting metal fittings for the folded-plate roof shown in the embodiment is formed in the eaves edge latching part 2 by bending each tip of the pair of vertical eaves part 1 corresponding to the width of the roof valley part, and the eaves part 1 is connected to the base end of the vertical hook 1 by a horizontal gutter (roof connecting part) 3, and the front part of the vertical gutter part 1 is connected to the horizontal gutter 4 for suspension. It is composed of a snowmelt net 5 provided.

  In particular, the snow-melting net 5 has an appropriate wire net 52 stretched inside the trapezoidal frame ridge 51 corresponding to the shape of the oblique cut surface of the trapezoidal valley, and the upper both sides of the frame ridge 51 are formed in a bowl shape. The suspension hangers 4 are vertically suspended from the suspending cradle 4.

  Thus, the eaves snow melting metal fitting for the folding roof has the eaves hooking portion 2 hooked on the eaves tip e of the folding roof A, and the vertical hook portion 1 is placed on the top surface c. When the reed 3 is strongly pulled and bound to the roof ridge side by the wire D laid around C, the entire frame including the vertical reed 1 is securely fixed to the upper surface of the eaves.

  Along with this, the snowmelt net 5 suspended from the hanging ledge 4 is positioned so that the lower side is located on the roof ridge, the lower edge is in contact with the bottom surface b, and the side edge is along the inclined surface a. Thus, the snowmelt net 5 is installed so as to block the entire trapezoidal valley of the folded roof A in an inclined state.

  Therefore, the snow on the roof is prevented from slipping by the snow stop angle C and other snow stoppers for the valleys, and the snow on the skirt side from the snow stop angle C is prevented from sliding from the eaves by the snow melting net 5. The Furthermore, even if the snow that has prevented the snowfall from falling into one snow mass E and crosses the snow stop angle C to reach the eaves, the snow mass E rides on the snowmelt net 5 in an inclined state, and even on the lower surface side of the snowmelt net 5. Since it is in contact with the outside air (zero degree or more), natural snow melting is promoted, and the risk that the snow lump E falls into the state of snowfall as it is can be prevented, and as a result, damage to the eaves can be prevented.

  In addition to the above-described embodiment, the present invention may be provided with, for example, a metal fitting (roof connecting portion) that is directly attached to the vertical flange portion 1 to the winding goby portion d. Furthermore, it is only necessary to provide an appropriate roof connecting portion even for the folded roof that does not have the winding goby portion d.

1 Longitudinal anchor part 2 Eaves hook retaining part 3 Yokohama (roof connecting part)
4 Hanging cradle 5 Snowmelt net 51 Frame fence 52 Wire mesh A Origami roof a Inclined surface b Bottom surface c Top surface d Winding part e Eaves tip B Snow stopper metal body C Snow stopper angle D Wire E Snow mass

Claims (3)

A pair of vertical eaves installed on the top of the eave eaves with an eaves hook and a roof connecting part, and a hanging reed connecting the front part of the vertical eaves, and suspended vertically. An eaves snow melting metal fitting for an eaves roof, characterized in that the portion is composed of a snow melting net that is inclined to the roof ridge side and is erected between vertical shafts.   The eaves-melting metal fitting for eaves according to claim 1, wherein a horizontal bar connecting the base ends of the vertical bar part is used as a roof connecting part.   The eaves-melting metal fitting for eaves according to claim 1 or 2, wherein the snowmelt net has a trapezoidal shape corresponding to the valley shape of the symmetrical engraving roof.

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