JP2013238009A - Snow stopper for roof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent snowfall on a slope face of a roof from sliding down, and to provide a snow stopper consisting of a structure early resolving a snow accumulation frozen state by causing melting action at the same time.SOLUTION: A snow stopper for a roof has a snow stop member 1 which is erected in a front face part and is constituted of wire or net material. A chevron wire 3 of the snow stop member erected in the front face part is supported by vertical-side wires 4, 4 of both of left and right side parts and vertical intermediate wires 5, 5 in the intermediate part thereof. A horizontal intermediate wire 6 is arranged midway between the left and right vertical-side wires and intermediate vertical median wires, and a front horizontal bottom wire 7 and a rear horizontal bottom wire 10 are arranged in the bottom part thereof, respectively. In the back face part of the snow stop member constituted in this way, rear side wires 8, 8 are horizontally arranged on extensions of the vertical-side wires, and rear median wires 9, 9 are horizontally arranged on extensions of the vertical median wires, respectively. In the back face bottom part of the snow stop member constituted in this way, an arbitrarily configured mounting member 2 is installed.

Description

  The present invention relates to a snow stopper for a roof regardless of the inclination angle.

  Conventional snow stoppers for roofs have been created for the purpose of performing a stopper function that exclusively prevents sliding after the snowfall on the roof surface has become snow. For example, the following are known. Is popular.

  However, since these tools are exclusively aimed at demonstrating the snow-preventing function with the slats, they remained on the roof surface in a frozen state for a long period of time, and their melting could only be expected by sunshine.

Registered Utility Model No. 3040079 Design Registration No. 969403 Design Registration No. 1352391 Design Registration No. 1383735

  Therefore, the present invention aims to provide a snow stopper having a structure that quickly eliminates the snow-freezing state by simultaneously causing a melting action while preventing snow falling on the slope of the roof. To do.

  In the front portion of the present invention, in the front portion, a wire rod having an arbitrary mountain shape is supported by a vertical wire rod on the left and right side portions and a vertical middle wire rod on the middle portion thereof, and between the left and right vertical side wires and the intermediate vertical mid wire rod. A horizontal intermediate wire, a snow stopper body constructed by laying a front horizontal bottom wire and a rear horizontal bottom wire on the bottom side thereof, and a rear side wire horizontally on an extension line of the vertical side wire at the back of the snow stopper body The rear middle wire is provided horizontally on the extension line of the vertical middle wire.

  Moreover, this invention is a snow stop main body which provides a tortoiseshell-shaped net | network material inside a surrounding frame material in a front part.

  Moreover, this invention is a snow stop main body which provides a zigzag-shaped net | network material inside a surrounding frame ridge | wound in a front part.

  Furthermore, the present invention is a snow stopper main body provided with a net material that is bent and knitted in a rhombus shape on the inner side of the peripheral frame ridge at the front portion.

  An attachment member having an arbitrary configuration is installed on the back surface portion of the snow stopper main body configured as described above.

  In the snow stoppers installed on the roof surface with a slope angle, the snow-melting function was not possible with an instrument that merely prevents the snow from falling, so the snow-melting effect could not be expected. In the present invention, the snow stopper main body is constituted by the wire and netting materials combined vertically and horizontally, not the blades for preventing the snow from sliding down, so that the object of promoting the melting is achieved together with preventing the snow from sliding down. Therefore, the frozen state for a long time can be eliminated.

Front perspective view of Example 1 Back perspective view of Example 1 Front perspective view of Example 2 Back perspective view of Example 2 Front perspective view of Example 3 Back perspective view of Example 3 Front perspective view of Example 4 Back perspective view of Example 4

  In the first embodiment shown in FIGS. 1 and 2, a large number of tools are installed in a staggered manner on the roof surface at appropriate intervals, but the snow is in contact with the snow stopper main body and is stopped. Therefore, sliding is prevented.

  However, since the snow stopper body is composed of a combination of wire rods, the daytime air flowing through the space between the wire rods melts against the snow that is in a stopped state. Together with this, the snow disappearance is promoted and the frozen state does not occur.

  Further, in the second to fourth embodiments shown in FIGS. 3 to 8, the snow on the roof surface is stopped by the respective snow stopper main bodies, so that the sliding is prevented. However, at the same time, the air in the daytime that circulates in the space due to the many gaps of the netting material will dissolve against the snowfall that is stopped, and in combination with sunlight, the elimination of snowfall will be promoted It becomes.

  Four embodiments will be described with reference to the drawings. First, the tool of the first embodiment shown in FIGS. 1 and 2 includes a snow stop main body 1 and a mounting member 2.

  This snow stopper main body 1 is mainly composed of a wire rod, and this wire rod is composed of a mountain-shaped wire rod 3 which is symmetrical in the left and right sides, vertical wire rods 4 and 4 on both left and right side portions, and longitudinal middle wire rods 5 and 5 on the middle portion thereof. 5, a horizontal intermediate wire 6 is installed in the middle between the left and right vertical wires and the middle vertical wire, and a front horizontal wire 7 is installed at the bottom thereof. The bilaterally symmetrical mountain-shaped wire 3 of the snow stopper main body 1 is not limited to a left-right linear shape but may be a curved shape.

  The configuration of the left and right vertical wires 4 and 4 and the intermediate vertical wires 5 and 5 in the front portion of the snow stopper main body 1 is as follows. 9 and 9 extend, and the rear horizontal bottom wire 10 is constructed between the rear end portions of the rear side wire and the rear middle wire.

  The snow stopper main body 1 having such a shape is substantially L-shaped in side view.

  Substrates 11 and 11 are provided on the left and right sides of the front bottom surface portion of the intermediate portion between the front horizontal bottom wire 7 and the rear horizontal bottom wire 10 in the plane portion.

  The left and right substrates 11 and 11 are connected to front end portions 12 and 12 of an attachment member 2 having an arbitrary shape.

  Further, support rods 30 and 30 are installed between a part of the mountain-shaped wire 3 of the snow stopper main body 1 and the mounting member 2.

  In the second embodiment shown in FIGS. 3 and 4, the snow stopper main body 13 and the attachment member 14 are included.

  This snow stopper main body 13 is composed of a surrounding frame member 15 and a turtle shell-like net member 16 provided inside thereof.

  A front end portion of the attachment member 14 having an arbitrary shape is connected to the bottom side portion of the frame member 15 of the snow stopper main body 13.

  Further, support rods 17 and 17 are provided between a part of the frame member 15 of the snow stopper main body 13 and the mounting member 14.

  In the third embodiment shown in FIGS. 5 and 6, the snow stopper main body 18 and the mounting member 19 are included.

  This snow stopper main body 18 is formed with a peripheral frame rod 20 having a mountain shape and a zigzag net material 21 provided inside thereof in a substantially L shape in a side view. Reinforcing plates 22 and 22 are provided at the left and right ends of the main body 18 composed of the net member 21 and the frame rod 20.

  A substrate 23 is provided at the center bottom side of the net member 21 and the frame rod 20 of the snow stopper main body 18, and the front end portion of the attachment member 19 having an arbitrary shape is connected to the substrate.

  Further, support rods 24 and 24 are installed between a part of the frame rod 20 of the snow stopper main body 18 and the mounting member 19.

  In the fourth embodiment shown in FIGS. 7 and 8, the snow stopper main body 25 and the attachment member 26 are included.

  This snow stopper main body 25 is composed of a surrounding frame rod 27 and a mesh material 28 which is bent largely inside and knitted in a rhombus shape.

  A front end portion of an arbitrary mounting member 26 is connected to the frame bottom 27 of the snow stopper body 25 and the center bottom side portion of the net member 28 with or without a substrate.

  Further, support rods 29 and 29 are provided between a part of the frame rod of the snow stopper main body 25 and the mounting member 26.

DESCRIPTION OF SYMBOLS 1 Snow stop body 2 Mounting member 3 Yamagata wire 4,4 Longitudinal wire 5,5 Vertical middle wire 6 Horizontal intermediate wire 7 Front horizontal bottom wire 8,8 Rear side wire 9,9 Rear middle wire 10 Rear horizontal bottom wire 11, DESCRIPTION OF SYMBOLS 11 Board | substrates 12 and 12 Front end part 30 and 30 Support rod 13 Snow stopper main body 14 Attachment member 15 Frame material 16 Net material 17 and 17 Support rod 18 Snow stopper member 19 Attachment member 20 Frame rod 21 Net material 22 and 22 Reinforcement plate 23 Substrate 24, 24 Support rod 25 Snow stop body 26 Mounting member 27 Frame rod 28 Net member 29, 29 Support rod

Claims (5)

A snow stopper for a roof, characterized in that a snow stopper member standing on the front portion is composed of a wire or a net. The vertical wire of the left and right sides and the vertical wire of the middle part support the mountain-shaped wire of the snow stopper member standing on the front part, and the horizontal intermediate wire between the left and right vertical wires and the intermediate vertical wire The front horizontal bottom wire and the rear horizontal bottom wire are respectively installed on the bottom side of the snow retaining member, and the rear side wire is horizontally placed on the extension line of the vertical side wire on the back surface portion of the snow stop member. A roof snow stopper comprising: a rear middle wire provided horizontally on the extension line of the snow stopper, and an attachment member having an arbitrary configuration provided on the bottom of the back surface of the snow stopper main body. The snow stop member standing on the front part is characterized by comprising a snow stop main body in which a net member is provided on the inner side of the peripheral frame member or the peripheral frame ridge, and an optional mounting member is installed on the back bottom of the main body. Snow stopper for roof. The snow stopper for roof according to claim 2, wherein a plurality of support rods are constructed between an attachment member installed at the bottom of the back surface of the snow stopper main body and the angle wire of the snow stopper member. The roof snow stopper according to claim 3, wherein a plurality of support rods are constructed between an attachment member installed on the bottom of the back surface of the snow stopper main body and a peripheral frame member or a peripheral frame rod of the snow stopper member.

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