JP2020200733A - Roof snow stop and device - Google Patents

Abstract

To provide a facility capable of preventing breakage of a rain gutter or the like due to a snowfall sliding down from the uppermost roof surface towards an eaves part or of preventing applying impact to a human body, by arranging a snow stop member at a position slightly apart from the eaves part of the roof surface.SOLUTION: The present invention relates to a roof snow stop and a device, where laterally Y shaped thaw partition materials 7 are disposed spaced-apart inside a line member 6 wholly formed in a cylindrical shape into a position adjacently faced to an eaves part, and a grid-like covering snow stop member 8 of which its base end part is fixed on the installation base is disposed onto an upper side part of the cylindrical shaped line member, on a snow stop member provided on an adequate large area installation base 1. The present invention also relates to the roof snow stop and the device, where sub snow stop members composed of plural support rods erected on the covering snow stop member.SELECTED DRAWING: Figure 1

Description

The present invention relates to a snow stopper and a device installed in the vicinity of the eaves on the roof surface.

The applicant of the present invention has already created the technology published in the next published patent gazette, but the technical content is a little complicated and it is difficult to implement it. The invention is intended to be improved and put into practice.

Japanese Patent Application Laid-Open No. 2000-274019 Japanese Patent Application Laid-Open No. 2006-207234

In the present invention, by installing the snow stopper at a position slightly separated from the eaves of the roof surface, the rain gutter or the like is damaged by the snow that slides from the top of the roof surface toward the eaves, or the human body is impacted. The purpose is to provide equipment that does not give.

The overall configuration of the snow stopper according to the present invention is such that the snow stopper member provided on an installation table having an appropriate wide area has a side surface Y shape inside a line member having a cylindrical shape as a whole at a position facing the eaves. Snow melting partition members are installed at intervals, and a grid-like snow cover member having a base end fixed on the installation table is installed on the upper side of the cylindrical wire member to cover snow for a roof. It is a stopper and a device.

Further, the configuration of the entire snow stopper according to the present invention is such that, in the snow stopper member provided on an installation table having an appropriate wide area, the side surface Y is inside the wire member having a cylindrical shape as a whole at a position facing the eaves. The shaped snow melting partition members are installed at intervals, and a grid-shaped snow covering member having a base end fixed on the installation table is erected on the upper portion of the cylindrical wire member. It is a snow stopper and device for roofs, which is formed by installing an auxiliary snow stopper member composed of a large number of support cylinders standing upright on the snow cover member.

Explaining the function of the snow stopper device configured in this way on the roof surface, the overall structure of the cylindrical wire member installed near the eaves of the roof and the snow melting partition having a Y-shaped side surface from the roof surface The sliding snow can be shredded, and the snow remaining inside the wire member can be melted by the wind blowing from the left, right, top and bottom.

In addition, by installing a grid-shaped snow stopper with the base end fixed on the installation table on the upper side of the cylindrical wire member adjacent to the eaves of the roof, the snow can be melted without becoming an icicle. Will be promoted.

In addition, since a sufficient space is formed on the roof surface above the eaves by installing the cylindrical wire member, snowfall and snowmelt do not fall directly into the rain gutter at the bottom of the eaves. , It will be possible to prevent damage to the rain gutter.

In addition, the cylindrical wire member installed above the lower part of the eaves has sufficient durability against snow pressure and load due to downhill as a whole.

Further, immediately before reaching the snow stopper made of this cylindrical wire member, snow is accumulated due to the action of the auxiliary snow stopper erected from a large number of support rods and inclined rods that also stand upright on the snow stopper member. It will be possible to prevent the downhill and surely melt the snow.

In addition, since the wire member installed above the lower part of the eaves has a horizontal cylindrical shape, it is possible to create a scene that can be adapted to any house regardless of whether the roof of the house is Japanese style or Western style.

Rear perspective view of the entire embodiment Overall front view of FIG. Overall plan view of FIG. Overall bottom view of FIG. Left side view of the whole of FIG. Overall rear perspective view of other embodiments Left side view of the whole of FIG.

In the configuration of the present invention, since a horizontal cylindrical line member is installed up to a position close to the eaves portion of the roof surface, a function of reliably preventing snowfall from sliding down in front of the eaves portion is provided. It will be possible to demonstrate.

Further, in the device of the present invention installed on a relatively large roof, the presence of the auxiliary snow stopper prevents the snow from sliding down and ensures the snow-melting effect in the stage before the snowfall reaches the eaves. It can be demonstrated in.

Reference numeral 1 denotes an installation base having a rectangular shape as a whole, and this installation base is composed of a plurality of mounting plates 3, 3 erected on the entire left and right middle frame plates 2, 2, 2 and the left and right intermediate middle plates 2', 2'. , The left and right ends and the center of the rear end are provided with hooking rods 4 ... to be hooked to the roof eaves tip.

Reference numeral 5 denotes a snow stopper member provided near the upper side of the installation table 1. The snow stopper member has a snow melting partition member 7 having a Y-shaped side surface spaced inside a wire member 6 having a cylindrical shape as a whole. It is installed after a while.

Reference numeral 8 denotes a grid-like snow-covering member having a base end portion fixed on the installation table 1 and installed so as to cover the upper portion of the cylindrical line member 6.

In the second embodiment, in consideration of the weight pressure on the snow cover member 8 by the auxiliary snow stop member 10, a large number of parts are located between the horizontal tip portion 8'of the snow cover member and the installation base 1. The standing rod 9 ... is erected.

Reference numeral 10 denotes a secondary snow stopper member which is erected on the front side portion of the snow cover member 8 on the installation table 1 via a large number of support rods 11 ..., Which will be described later, between the upper portions of the snow cover member. The sub-snow stopper first prevents snow from sliding down from the roof surface. The size of the sub-snow stopper 10 is arbitrary, but 10'indicates the horizontal tip portion of the sub-snow stopper.

11 ... Is a support rod that is erected at an appropriate position on the upper side of the secondary snow stop member 10, and the secondary snow stop member 10 is formed by the large number of support members, and the snow stop member 5 having the linear member 6 having a cylindrical shape. It is supported on the upper snow cover member 8.

1 Installation stand 2, 2, 2 Left and right middle frame plates 2', 2'Intermediate middle plates 3, 3 Frame plate 4 ... Snow stop rod 5 Snow stop member 6 Cylindrical wire member 7 Snow melting partition material 8 Snow cover Member 8'Tip part of snow cover member 9 ... Standing rod 10 Sub-snow stop member 10'Horizontal tip of sub-snow stop member 11 ... Support rod

Claims (4)

In the snow stopper member to be installed on an appropriate large area installation table, a snow melting partition material having a side Y shape is installed at a position facing the eaves inside the wire member having a cylindrical shape as a whole. A roof snow stopper, characterized in that a grid-like snow cover member having a base end fixed on the installation table is installed on the upper side of the cylindrical wire member. In the snow stopper member to be installed on an appropriate large area installation table, a snow melting partition material having a side Y shape is installed at a position facing the eaves inside the wire member having a cylindrical shape as a whole. A roof snow-preventing device, characterized in that a grid-shaped snow-covering member having a base end fixed on the installation table is installed on the upper side of the cylindrical wire member. In the snow stopper member to be installed on an appropriate large area installation table, a snow melting partition material having a side Y shape is installed at a position facing the eaves inside the wire member having a cylindrical shape as a whole. A grid-like snow cover member having a base end fixed on the installation table is erected on the upper side of the cylindrical wire member, and a large number of support rods standing upright on the snow cover member. A snow stopper for roofs, which is characterized by installing a secondary snow stopper made of. In the snow stopper member to be installed on an appropriate wide area installation table, a snow melting partition material having a side Y shape is installed at a position facing the eaves inside the wire member having a cylindrical shape as a whole. A grid-like snow cover member having a base end fixed on the installation table is erected on the upper side of the cylindrical wire member, and a large number of support rods standing upright on the snow cover member. A snow-blocking device for roofs, which is characterized by installing a secondary snow-blocking member made of.