JPH0762817A - Eaves gutter device and eaves gutter bearing device - Google Patents

Abstract

PURPOSE:To drop slidingly snow forward in the outside of an eaves gutter without a hitch so that it is not dropped in the eaves gutter, to make short snow guide boards to mount them to eaves bearing devices in advance before the construction of the edge of eaves, to have an interval between the snow guide boards and to sufficiently flow and drain rain water down in the eaves gutter through the interval even if it is a large quantity of rain water. CONSTITUTION:Eaves gutters 2 are constructed and bone on a plurality of gutter bearing devices 1 mounted and fixed along the edge of eaves, and snow guide boards 5 inclined slantingly downward to the front side upper end 4 of the eaves gutter 2 from a roof front 3 are arranged along the edge of eaves at an interval 6 between them. The snow guide boards 5 are bone and fixed on the gutter bearing devices 1. The snow guide boards 5 are borne and fixed on the gutter bearing devices 1 mounted and fixed along the edge of eaves so that they are inclined slantingly downward to the front side upper end 4 of the eaves gutter 2 maintained to the gutter bearing devices 1 from the roof front 3 and are arranged along the edge of eaves at an interval between them.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention has a structure in which an eaves gutter is erected and supported by a plurality of gutter supports that are attached and fixed along the eaves, and is inclined obliquely downward from the roof end to the front upper end of the eaves gutter. The present invention relates to an eaves trough device in which the snow accumulation guide plate is supported and fixed to a gutter support and prevents snow from falling into the eaves gutter by the snow accumulation guide plate, and an eaves gutter support used therefor.

[0002]

2. Description of the Related Art Conventionally, as shown in FIGS. 5 and 6, a plurality of gutter supports (a) are attached and fixed along the eaves to support and support the eaves gutter (b). ) To the front upper end (d) of the same eaves gutter (b), a eaves gutter device in which a snow guide plate (e) inclined obliquely downward is supported and fixed to a gutter support (a) is known.

In the eaves gutter device, the gutter support (a) is
It consists of an attachment member (g) that is attached and fixed to the front of the eaves (f) and a holding member (h) that suspends and holds the eaves gutter (b), both of which are hexagon bolts (li) and wing nuts (nu). ) And screwed together. A guide plate supporting piece (L) is erected on the gutter supporting member (A) at the screw connection portion, and in this case, the guide plate supporting piece (L) is a lower end piece bent in the horizontal direction. The portion is screwed and coupled to the gutter support tool (a) by the hexagon bolt (ri) and the wing nut (nu), and stands upright from the gutter support tool (a). Further, an inclined piece bent forward and downward is formed at an upper end portion of the guide plate supporting piece (L), and the snow accumulation guide plate (e) is provided with a screw (e) and a nut (wa) on the inclined piece. It is attached and fixed in.

Therefore, in the eaves trough device, the snow accumulated from the roof tip (c) slides on the upper surface of the snow guide plate (e) and is dropped to the outside front of the eaves trough (b), Rainwater that does not fall inside the roof (b) and flows down from the roof tip (c) flows along the upper surface of the snow guide plate (e), and the front upper end (d) of the eaves gutter (b). The rainwater is collected and drained from the gap between the snow accumulation guide plate (e) and the front edge of the snowfall guide plate (e) into the eaves gutter (b).

[0005]

However, in the above-mentioned conventional technique, at the high point of the eaves, a long snow-cover guide plate (e) is provided along the eaves and a plurality of gutter supports (a). ) Is difficult to support and fix in the installed state,
It was time-consuming for construction. Further, since most of the gap between the roof tip (c) and the front upper end (d) of the eaves gutter (b) is covered by the snow guide plate (e), the front upper end (d) of the eaves gutter (b). ) And the front edge of the snow guide plate (e), the water flows down into the eaves gutter (b), but in the case of a large amount of rainwater, it was not sufficiently collected and drained. .

The present invention has been invented to solve the above-mentioned problems in the prior art, that is, the problem is that obstacles along the snow guide plate are prevented so that snow falling from the roof tip does not fall into the eaves gutter. Instead, the snow guide plate that is dropped outside the eaves gutter and is supported and fixed separately on each gutter support is short, and the short snow cover guide plate is attached to each gutter support before the eaves construction. It can be worn on the eaves easily, and the eaves can be easily installed. Also, there is a gap between each snow guide plate, so even if a large amount of rainwater is present, it will be enough to stay in the eaves gutter from the same interval. (EN) An eaves trough device for collecting and draining the eaves and an eaves trough support used for the eaves trough device.

[0007]

The eaves gutter apparatus according to claim 1) of the present invention is constructed such that the eaves gutter is erected and supported on a plurality of gutter support members that are attached and fixed along the eaves edge, and the eaves gutter is installed from the roof end. A plurality of snow guide plates inclined obliquely downward to the front upper end of the eaves gutter are arranged at intervals along the eave tip, and each snow guide plate is supported and fixed to each gutter support, respectively. The above problem is solved by this configuration.

The eaves gutter support according to claim 2) of the present invention is
A plurality of gutter supports that are attached and fixed along the eaves should be inclined diagonally downward from the roof end to the front upper end of the eaves gutters held by the gutter supports and along the eaves. The snow cover guide plates arranged at intervals are supported and fixed, and this configuration also solves the above problem.

[0009]

In the eaves trough device according to claim 1) and the eaves trough support according to claim 2) of the present invention, the eaves gutter is erected and supported on a plurality of gutter supports attached and fixed along the eaves tip. A plurality of snow guide plates inclined obliquely downward from the roof tip to the front upper end of the eaves gutter are arranged at intervals along the eave tip, and each snow guide plate is attached to each gutter support. Since it is supported and fixed, the snow that slides off the roof is dropped to the outside of the eaves along the snow guide plate so that it does not fall into the eaves. In this case, the snow is held in a solid state and is supported between the snow guide plates in an erected state and slid off.
It is difficult to fall into the eaves gutter from the interval between the snow guide plates. Moreover, the snow cover guide plate that is separately supported and fixed to each gutter support is short, and the snow cover guide plate that has become short can be attached to each gutter support in advance before eaves construction. Can be done easily. Further, there is a space between the snow guide plates, so that even a large amount of rain water can be sufficiently collected and drained into the eaves gutter from the same space.

[0010]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The eaves trough device and eaves trough support shown in FIGS. 1, 2 and 3 are one embodiment of the eaves trough device according to claim 1) and the eaves trough support according to claim 2) of the present invention. Here is an example.

That is, in the eaves gutter device, the eaves gutter 2 is erected and supported on a plurality of gutter supports 1 which are attached and fixed along the eaves edge, and from the roof end 3 to the front upper end portion 4 of the eaves gutter 2. And a plurality of snow cover guide plates 5 inclined obliquely downward are arranged along the eaves with a space 6 between each other, and each snow guide plate 5 is supported and fixed to each gutter support 1, respectively. Further, a plurality of the eaves gutter supports A are attached to and fixed to the gutter support 1 along the eaves, and from the roof tip 3 to the front upper end portion 4 of the eaves gutter 2 held by the same gutter support 1. And the snow guide plates 5 arranged so as to incline obliquely downward and at intervals of 6 along the eaves are supported and fixed.

The eaves gutter 2 has a thin metal plate 8 inside a synthetic resin layer 7.
Is formed by bending a strip plate material that is inserted and integrally extruded into a gutter shape, and the front wall portion 9 of the eaves gutter 2 is formed in a shape that bulges forward. The front wall 9
The front upper end portion 4 of the is provided with a hollow front ear portion 10 that is folded back inward, and the locking groove is provided inside the front ear portion 10.
11 are formed. Further, in the middle of the front wall portion 9, a draining convex portion 12 that is bent outwardly and downwardly is formed.
The rear wall portion 13 of the eaves gutter 2 is formed lower than the front wall portion 9, and a hollow rear ear portion 14 is provided at the upper end of the rear wall portion 13.

The gutter support 1 includes an attachment body 17 attached and fixed to the front surface 15 of the eaves by a fixing nail 16, a support body 18 projecting forward from the attachment body 17, and a support body 18 of the support body 18. A gutter holder that is fixedly connected to the front end by a hexagon nut 19 and a wing nut 20.
21 and a front vertical piece 23 which is joined and fixed to the front end portion of the gutter holder 21 by a rivet 22 and is erected so as to incline rearward and upward. The support 18, the gutter holder 21,
Each of the front vertical piece bodies 23 is formed by bending a metal mold material having a substantially U-shaped cross section, and is firmly and firmly bonded by being polymerized with each other at the bonding and fixing portion.

At the rear end portion of the gutter holding body 21, an ear holding portion 24 bent in a substantially U shape is integrally formed, and the ear holding portion 24 is formed.
The rear ear portion 14 of the eaves gutter 2 is engaged and held in the. In this case, a retaining pin 25 penetratingly supported vertically on the gutter holding body 21 and the supporting body 18 so as to be slidable in the vertical direction is abutted on the inner side surface of the rear ear portion 14, so that the rear ear portion 14 is held in the ear. It is engaged and held so as not to fall off the holding portion 24. The upper part of the eaves trough 2 tilted rearward is placed and held on the front vertical piece 23, and the upper part of the front vertical piece 23 has the upper part of the front wall 9 of the eaves gutter 2 above. The locking groove 11 is locked. Thus, the eaves gutter 2 is suspended and held by the gutter support 1.

The snow cover guide plate 5 is attached and fixed to an upper end portion of a guide plate support piece 26 provided upright on the gutter support 1. The guide plate support piece 26 has a lower end piece portion 27 that is bent in the horizontal direction at a portion where the support body 18 and the gutter holding body 21 of the gutter support tool 1 are coupled and fixed to each other.
Are similarly polymer-bonded by a hexagon bolt 19 and a wing nut 20. In this case, since the longitudinal hole 28 through which the hexagon bolt 19 penetrates is formed in the gutter holding body 21 of the same jointed and fixed portion, it is possible to adjust the egress dimension of the eaves gutter 2 in the longitudinal direction. It is also possible to adjust the gap width dimension of the rainwater inflow gap 29 formed between the front upper end 4 of the eaves gutter 2 and the front end edge of the snow cover guide plate 5.

The guide plate support piece 26 is formed of a stainless steel strip material which is rich in elasticity and does not easily rust, and is formed in a shape bent in a substantially U shape as a whole. And an attachment piece portion 30 that is bent in an inclined shape is formed. The snow guide plate 5 is riveted on the attachment piece 30.
It is attached and fixed by 22 and the snow cover plate 5
Is a synthetic resin plate and is formed in a rectangular shape long in the direction along the eaves. Thus, the guide plate support piece 26 is erected on the gutter support 1, and the snow cover guide plate 5 is attached and fixed to the upper end portion of the guide plate support piece 26 to form the eaves gutter support A. The eaves gutter support A is manufactured in a factory.

Therefore, in the eaves gutter device and eaves gutter support A of the embodiment, the eaves gutter 2 can be safely moved along the snow guide plate 5 so that the snow accumulated from the roof tip 3 does not fall into the eaves gutter 2. It is dropped to the front outside. In this case, the snow is held in a solid state and is supported by the snow guide plates 5 in an erected state to be slid off, and it is difficult for the snow to fall into the eaves gutter 2 from the interval between the snow guide plates 5. Moreover, the snow cover guide plates 5, which are separately supported and fixed to the respective gutter supports 1, become short in the direction along the eaves, and the short snow guide plates 5 are attached to the respective gutter supports 1 before the eaves construction. Then, the eaves gutter support A can be manufactured at the factory, and the eaves can be easily constructed. Further, an interval 6 is provided between the snow cover guide plates 5 so that even a large amount of rainwater can be sufficiently collected and drained down into the eaves gutter 2 from the interval 6. In addition, rainwater also flows down from the rainwater inflow gap 29 on the front side of the snow cover guide plate 5 into the eaves gutter 2, and the rainwater does not collect on the upper surface of the snow cover guide plate 5.

Incidentally, in the present invention, it may be formed as shown in FIG. That is, in the eaves trough device and eaves trough support tool B of this embodiment, the eaves trough 2 and the snow cover guide plate 5 are extruded from aluminum, respectively, and the gutter support tool 1 and the guide plate support piece 26. Is formed of a metal strip-shaped flat plate material, and a lower end piece portion 27 of the guide plate support piece 26 is joined and fixed to the middle upper surface of the support 18 of the gutter support 1 with a rivet 22. Further, the snow cover guide plate 5 is attached and fixed to the attachment piece portion 30 at the upper end of the guide plate support piece 26 with screws 32 and nuts 33. The snow cover guide plate 5 can be easily attached at the construction site. It can be removed. Further, when the rear ear portion 14 of the eaves gutter 2 is engaged and held by the ear holding portion 24 of the gutter support 1, a leaf spring 31 fixed by a rivet 22 is attached to the rear lower surface of the gutter holding body 21. By being elastically contacted with the inner surface of the part 14, the rear ear part 14 becomes an ear holding part.
It is engaged and held so as not to fall off the 24.

[0019]

As described above, in the eaves gutter device according to claim 1) and the eaves gutter support according to claim 2) of the present invention,
To prevent snow falling off the roof from falling into the eaves gutter, it is dropped along the snow cover guide plate to the front of the eaves girder without hindrance.In this case, the snow cover remains solid and is installed between the snow guide plates. It is difficult to fall into the eaves gutter from the intervals between the snow cover guide plates supported by the snow cover guide plates, and the snow cover guide plates that are separately supported and fixed to the respective gutter supports are short-sized. It is also possible to attach the snow cover guide plate that has become to the gutter support in advance before the eaves construction, and the eaves construction can be performed easily, and there is a gap between the snow guide plates. Even if a large amount of rainwater is collected, it will be drained and drained into the eaves gutter from the same interval.

[Brief description of drawings]

FIG. 1 is a perspective view showing an eaves gutter device and an eaves gutter support according to an embodiment of the present invention.

FIG. 2 is a cross-sectional view showing an eaves gutter device and an eaves gutter support according to the embodiment.

FIG. 3 is a perspective view showing an eaves gutter support tool of the embodiment.

FIG. 4 is a cross-sectional view showing an eaves trough device and an eaves trough support according to another embodiment of the present invention.

FIG. 5 is a perspective view showing an eaves gutter apparatus which is a conventional example of the present invention.

FIG. 6 is a cross-sectional view showing a conventional eaves gutter apparatus.

[Explanation of symbols]

 1 gutter support 2 eaves gutter 3 roof tip 4 front upper end 5 snow guide plate 6 spacing

Claims (2)

[Claims] 1. The eaves gutter is erected and supported by a plurality of gutter supports attached and fixed along the eaves edge, and a snow cover guide plate that is inclined obliquely downward from the roof end to the front upper end of the eaves gutter is provided. Eaves gutter device in which a plurality of snow guide plates are supported and fixed to the gutter supports, respectively. 2. A plurality of gutter supports attached and fixed along the eaves, so that the eaves are inclined obliquely downward from the roof end to the front upper end of the eaves held by the gutter supports. Eaves gutter support which supports and fixes snow cover guide plates which are arranged at intervals along each other.