JP2515576Y2 - Vertical gutter - Google Patents

Description

[Detailed Description of the Invention] (Industrial field of application) The present invention relates to a vertical gutter restraint, and more specifically, when installing a vertical gutter to the eaves of a house, the outer wall of the eaves can be either vertical or inclined. The present invention relates to a vertical gutter retainer having a structure in which a vertical vertical gutter can be temporarily slidably adjusted so that it can be securely fixed after positioning.

(Prior art and its problem) Conventionally, in the metal fittings for supporting the vertical gutter on the outer wall surface of the eaves, an annular holding tool for holding the vertical gutter and for fixing the holding tool to the eaves. As a structure for supporting the eaves gutter by inserting and locking the engaging protrusion formed on the holding tool through the locking hole provided in the mounting base, for example, No. 59-28127 is disclosed.

However, in the vertical gutter restraint device having the above structure, after the locking protrusion is once inserted into the engagement hole, a tool such as a screwdriver is inserted into the insertion hole formed in the side wall of the mounting base, and There was no choice but to bend the mating member inward and release the holding tool from the mounting base.

Therefore, when installing and installing the vertical gutter on the outer wall of the eaves, the vertical gutter cannot be slid vertically when mounting and positioning, so you must loosen the hugs with the tool by the above operation and perform the installation work each time. It was inconvenient.

(Means for Solving the Problems) The present invention is to solve the above problems, and the gist thereof is a holding tool for holding a vertical gutter and a pedestal for mounting the holding tool on the eaves. As for the tool, a part of the annular frame is cut away, the engaging pieces are arranged in parallel by bending from the separated both side ends to the building side, and at the tips of the both engaging pieces, a first engaging member having an arc-shaped horizontal cross section is attached. The stop projections are provided with the second locking projections outwardly on the root side, respectively, and on the other hand, on the gutter side surface of the pedestal, there are provided a pair of engaging holes near the both side walls for receiving the engaging pieces. Provided,
The inner surface of the engaging hole is provided with an inward-locked convex portion capable of locking the first locking convex portion or the second locking convex portion, and
The eaves attachment hole is provided between the engaging holes, and is a down gutter restraint.

 Hereinafter, the present invention will be described in detail with reference to the drawings.

FIG. 1 is a perspective view showing an embodiment of the present invention, and FIGS. 2 (a) and 2 (b) are sectional views showing a mounting state of the present invention.
FIG. 3 is a partially enlarged perspective view showing an engaging piece of a holding tool according to another embodiment of the present invention.

As shown in FIG. 1, the present invention comprises a holding tool 1 for holding a vertical gutter A and a pedestal 2 for mounting it on the eaves. The holding tool 1 cuts off a part of an annular frame, Both ends
Bending from 11, 11 to the building side, the engaging pieces 12 and 12 are arranged in parallel, and at the tips of the engaging pieces 12 and 12, a first locking convex portion 121 having an arc-shaped horizontal section at the time of attachment is basically formed. The second locking projections 122 are provided outward on the respective sides, while the gutter side surface of the pedestal 2 is
A pair of engaging holes 21, 21 for receiving the engaging pieces 12, 12 are provided near both side walls, and the first engaging convex portion 1 is formed on the inner surface of the engaging holes.
21 or a vertical gutter having an inward locked convex portion 211 capable of locking the second locking convex portion 122 and an eave tip mounting hole 22 provided between the engagement holes 21, 21. It is a restraint.

The holding tool 1 is made of plastic and is elastic, and the engaging pieces 12, 12 arranged in parallel outward from the separated both side end portions 11, 11 of the annular frame have a first engaging member at the tip thereof. The stop projection 121,
In addition, second locking projections 122 are provided outwardly in the middle of the first locking projections 121 and the separated side ends 11 respectively.

The horizontal cross section of the first locking projection 121 when mounted is arcuate, and the contact surface with the locked projection 1 211 is arcuate in the temporarily fixed state, so the locking force is weak and it can be removed by pulling strongly. ing.

In addition, it is preferable that the horizontal cross section of the second locking convex portion 122 when attached is a trapezoidal shape or a triangular shape that is inclined toward the separated both end portions 11 side because it is easy to insert and difficult to pull out, but it is not restricted thereto.

Further, at least one of the engaging edges of the second engaging convex portion 122 and the engaged convex portion 211, which are engaged with each other, is formed so that a cross section cut along a vertical plane in the inserting direction during attachment has an arc shape. Make the vertical spacing of the mounting holes 21 larger than the width of the engaging piece,
The locking edges may be slidably locked with each other.

Here, the locking edge means the second locking projection 122 and the locked projection 211.
And the parts that come into contact with each other when locked.

The pedestal 2 has engaging pieces of the holding tool 1 on both side walls thereof.
Locking holes 21 and 21 for receiving 12 and 12, respectively, are provided.
Has a locked convex portion 211 that locks the first locking convex portion 121 or the second locking convex portion 122 inwardly in the vicinity of the entrance of the engaging hole 21. It is preferable that the horizontal section of the stop projection 211 when attached is a trapezoidal shape or a triangular shape that is inclined in the insertion direction of the engaging piece 12 because it is easy to insert and it is difficult to pull out, but it is not restricted to this.

An eave tip mounting hole 22 is formed in the central portion of the pedestal 2 for inserting the fasteners 3 such as nails and screws for fixing to the eave outer wall surface B. When the vertical gutter A is attached to the outer wall surface B of the eaves using the present invention, as shown in FIG.
The fixing tool 3 is inserted into the eaves mounting hole 22 of the pedestal 2, and the pedestal 2 is fixed to the outer wall surface B of the eaves.
And inserting the engaging pieces 12, 12 into the engaging holes 21, 21 of the pedestal 2 in the direction of the arrow, as shown in FIG. 1. The locking projection 121 is locked to the locked projection 211 near the entrance of the engaging hole 21.

In this temporarily fixed state, the engagement piece 12 of the holding tool 1 is lifted from the front surface of the pedestal 2, and the resilience thereof causes the vertical gutter A to
Since it is in a loosely fit state that can be slid vertically inside the holding tool 1, connection work between the vertical gutter A and the water collector (not shown) such as draining down the vertical gutter A and the vertical gutter A can be performed. When doing, slide adjustment can be performed in the vertical direction, and construction can be done easily.

As shown in FIG. 2 (a), the first locking projection 121 provided at the tip of each engagement piece 12 has an arc-shaped horizontal cross section at the time of mounting, and in the temporarily fixed state, is formed with the locked projection 211. Since the contact surface is an arc, it has a weak locking force and can be pulled out by pulling it strongly, so it can be easily pulled out when a large adjustment is required.

After the adjustment and positioning as described above, the holding tool 1 is pushed into the pedestal 2 and the first holding tool 1 is pushed as shown in FIG.
The locking projections 121, 121 and the locked projections 211, 211 of the pedestal 2 are engaged with each other and can be reliably fixed.

In the case of the above embodiment, it can be suitably attached when the outer wall surface of the eaves is a vertical surface, but when the outer wall surface of the eaves is an inclined surface due to, for example, a siding board, a retainer for vertically installing the vertical gutter A. Is inconvenient.

Therefore, for example, the vertical width of the engaging piece 12 of the holding tool 1 of the present invention is tapered, and as shown in FIG. 3A, the first locking projection 121 and the second locking projection 122 are formed. When the locking edge 123 is attached, it is formed so that the cross section taken along the vertical plane of the insertion direction is arcuate, and the locking edge (not shown) of the locked convex portion 211 of the pedestal 2 is aligned with the above arc when mounting. The cross section cut along the vertical plane in the insertion direction is formed in an arc shape or a bulge shape, or conversely, as shown in FIG. 3B, the first locking convex portion 121 and the second locking convex portion 122 side are attached. The cross section cut along the vertical plane in the insertion direction is arcuate or bulged, and the cross section cut along the vertical plane in the insertion direction when the locked convex portion 211 side (not shown) is attached becomes arcuate. Thus, the locking edges are slidably locked to each other.

If the distance between the first locking protrusion 121 and the second locking protrusion 122 is wide, the locking edge 123 of the first locking protrusion 121 does not need to be formed in an arc shape.

Further, in the embodiment of FIG. 3, the vertical width of the engaging piece 12 is tapered, but the vertical width of the engaging piece 12 is made constant and the engaging hole 21 of the pedestal 2 is directed toward the inner part. Thus, various modes such as widening the vertical interval or making the vertical width of the engaging piece 12 smaller than the vertical interval of the engaging holes 21 can be adopted.

With the above configuration, even when the vertical gutter A is attached to the inclined wall, at least one of the engaging edges of the second engaging convex portion 122 and the engaged convex portion 211 is inserted in the inserting direction during the attachment. Since the cross section cut along the vertical plane is formed in an arc shape, the vertical interval of the engaging holes 21 is made larger than the width of the engaging piece, and the locking edges are slidably locked.
Even if the pedestal is tilted, there is a space between the engaging hole 21 and the engaging piece 12, so that the retaining edges slide and the holding tool 1 becomes horizontal with a certain angle adjustment. Can be locked to
Therefore, the vertical gutter A can be supported vertically.

(Effect of the Invention) Since the present invention has the above-mentioned configuration, it has the following effects.

That is, according to the present invention, the first locking convex portion formed on the engaging piece of the elastic holding device for holding the vertical gutter temporarily fixes the locked convex portion formed in the engaging hole of the pedestal. Since it can be finally locked to the locked convex portion by the second locking convex portion, when attaching the vertical gutter to the eaves outer wall surface,
In the temporarily fixed state by the engagement of the first locking convex portion and the locked convex portion, the vertical gutter can be slide-adjusted in the vertical direction for positioning, and when a larger adjustment is required, the temporary fixing state is easy. Therefore, it is extremely easy to construct, and after positioning, the holding tool is only pushed toward the eaves direction, and the second locking projection and the locked projection are engaged securely to secure the vertical gutter. Not only can be fixed to the outer wall surface of the eaves, but also by providing a pair of engaging holes for receiving the engaging pieces from both side walls, the retaining pieces can be distributed and received from both side walls of the engaging pieces. It can support a wide range and can attach a vertical gutter very stably, and since the eaves mounting hole is drilled between both engaging holes, the whole pedestal can be held at a low height from the wall surface, and the gutter wall By installing it near the It can be fixed even in a stable manner.

In addition, even when installing a downpipe on a slanted wall, the second
At least one of the engaging ridges of the locking projection and the locked projection that engages with each other is formed so that the cross section taken along the vertical plane in the insertion direction at the time of mounting has an arc shape, and the vertical spacing of the engaging holes Since the locking edge is made wider than the engaging piece width so that the locking edges can be slid and locked, the locking edges slide against each other even if the pedestal is tilted, and it is held with a certain angle adjustment There is an effect that the tool can be locked so as to be horizontal, and thus the vertical gutter can be supported vertically.

[Brief description of drawings]

FIG. 1 is a perspective view showing an embodiment of the present invention, and FIGS. 2 (a) and 2 (b) are sectional views showing a mounting state of the present invention.
FIGS. 3 (a) and 3 (b) are partially enlarged perspective views showing engagement pieces of a holding tool in another embodiment of the present invention. 1 …… Holding tool, 12 …… Engaging piece, 121 …… First locking projection, 1
22 …… Second locking projection, 123 …… Locking edge, 2 …… Pedestal, 21
…… Mating hole, 211 …… Locked convex part, A …… Vertical gutter.

Claims (2)

(57) [Scope of utility model registration request] 1. A holding tool for holding a vertical gutter, and a pedestal for mounting it on the eaves. The holding tool is formed by cutting a part of an annular frame, and bending the both side ends to the building side. The engaging pieces are arranged side by side, and the first engaging projections having an arc-shaped horizontal cross section at the time of mounting are provided at the tips of the engaging pieces and the second engaging projections are provided outward at the root side. On the other hand, the gutter side surface of the pedestal is provided with a pair of engagement holes near the both side walls for receiving the engagement pieces, and the inner surface of the engagement hole is provided with the first engagement protrusion or the second engagement protrusion. A vertical trough restraint comprising an inward-locked convex portion capable of locking the stop convex portion and an eaves mounting hole provided between the engaging holes. 2. A cross section obtained by cutting at least one of the engaging edges of the second engaging convex portion and the engaged convex portion that engage with each other along a vertical plane in the inserting direction at the time of attachment has an arc shape. In addition, the vertical interval of the engaging holes is made larger than the engaging piece width so that the locking edges are slidably locked to each other.