JP2000257224A - Gutter fitting piece - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a gutter fitting piece which can easily and stably fit a gutter to a building, and passes no rain flowing down along an external side of the gutter to a wall of the building. SOLUTION: A gutter attachment member 2 provided with locking pieces 6d, 6d, a rod supporting member 3, a cover member 4 and a feed adjustment member 5 are assembled, a rod fixing piece 60 such as a screw is passed therethrough, its rod portion is driven into a skeleton wall surface and fixed thereto, and an engagement groove portion of the vertical gutter is resiliently engaged with the locking pieces 6d, 6d to allow the vertical gutter fitted to the skeleton wall surface. The gutter attachment member 2 and the rod supporting member 3 are surrounded by the cover member 4 so that the resilient engagement can be maintained at a side surface portion of the cover member 4. In addition, a flange portion 28 is formed on the skeleton side of the cover member 4 so that the rain passing on the vertical gutter can be cut off by the flange portion 28.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a gutter for mounting a gutter, particularly a gutter having an engagement portion on one side of a gutter body, to a building.

[0002]

2. Description of the Related Art A conventional downspout is provided by cutting a part of an annular frame, bending the separated end and extending the building to the building side.
Further, it is common to use a downspout holding device (so-called "denden") in which this end is bent along the wall surface of the building to form a fixing piece provided with an insertion hole. The outer periphery of the downspout was surrounded by the annular frame of the downspout holding device, and a rod fixing device such as a nail was driven into the wall of the building through the hole of the fixing piece, so that the downspout was attached and held. However, when the downspout is mounted using the downspout holding device, there is a problem that the appearance of the building is impaired because the downspout holding device is exposed to the outside.

Therefore, recently, for example, Japanese Utility Model Application Laid-Open No. 63-9
As disclosed in No. 6135 or the like, an engaging structure is provided on the building wall side of the gutter, and an engaging portion engageable with the engaging structure is provided, and the tip portion is formed so as to be driven into a nail shape. Driving gutter receiving metal fittings into the building and fixing it, and fixing the vertical gutter to the fixed gutter receiving metal fittings,
Many gutters have been installed so that they cannot be seen from the front.

[0004]

However, in many of the conventional gutter mounting structures of this type, the work of engaging the gutter with the gutter receiving fitting is troublesome, and the gutter receiving fitting is driven into the building and fixed. Therefore, it is difficult to stabilize the fixed state of the gutter because the engagement portion between the gutter receiving fitting and the gutter or the driven gutter receiving fitting itself is unstable, and there is a possibility that the gutter may come off when a strong force is applied to the gutter due to a typhoon or the like. In addition, there is a problem that rainwater flowing down the outside of the gutter is transmitted to the building wall via the gutter receiving fitting, thereby promoting discoloration and corrosion of the building wall.

In order to solve the problems of the conventional gutter mounting structure, the present invention not only allows the gutter to be easily mounted on a building, but also allows the gutter to be firmly fixed to the building in a stable state. Another object of the present invention is to provide a gutter fixture that does not transmit rainwater flowing down the outside of the gutter to the wall of the building.

[0006]

According to the present invention, there is provided a gutter mounting device for mounting a gutter having an engagement portion on one side of a gutter body to a building, the gutter engaging device comprising: A locking piece that can resiliently engage with the part is formed on the gutter side of the upper surface,
A gutter engaging member having a configuration in which a through hole through which a rod portion of a rod fixing tool such as a wood screw can be inserted is provided on the upper surface, and a through hole through which the rod portion of the rod fixing device can be inserted is provided inside. A rod supporting member having a configuration in which a rod supporting portion is protruded from an upper surface; and a rod supporting portion insertion hole through which a side surface portion is formed to be suspended from a gutter side edge of the upper surface and the rod supporting portion can be inserted into the upper surface. And a cover member having a configuration formed by forming a support pedestal portion provided on the gutter, and the upper surface of the gutter engaging member and the upper surface of the rod supporting member are overlapped with each other so that the locking piece of the gutter engaging member is On the side of the cover member, the rod member is resiliently engaged with the engagement portion, while the rod support portion of the rod support member is inserted into the rod support portion insertion hole of the cover member so that the cover member covers at least the gutter engaging member. The gutter fixture is configured to be able to maintain the above-mentioned elastic engagement.

Further, according to the present invention, the above-mentioned gutter engaging member and the rod supporting member are integrally formed, so that the engaging portion is resiliently engaged with the gutter side on the upper surface facing the engaging portion of the gutter. A gutter having a configuration in which a rod supporting portion having a through hole through which a rod portion of the rod fixing member is provided is formed on the upper surface of the building on the upper surface side of the building. A rod support member and a support pedestal portion having a side surface portion hanging down from the gutter side edge of the upper surface and a rod support portion insertion hole provided inside the upper surface and having a rod support portion insertion hole through which the rod support portion can be inserted are formed. And a locking member of the gutter engaging rod support member is resiliently engaged with an engaging portion of the gutter, and a rod of the gutter engaging rod support member is inserted into the rod supporting portion insertion hole of the cover member. The support member can be inserted to cover the gutter engaging rod support member with the cover member so that the resilient engagement can be held at the side surface of the cover member. It was decided to constitute a gutter fitting as.

According to the gutter mounting tool having the above-described structure, the gutter mounting tool is fixed to the building using the rod fixing tool, and the engaging portion is resiliently engaged with the locking piece of the gutter mounting tool. A gutter can be attached to the building. Moreover, in the mounted state, the rod portion of the rod fixing member is supported by the rod supporting portion, and furthermore, the side portion of the cover member is configured to be held so as not to be released from the resilient engagement. The wobble and wobble between the rod fixing device and the gutter mounting device are prevented, and the gutter can be firmly fixed to the building in a stable state.

In the above configuration, it is preferable to form a drain on the support base. By forcibly dropping the rainwater flowing down the gutter by this drain, rainwater can be prevented from being transmitted to the building wall surface, and discoloration and corrosion of the building wall surface due to the rainwater can be prevented.

[0010]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described below based on examples.

The gutter fixture 1 of this embodiment is provided on the wall side of the building as shown in FIG.
It is a fixture for the downspout 50 provided with the engagement structure as shown in FIG. The downspout 50 is provided with a ridge locking rib 52 on the building wall X side of a long cylindrical gutter main body 51 along the longitudinal direction thereof,
The engagement grooves 53 are formed by juxtaposing the members 52 at appropriate intervals. Each protruding ridge locking rib 52 protrudes from the outer peripheral surface of the gutter main body 51 toward the building wall surface X, and forms an outward locking portion 54 bulging outward in an arrow shape at a protruding tip portion. The protruding ridge locking ribs 52 are formed so as to be elastically openable and closable.

As shown in FIG. 1, the gutter attachment 1 includes a “gutter engaging member 2” that engages with the downspout 50, and the gutter engaging member 2
The "rod support member 3" to be mounted on the building wall side, the "cover member 4" capable of covering the outside of the gutter engaging member 2 and the rod support member 3, and the "bar support member 3" mounted on the building wall side of the rod support member 3 And "in / out adjustment member 5" which adjusts in / out of the downspout 50
And a "rod fixing member 60" such as a wood screw, a screw or an anchor bolt, that is, a rod portion 6.
A screw groove 60b is formed in Oa, and a screw head 60c is formed in the base end of the rod portion 60a so that the rod portion 60a can be fixed to the wall surface X of the building.

That is, as shown in FIGS. 2 and 3, the "gutter engaging member 2" is formed by bending a rectangular metal plate having an appropriate thickness. That is, it is formed in a rectangular shape having a short width equal to or slightly smaller than the interval between the ridge locking ribs 52, 52, and is provided on both sides of the longitudinal side of the upper flat surface portion 6a facing the engaging groove portion 53 so as to be inclined upward. The surface portions 6b, 6b are formed, and these upper surface inclined surface portions 6b, 6b,
The hanging side surfaces 6c, 6c are formed from the side edges of 6b, and the lower end portions of the hanging side surfaces 6c, 6c are folded inward at an appropriate inclination angle to form elastic locking pieces 6d, 6d.
Further, a through hole 7 is provided at the center of the upper flat surface portion 6a.

The "rod support member 3" has an upper surface flat surface portion 10a and an upper surface inclined surface portion having substantially the same shape as the upper surface flat surface portion 6a and the upper surface inclined surface portions 6b, 6b of the above-mentioned gutter engaging member 2 so as to be exactly overlapped therewith. 10b, 10b are formed, and engaging pieces 11, 11 are formed from both short sides of the upper surface central portion 10a.
Are formed, and a cylindrical rod support portion 12 is erected at the center of the upper surface central portion 10a. Inside the rod support portion 12, the diameter of the rod portion 60a of the rod fixing member 60 is formed. A through hole 13 having a slightly larger diameter is formed.

Here, the engaging pieces 11, 11 are attached to the downspout 5
0, ie, the width of the engaging groove 53, ie, the ridge locking ribs 52, 5
2 is set to be equal to or slightly narrower than the interval between the two, and when inserted into the engagement groove 53, the engagement groove 53
It is formed so that it can engage with the groove side surface. FIG.
As shown in FIG. 3, the end of the through hole 13 on the wall side of the building is formed to have a large diameter over an appropriate width in the length direction of the hole. The mounting portion 14 into which the support tube portion 30 can be inserted is formed.

The "cover member 4" has a side surface 21a extending from the periphery of the upper surface 20 which can cover the upper surface 6 of the rod support member 3.
21a, 21b, and 21b are formed to hang down, and the lower surfaces 22 of the pair of opposing side surfaces 21a, 21a are formed to be curved along the outer peripheral surface 51a of the gutter main body 51 to form a contact surface along the outer peripheral surface of the gutter main body 51. At the same time, the engaging grooves 23, 23 along the contour of the ridge locking ribs 52, 52 of the downspout 50 are cut out from the lower surface 22, and the engaging grooves 2 on the side faces 21a, 21a are formed.
Side portions 21b, 21b side portions of 3, 23 are elastically deformable holding pieces 24, 24, and recessed gap portions 25, 25 are cut out and formed on the lower surface portions of the other side surfaces 21b, 21b. The support pedestal portion 27 having a rod support portion insertion hole 26 through which the rod support portion 12 can be inserted is provided. An annular flange 28 for draining water is formed on the support pedestal 27 along the edge of the building wall surface.

The "in / out adjusting member 5" has an annular plate-shaped pedestal portion 31 formed at the end of the cylindrical support tube portion 30 on the wall side of the building, and a rod fixing member 60 is provided inside the support tube portion 30. The rod insertion hole 32 through which the rod portion 60a can be inserted is formed.

In order to mount the downspout 50 using the gutter fixture 1 having the above structure, first, as shown in FIG. 4A, the upper surface of the rod support member 3 is superimposed on the upper surface of the gutter engaging member 2. ,
Next, the rod supporting portion 12 of the rod supporting member 3 is inserted into the rod supporting portion insertion hole 2.
6, the cover member 4 is assembled, the support tube portion 30 is inserted into the mounting portion 14 and the access control member 5 is mounted, and thus the gutter engaging member 2, the rod support member 3, the cover The member 4 and the access control member 5 are assembled, and then the rod portion 60a of the rod fixing member 60 is inserted through the through holes 7, 13, from the gutter side.
Then, the end portion of the rod portion 60 a is inserted into the rod insertion hole 32 so as to protrude from the access adjusting member 5.

Then, in such a set state, the rod fixing member 60 is screwed into a predetermined portion of the building wall X or the like and driven in, and the gutters are sequentially attached at appropriate intervals in the vertical and vertical directions of the building wall X. The tools 1, 1, ... are attached and fixed. At this time, the rod portion 60a of the rod fixing member 60 has the through hole 7,
13, and is held straight by the rod insertion hole 32, so that the rod fixing member 60 can be easily and accurately driven.

Next, as shown in FIG. 4 (B), the elastic locking piece 6 of the gutter engaging member 2 fixed to the building wall X as described above.
After the protrusion locking ribs 52 of the gutter main body 51 are resiliently engaged with d and 6d, the upper surface 20 and the side surface 21 of the cover member 4 are formed.
If the upper surfaces of the gutter engaging member 2 and the rod supporting member 3 are engaged and fixed with a, 21a, 21b, and 21b, FIG.
As shown in FIG. 3 (C) and FIG. 3, the downspout 50 can be attached and fixed to the building wall X.

In the state where the downspout 50 is attached and fixed in this way, as shown in FIGS.
Is supported by the through holes 7, 13 and the rod insertion hole 32, so that the wobble of the rod fixing member 60 and the wobbling between the rod fixing member 60 and the gutter mounting member 1 are suppressed. 50 can be fixed to the building in a stable state. In addition, the side surfaces 21b, 21b of the cover member 4 are attached to the hanging side surfaces 6b, 6b of the gutter engaging member 2 and the resilient locking pieces 6.
d and 6d are covered so as to prevent the protrusion engagement ribs 52 and 52 from being resiliently engaged with the resilient locking pieces 6d and 6d. The gutter 50 does not come off even if it joins the gutter 50.

Further, the upper flat surface portion 6a of the gutter engaging member 2
In addition to the upper inclined surface portions 6b, 6b and the upper flat surface portion 10a and the upper inclined surface portions 10b, 10b of the rod supporting member 3 respectively overlapping and locking in the horizontal direction, the engaging pieces 11 of the rod supporting member 3, 11 engages with the engagement groove 53, and furthermore, the engagement pieces 11, 11 are upper surface flat surface portions 6 a of the gutter engaging member 2.
The vertical gutter 50 is configured to be engaged with both upper and lower side edges in the vertical direction, so that the downspout 50 can be more firmly fixed in a stable state. Further, by pressing the pedestal portion 31 of the access control member 5 against the building wall surface X, the play of the gutter fixture 1 can be further suppressed, and
0 can be more firmly fixed in a stable state.

As shown in FIG. 5, the support base 27 of the cover member 4 is provided with a flange 28 for draining water at the end of the wall surface of the building, and flows down the downspout 50. Since the rainwater is forcibly dropped by the flange portion 28 and is not transmitted to the building wall X, the discoloration and corrosion of the building wall X due to such rainwater can be prevented.

Further, as shown in FIG. 1, the access control member 5 is replaced with an access control member 5A having a different length of the support tube portion 30 so that the vertical gutter 50 and the building wall X can be replaced.
, That is, the entrance and exit of the downspout 50 can be adjusted. Therefore, by preparing various access control members 5, 5 A,... Having different lengths of the support pipe portion 30, it is possible to freely adjust the access of the downspout 50 from the building wall surface X simply by replacing it. .

When it becomes necessary to remove the downspout 50 from the gutter fixture 1, the holding piece 24 is bent by inserting the tip of a screwdriver or the like into the gap 25 provided in the cover member 4 and prying it. The gutter 50 can be easily removed from the gutter fixture 1.

[Brief description of the drawings]

FIG. 1 is a perspective view showing an exploded state of a downspout and a gutter fixture according to one embodiment of the present invention.

FIG. 2 is an exploded perspective view of the gutter fixture shown in FIG.

FIG. 3 is a cross-sectional view showing an example of an attached state of a downspout using the gutter attachment of FIG.

FIG. 4 is a perspective view showing a step of attaching a downspout using the gutter fixture of FIG. 1;

FIG. 5 is a longitudinal sectional view showing a path of rainwater flowing along a downspout.

[Explanation of symbols]

 REFERENCE SIGNS LIST 1 gutter attachment 2 gutter engaging member 3 rod support member 4 cover member 5 access control member 7 through hole 11 engagement piece 12 rod support portion 13 through hole 14 mounting portion 20 upper surface 21 a, 21 b side surface 22 lower surface portion 23 engagement groove 24 Nipping piece 25 Gap part 26 Rod support part insertion hole 27 Support pedestal part 28 Flange part 30 Support pipe part 31 Pedestal part 32 Rod insertion hole X Building wall surface 50 Vertical gutter 52 Projection locking rib 60 Rod fixing member 60a Rod part

Claims (3)

[Claims] 1. A gutter mounting tool for mounting a gutter having an engagement portion on one side of a gutter main body to a building, wherein the engagement portion is provided on a gutter side on an upper surface facing the engagement portion of the gutter. A gutter engaging member having a configuration in which a locking piece that can be engaged and engaged is formed, and a through hole that allows a rod portion of a rod fixing tool such as a wood screw to be inserted is provided on the upper surface; A rod supporting member having a configuration in which a rod supporting portion having a through hole through which a rod portion of the rod fixing device can be inserted is protruded on a building side of the upper surface that can overlap with the upper surface, and a gutter on the upper surface A cover member having a configuration in which a side support is formed from a side edge and a support pedestal portion having a rod support portion insertion hole through which the rod support portion can be inserted is formed on an upper surface, The upper surface of the gutter engaging member and the upper surface of the rod supporting member are overlapped, and the locking piece of the gutter engaging member is elastically engaged with the engaging portion of the gutter. While allowing,
The rod support portion of the rod support member is inserted into the rod support portion insertion hole of the cover member so that the cover member covers at least the gutter engaging member so that the resilient engagement can be held at the side surface of the cover member. A gutter fixture that is constructed. 2. A gutter mounting tool for mounting a gutter provided with an engaging portion on one side of a gutter body to a building, wherein the engaging portion and a bullet are provided on a gutter side on an upper surface facing the engaging portion of the gutter. It has a configuration in which a locking piece that can be engaged is formed, and a rod support portion having a through hole inside the rod portion of the rod fixing tool is provided on the building side of the upper surface. A gutter engaging rod support member, and a support pedestal portion having a side surface portion hanging down from a gutter side edge of the upper surface and a rod support portion insertion hole through which the rod support portion can be inserted is formed on the upper surface. And a locking member of the gutter engaging rod support member is resiliently engaged with the engaging portion of the gutter, while the gutter engaging rod support is inserted into the rod supporting portion insertion hole of the cover member. The gutter engaging rod support member is covered with the cover member by passing through the rod support portion of the member, and the elastic engagement is held by the cover member side surface portion. A gutter fixture configured to obtain. 3. The gutter fixture according to claim 1, wherein a drain is formed on the support base.