JPS61237745A - Dust receiver of eave gutter water gathering port - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] Rainwater or snow water that has flowed down to the eaves gutter is drained into the vertical gutter from the eaves gutter water collection port drilled at the appropriate place in the eaves gutter, but usually a water collector called [li is used]. Therefore, fallen leaves and other debris may clog the water collector through the eaves gutter's water collection opening, or crows may build a nest inside the water collector. In order to prevent this, conventional methods have been to cover the eaves gutter water collection openings by covering the eaves gutter water intake with a piece of quick-cut 1 fee A edge red to cover the eaves gutter and soldering it to the inner surface of the eaves gutter. Therefore, it required a lot of manpower.

Since the front side of the water collector normally protrudes from the eaves gutter, the present invention aims to cover that part as well and eliminate the above-mentioned work hassles, and the purpose of the present invention is to provide a garbage collection outlet for the eaves gutter that can be easily installed. The receiver provides the equipment.

The present invention will be explained with reference to FIGS. 1 to 4. Reference numeral 1 denotes an eaves gutter, which is attached to the front side of the eaves 12, receives rainwater from a water collection port 1a drilled at a suitable location into a water collector 2, and drains the rainwater to a vertical gutter (not shown). 3 is a water collector 2 called a facing
The decorative part located above the
Preferably, since side parts are also provided, the front part 3 is generally
It has a ()-shaped planar shape consisting of side portions 3b and 3b, and is erected above the front surface of the water collector 2 in a manner adapted to the upper end surface of the water collector 2. 4 is a mounting rod, the lower edge 3 of the facing 3 facing the front end 4a.
It is fixed by welding or gluing on both sides of C, and the rear end is bent to form the attachment part 4b.

The bent mounting portions 4b are connected facing each other to form a F-shaped rod 4.
C and forming a closed shape on a plane together with the endpapers 3 will help maintain the shape of the endpapers 3 during work and will be easy to handle. A projecting edge 3d is provided in a bent shape on the inner side of the lower end of the lower edge 3C,
A projecting edge 3e is provided in a bent shape inside the upper end of the facing 3 to maintain its shape, and the triangular pieces 3f connect the projecting edges 3e to each other.

To attach this endpaper 3 to the water collector 2, the projecting edge 3d at the lower end of the endpaper 3 is locked to the locking edge 2C at the upper edge of the front end of the water collector 2, the position is determined, and the mounting rod 4 is attached. Part 4b is the water collector 2
The endpaper 3 is attached to the water collector 2 in an upright position by locking it with the locking piece 2d on the rear side of the water collector 2.

5 is a cover plate having a width corresponding to the width of the eaves gutter 1, and if the timber axis is laid horizontally, the shield plates 6 can be formed as one body on both the left and right sides, or they can be attached as separate pieces so as to move downward. Projecting, cover plate 5
The water permeable portion 7 is provided as a through hole or a cutout in the cover plate 5 and the cover plate 6, respectively, to form a dirt receptacle 8 for the water collection port Ia.
In order to fit into the rod passage l in the water collector 2, the mounting rods 4 are lined up in the front-rear direction of the water collector 2 and fixed to the water collector 2 in a spanning state, so both mounting rods 4 , 4, and shielding plates 6, 6 are provided on both sides of the mounting rods 4, 4 to protrude downward.

If shielding boards 6, 6 are provided on both sides protruding downward, the covering board 5 can be used as the eaves gutter 1.
When the shield plate 6 is fitted into the eaves gutter 1 or the water collector 2, it is in a fitted state. That is, the mounting rod 4 is connected to the eaves gutter 1 of the cover plate 5 and the water collector 2. This means that it plays an important role in the installation of the equipment.

Since the shielding board 6 fits into the eaves gutter l, the edge contour 6a of the shielding board 6
correspond to the cross-sectional shape of the eaves gutter 1, such as an arc, two trapezoids, or a quadrangle. When drilling the water-permeable portion 7 as a hole in the shielding plate 6, the shielding plate 6
An edge 6b is left at the end of the water permeable part 7 as shown in the figure.
When the shielding plate 6 is formed into a comb-teeth shape, the juxtaposed tips of the comb-teeth form the edge contour 6a.

In this way, the downward protruding shielding board 6 fits into the eaves gutter 1, and the cover plate 5 also fits into the eaves gutter 1, covering the surface side corresponding to the eaves gutter 1, but the water collector 2 Or, to attach it to the eaves gutter 1, provide a welding locking piece 5a bent in a U-shape on the rear side of the cover plate 5, and use the mounting portion 4b of the mounting rod 4 or the edge wrap 1b of the eaves gutter 1.
Or directly locking to the water collector 2, or locking piece 2 of the water collector 2
d to lock the cover plate 5.

Reference numeral 9 denotes a cover, which is formed as one body on the front side of the cover plate 5 or is attached as a separate body and protrudes in an extended shape, and includes the cover plate 5 whose rear end side is latched to the water collector 2; The water collector 2 is shielded by the lid part 9. The cover part 9 has a cover plate 5 with a length of 2 in FIG.
The front end of the shield plate 6 is shown to protrude from the front end 6f of the shielding plate 6 in the illustration.

Although the illustration shows that the front end 9a of the cover plate 9 is suitably bent and fitted to the endpaper 3, the front end 9a can also be appropriately engaged with the endpaper 3, or simply left in a cut-off state. No processing is required.

10 is a reply, cover plate 5. It is expected that a reinforcing effect will be obtained by providing the cover portion 9 as appropriate.

The water permeable portion 7 may be provided in the lid portion 9 as a through hole or a notch as appropriate, and although the lid portion 9 has a plate shape in the illustration, it can also be formed in a comb-like shape as explained for the shielding plate 6. Alternatively, if the lid part 9 is formed by a parallel group of metal wires whose base ends are attached to the front side of the cover plate 5, and the tips of the metal wires are individually latched to the water collector 2, the lid part 9 can also be formed in this case. The metal wires have a shielding effect in the same way as in the case of a plate shape, and the gaps between the metal wires form water permeable portions 7.

The water collector 2 receives the water collection opening 1a of the eaves gutter 1, and is hooked to the front edge winding 1b of the eaves gutter 1 by the hook portion 2a cut out on the front side of the upper edge of both sides of the water collector 2. In the case shown in which the wrapping piece 2b cut out from the upper edge of the side is wrapped around the edge wrapping 1b on the back side and attached to the eaves gutter l, a piece cut out forward in a bent shape on the upper edge of the front side of the water collector 2 is used. The projecting edge 3d is hooked from below to the locking edge 2C, and the projecting edge 3d is placed on the front edge wrapping 1b, and water is collected at the mounting portion 4b of the mounting rod 4 spanned over the rear edge wrapping 1b. Vessel 2
Although the embodiment illustrated that the facing plate 3 is erected above the front side of the water collector 2 by locking the locking piece 2d cut out on the upper edge of the back side of the water collector 2, The endpaper 3 may be erected upward, or other suitable means may be used.

Although the present invention is illustrated in the case where the endpaper 3 is provided, it is of course possible to use the garbage receiving device even when the endpaper 3 is not used. To assemble, fit the lid part 9 onto the water collector 2, place the cover plate 5 on the mounting rods 4, 4 which are stretched over the eaves gutter l, and then tighten the locking piece 5.
a to the mounting part 4b, the cover plate 5 is fitted to the eaves gutter l in the water collector 2, the water collector 2 is shielded by the cover plate 5 and the cover part 9, and the cover plate 5 and the shield plate are The shielding plate 6 is moved downward from the boundary line 8a between the facing plate 6 and the endpaper 3 by separating the front side of the shielding plate 6 by a notch 11 cut out in a wedge shape from the front side as shown in FIG. The lower edge is lowered, the bend is deepened in the direction of the arrow A shown in FIG. 4, and the desired insertion point is reached. It comes along with the. After covering the mounting rod 4 with the cover plate 5, it can also be fitted onto the water collector 2 using its locking edge 2a and locking piece 2d.

Cover plate 5. Shielding board 6. The lid part 9 is made of a copper plate, a copper plate with a coating film, another metal plate 1, a synthetic resin plate, etc., and the water-permeable part 7 can be easily formed by punching, making it suitable for mass production. When manufactured as one piece, the production efficiency is greatly improved.In the shielding plate 6 shown in the exploded view in FIG. A water-permeable portion 7 is provided on the shielding plate 6 on the inside and outside. In this way, it not only fits the eaves gutter 1 having a cross-sectional shape corresponding to the edge contour 6a, but also allows the inner contour 6C to match the edge contour 6a by cutting off the outer shielding plate 6 of the inner contour 6C. Since it can be easily modified and adapted to an eave gutter l having an irregular cross-sectional shape corresponding to the edge contour 6a, versatility can be achieved by providing a wide variety of inner contours 6C. Such processing also allows for mass production.

FIG. 5 also partially shows a developed view of another example of the shielding plate 6, in which the shielding plate 6 is bent along a boundary line 8a shown by a dashed line and attached along a notch 11 of the shielding plate 6. The folded edge 6e is also bent approximately at right angles to the shielding plate 6 by the folding line indicated by the dashed line, and the cut edge 6d cut and raised on the locking piece 5a and the shielding plate 6 is bent by the folding line indicated by the dashed line. Indicates that it is bent into a letter shape.

When the shielding plate 6 is attached to the eaves gutter l, the bent edge 6a can reinforce the shielding plate 6, or can narrow the gap between the cover plate 5 and the lid part 9 due to the cutout part 11, The raised mold 6d can be fitted onto the mounting rod 4 to ensure attachment of the cover plate 5 and lid portion 9 to the water collector 2.

If the front end part 4a is fixed to the facing 3 and the mounting rod 4 is spanned over the eaves gutter 1 and firmly attached to the water collector 2 or the eaves gutter 1, the facing 3 will be reinforced and the installation will be solid. Furthermore, the installation of the cover plate 5 and the shield plate 6, which are the dust receptacles 8, as well as the cover plate 9, is facilitated by placing them on the mounting rods 4 which are stretched over the eaves gutter 1.

From the viewpoint that the cover plate 5 can be attached to the mounting rod 4 by the cutting claws 6d of the shield plate 6, the mounting rod 4 is separated from the facing 3, and its front and rear ends are attached to the edge wrap 1b in the fixing gap. The cover plate 5 is attached to the eaves gutter 1 by fitting in and locking, etc., and the cover plate 5 is placed on the mounting rod 4 in the spanning state, and the cut-out mold 6d of the shield plate 6 is fitted to complete the cover plate. 5 is attached to the eaves gutter 1, the front surface of the water collector 2 does not protrude from the eaves gutter 1, and even if the facing 3 is not provided, the cover plate 5 can be easily and easily connected to the eaves gutter 1 without directly tying it to the eaves gutter 1. M1ff5 to eaves gutter 1
A shielding plate 6, which is attached to the water collection port 1a and protrudes downward from both left and right sides to prevent the inflow of waste into the water collector 2, has an edge contour 6a corresponding to the cross-sectional shape of the eaves gutter 1. Since rainwater and snow water permeate through the permeable portions 7 provided in the cover plate 5 and the shield plate 6, the cover plate 5. The effect of collecting dust using the shielding plate 6 is certain.

In the present invention, a lid portion 9 is provided to protrude from the front side of the cover plate 5 in accordance with the length of the water collector 2 protruding from the eaves gutter 1, and the cover plate 5. Since the water collector 2 is shielded by the lid part 9 and the water collector 2, if the front surface of the water collector 2 protrudes from the eaves gutter 1, regardless of whether there is a facing 3 above the front side of the water collector 2, The front part of the water collector 2 can also be shielded without being blocked. Therefore, debris such as fallen leaves does not accumulate in the water collector 2, and birds do not build nests.

In the present invention, the cover plate 5, the shield plate 6, and if necessary the lid part 9 are combined into a water-permeable part 7 by using a plate-like body made of a bendable material such as metal.
The punching can also be produced by a punching operation or by a punching operation using a perforated plate, etc.
It is economical and can be mass produced. Since it has the water-permeable portion 7, a metal net can also be used.

In the present invention, the cover plate 5 and the lid part 9 are attached by using the locking piece 5a of the cover plate 5 to the mounting part 4b of the mounting rod 4 which is attached by the locking piece 2d of the water collector 2. Since it depends on the fitting and the fitting of the lid part 9 fitted into the water collector 2, compared to the conventional method of attaching the garbage receptacle by soldering, brazing, etc., on-site work at high places can be made much more efficient. do.

[Brief explanation of drawings]

Fig. 1 shows an example of the front side of a water collector in an eaves gutter equipped with the device of the present invention, and Fig. 2 is a collection of partially cutaway plan views of the water collector of Fig. 1 in which the device of the present invention is applied. Shown from the back side of the water bowl. Third. FIG. 4 is a sectional view taken along lines 2--2 and 2-F/ in FIG. FIG. 5 is a developed view showing another example related to the shielding plate. l...Gutter, 1a...Water collection port, 2...Water collector, 3
... Endpaper, 4. Mounting rod, 5. Cover plate, 6.
...Blocking plate, 6a... Edge contour, 6C... Inner contour, 6d... Cut-and-raised claw, 6e... Bent edge, 7... Water-permeable part, 8... Garbage catcher, 8a... Boundary line, 9... Lid part, 11... Notch part.

Claims (1)

[Claims] A covering board with a width corresponding to the width of the eaves gutter is laid out horizontally, and shielding boards are provided downwardly protruding from both left and right ends, and the covering board is fitted into the eaves gutter in the water collector of the eaves gutter, and the shielding board is installed. The water collector is fitted into the eaves gutter, and a water-permeable part is provided in each of the cover plate and the shielding plate, and the edge ring of the shielding plate is made to correspond to the cross-sectional shape of the eaves gutter, and the length of the water collector protrudes from the eaves gutter. A garbage receiving device for an eaves gutter central outlet, in which a protruding lid part is provided protruding from the front side of a cover plate, and a water collector is shielded by the cover plate and the cover part.