JPH0650591Y2 - Kasagi for drainage for siding installation - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial field of application) The present invention relates to a headstock that can be used for draining when installing siding on the outer wall of a house.

(Prior Art) In order to laterally attach (sideways) a siding to an outer wall of a conventional house, as shown in FIG. 7, first, a drainer 1 is struck on the outer wall 2 and then a siding 3 is sequentially inserted thereon. It was done by the method of striking the outer wall 2 while stacking, and finally mounting the headboard 4. In this case, as the drainer 1, a colored zinc iron plate was used in which one side was bent in a groove shape, and as the head board, a similar iron plate was bent in a groove shape.

(Problems to be solved by the invention) In order to mount the headstock 4 by this method, one side of the groove is nailed from the inside of the groove to the outer wall 2 with the upper side of the siding 3 being in contact with the headstock 4, or A method of hitting from above the siding 3 is preferable. This is because the nail is not visible and the appearance is good. However, if the head tree 4 is struck in advance on the uppermost position of the siding 3 by the former method,
Stacking of siding 3 is a plug-in type, so Kasagi 4
There is no space for insertion between the upper side of the second siding 3 and the upper side, and it cannot be inserted. On the other hand, even if the latter method is used to cover the uppermost siding 3 with the umbrella 4 and to strike a nail from the outside of the siding 3, the outside of the umbrella 4 becomes an obstacle and cannot be hit. For this reason, conventionally, the outermost sidings 3 are piled up, ignoring the appearance, and then covered with a siding 3 over the upper side, and the sidings 3 are struck from the outside of the siding 3 together.

Further, if the groove width of the conventional headboard 4 is approximated to the thickness of the siding 3, it becomes difficult to insert the siding 3 into the groove,
Further, since the surface is scratched when it is inserted, it is made considerably wider than the thickness of the siding 3. For this reason, a gap is formed between the siding 3 and the siding 3 after mounting, which is not preferable in appearance.

Further, if the headstock 4 and the drainer 1 are different for attaching the siding 3, there is also a drawback that manufacturing and inventory management become complicated.

For this reason, the nail used for driving the head board 4 does not appear on the surface, and even if the thickness of the siding 3 changes, it can be adhered to the siding 3 according to the thickness, and is also used for the drainer 1. Had to be able to.

(Means for Solving Problems) The present invention solves the above-mentioned drawbacks by erecting two elastic synthetic resin plate-like projections parallel to one end of one side of a plate material and providing unevenness on the inner surface of each projection. An inner member in which a ridge having a height lower than that of the plate-like protrusion is provided on the other end side of the plate-like protrusion in parallel with the plate-like protrusion, and a parallel member separated from the bending side of one side of the plate material bent in a mountain shape. The two plate-like projections made of elastic synthetic resin are erected so that their bases are parallel to the bending streaks, and the projections and depressions are provided on the outer surface of each projection, and the side opposite to the bending side of the plate is a colored metal plate. And the outer member covered with the outer member, the inner spacing of the inner member projection is made narrower than the outer spacing of the outer member projection, and the projections and depressions of both projections are engaged.

(Operation) Hereinafter, a method of using this drainage-combined headstock will be described. When using it as a headstock, first turn the inner member so that the protrusion side is the upper side and the protrusion is horizontal, so that the protrusion is the upper side when the uppermost siding is inserted into the lower siding. Position. Next, in this state, one of the plate material portions above and below the protrusion is nailed to the outer wall.
When the inner member is struck in this way, the uppermost siding is inserted into the lower siding and placed, and the upper side is struck with the nail to the outer wall. Next, the outer member is inserted between the protrusions of the outer member with the side having no protrusion facing upward. At the time of this insertion, the inner spacing of the inner member projections is narrower than the outer spacing of the outer member projections, but since both projections are elastic and the inner member projections are separated and bend inward, Be plugged in. Further, since the unevenness is adapted to be engaged at an arbitrary position, it will not come off when the insertion is stopped, and it is possible to cope with siding of various thicknesses. Therefore, regardless of the thickness, if you press until the plate part hits the siding, it will come into close contact with the siding and the side without the protrusion will become the roof of the head tree. In addition, the ridges on the lower side of the plate-like projection are drained when rainwater enters,
Moreover, since a space is formed between the siding and the invading rainwater is evaporated, the siding does not rust. further,
Since the ridge is higher than the head of the nail, it does not damage the backing material such as siding aluminum foil or kraft paper.

Next, when it is used as a drainer, the inner member is first struck on the outer wall so that the protrusion side is the upper side and the protrusion is horizontal, and then the first siding is struck above the protrusion so that the lower side is separated. This spacing is such that the side of the outer member on which the protrusion is not provided is facing up and the side on which the protrusion is not provided contacts the lower side of the siding when the protrusion is inserted into the protrusion of the inner member. After the siding has been struck in this manner, the protrusions are inserted into the protrusions of the inner member in a state where the outer member is arranged as described above, whereby water is drained.

(Embodiment) FIG. 1 and FIG. 2 show side surfaces of an inner member 5 and an outer member 6 of a drainage and headstock, respectively, which are essential parts of the present invention. The inner member 5 is a width of a synthetic resin plate 7. Two plate-like projections 9 made of synthetic resin, in which sawtooth-shaped unevennesses 8 are formed on one surface slightly inward of the one end surface in the direction, are erected so that the unevennesses 8 are both inside. These plate-shaped projections 9 are integrated with the plate member 7, and are parallel to each other as shown in FIG. 3, and are provided on the entire plate member 7. A ridge 18 is provided in parallel with the plate-like projection 9 on the end side of the plate 7 opposite to the plate-like projection 9.

On the other hand, the outer member 6 has the same concavo-convex shape as that of the concavo-convex portion 8 on the bent side surface of the central side 13 of the plate member 12 made of a synthetic resin in which one side 10 is bent at a right angle and the other side 11 is obtuse, and the direction is reversed Two plate-like projections 15 made of synthetic resin, each of which has 14 formed on one surface, are erected so that both the projections and depressions 14 are on the outside. As shown in FIG. 4, these plate-like projections 15 are provided on the whole plate-like 12 with their bases parallel to the sides of one side 10 bent at a right angle.

Therefore, the inner distance between the two plate-like projections 9 provided on the inner member 5 is smaller than the outer distance between the plate-like projections 15 provided on the outer member 6, and the projection 9 of the inner member 5 is When inserted between the plate-like projections 15 of the outer member 6, the concavities and convexities 8 and 14 of the both are engaged with each other.

FIG. 5 and FIG. 6 show the cross sections of the drainer and the drainage tree of the present invention used as a drainage tree and a drainage tree, respectively. The outer member 6 is usually covered with a colored metal plate 16 for use. The color of the colored metal plate 16 may be the same as the color of the siding 3, or may be different from the color of the siding 3 to give a design effect.

In the case of using it for a headstock, the inner member 5 is arranged so that the wider plate member 7 provided with the ridges 18 is on the lower side, and the siding 3 having the plate-like projection 9 at the uppermost position is the lower siding member. It is positioned so that it is on the upper side when it is inserted on top of 3, and in this state, the lower plate member 7 is struck on the outer wall 2.
Next, the uppermost siding 3 is inserted into the lower siding 3, and the upper side of the uppermost siding 3 is nailed to the outer wall 2 with nails 17. After that, the plate-like projection 15 is inserted between the plate-like projections 9 of the inner member 5 with the side of one side 10 of the outer member 6 bent at a right side facing up, and the concavities and convexities 8 and 14 of both are engaged. To combine.

On the other hand, when it is used for draining, the plate-like projection 9 of the inner member 5
Is horizontal and the ridges 18 of the plate material 7 are widened upward so that the outer wall 2 is nailed, and the siding 3 is nailed 17 above the plate-like projection 9. After that, the plate-like protrusions 15 of the outer member 6 may be inserted into the plate-like protrusions 9 of the inner member 5 in the same manner as above.

In the present embodiment, the opposite side 11 of the plate member portion of the outer member 6 is bent at an obtuse angle, but this is for closely contacting the siding 3 and does not necessarily have to be bent. Also, the plate-like projections 9 of the inner member 5 and the plate-like projections 15 of the outer member 6 are the same even if they are reversed.

(Effects) As described above, since the drainer / capsule of the present invention does not need to be hit with nails from the outside when mounting, it is excellent in appearance and can be closely attached even if the thickness of the siding changes. it can. Furthermore, since it can be used for both draining and heading, manufacturing and inventory control become easy. Further, since the exposed surface of the outer member is covered with the colored metal plate, it is possible to cope with siding of various color tones by changing the colored metal plate to be covered without changing the coloring of the outer member, which is inexpensive. is there.

[Brief description of drawings]

FIGS. 1 and 2 are side views of an inner member and an outer member, respectively, of a drainage-capping tree which is a main part of the present invention.
3 and 4 are front views of an inner member (however, a part of the upper portion is omitted) and an outer member.
FIG. 5 and FIG. 6 are side views when used as a headstock and a drainer, respectively. FIG. 7 is a sectional view showing a conventional siding mounting method. 1 ... Drainer, 2 ... Outer wall, 3 ... Siding, 4 ... Kasagi,
5 ... inner member, 6 ... outer member, 7 ... plate material, 8 ... unevenness, 9
... plate-like protrusions, 10 ... one side, 11 ... opposite side, 12 ... plate material, 13 ... center side, 14 ... unevenness, 15 ... plate-like protrusions, 16 ... colored metal plate, 17
... nails, 18 ... ridges

Claims (1)

[Scope of utility model registration request] 1. A plate material is provided with two plate-like protrusions made of elastic synthetic resin that are parallel to one end of one side of the plate material so as to make projections and depressions on the inner surface of each protrusion, and the plate-like protrusion on the other end side of the plate-like protrusion. An inner member in which a ridge having a lower height is provided in parallel with the plate-like projection, and two parallel plate-like elastic synthetic resin plate-like projections separated from the bending side of one side of the plate material bent in a mountain shape. The base member is made upright so that the base portion is parallel to the bending streak, and the projections and depressions are provided on the outer side surface of each projection, and the side surface opposite to the bending side of the plate material is covered with a colored metal plate. A drainage and drainage board for siding attachment, characterized in that the inner spacing of the projections is made narrower than the outer spacing of the outer member projections, and the projections and depressions of both projections are engaged.