JPH0345457Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Technical Field] The present invention relates to a tile stick roof that is easy to construct and suitable for roofs that have bulges or warps.

[Prior art and its problems]

Tile-stick roofs made of aluminum have recently been put into practical use, but this type of roof usually has a large number of hangers fixed on the field at certain intervals, facing the direction of the roof's slope. , a groove board (dobuta) covering between the hangers, a cap installed on the above hanger so as to straddle the groove plates on both sides, and the cap is attached to the above hanger. It is made up of metal fittings, etc. (Refer to Utility Model Application Publication No. 158623/1983) Conventionally, the groove plates used for such roofs with tile sticks have been formed with both sides raised to prevent rain leakage. This molding process is done in a factory,
This is one of the reasons for the increase in costs. Furthermore, since it does not bend when both sides are raised up, its length is limited and construction is troublesome, and it is not suitable for roofs with bulges or warps. In addition, conventional hangers are difficult to bend because of their high height and large moment of inertia, which also hinders their application to roofs with curved slopes.

[Means for solving the problem and its operation] The present invention provides a roof with tile sticks that solves the problems of the conventional technology as described above. A large number of hangers fixed at predetermined intervals, a groove board between the hangers, and a cap installed on the hanger so as to straddle the groove plates on both sides. , and a mounting bracket for attaching the cap to the hanger, the hanger consists of two mounting plate parts formed on a base plate through respective raised parts, and the groove plate is It consists of a flat board in the width direction with both sides not raised up, and the both sides are placed on the mounting plate parts of the hangers on both sides, and the above-mentioned mounting bracket is installed between the two above-mentioned mounting plate parts. is installed on the board, and has engaging parts on both sides that engage with the lower surface of the mounting plate part,
The cap has a protrusion in the center to which the cap is attached, and while the cap is attached to the hanger using the mounting bracket, both sides of the cap are attached to the groove plate on the mounting plate through a sealing material. It is characterized by being pressed against the surface.

In this roof with tile sticks, flat groove plates are used, and rain leakage is prevented by pressing a sealing material onto the groove plate located on the hanging plate part of the hanger. Even if rainwater enters between the groove plate and the sealing material for some reason, the rainwater will fall between the raised parts of the hanger and flow down, so there is no risk of leakage.

〔Example〕

FIG. 1 shows an embodiment of the present invention. 11 is the field of the roof, 12 is the roofing material that covers it, 13
14 is a groove plate, 15 is a cap, and 16 is a mounting bracket.

The hanger 13 is made of extruded aluminum material, and the field 11
Two mounting plate sections 19, 19 are mounted on the substrate section 17 installed above via the rising sections 18, 18, respectively.
In addition, upwardly rising protrusions 20, 20 are formed on both sides of the substrate portion 17. The combined shape of the upright portion 18 and the mounting plate portion 19 has a T-shaped cross section as shown in the figure. Hanging cord 13
are installed facing the slope direction of the roof, and although only one is shown in the figure, a large number of them are installed on the field 11 at predetermined intervals. The hanger 13 is fixed using fasteners 21 that hold down the protrusions 20 on both sides, and screws 22 that fix it to the field 11.
I am going by. The stoppers 21 are provided intermittently in the longitudinal direction of the hanger 13.

The groove plate 14 is installed between the hangers 13, and the groove plate 14 is made of an aluminum plate that is flat in the width direction and has both sides not raised. Both sides of the groove plate 14 are
It is placed on the mounting plate portions 19 of the hangers 13 on both sides and fixed with aluminum rivet pins 23. Note that 24 is a heat insulating material made of foamed plastic or the like pasted on the lower surface of the groove plate 14.

The cap 15 is made of an extruded aluminum material, and the lower surfaces of both sides thereof are formed to face the mounting plate portion 19 of the hanger 13. A sealing material 25 made of butyl rubber tape or the like is interposed between both sides of the cap 15 and the groove plate 14 on the mounting plate 19.

The mounting bracket 16 is installed between the two mounting plate portions 19, 19 of the hanger 13, and has engaging portions 26 on both sides that engage with the lower surfaces of the mounting plate portions 19, 19. It has a convex portion 27 in the center to which the cap 15 is attached. This mounting bracket 1
Reference numerals 6 are short ones made of steel, and are provided intermittently in the longitudinal direction of the hanger 13.

The cap 15 is fixed to the mounting bracket 16 by a stainless steel pin 28. Due to this fixation, the engaging part 26 of the mounting bracket 16 comes into contact with the lower surface of the mounting plate part 19 and will not come off from the hanger 13, and the sealing material 25 is applied to the groove plate 14 on the mounting plate part 19 on both sides of the cap 15. It will be forced through.

Since this pressing is performed toward the mounting plate portion 19 of the hanger 13, it is strong, and therefore the groove plate 14
Extremely good watertightness can be obtained even if the surface is flat. If for some reason the groove plate 14 and sealing material 25
Even if rainwater infiltrates between the hangers 13 as shown by arrow A, the rainwater will not leak because it flows down the gutter constituted by the upright parts 18, 18 of the hanger 13 and the base plate part 17 between them. Also, suppose rivet pin 28
The same thing happens when rainwater enters from the part shown by arrow B. In addition, rainwater that has entered as shown by arrows A and B passes between the groove plate 14 and the mounting plate part 19, and flows as shown by arrow C.
Even if there is a leak like this, it will flow down the gutter made up of the raised part 18, the protrusion 20, and the base plate part 17 between them, so no leakage will occur.

In this way, even if flat groove plates are used, the risk of rain leakage can be avoided. If the groove plate is flat, there is no need to process the groove plate, which can reduce costs, and since a long groove plate rolled into a roll can be used, construction becomes easier. Furthermore, since the groove plate is flat, the height of the hanger can be reduced. (The height of the hanger only needs to be enough for the engagement part of the mounting bracket to fit under the mounting plate part.) Therefore, both of these can be easily bent along the curvature of the roof, and the bulge can be easily bent. It can be easily applied to warped or warped roofs.

In the above embodiment, aluminum was used for the main structural members, but the present invention is not limited to this, and other materials may also be used.

[Effect of idea]

As explained above, the tile stick roof of this invention is
Since a flat plate is used as the groove plate, there is no need to process the groove plate, resulting in low cost, and since long materials can be used, construction is easy. Furthermore, since the groove plate is flat and the height of the hanger can be made low, it can be applied to roofs with bulges or warps, which has extremely significant effects.

[Brief explanation of the drawing]

FIG. 1 is a sectional view showing a roof covered with tile rods according to an embodiment of the present invention. 11... Noji, 13... Hanging, 14... Groove board,
15...Cap, 16...Mounting bracket, 17...
...Substrate part, 18... Standing part, 19... Placing plate part, 20... Projection, 25... Sealing material, 26...
Engagement part, 27... convex part.

Claims (1)

[Scope of Claim for Utility Model Registration] (1) A large number of hangers fixed at predetermined intervals on the field surface in the direction of the slope of the roof, a groove plate installed between the hangers, and the above-mentioned A cap is installed on the suspender so as to straddle the groove plates on both sides thereof, and a mounting bracket is provided for attaching the cap to the suspender. The groove plate is made of a flat plate in the width direction with both side parts not raised up, and the both sides of the groove plate are used as the support plates for the hangers on both sides. The mounting bracket is installed between the two mounting plate parts, has engaging parts on both sides that engage with the lower surface of the mounting plate part, and has the cap in the center. The above-mentioned cap has a convex part for attaching the above-mentioned cap to the hanger using the above-mentioned mounting fittings, and both sides of the cap are pressed against the groove plate on the mounting plate part through a sealing material. A tile-and-stick roof with a distinctive feature. (2) A roof thatched with tile rods according to claim 1 of the utility model registration claim, in which the combined shape of the raised part of the hanger and the mounting board part is T-shaped in cross section. (3) A roof thatched with tile rods according to claim 1 of the utility model registration claim, in which the base plate of the hanger has upwardly rising ridges on both sides thereof.