JPH0440334Y2 - - Google Patents

Description

[Detailed explanation of the invention] [Technical field] The invention enables tiles to be layered accurately and efficiently.
Moreover, the present invention relates to a tile step roofing device capable of efficiently and accurately draining tiles placed along roof verges.

[Background technology]

Conventionally, in order to lay tiles in a tiered manner, they were stacked one after another using spreading soil, or hook bars for locking the protrusions at the rear ends of the tiles were sequentially attached to the roofing board and then laid. Therefore, tiles that use covered soil are difficult to align and have poor ability to fix tiles, and those that use hanging bars have difficulty aligning the tiles.
In addition to being time-consuming, both methods have the problem that because the tiles are laid directly on the roofing board, rainwater that occurs due to gaps between the tiles or cracks in the tiles can easily enter the house and stain the house. be. Furthermore, the tiles along the roof verge were prone to rainwater entering from the verge side as well.

[Purpose of invention]

The present invention is a tile that is equipped with a base plate on which tiles can be placed and that is tilted at the tile slope when installed, thereby increasing the efficiency of tile roof lathing work, stabilizing the quality of lathe work, and standardizing roofing work. The purpose is to provide equipment for tiered roofing.

[Disclosure of invention]

An embodiment of the present invention will be described below based on the drawings.

In FIGS. 1 to 5, the tile tier roofing device of the present invention includes a tile tier roofing base 1 and a roof verge draining fitting 10.
The base 1 for tiled roofing consists of a base plate 3 on which the tiles are placed, and a downward front cutout piece 4 that hangs down from the base plate 3 and whose lower end is placed on the sheathing board 9, on the front edge of the base plate 3 on which the tiles are placed, and An upwardly facing rear draining piece 5 stands up on the edge, and in this example, it is made of a steel plate that has been subjected to anti-corrosion treatment. Further, the front draining piece 4 and the rear draining piece 5 are each provided integrally with the base plate 3 by bending, and furthermore, on the tile R1 along the roof verge A, there is a standing piece fixed to the roof verge A and continuously extending vertically. 1
The roof verge A and the eaves B are drained by using together a roof verge draining fitting 10 formed with a covering piece 13 provided at the upper end of the roof verge A and a front draining fitting 11.

The substrate 3 is a horizontally elongated piece that is slightly shorter than the vertical length of the tile R1, and the front water cutting piece 4 facing downward is formed at its front edge. Further, at the lower end of the front draining piece 4, an overhanging piece 23 is formed which projects outward at a substantially right angle and has a folded portion toward the lower surface at the leading edge. Further, the trailing water cutting piece 5 on the trailing edge of the substrate 3 is
It is a rising piece with a smaller height than the front water cutter piece 4,
At its upper end, a folded portion is formed that bends toward the front. Further, the front substrate 3 can be used to adjust the tile slope to be formed on the roof by placing the roofing board 9 through the base 1 for tiled roofing where the lower end of the front draining piece 4 and the lower surface of the trailing edge are lined up below. can be held.

The front draining fitting 11 is provided with a hanging piece 30 that hangs down in front of the eaves B and has an inwardly bent part at the lower end, on the front edge of the narrow mounting piece 29 along the upper surface of the eaves of the roof board 9. In addition, it is a long bent body made of steel plate with a raised piece 31 having the same configuration as the rear water cutter piece 5 on the rear edge, and a bent piece 31 that is folded back on the front side at the upper end of the raised piece 31. form a section.

As shown in FIG. 2, the base 1 for tiled roofing is constructed by laying waterproof roofing 33 on the top surface of the roofing board 9 installed on the top surface of the rafters 8 up to the tip of the eaves B, and then Attach the hanging piece 30 to the eaves B
The front drainer piece 4 is brought close to the front surface of the upright piece 31 of the front drainer fitting 11 arranged along the front side, and the base 1 for tiled roofing is placed side by side. After that, each front draining piece 4 is positioned in front of the draining piece 5, and the base 1 for tile tier roofing, which is formed in the same manner as the base 1 for tile tier roofing, is successively installed on the roofing board 9. Therefore, the water cutoff piece 5 is
It will be located at the back of the draining piece 4 of the tiled terrace base 1 that is lined up above. After that, as shown in FIG.
Step roofing is carried out by laying tiles R1 and attaching tiles R2 of half the vertical length to the upper part thereof, in contact with the front surface of the front draining piece 4 of the base 1 for roofing tiles in the upper stage. In addition, when the tile R1 is a normal corrugated tile, it is arranged so that two tiles are stacked at the side ends thereof.

In addition, the base 1 for tile tiered roofing and the front draining fitting 11 are arranged so that their side ends are located substantially flush with the roof verge A, which is the side surface of the shedding board 9, and the roof verge A is connected to the roof verge A. Drain the water using the drainer fitting 10.

In this example, the roof verge draining fitting 10 includes a roof verge draining fitting 10A before being attached to the eaves side,
It includes a rear roof verge draining fitting 10B that is continuous at the rear thereof, and both are formed by bending a rust-proof metal plate such as a colored steel plate.

Front and rear roof verge draining fittings 10A, 10B
consists of a standing piece 12 that stands up along the side surface of the tile step roofing base 1 to cover the gap between the base plate 3 and the sheathing board 9;
1, a base 14 having a cover 13 projecting inward from the roof above R2. In this example, the base 14 is formed as a two-layered body in which the outer and inner pieces are folded back at the edge of the cover piece 13 and are brought into contact with each other.

Furthermore, a side draining piece 16 that covers the roof verge A is continuously formed on the vertical piece 12 so as to be flush with the outer piece. Note that the side draining piece 16 of the later roof verge draining fitting 10B has respective roof verge draining fittings 10A, 10 located on the eaves side at the lower edge front part thereof.
A U-shaped portion 35 into which the lower end of the side draining piece 16 of B is inserted is formed.

Further, at the lower end of the inner piece of the vertical piece 12, the base plate 1 for the tile terrace and the roofing board 9 on which the roofing 33 is laid.
An inland water cutout 15 is provided extending inwardly from the roof along the roofing board 9 between the roof board 9 and the outer end thereof.
A folded portion is formed on the top surface. In addition, in the rear roof verge draining fitting 10B, the upper end of the inland draining piece 15 of the roof verge draining fitting 10A, 10B located on each eave side is attached to the root part of the inland draining piece 15.
Notch groove 37 that fits into the overlapping part...
form.

Note that the draining fittings 10A for your roof verge include the vertical piece 12, the outer piece of the covering piece 13, and the side draining piece 16.
has extension parts 39 each extending to the outer surface of the hanging piece 30 of the front draining fitting 11 and having an L-shaped cross section, and the front surface of the extension part 39 is shielded by a bent piece 40.

On the other hand, the rear roof verge draining fitting 10B is provided with a narrow bent piece 41 on its upper part, and the bent piece 41 connects between the covering piece 13 and the inland water cutting piece 15 by bending. When placed on the shedding board 9, the lower edges thereof abut against the cover pieces 13 of the roof verge draining fittings 10A, 10B located on the eaves side, respectively.

Therefore, as shown in FIG. 5, the front roof verge drainer 10A is installed so that its extension part covers the end of the front roof verge A side of the front roof verge A, and the inner drainer piece 15 is attached to the roof tiles. Base for roofing 1
position it below. In addition, for the later roof verge draining fitting 10B, fit the inner water cutter 15 of the lower roof verge drainer 10A into the notch groove 37, and sequentially fit the U-shaped portion 35 at the lower end of the side drainer 16 as described above. , a rear roof verge draining fitting 10B is installed in succession.

As a result, the vertical pieces 12 cover the gap, and the covering pieces 13 cover the side edges of the roof tiles R1 and R2. The inland water section 15 located further above is the inland water section 1 located below.
The side draining pieces 16 overlap above the roof verges A and are continuous, so that the roof verges A can be covered and drained, and a roof having excellent waterproof properties can be formed with good machinability and accuracy.

Figures 6-9 show other embodiments of the invention.

In this embodiment, in addition to the base 1 for tile roofing, another base 2 for tile terrace roofing is used in combination.

The base 1 for tiled roofing has a step 43 approximately the same height as the two stacked tiles R1, R1 at approximately the middle position of the substrate 3, and the two stacked tiles are stacked on the substrate portion 3A below the step 43. Place tiles R1 and R1,
Further, one tile R1 can be placed on the upper substrate portion 3B so that its lower portion overlaps with the tile R1 on the substrate portion 3A. In this embodiment, the rear draining piece 5 is provided with a receiving piece 44 extending toward the eaves at its upper end, and its height is set to be slightly smaller than the height of the above-mentioned draining piece 4.

The other bases 2 for tile roofing are placed on the receiving pieces 44 with the ends of their substrates 45 slightly protruding, and are sequentially overlapped and placed side by side on the roof. Also board 4
5 is provided with a hanging piece 47 having a projecting piece 49 that hangs down in front of the rear water cutter piece 5 to the upper surface of the tile R1 on the base plate part 3B and faces upward, and on the rear edge thereof, a hanging piece 47 is provided. , a support piece 51 having the same structure as the water cutter piece 5 is raised.

In addition, as shown in FIG. 8, the tile roofing base 1 is laid along with another tile step roofing base 2 up to the vicinity of the roof verge A that separates the gap G from the roof verge A,
Also, front draining fitting 11A, roof verge draining fitting 1
Drain roof verge A and eaves B using 0C.

The front drainer metal fitting 11A is the front drainer metal fitting 11.
The front panel includes the mounting piece 29, the hanging piece 30, and the rising piece 31, except that a protrusion 32 is provided in which the placing piece 29 and the hanging piece 30 are extended by the length of the gap G. It has the same configuration as the drainer fitting 11.

In this example, the roof verge draining fitting 10C is as follows:
The vertical piece 12 is a long continuous body, and the side draining piece 16 is formed at the lower end of the outer piece through a side projecting piece 53 having a width equal to the gap G.

In addition, each outer piece of the covering piece 13 and the standing piece 12 is
The side projecting piece 53 and the side draining piece 16 are provided with an extension portion 39A extending to the tip of the eaves B.
Note that a bent piece 40 is used to shield the tip of the extension portion 39A.

The base 1 for tile terrace roofing and the base 2 for other tile terrace roofs form a roof by attaching the tiles R1 as described above, similarly to the embodiment described above.

In this way, by using the vertically long substrate 3 so that the tiles R1, R1 can be laid vertically,
Furthermore, turning efficiency is improved.

[Effect of idea]

As mentioned above, the tile tier roofing base of the tile tier roofing device of the present invention is made of a non-wood material and has a substrate on which the tiles are placed, a front draining piece and a trailing draining piece that keep the substrate at the tile slope. In addition to improving the machinability of tiled roofing work, the juxtaposition of the roofing tiles enables the tiles to be laid with high accuracy, improving and stabilizing the tile laying accuracy and standardizing the roofing work. Also, the tiles are attached to the roofing board through the substrate, and the substrate is continuous in the horizontal direction,
By positioning the trailing cut piece behind the front edge of the adjacent tile tiered roofing base, it can be connected to the substrate of the adjacent tile base, which can cause damage to the gaps between tiles or tiles. Even in such a case, rainwater will run off the board, preventing rainwater from entering the inside of the house and preventing it from getting dirty. Moreover, because the cover piece of the roof verge draining fitting, which has a vertically continuous vertical piece fixed to the roof verge and a covering piece provided at the upper end of the vertical verge, is arranged on the tiles along the roof verge,
The roof tiles arranged along the roof verge can also be reliably protected from rain.

In addition, the base material for tile roofing is a bent body of metal plates such as steel plates, copper plates, aluminum plates, etc. Therefore, it is not only easy to form, but also has corrosion resistance by using anti-corrosive materials. It can have many effects such as improving

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing an embodiment of the present invention together with other members used, Figs. 2 and 3 are sectional views showing its operation, Fig. 4 is a sectional view showing the roof verge, and Fig. 5. 6 is a perspective view showing another embodiment of the present invention, FIG. 7 is a sectional view showing its operation, FIG. 8 is a sectional view showing the roof verge, and FIG. 9 is a perspective view showing the installed state. The figure is a perspective view showing the attached state. 1... Base for tiled roofing, 3... Substrate, 4... Front water cut piece, 5... Back water cut piece, 9... Field board, 1
0, 10A, 10B, 10C...Roof verge draining fittings, 12...Standing piece, 13...Covering piece, 14...
Base, 15... Inner water cutout, 16... Side water cutout, A... Roof verge, B... Eaves, R1, R2
……tile.

Claims (1)

[Scope of utility model registration request] It consists of a base for tiered tile roofing that is laid vertically on the roof along the roof verge and forms a roof along the roof verge by placing tiles thereon, and a roof verge drainage fitting that is fixed to the roof verge. The tile tier roofing device is a tile tier roofing device, wherein the tile tier roofing base is made of a bent metal plate, and the tile tiering base is made of a bent metal plate and hangs down from the substrate at the front edge of the substrate on which the tile is placed and is lined up below. A downward facing front water cutter is provided to maintain the board at a tiled slope by placing the lower end on the roof board through the roof board, and an upward facing rear water cutter rising from the base plate is provided at the rear edge thereof, respectively, and the above-mentioned The rear draining piece is located at the back of the front draining piece of the tile tiered roofing base lined up above, while the roof verge draining fitting includes a vertical piece that is fixed to the roof verge and continuously extends vertically, and the standing piece. A tile step roofing device characterized by having a covering piece provided at an upper end, placed on the substrate, and extending over the tile along the roof verge.