JPS5817061Y2 - Noshi tiles - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to the structure of a Takito tile designed to reliably prevent roofing soil from flowing out.

Conventionally, a side door that matches the wavy tile is hung from both ends of the Takito tile main body, which is formed in a chevron shape as a Takito tile, and a chevron-shaped fitting piece is provided protruding from the inner wall surface of the rear end of the Souto tile main body. In addition, there was a type in which an inclined groove for preventing rain leakage was provided on the upper surface of the chevron-shaped fitting piece and the main body of the tile, parallel to the side edges thereof.

However, this kind of Takito tile has an inclined groove part parallel to the side edge to prevent rain leakage on the chevron-shaped inset piece and the upper surface of the Takito tile main body. When using To tiles and stacking them in multiple tiers by connecting other To tiles, when strong winds and rain blow, the roofing soil may flow out from the slanted grooves, causing rainwater to flow into the attic. It was impossible to prevent it with certainty.

In this invention, a connecting edge and paulownia are formed on one end of the main body of the pawn tile, and a concave part and a receiving groove are formed on the back surface of the other side. By sequentially connecting the tiles and stacking them in a predetermined number of tiers, it prevents the stacked tiles from loosening due to vibrations caused by the owner or the area where earthquakes occur, and prevents rainwater from entering through the joints of the connected parts. This relates to a hot roof tile that has good rain protection all the time, and is explained below with reference to a drawing.

In the figure, 1 is mainly a fire tile, which has gently arched surfaces on both surfaces, and a substantially thin trapezoidal cross section.

Reference numeral 2 denotes a connecting edge for draining green smoke that protrudes from one end of the main body 1 of the hot tiles in the direction in which they are connected, and is formed in a step-like manner with the ridge side being higher and the eave side being lower.

3 is a locking mechanism protruding from the upper edge of the connecting edge 2 to prevent loosening.
They protrude in the direction in which they are connected, and have a sword-like tip at the tip, which also acts as a dam to prevent rainwater from flowing into the attic.

4 is a weir protruding near the upper edge of the connecting edge 2;
It is installed from the ridge side to the eave side.

Reference numeral 5.5 denotes a concave portion for guiding intruding water carved into the upper surface of the connecting edge 2, which is formed from the ridge side of the connecting edge 2 toward the eave side.

Reference numeral 6 denotes a concave portion formed on the back surface of the other end of the Hoto tile main body 1 in the continuous direction, and the bottom of the concave portion is a gently arcuate surface, and the depth is such that the connecting edge 2 of the adjacent Hoto tile main body can be fitted. So, it is approximately the same size as that.

T is a receiving groove formed in the concave portion 6, and is formed in the continuous direction.
In addition, there is a concave groove of the same shape as the above-mentioned housing 3, and a drawer tile main body 1' adjacent to the recess.
The handle 3' is fitted to prevent blind movement of the main body 1.1' of the hoto tile.

8 and 8 are projecting edges protruding from the upper surface of the Hoto tile main body 1 to prevent the soil 9 from flowing out, and these are the projecting edges 8' and 8 of the adjacent Hoto tile main body 1', respectively.
A linear weir is formed on the upper surface of the consecutively installed fire tiles to prevent the roofing soil 9 from flowing out due to the intrusion of rainwater.

Reference numeral 10 denotes a hole through which a connecting copper wire 11 is inserted, which is drilled in the ridge side of the Bakato tile main body 1, through which the copper wire 11 passed through the opposing Bakato tile 12 is inserted.

13 is the crown tile placed on the top of the stacked tile A, 1
Reference numeral 4 indicates a crosspiece tile covered on the roof surface 15, reference numeral 16 indicates a ridgepole constituting the roof, and numeral 17 indicates a katsura hanging from the ridgepole 16.

In addition, as shown in Figure 3 of the drawing, the shoto tile main body 1 in the present invention has a shoto tile main body 1 attached to the end of the rear side of the shoto tile main body 1.
In some cases, a side door 18 is provided protrudingly to close the gap between the main tile 14 and the main tile 14, as shown in FIGS. 6 and 7.
In some cases, the main part is a half-split-shaped half-hot tile, and furthermore,
As shown in FIGS. 8 and 9, connecting edges 2 and v33, concave portions 6, and receiving grooves 7 may also be formed in the mouth of a mortar tile for use against a wall.

Since the fire tile according to the present invention is constructed as described above,
If you want to stack these Hoto tiles in a row in multiple tiers, first install the Hoto tile main body 1 with a side door 18 protruding from the back side.
The roofing soil 9 is piled up on the corpse of the pre-roofed roof tile 14 in parallel with the ridgepole 16, and the connecting edge 2 of the consecutively installed fired tile main body 1 is placed. 6, and at the same time, the paulownia 3 of the connecting edge 2 is also fitted into the receiving groove 7 in the recessed part 6 and connected, and furthermore, the adjacent tile main body 1'
The connecting edge 2' and the paulownia 3' are fitted into the concave part 6 and receiving groove 7 of the previously connected pawn tile main body 1, and connected in the same way, and then the second pawn tile is connected in the same way. Although the To tiles are installed consecutively, from the second stage onwards, the Hot tiles without the Mendo 18 are used.
In the same way as above, the connecting edge 2 and the paulownia 3 are installed in a row while fitting into the concave part 6' and the receiving groove 7' of the adjacent firing tile main body 1 at a different position from the first stage. The tiles are stacked in multiple tiers, and then the crown tiles 13 are connected and placed on the top tier to raise the roof.

Also, in the case of roofing Soto tiles for walls, in the same way as above, connect the connecting edge 2 of the connected Moto tile main body 1 and the paulownia 3 to the concave part of the previous Moto tile main body 1' that was connected first. 6' and the receiving structure 7' to connect them in sequence.

As mentioned above, the Soto tile according to the present invention has a connecting edge for draining green leaves with a high ridge side and a low eave side, at one end of the main body of the Hoto tile in the direction of continuous installation, on the top surface of the main body of the Hoto tile. A locking receptacle is protruded from the upper edge of the connecting edge in the connecting direction and has a tip end shaped like a sword point, and a locking receptacle is protruded from the upper ridge side of the connecting edge and has a tip end shaped like a sword point. On the back surface of the other side of the main body, there is a recessed part of approximately the same size and a depth that allows the connecting edge of the adjacent pawn tile main body to be fitted, and a recess in which the handle of the adjacent paved tile main body is fitted into the recessed part. In addition, a ridge for preventing roofing soil from flowing out is provided on the upper surface of the tile main body in the continuous direction so as to match the ridge of the adjacent tile main body. The connecting edge of the main part of the pawn tile with the tile fits into the recess of the main part of the adjacent pawn tile, and the paulownia fits into the receiving groove of the recess. Lower the sides, and
Since the Soto tile is protruded lower than the top surface of the main body and serves as a draining edge, each Hoto tile is firmly connected, making it suitable for roofs in areas where earthquakes occur, such as along railroads or expressways. Even if they are piled up, there is no risk that the Hoto tiles will shift in a short period of time, creating gaps in the joints of the connected parts, allowing rainwater to enter, causing roofing soil to flow out and causing rain leaks. If this Soto tile is used as a pawn tile for walls, even if the tile roofing becomes ugly during the initial stage of construction, and vibrations caused by nailing into the wall during construction, it will not be connected to each other. Since the main body of the Torato tile installed is securely connected, it is possible to prevent leakage or deformation of the stack due to misalignment or loosening of the connecting part of the sho-mata, and the upper surface of the main body of the Tora-to tile is , the ridge to prevent soil from flowing out matches the ridge of the adjacent Hoto tile main body, forming a straight dam, which could not be achieved with conventional Shito tiles. It can reliably prevent roofing soil from flowing out, and has the unique effect of making rain control extremely efficient.

In addition, if a mendo is installed protruding from the back side of the main part of the Takito tile in this invention, the gap formed between the dead part side of the roof tile and the Mōto tile. Since it is possible to close the connecting edge and the recessed part of the container and the receiving groove at the same time, there is no deviation due to vibration, and the rain can be closed well. In addition to preventing the Toto tile section from deforming, the connecting edge only needs to fit into the concave part of the adjacent Toto tile main body during roofing, so it can be done smoothly and quickly without requiring any special skill. Since it can also be installed in series, it has great practical effects as a pawn tile that can be installed and stacked in a reliable and sturdy manner, and is convenient for construction.

[Brief explanation of drawings]

The drawings show an example of the paved tile according to the present invention. Figure 1 is a perspective view, Figure 2 is a perspective view of the back side, Figure 3 is a perspective view of another embodiment, and Figure 4 is used. Partial vertical analysis front view of the condition,
Fig. 5 is a longitudinal cross-sectional side view taken along line X-X shown in Fig. 4, Fig. 6 is a perspective view of another embodiment, Fig. 1 is a perspective view of the dirt odor side, and Fig. 8 is a perspective view of another embodiment. , and FIG. 9 is a vertical sectional side view of the device in the state of use. In the figure, 1.1' is the main part of the tile, 2.2' is the connecting edge, 3.3' is camphor tree, 6 is the concave part, 7 is the receiving groove, 8, 8
．． 8' and 8' are ridges, 9 is thatch, and 18 is mendo.

Claims (2)

[Scope of utility model registration request] (1) At one end of the Hoto tile main body 1 in the connecting direction, a connecting edge 2 that doubles as a draining edge with a high ridge side and a low eave side is installed on the upper surface of the Soto tile main body 1 and protrudes low. On the upper edge ridge side of the connecting edge 2, there is provided a locking case 3 that protrudes in the connecting direction and has a tip end shaped like a sword point, and also on the other side of the moto tile main body 1. On the back side, a recessed part 6 of approximately the same size is fitted with a depth that allows the connecting edge 2 of the adjacent moto tile main body 1 to be fitted, and a recess 3 of the todō tile main body 1 hidden in the recessed part 6 is fitted. A receiving groove I is formed, and
The ridges 8, 8 for preventing the soil 9 from flowing out are placed on the top surface of the tile main body 1 so that they match the ridges 8, 8' of the adjacent tile main body 1.
Takito tiles are characterized by being installed in the direction of continuous installation. (2) The firing tile according to claim 1, which is a registered utility model, in which a side door 18 is protruded from the back side of the main body 1 of the Soto tile.