JP2001132168A - Roof tile - Google Patents

Abstract

PROBLEM TO BE SOLVED: To resolve a problem that the manufacture of a die, a raw material, and a burnt tile is difficult and defects are liable to occur on steps in a conventional structure for forming the steps on the end sides of plain tile sections and convex tile sections and a problem that the workability is deteriorated because excess work such as work is required for forming steps thus resulting in low efficiency. SOLUTION: An eave end roof tile or a pantile 1,100 is formed with the plain tile sections 111 and 100, 111 partially formed with steps and the convex tile sections 112 and 100, 112 having stepped sections at hip sections. Flat sections 113 and 100, 113 with the prescribed width are formed on the end insides 111' and 100, 111' of the plain tile sections 111 and 100, 111, and straight line sections 115 and 100, 115 to be kept in contact with the flat sections 113 and 100, 113 are formed on the end sides of the convex tile sections 113 and 100, 113. The manufacture and handling of the die, the raw material, and the burnt tile are facilitated, the steps are eliminated, and the occurrence of defects and defective products can be prevented.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

TECHNICAL FIELD The present invention relates to a roof tile.

[0002]

2. Description of the Related Art Conventionally, as shown in FIG.
It is composed of a flat tile part with a step and a round tile part with a ball opening at the bottom part. The entire flat tile portion has a stepped shape, and the step has a configuration in which a step on the end side of a round tile portion of another adjacent tile having the same configuration as this tile is laid, so-called, The step of the flat tile portion and the step of the end of the round tile portion are similar in shape, and the two are roofed so as to match each other.

[0003]

As described above, forming the steps on the end sides of the flat roof tile portion and the round roof tile portion, respectively,
There are problems such as difficulty in manufacturing a mold, manufacturing a white background, and manufacturing a fired tile (tile), or easily causing stepped loss.

[0004] In order to form the step, an apparent work is required, so that there is a problem that the workability is inferior, such as extra work, inefficiency, and the like.

[0005]

The invention of claim 1 aims at facilitating the manufacture and handling of a mold, a white background, a tile, etc., and avoiding the occurrence of defects and the occurrence of defective products by eliminating steps. .

A first aspect of the present invention is a roof tile comprising a flat roof tile part having a stepped portion and a round roof part having a ball opening at the bottom and having a ball opening. A tile having a predetermined width, and the end of the round tile portion is formed into a linear portion, and a linear portion of another tile having the same configuration is laid on the flat portion.

According to a second aspect of the present invention, a tile is specified, and the above-mentioned intention is adopted for an eaves tile.

According to a second aspect of the present invention, the tile is an eaves tile having a front hanging portion and a tom portion.

According to a third aspect of the present invention, a roof tile is specified, and the above-mentioned intention is adopted for a roof tile.

According to a third aspect of the present invention, the roof tile is a roof tile, wherein a water return protrusion is formed from the flat roof part to the round roof part, and a step is provided on the bottom side of the flat roof part of the water return protrusion. It is a roof tile having a configuration provided with a portion.

[0011]

BEST MODE FOR CARRYING OUT THE INVENTION A flat portion on the back side of an eaves tile is brought into contact with a ridge fixed on a roof, and the hook on the back side of an eaves tile is hooked and nailed to the ridge. When a longitudinal member or a longitudinal concave member (not shown) is provided, the stable piece of the eaves tile is stopped or inserted. The eaves tile can be reliably and easily roofed on the roof by locking to the horizontal and / or vertical ridges. That is, there is a feature that is useful for preventing the eaves tile from being sloping in the gradient direction and / or the girder direction.

In order to lay another eaves tile having the same structure on the roofed eaves tile, the straight part of the other eaves tile is brought into contact with the flat part of the eaves tile. Attach the roof and hook the hook on the back of the eaves tile to the horizontal board and nail it.

The roof is sequentially laid leftward as viewed in the drawing, and the entire roof tile is laid. Although not shown, a method can also be used in which the flat part of the eaves tile is inserted into the linear part of the round eaves tile of another eaves tile, and the roof is sequentially laid up and laid in the right direction as viewed in the drawing.

Next, the roof tile is roofed. At this time, the flat portion on the back surface of the roof tile is brought into contact with the horizontal roof fixed to the roof ground, and the hook on the rear surface of the roof tile is hooked on the horizontal roof. At the same time, the end of the roof tile is stopped at the stepped part of the eaves tile, and the paragraph is made. Then nail it. By this roofing work, the end side head side and the head side of the roof tile are securely and firmly supported by the stepped portion and the opening of the eave roof tile, so that the slope of the roof tile in the gradient direction is provided. There are features that help prevent it. Other operations are substantially the same as those of the eaves tile described above.

In order to roof another roof tile having the same configuration on this roofed roof tile, the flat part of the roof tile is covered with the straight part of the round roof part of the other roof tile. In addition to the roofing, the roof tiles will be laid in the same manner as described above. Then nail it.

[0016] The covering, the laying and the nailing are successively laid leftward as viewed in the drawing to complete the laying of the row of the roof tiles. Although not shown, the flat part of the roof tile is inserted into the linear part of the round roof part of another roof tile, and the roof tiles are nailed and nailed. After that, it is possible to use a method in which the roof is sequentially covered with a roof, nailed, and nailed, and the roof is laid in the right direction as viewed in the drawing.

Thereafter, the roofing is repeated by repeating the above-mentioned covering, laying and nailing operations. The work of laying the roof tiles is not shown, but a method of laying it upwards in the drawing can also be used.

Since the water return protrusions are provided at the end of the flat roof tile of the eaves and the roof tile, and at the rear end of the flat roof tile and at the rear end of the round roof tile, the backflow of rainwater, especially There is a feature that can sufficiently prevent backflow in the event of a typhoon or strong wind. The concave weir is also a place that helps prevent this backflow.

[0019]

DESCRIPTION OF THE PREFERRED EMBODIMENTS An example of the present invention will be described below.

Reference numeral 1 denotes an eaves roof tile having a pseudo-roof of a real roofing tile. The eaves roof tile 1 has a two-stage (stepped) flat tile part 111, a round tile part 112, and a flat tile part 111. A flat portion 113 provided in the end side inside 111 ', a paragraph opening portion 114 provided in the inner side A of the round tile portion 112, and a straight portion formed on the edge 1b of the round tile portion 112
It consists of 115, hang-down 2, and Tomoe 3. Reference numeral 4 denotes a water return ridge, and the water return ridge 4 is formed between the end side 1d of the flat roof tile 111 of the surface 1A of the eaves tile 1 and the flat roof tile 111 and the round roof 112 of the surface 1A of the eaves roof 1. It is provided on the buttocks side 1c. In this water return ridge 4, the height of the end side 1d of the flat roof tile portion 111 is increased, and
To prevent rain from getting into the backside 1B and to prevent intrusion into the roof C. In the figure, 1b indicates an end side of the round tile portion 112 of the eaves tile 1. 5 is a nail hole. 6 is the end side 1d of the water return ridge 2
Of the other eaves tile 1 'of the same configuration is stopped by the stepped part 6 provided near the buttocks side 1c of the other eaves tile 1'.
1 'mainly has a feature that is useful for preventing the skew in the gradient direction D.
Reference numeral 7 denotes a concave weir having a specific shape provided on the overlapping portion 1e of the surface 1A of the eaves tile 1 and deepening toward the butt side 1c. 8 is a substantially semi-circular arc hook provided on the bottom side 1c of the back 1B of the eaves tile 1,
The whole of the hook 8 is locked by the horizontal member E. 9 is a stable piece provided on the rear side 1c of the back 1B of the eaves tile 1, and the stable piece 9 is configured to be locked or inserted into the longitudinal ridge F, and to prevent dripping in the girder direction of the eaves tile 1, And it has features that are useful for earthquake and wind resistance. 10 is a locking groove recessed slightly inward of the head side 1a of the back 1B of the eaves tile 1,
The retaining groove 10 has a structure in which a water return protrusion of a roof tile described later is fitted.

Numeral 100 denotes a roof tile having a pseudo-roofing structure. The roof tile 100 has a two-tiered flat roof part 100111, a round roof part 100112, and an inner side 100111 of the flat roof part 100111. '
At the bottom A of the round tile 100112, and the edge of the round tile 100112.
1b. Other water return ridge 400, nail hole 500, stepped part 600, overlapping part 1
The concave weir 700, hook 800, stable piece 900, locking groove 10 provided in 00e
00 etc. have substantially the same configuration as the water return ridge 4, the nail hole 5, the stepped portion 6, the concave weir 7, the hook 8, the stable piece 9, the locking groove 10, etc. of the eaves tile 1,
Has functions. In the figure, 100a is the head side of the roof tile 100, 100c is the roof tile 1
The bottom side of 00, 100d is the end side of the flat roof part 100111, 100A is the roof tile 10
0 indicates the front surface and 100B indicates the back surface of the roof tile 100. Also 10
0 'indicates another roof tile. Others are substantially the same as the eaves tile 1 described above.

[0022]

According to the first aspect of the present invention, there is provided a roof tile comprising a flat roof tile partly formed with a step and a round roof tile having a ball opening at a bottom part. In this configuration, a flat portion having a predetermined width is formed inside the end portion, and a straight portion that contacts the flat portion is formed on the end side of the round tile portion. Therefore, the production and handling of a mold, a white background, a tile, and the like are facilitated, and the step is eliminated to avoid the occurrence of defects and the occurrence of defective products.

According to a second aspect of the present invention, the roof tile is an eaves tile and has a front hanging portion and a tom portion. Therefore, the purpose of claim 1 can be exhibited by the eaves tile.

According to a third aspect of the present invention, the roof tile is a roof tile, and a water return protrusion is formed from the flat roof part to the round roof part. This is a configuration provided with a stepped portion. Therefore, the purpose of claim 1 can be exhibited by the roof tile.

[Brief description of the drawings]

FIG. 1 is a perspective view of the entire surface of an eaves tile.

FIG. 2 is a rear perspective view of the entire eaves tile.

FIG. 3 is a perspective view of the entire surface of the roof tile.

FIG. 4 is a rear perspective view of the entire roof tile.

FIG. 5 is a schematic diagram illustrating a roofing state.

FIG. 6 is a perspective view of the entire surface of a conventional roof tile.

[Explanation of symbols]

 1 eave roof tile 1 'other eave roof tile 1A front side 1B back side 1a head side 1b end side 1c bottom side 1d end side 1e overlapping part 111 flat tile part 111' end side inside 112 round tile part 113 flat part 114 Part 115 Straight part 2 Front hanging part 3 Bar part 4 Water return ridge 5 Nail hole 6 Stepped part 7 Concave weir 8 Hook 9 Stabilizing piece 10 Locking groove 100 Thread 100A Surface 100B Back 100 'Other ridge 100a Head side 100b End side 100c Butt side 100d End side 100e Overlapping part 100111 Flat tile part 100111 'End side inside 100112 Round tile part 100113 Flat part 100114 Parachute ball mouth part 100115 Straight part 400 Water return ridge 500 Nail hole 600 Stepped part 700 Concave weir 800 Hook 900 Stabilizing piece 1000 Lock groove A Inner side inside B End side head corner C Roof D Slope direction E Horizontal F

Claims (3)

[Claims] 1. A roof tile comprising a flat roof tile partly formed with a step and a round roof part having a ball opening at the bottom and a predetermined width inside an end side of the flat roof tile. A tile having a configuration in which a flat portion is formed, and an end side of the round tile portion is formed as a linear portion, and a linear portion of another tile having the same configuration is laid on the flat portion. 2. The tile according to claim 1, wherein the tile is an eaves tile and has a front hanging portion and a tom portion. 3. The roof tile according to claim 1, wherein the roof tile includes a water return protrusion extending from the flat roof tile portion to the round roof portion, and a stepped portion is formed on the side of the flat roof tile portion of the water return protrusion. Claims
The tile according to 1.