JPH0722423Y2 - Tile roof ridge and crown tile used for it - Google Patents

Description

[Detailed description of the invention] [Object of the invention] Industrial application field The present invention is adjustable with respect to the length of the ridge, and also serves as a ridge stop tile and a three-pronged roof tile, The present invention relates to a tile roof ridge portion for preventing collapse and crown tiles used for the ridge.

2. Description of the Related Art Conventionally, a ridge part of a tiled roof is a large ridge which is the ridge part, a crown tile to be crowned on a corner descending ridge, and a ridge roof tile fitted and connected in a butt shape corresponding to the shape of the crown tile. Although it is composed of three-pronged roof tiles, such crown roof tiles, ridge roof tiles, and three-pronged roof tiles are standard products with specified dimensions, whereas the length and slope of the ridge are arbitrarily set by the building. , Standard tile, roof tile,
It is not possible to cope with the length of the ridge by simply connecting the three-pronged roof tiles. Therefore, at the time of construction, the ridge-stop tile and the end of the crown roof tile that simply connects the three-pronged roof tiles should be divided into shorter lengths. Adjustments have to be made and such work has the drawback of being very skilled and laborious.

Also, especially in the case of a three-pronged roof tile, there is no role roof tile that doubles as it is significantly different from the shape of the building stop roof tile due to its shape.
In addition, it is difficult to form a three-pronged tile into a uniform shape due to distortion, etc., and the number of tiles used in a building is very small, and the size corresponding to the slope of the tile roof is not manufactured due to high cost. Creates a gap even if the tile roof has a slope that conforms to the three-pronged tile standard, and more work is required to fill this gap with plaster etc. during construction.The latter is similar to the former due to the difference in tile roof slope. Had the drawback that

The problem to be solved by the invention is to make the main roof tile slidable to the crown roof tile when constructing the roof part and the three-part structure of the tile roof to easily adjust the length of the large ridge to the ridge part and the three-part structure. It can be easily placed to significantly improve the construction time, and sleeve tiles can be used for the ridge stop and corner canopy tiles for the three-pronged section, both of which can be combined using a single type of roof tile. We will provide a roof tile ridge and a roof tile to be used for it, which can respond to arbitrary slopes with the same standard tiles, and can reliably prevent collapse of loads during packing work when stacking crown bodies. It is a thing.

[Constitution of device]

Means for Solving the Problems In view of the problems related to the construction and packing based on the above-mentioned conventional technology, the present invention allows the roof tile to be slidable with respect to the roof tile to improve the workability of the ridge portion and to stop the roof tile. A tile roof ridge whose purpose is to reduce the number of members used for tile roofs by also using roof tiles or three-story tiles, and also to correspond to any gradient of tile roofs, and to prevent load collapse during packing. The above problem is not solved by providing a roof part and a crown tile used for the part.

As for the ridge of the tile roof, a crown is formed by forming sleeves at the lower ends of the slopes on both sides to form a crown-shaped straight main body, and forming a bead at one end of the crown main body. It is fitted and connected to a large building of a tiled roof in which cross-shaped tiles, plate-shaped tiles, etc. are roofed, and one head edge is formed by continuously intersecting one edge of both slopes that are one size larger than the crown tile. Surfaces are integrally formed, and a slant is formed at the lower ends of the inclined surface and the head slanted surface, and a roof tile with a connecting notch formed at one end of the slant is slid with respect to the roof tiles corresponding to the ridge stop and the three-pronged portion. The roof tiles are freely crowned, and sleeve tiles or corner roof tiles are connected to the connecting notches.

Further, as a crown tile, a ridge is formed along both edges of the inclined surface of the crown main body, and when both ends of the ridge are stacked with other crown main bodies, the lower part of the sleeve is positioned outside. As shown in FIG.

Effect In the present invention, crown tiles are arranged in the length direction of the large ridge roof, and the roof tiles are crowned on the crown tiles at the positions corresponding to the ridge stop or the three-pronged portion. Slide adjustment in the direction and place it at a predetermined position on the ridge stop or three-pronged part, and fit the sleeve tile or corner ridge roof tile into the connecting notch of the ridge roof tile so that it also serves as the ridge stop tile or three-pronged tile. Regarding roof tiles, the lower parts of the sleeves of the upper roof tile come into contact with the outside of both ends of the protrusions of the lower roof tile, respectively, and the stacks are sequentially stacked so that the displacement of the roof tiles to both sides is restricted. Is done.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings. 1 is a roof tile made of ceramics according to the present invention, and the roof tile 1 has slopes 2 and 2a continuously extending from both sides of a central ridgeline. And the sleeves 3 and 3a are formed so as to hang down from the lower ends of the inclined surfaces 2 and 2a to form the crown main body 4 in a mountain-shaped linear form, and the other crown main body 4 is formed at one end of the crown main body 4. Forming a bead portion 5 that is fitted in and connected to the inside of the.

6, 6a are ridges formed along both edges of the surface 7 of the crown body 4, and both ends 8, 8a of the ridges 6, 6a (both sides of the crown body 4) are other crown bodies. In order that the lower portions of the sleeves 3 and 3a may be positioned outward when the sleeves 4 are stacked, the inner positions corresponding to the thick widths of the sleeves 3 and 3a are set from the both side edges of the crown body 4.

In the figure, 9 is a water repellent formed at the end of the bead 5, and 10 is a groove formed on the back surface 11 of the other end of the crown body 4.

Reference numeral 12 is a roof tile that is fitted and connected to the crown tile 1, and is a ceramic tile that also serves as a three-pronged tile, and the tile 12 is one size larger than the crown tile 1 and is continuous on both sides from the central ridgeline. Slope 1
3 and 13a are formed, and a head inclined surface 14 that continuously intersects one edge of the inclined surfaces 13 and 13a is integrally formed.
3 and 13a and the lower end portion of the head inclined surface 14 are continuously formed to hang down to form the hand main body 16 in a mountain-shaped linear form.

Reference numeral 17 is a connection notch, and the connection notch 17 is notched in a paragraph shape on one end side so that the hanging size of the sag 15 on the other end side of the inclined surfaces 13 and 13a is larger than the sagging size of the sag 15 of other parts. Is forming.

In addition, the lower end surface of the sag 15 (including the connecting cutout 17) is formed so as to be inclined downward toward the outside.

Incidentally, reference numeral 18 in the figure denotes a water repellent provided on the back surface of the hand body 16 on the other end side.

Next, the construction of the ridge part according to the present invention will be described. First, regarding the case where the working tile 12 is used as a building stop tile,
Japanese-style, flat plate-shaped roof tiles 19 and sleeve tiles 20 are tiled in the lengthwise direction of a large ridge 21 of a tile roof. Use tile 12 on the corresponding roof tile 1
And slide adjustment in the length direction of the large ridge 21
It is placed at a predetermined position.

In this state, the sleeve tile 20 is fitted into the connecting notch 17 of the crown tile 1 of the ridge stop 22 to form the ridge stop 22, and if necessary, the door tile 23 May be provided.

Next, when the role tile 12 is used as a three-pronged tile, the crown tiles 1 are mounted by sequentially fitting and connecting in the length direction of the large ridge 21 of the tile roof on which the cross tile 19 such as a flat plate is roofed. Place and fix it, then cover the roof tile 1 on the crown tile 1 at the position corresponding to the three-forked portion 24, slide it in the longitudinal direction of the large ridge 21 and place it at the predetermined position of the three-forked portion 24, and then descend the corner. The corner of the roof tile 26, which is formed in a straight line in the shape of a triangular mountain that is erected in the ridge 25, has three end portions.
The three-pronged portion 24 is formed by fitting it into the connecting notch 17 of the 24 roof tiles 1.

Next, as for the crown tile 1, as shown in FIG. 7, the crown tile 1 on the upper side is located outside the both ends 8, 8a of the ridges 6, 6a of the crown tile 1 on the lower side.
By sequentially stacking the lower surfaces 11 of the lower portions of the sleeves 3 and 3a in contact with each other, the positional deviation of the crown tiles 1 to both sides is regulated.

In addition, regarding the connecting portion between the roof tiles 1 and the connecting portion between the roof tile 1 and the role tile 12, rainwater intrusion is restricted by the respective water repellent 9, groove 10 and ridges 6, 6a, and water repellent 18. is there.

[Effect of device]

In short, the present invention is such that the sleeves 3 and 3a are attached to the lower ends of the inclined surfaces 2 and 2a on both sides.
Is formed to form the crown main body 4 in the shape of a mountain, and the crown roof tile 1 in which the bead portion 5 is formed at one end of the crown main body 4 is covered with a Japanese-style or flat plate-like cross tile 19. It is fitted and connected to the large ridge 21 of a tiled roof, and is formed to be slightly larger than the crown tile 1 on both sides.
Is integrally formed, and a slant 15 is formed at the lower ends of the inclined surfaces 13 and 13a and the head slanted surface 14, and a roof tile 12 in which a connecting notch 17 is formed at one end side of the slant 15 is attached to the ridge stop 22, a three-pronged portion. Since the crown tile 1 corresponding to 24 is slidably capped and the sleeve tile 20 or the corner tower crown tile 26 is connected to the connecting cutout 17,
Since the roof tile 12 is slidable with respect to the crown tile 1 when constructing the ridge stop 22 and the three-pronged portion 24 on the tile roof, the length of the large ridge 21 is divided by dividing the end portion of the crown tile 1 as in the conventional case. It does not require the troublesome work of adjusting the roof tiles, just by adjusting the sliding tile 12 to match the length of the large ridge 21 and the ridge stop 22, three-part 24
It is possible to arrange the ridge stop 22 and the three-pronged portion 24 much more easily than before, and to shorten the construction time. In that case, since the sleeve tile 20 and the three-sided part 24 can be connected by combining both of the corner tower tiles 26 with one type of tile tile 12, the standard three-piece tiles as in the past are not required. It is possible to reduce the number of members used for the adjacent tiled roof, and it is possible to cope with an arbitrary slope of the tiled roof with the role tile 12 of the same standard product.

In addition, sleeves 3 and 3a are formed at the lower ends of the inclined surfaces 2 and 2a at both ends to form a crown main body 4 in a mountain-shaped linear shape, and the crown main body 4 projects along both edge portions of the inclined surfaces 2 and 2a. When the strips 6 and 6a are formed and the ends 8 and 8a of the strips 6 and 6a are stacked on another crown body 4, the crowns are arranged so that the lower parts of the sleeves 3 and 3a are located outward. Since it is located inward from both side edges of the main body 4, when stacked, it is below the sleeves 3 and 3a of the upper roof tile 1 outside the both ends 8 and 8a of the protrusions 6 and 6a of the lower roof tile 1 at the time of stacking. Since the backsides 11 of the parts are brought into contact with each other to prevent the positional displacement of the crown tiles 1 to the both sides, it is possible to surely prevent the collapse of the load during the packing work. It will be.

[Brief description of drawings]

FIG. 1 shows an embodiment of the present invention. FIG. 1 is a perspective view showing a construction of a ridge stop, which is a ridge according to the present invention, and FIG. 2 is a perspective view showing a construction of a three-pronged portion. FIG. 3 is a cross-sectional view of a roof tile and a roof tile in a superposed state, FIG. 4 is a plan view of the roof tile, and FIG.
The figure is a right side view of the same as above, FIG. 6 is a front view of the same above, FIG. 7 is a stacking state view of the same above, FIG. 8 is a plan view of a roof tile, FIG. 9 is a right side view of the same, and FIG. 10 is a front view of the same. Is. 1 roof tile, 2, 2a inclined surface, 3, 3a sleeve 4 crown body, 5 bead edge, 6, 6a ridge 8, 8a ... Both ends, 12 role tiles, 13, 13a inclined surface 14 head inclined surface, 15 Dripping, 17 connecting notches 19 cross tiles, 20 sleeve tiles, 21 large ridges, 22 ridge stops, 24 three-sided parts, 26 corner ridge crown tiles

Claims (2)

[Scope of utility model registration request] 1. A crown tile in which sleeves are formed at the lower ends of the inclined surfaces at both ends to form a crown-shaped linear body, and a crown portion is formed at one end of the crown body, a crown tile, a flat plate shape, etc. The roof tiles are fitted and connected to a large roof tile roof, and the head sloped surface is integrally formed by continuously intersecting one edge of the sloped surface on both sides that is slightly larger than the crown tile. , A slant is formed at the lower ends of the inclined surface and the head slanted surface, and a roof tile having a connecting notch formed at one end of the slant is slidably capped on the roof tile corresponding to the ridge stop or the three-pronged portion. At the same time, a tile roof ridge is characterized by connecting sleeve tiles or corner ridge tiles to the connecting cutouts. 2. A crown main body is formed in a linear shape in a mountain shape by forming sleeves at the lower ends of the inclined surfaces at both ends, and ridges are formed along both edges of the inclined surface of the crown main body. A crown tile characterized in that both ends of the crown body are positioned inward from both side edges of the crown body so that the lower part of the sleeve is located outwardly when the other crown bodies are stacked.