JP6284101B2 - Lagoon tile installation structure - Google Patents

Description

  The present invention relates to a roof tile installation structure in which a plurality of roof tiles are stacked on the left and right sides of a roof ridge line portion.

  As shown in FIG. 6, the roof tiles installed on the roof ridge line are generally a plurality of left and right tile tiles 2A to 2E stacked on the left and right sides of the roof ridge line P, and the left and right tiles on the top. The roof tiles 3E and 2E have crown roof tiles 3 placed thereon.

  And this type of ridge tiles can be displaced due to typhoons, earthquakes, etc., and when it is severe, there is a danger of peeling and collapsing, but in order to prevent such displacement, peeling and collapse, Each of the tile roof tiles 2 </ b> A to 2 </ b> E and the crown roof tile 3 are connected by wires 6 and 7.

  That is, in the ridge tile installation structure of FIG. 6 (the comparison object with this application is the glazed tile installation structure portion), each top tile installed on the left and right on the roof ridgeline portion P (the butt portion of the left and right field boards 8, 8). 1, 1 is stacked on the right and left tiles (2A, 2A to 2E, 2E) in an appropriate number of stages (5 stages in the illustrated example), and each stage (one set) of tiles 2A, 2A to 2E and 2E are connected with a wire 6 for each group. In addition, although the space | interval between the tile tiles 2A, 2A-2E, 2E of each stage (one set) is determined by the operator's amount, the space is gradually reduced toward the upper side, and the upper side The outer edge of the tile is prevented from protruding outside the outer edge of the lower tile.

  On the other hand, clay (stucco) 9 is interposed between the uppermost roof tile 1 and the lowermost roof tile 2, between the upper and lower roof tiles 2 and 2, and between the uppermost roof tile 2 and the roof tile 3. However, the amount of the clay 9 between the tiles is determined by the amount of the operator's eyes. In addition, if there is a difference in the fill amount of the clay 9 interposed between the lower surfaces of the left and right sets of clay tiles (2A, 2A to 2E, 2E), The slope angle is more gradual than that of the tile side tiles with a lot of clay 9 and the height of the inner side ends of the left and right set of tile tiles (2A, 2A to 2E, 2E) is different. There will be a step (especially at the end on the inner side) between the roof tiles of the same height adjacent to each other in the building length direction.

  By the way, the glazed roof tile laminated portion of the ridge is of course important in strength against typhoons and earthquakes, but the glazed roof tile laminated portion also has decorative and aesthetic elements. In other words, on the decorative (aesthetic) surface, the glazed roof tile laminated portion has a linear shape in which the outer surfaces of the glazed roof tiles 2A to 2E on the left and right sides are continuous with each other, and the left and right sides of the entire glazed roof tile. It is required that the side surfaces are aligned (substantially flush with each other) without entering or exiting inward or outward.

  By the way, in the conventional ridge tile installation structure shown in FIG.

  First, a pair of tile roof tiles 2A, 2A to 2E, 2E (there are a total of five levels) located at the same height on the left and right are connected by a wire 6 for each group. Since nothing was connected between the tile roof tiles 2A to 2E, the upper and lower connection strengths of the tile roof tiles 2A to 2E were weak.

  In addition, since each of the roof tiles 2A to 2E is not fixed (connected) to the structure (field boards 8 and 8) at the top of the building, the entire roof tile including the roof tiles 2A to 2E and the crown roof 3 The installation strength was weak. Therefore, for example, when a large earthquake occurs, the entire roof tile may be displaced or collapse with respect to the structure (field boards 8 and 8) at the top of the building.

  On the other hand, decorative and aesthetic elements are also required in the laminated tiles of the roof tile, but in the roof tile installation structure of FIG. 6 (conventional), it becomes an index for positioning particularly when the roof tiles 2A to 2E are installed. There is nothing, and the current situation is that each of the tile roof tiles 2A to 2E is arranged at a position that is considered to be an appropriate position according to the amount (intuition) of the worker. Further, the amount of the clay 9 interposed between the upper and lower roof tiles is also determined by the operator's scale. However, when the arrangement positions of the tile roof tiles 2A to 2E (or the scale of the clay 9) are determined by the worker's scale, the tile tiles 2A to 2E are positioned even by skilled workers. It may be displaced or the posture may be deviated, and an aesthetic difficulty may occur in the laid tile tiles.

  Therefore, in the present invention, in the installation of the roof tiles, the roof tiles laminated on the left and right sides can be individually assembled with high strength, and the laminate of the roof tiles can be assembled beautifully in a decorative and aesthetic manner. It was made for the purpose of providing a glazed roof tile installation structure.

  The present invention has the following configuration as means for solving the above problems. In addition, as illustrated in FIG. 1, the present invention is directed to a funnel tile installation structure in which a plurality of (5 in the illustrated example) each of the roof tiles 2 </ b> A to 2 </ b> E are stacked on the left and right sides of the roof ridge line portion P. Is.

[Invention of Claim 1 of the Present Application]
In the glazed tile installation structure of the invention of claim 1 of the present application, as illustrated in FIGS. 1 and 4 to 5, the left and right glazed tiles 2 </ b> A to 2 </ b> E made of wood that can be nailed are arranged on the roof ridgeline portion P. The tile roof positioning base 4 for positioning is fixed.

The dome tile positioning table 4 has the same height h as the dome tile stack height interval H, the same number as the number of dome tile stacks (5 in the illustrated example), and the width sequentially little by little (for example, 5 to 6 mm). Using a plurality of such long square bars 41 to 45, the respective long square bars 41 to 45 are stacked one after another in a state where the upper long square bars are narrower than the lower long square bars. The one fixed integrally is adopted. Incidentally, in the illustrated example (example), in correspondence with claim 2 described later, another long square member (a narrower width than the fifth step long square member) is provided on the fifth step long square member 45. 46 is stacked, and the roof tile positioning base 4 is configured by a total of six long square members 41 to 46.

And by arranging the tile roof positioning stand 4 as described above, the left and right corners on the upper surface side of the respective long square members (five pieces from the bottom to the fifth step) 41 to 45 are respectively arranged on the respective tile tiles 2A to 2A. Edge mounting portions 51 to 55 on which the ridge side edge 2a of 2E can be mounted are formed. The left and right edge mounting portions 51 to 55 are sequentially stacked in a state where the width center of the upper (narrow) long square member is aligned with the width center of the lower (wide) long square member. The upper long square members 41 to 45 on the lower side can be automatically formed on the left and right corners on the upper surface side.

The roof tile positioning base 4 composed of the above six long square members 41 to 46 is, for example, on the support bases 47 and 47 which are erected and fixed on the roof ridge line portion P with an interval, as in the following examples. First, the bottom (first stage) long square member 41 is placed and fixed (nailed) in a lateral orientation, and then the second stage long square member 42 is placed thereon and the second stage long square member 42 is placed. Are fixed to the first stage long square member 41, and the third stage long square member 43, the fourth stage long square member 44, the fifth stage long square member 45, and the sixth stage long square member 46 are sequentially fixed in the same manner. It can be firmly integrated by screwing in the stacked state.

And since each long square material (5 from the bottom to the 5th stage) 41-45 is using each thing of the same height h as each glazed tile lamination | stacking height space | interval H, those long square materials are used. In a state where 41 to 45 are stacked, a pair of edge mounting portions 51, 51 to 55, 55 at the left and right corners on the upper surface side of the respective long square members 41 to 45 are positioned at the same height. At the same time, the height intervals h of the respective edge-mounted portions 51 to 55 positioned above and below are the same.

  On the other hand, the tile roof tiles 2A to 2E are each provided with a nail insertion hole 23 for fastening a nail near the ridge side edge 2a. As shown in FIGS. 1 to 3, the nail insertion hole 23 is formed so that the nail 10 can be driven inwardly from the upper side of the roof tile.

  And in the glazed roof tile installation structure of the invention of claim 1 of the present application, each of the glazed roof tiles 2A to 2E has the ridge side edge portion 2a at each edge portion hanging portion at a predetermined height position of the glazed roof tile positioning base 4, respectively. The nail 10 is driven into and fixed to the roof tile positioning base 4 through the nail insertion holes 23 in a state of being placed on 51 to 55.

In this glazed tile installation structure according to claim 1, the ridged tiles 2A, 2A to 2E, 2E of each stage as a pair of left and right respectively fix the ridge side edge portions 2a, 2a on the roof ridge line portion P, respectively. Although it hangs on each edge part mounting part 51-55 in each right-and-left side of the roof tile positioning stand 4, one set of edge part mounting parts 51, 51-55, 55 in each right-and-left side mutually Since they are located at the same height, each of the tile roof tiles 2A, 2A to 2E, 2E as one set on the left and right sides is in a symmetrical position with the same height on the left and right , and each of the tile roof tiles 2A to 2 stacked vertically In a state where 2E is assembled at the same height interval H, each ridge side edge 2a of each of the tile roof tiles 2A to 2E is fixed to the tile roof tile positioning table 4 with the nail 10 respectively.

[Invention of claim 2 of the present application]
The invention of claim 2 of the present application is that in the roof tile installation structure of claim 1, the edge hanging portions 51 to 55 of the roof tile positioning base 4 are provided on the ridge side edges of the roof tiles 2A to 2E. The abutting portions 42a to 46a that can abut the front end of the ridge side edge portion 2a in a state where the 2a is put on a predetermined small width are provided, and the abutting portions 42a to 46a are provided with the roof tiles 2A to 2E. The left and right side surfaces of the long square members 42 to 46 positioned on the upper surface sides of the respective edge portion hanging portions 51 to 55 on which the ridge side edge portion 2a is placed are used .

And in this glazed roof tile installation structure of claim 2, when assembling the glazed roof tiles 2A, 2A to 2E, 2E of the respective left and right stages to the glazed roof tile positioning base 4 portion, the respective ridge side edges of the respective roof tiles 2A to 2E The front end of each ridge side edge 2a is brought into contact with each of the abutting portions 42a to 46a (left and right side surfaces of the respective long square members ) in a state where the portion 2a is placed on each of the edge loading portions 51 to 55. As a result, the left and right positions of the tile roof tiles 2A to 2E can be positioned at appropriate positions.

[Effect of the invention of claim 1 of the present application]
The glazed tile installation structure according to claim 1 of the present application has the following effects.

  First, each ridge side edge 2a of each tile tile 2A to 2E laminated on the left and right of the roof ridge line portion P is formed on each side of the left and right sides of the tile tile positioning base 4 fixed on the roof ridge line portion P. Since they are respectively placed on the edge mounting portions 51 to 55 (one set on the left and right sides are located at the same height), each of the left and right sets of tile roof tiles 2A, 2A to 2E, The heights of 2E can be accurately positioned. Therefore, since the height of the tile roof tiles 2A to 2E of each step is aligned linearly in the ridge length direction, the tile tile tiles 2A to 2E can be constructed aesthetically and accurately, and the accurate tiles of the tile tile tiles 2A to 2E can be accurately constructed. There is an effect that the height can be easily adjusted. In the conventional example of FIG. 6, if there is a difference in the amount of the clay 9 interposed on the lower surface side of each of the roof tiles 2A to 2E, the inner side of the pair of left and right roof tiles 2A, 2A to 2E, 2E Although the heights of the end portions are different, such a height difference does not occur in the present application.

  In addition, the left and right tile roof tiles 2A to 2E are mounted on the edge loading sections 51 to 55 of the tile roof positioning base 4 with the respective ridge side edges 2a fixed to the roof ridgeline portion P. Since each ridge side edge 2a is fixed to the roof tile positioning base 4 by nailing, the assembly strength of the roof tiles 2A to 2E can be increased (for example, even when a large earthquake occurs, There is an effect that the tile does not shift or collapse with respect to the structure at the top of the building.

In addition, the edge mounting portions 51 to 55 of each step formed on the left and right side surfaces of the roof tile positioning base 4 are stacked by vertically stacking the respective long square members 41 to 45 that are gradually narrower toward the upper step side. Each of the long square members can be automatically (without special processing) formed on both the left and right corners on the upper surface side.

[Effect of the invention of claim 2 of the present application]
In the invention of claim 2 of the present application, in the roof tile installation structure of claim 1 above, the ridge side edges 2a of the roof tiles 2A to 2E are predetermined on the edge mounting portions 51 to 55 of the roof tile positioning base 4, respectively. Since the abutting portions 42a to 46a that can abut the front end of the ridge side edge portion 2a with only a small width are provided, the left and right positions of the funnel tiles 2A to 2E can be positioned at appropriate positions.

  Therefore, in addition to the effect of the first aspect, in the second aspect, the right and left positions of each of the funnel tiles 2A to 2E can be positioned at appropriate positions, so that the outer end of each of the funnel tiles 2A to 2E can be positioned. Can be constructed neatly without entering and exiting the inside and outside directions, and there is an effect that the alignment of each of the tile roof tiles 2A to 2E can be easily performed. In the conventional example of FIG. 6, the positioning of the tile roof tiles 2A to 2E installed in each stage is determined by the amount of each worker, so even each skilled worker's work The roof tiles 2A to 2E may be displaced in the inner and outer directions, but in the second aspect of the present invention, the roof tiles 2A to 2E are not displaced in the inner and outer directions.

Moreover, since each said abutting part 42a-46a utilizes each right and left side surface of each said long square material 42-46, it can form without carrying out a special process.

It is sectional drawing of the ridge part which employ | adopted the glazed roof tile installation structure of this-application Example. It is a perspective view of the funnel tile used for the funnel tile installation structure of FIG. FIG. 3 is a cross-sectional view corresponding to III-III in FIG. 2. It is a perspective view of the roof ridgeline part vicinity which employs the glazed tile installation structure of FIG. It is explanatory drawing of the construction initial stage in the glazed roof tile installation structure of FIG. It is sectional drawing which shows the conventional glazed roof tile installation structure.

[Example]
Hereinafter, with reference to FIGS. 1 to 5, the roof tile installation structure of the present embodiment will be described.

  The roof tile installation structure of the present embodiment shown in FIG. 1 has left and right top tiles 1 and 1 installed on the left and right sides of the roof ridgeline portion P (abutting portion of the field plates 8 and 8) as ridge tiles. Five sets of tile roof tiles 2A to 2E, each having two tile roof tiles, are stacked, and a crown tile 3 is placed on the top left and right set of tile roof tiles 2E and 2E. In addition, the number of steps of the tiles 2A to 2E can be an appropriate number (two or more) as long as it is a plurality of steps. Further, in this embodiment, the reference numerals 2A to 2E attached to the roof tiles of each stage are 2A is the lowest stage (first stage), 2B is the second stage from the bottom, 2C is the third stage from the bottom, 2D is the fourth level from the bottom, and 2E is the top level (the fifth level).

  Each of the tile roof tiles 2A to 2E is formed in a rectangular shape having a predetermined area with a slightly curved flat plate shape. Each of the tile roof tiles 2A to 2E is provided with a nail insertion hole 23 for fastening a nail near the side edge (ridge side edge) 2a on the side close to the roof ridge line portion P in the installed state. In this embodiment, as shown in FIG. 2, the nail insertion holes 23 are provided at three positions spaced apart.

  As shown in FIGS. 2 and 3, each of the nail insertion holes 23, 23, 23 is configured so that the nail 10 can be driven obliquely inward (for example, at an angle of 60 °). In view of die cutting at the time of molding, it may be formed in a divergent shape (trumpet shape) downward. Further, a stepped portion 21 is formed on the upper surface of the roof tiles 2A to 2E near the ridge side edge portion 2a, an inclined surface portion 22 is provided on the eave side, and a nail insertion hole 23 is provided in the inclined surface portion 22. Thus, when the nail 10 is driven in an oblique direction (for example, an angle of 60 °), the head of the nail 10 can be seated in an oblique state (see reference numeral 10 'in FIG. 3).

  On the roof ridgeline portion P, a roof tile positioning base 4 made of a material that can be nailed and for positioning the left and right roof tiles 2A to 2E is fixed.

  In this embodiment, as the roof tile positioning base 4, a board made of wood and stacked with six long square members 41 to 46 from the first stage to the sixth stage is used. Then, as shown in FIG. 4, the tile roof positioning base 4 is first placed on the support bases 47, 47, which are erected and fixed on the roof ridge line portion P with a gap (first pair of left and right sides) 47, 47. A first-stage long square member 41 is placed in a lateral orientation and fixed with nails 48, 48 from the left and right sides, and then a second-stage long square member 42 is placed thereon to place the second-stage long square member 41. 42 is fixed to the first first-stage long square member 41 with screws 49, and in the same manner, the third-stage long square member 43, the fourth-stage long square member 44, the fifth-stage long square member 45, and the sixth-stage long member. The square members 46 are firmly integrated by screwing screws 49, 49,. Therefore, the tile tile positioning table 4 made of the long square members 41 to 46 is fixed on the roof ridge line portion P in a stable posture.

  Note that the tile roof positioning platform 4 is composed of six long square members 41 to 46 from the first stage to the sixth stage, but in this embodiment, FIG. 1, FIG. 4, and FIG. As shown, a seventh-stage long square member 40A for fixing the crown tile 3 (FIG. 1) with screws 8 is stacked on the sixth-stage long square member 46. The seventh-stage long square member 40A is also integrated with the sixth-stage long square member 46 with screws 49. In other embodiments, the seventh-stage long square member 40A may be omitted.

  The heights (height h in FIG. 5) of the first to sixth steps of the long square members 41 to 46 constituting the roof tile positioning base 4 are the stacks of the tile roof tiles 2A to 2E stacked vertically. It is set to be the same as the height interval (interval H in FIG. 1). The height h (and the interval H) is not particularly limited, but for example, about 30 mm is appropriate.

On the other hand, the width of each of the first to sixth long square members 41 to 46 is set so that the upper one is sequentially narrowed by, for example, about 5 to 6 mm from the lower one. Then, two long square bars (for example, a first stage long square 41 and a second stage long square 42, a second stage long square 42 and a third stage long square 43, and so on) In the five-stage long square member 45 and the sixth-stage long square member 46), the left and right corners on the upper surface side of the lower-stage long square member (for example, the first-stage long square member 41) have small widths indicated by T in FIG. Horizontal shelf portions (reference numerals 51 to 55) of T = about 2.5 to 3 mm, for example, are formed, and these horizontal shelf portions (reference numerals 51 to 55) are ridge side edges of the roof tiles 2A to 2E. It becomes the edge part mounting parts 51-55 for mounting 2a. In addition, as shown in FIG. 5, for example, as shown in FIG. 5, the edge mounting portions 51 to 55 of the left and right steps are arranged such that the width center of the upper (narrow) long square material is the width center of the lower (wide) long square member. By stacking in a state of being aligned with each other, each of the long square members 41 to 45 can be automatically (without special processing) formed on the left and right corners on the upper surface side.

  In addition, on each of the edge loading portions 51 to 55, the ridge side edge 2a of each of the roof tiles 2A to 2E is placed on a predetermined small width (for example, the width T in FIG. 5) of the ridge side edge 2a. The abutting portions 42a to 46a that can abut the front ends are provided. Each of the abutting portions 42a to 46a is an upper-stage long piece placed on a lower-stage long square member (for example, the first-stage long square member 41) having the edge-hanging portion (eg, reference numeral 51). The left and right side surfaces (for example, reference numerals 42a and 42a) of the square member (for example, the second-stage long square member 42) correspond to them.

  The glazed tile installation structure of the embodiment shown in FIGS. 1 to 5 is assembled as follows.

  First, as shown in FIG. 4, on the roof ridgeline part P (the abutting part of the left and right baseboards 8 and 8), the glazed tile positioning base 4 composed of a plurality of (6 stages) long square members 41 to 46 is provided. It is fixed in a posture parallel to the roof ridgeline portion P via the support bases 47 and 47. In this embodiment, as shown in FIG. 4, the seventh step long square member 40 </ b> A for fixing the roof tile screw is also simultaneously fixed with the screw 49 on the sixth step long square member 46.

  On the left and right side surfaces of the roof tile positioning base 4, five edge mounting portions 51 to 55 are provided at predetermined intervals (height h in FIG. 5). In addition, the edge part mounting parts of each side made into 1 set of right and left are each located in the mutually same height.

  Then, as shown in FIG. 5, with the clay 9 interposed on the left and right rail tiles 1, 1 installed on the uppermost portions of the respective base plates 8, 8, the lowest tile roof tile 2 </ b> A is placed thereon. At that time, as shown by the right side tile 2A of FIG. 5, the clay 9 on the roof tile 1 is pressed by the lower surface of the side tile 2A so that the ridge side edge 2a is at the lowest level. It is placed on the right-side first-stage edge portion placing portion 51 located. At this time, the eaves side edge 2b (FIG. 5) of the first-tiered roof tile 2A is also joined to the upper surface of the roof tile 1, but in this state, the first-tiered roof tile 2A is vertically and inward and outward. It is positioned at the correct proper position.

Next, the nail 10 is passed through the nail insertion holes (there are three locations) 23 in the ridge side edge 2a with respect to the above positioned first-stage right tile tile 2A, and the nail 10 is placed in the first tile length stand 4 (first step length). When driven into the square rod 41), the first-tier right tile tile 2A can be firmly fixed to the tile tile positioning base 4. Similarly, the left-side first stage roof tile 2A (FIG. 1) is similarly placed on the nail 10 through the nail insertion hole 23 with the ridge-side edge 2a placed on the left-side first stage edge hanging part 51. Is driven into the roof tile positioning base 4, the left and right first floor roof tiles 2A, 2A can be installed. In addition, the construction of the first floor tiles 2A and 2A is sequentially performed over the entire length in the building length direction.

  After the installation of the first stage roof tiles 2A, 2A is completed, the left and right second floor tiles 2B, 2B are stacked on the first stage roof tiles 2A, 2A. Similarly to the above, each of the tile roof tiles 2B and 2B is mounted on the ridge side edge portions 2a and 2a on the left and right edge mounting portions 52 and 52, respectively, and then nail through the nail insertion holes 23. 10 is driven into the roof tile positioning base 4 (second-stage long square member 42), so that the left and right second floor roof tiles 2B and 2B can be installed.

  Then, as shown in FIG. 1, after stacking the roof tiles 2C, 2D, 2E of the third and subsequent stages in the same manner as described above, the crown tile 3 is placed on each of the top tiles 2E, 2E, The entire roof tile of this embodiment can be constructed by fixing the crown tile 3 from the upper surface side to the seventh step long square member 40B with screws (screws with packing) 8. In this embodiment, no clay 9 is interposed between the tiles above the first stage roof tile 2A (between the upper and lower floor tiles and between the uppermost floor tile 3E and the crown tile 3).

  The glazed tile installation structure of this embodiment has the following functions.

  First, each ridge side edge 2a of each tile tile 2A to 2E laminated on the left and right of the roof ridge line portion P is formed on each side of the left and right sides of the tile tile positioning base 4 fixed on the roof ridge line portion P. Since they are respectively mounted on the edge mounting portions 51 to 55 of the steps, the heights of the respective tile roof tiles 2A, 2A to 2E, 2E in the left and right groups can be accurately positioned. Therefore, since the height of the tile roof tiles 2A to 2E of each step is aligned linearly in the ridge length direction, the tile tile tiles 2A to 2E can be constructed aesthetically and accurately, and the accurate tiles of the tile tile tiles 2A to 2E can be accurately constructed. Easily adjust the height.

  In addition, the left and right tile roof tiles 2A to 2E are mounted on the edge loading sections 51 to 55 of the tile roof positioning base 4 with the respective ridge side edges 2a fixed to the roof ridgeline portion P. Since each ridge side edge 2a is fixed to the roof tile positioning base 4 by nailing, the assembly strength of the roof tiles 2A to 2E can be increased (for example, even when a large earthquake occurs, The roof tiles do not shift or collapse with respect to the structure at the top of the building).

In addition, the left and right edge edge mounting portions 51 to 55 provided on the left and right side surfaces of the roof tile positioning base 4 are respectively the upper (narrow) long square material and the lower (wide) long square material. By stacking in a state of being aligned with the center of the width of each of the long square members 41 to 45, it can be automatically formed (without special processing) on the left and right corners on the upper surface side.

  Further, when the ridge side edges 2a of the left and right tile roof tiles 2A to 2E are placed on the respective edge loading parts 51 to 55, the front ends of the ridge side edge parts 2a of the tile tiles 2A to 2E are opposed to each other. By colliding with the mating portions 42a to 46a, the left and right positions of the respective tile roof tiles 2A to 2E can be positioned at appropriate positions, so that the outer ends of the respective tile roof tiles 2A to 2E can be neatly constructed without going in and out. In addition, it is possible to easily align the inner tiles 2A to 2E.

Moreover, since each said abutting part 42a-46a utilizes each right and left side surface of each said long square material 42-46, it can form without carrying out a special process.

  Each of the tile roof tiles 2A to 2E with the nail insertion holes 23 used in this embodiment can also be used when a pair of left and right tile roof tiles are bound with a wire as shown in FIG. The nail insertion hole 23 can be used as a wire insertion hole.

  1 is a roof tile, 2A to 2E are tile roof tiles at each stage, 2a is a ridge side edge of the tile roof tile, 3 is a crown tile, 4 is a roof tile positioning base, 10 is a nail, 23 is a nail insertion hole, 41 to 45 are Long square members, 42a to 46a are abutting portions, 51 to 55 are edge mounting portions, and P is a roof ridge line portion.

Claims (2)

A roof tile installation structure in which a plurality of roof tiles (2A to 2E) are stacked on the left and right sides of the roof ridge line portion (P),
On the roof ridgeline part (P), a glazed tile positioning base (4) for positioning the left and right glazed tiles (2A to 2E) made of nailed wood is fixed,
The dome tile positioning stand (4) has a plurality of long square members having the same height (h) as the dome tile stack height interval (H), the same number as the dome tile stack number, and the width gradually decreasing. (41-45), each of the long square bars (41-45) are stacked and fixed in an integrated manner in a state where the upper long square bars are narrower than the lower long square bars. By adopting the edge-mounting portion (2a) on which the ridge-side edge (2a) of each of the glazed tiles (2A to 2E) can be placed on the left and right corners on the upper surface side of each of the long square members (41 to 45) ( 51-55),
Each of the tile roof tiles (2A to 2E) uses one provided with a nail insertion hole (23) for fastening a nail near the ridge side edge (2a),
Each of the tile roof tiles (2A to 2E) places the ridge side edge portion (2a) on the edge portion hanging portion (51 to 55) at a predetermined height position of the tile roof tile positioning base (4). In this state, the nail (10) is driven and fixed through the nail insertion hole (23) to the tile tile positioning base (4).
A glazed tile installation structure characterized by that. In claim 1,
The ridge side edge (2a) of each of the above-mentioned roof tiles (2A to 2E) is mounted on the respective edge mounting portions (51 to 55) of the above-mentioned roof tile positioning base (4) by a predetermined small width (T). In addition, an abutting portion (42a to 46a) that can abut the front end of the ridge side edge (2a) is provided ,
Each said abutting part (42a-46a) is located in each upper surface side of each said edge part mounting part (51-55) on which the ridge side edge part (2a) of the glazed roof tile (2A-2E) was mounted. Utilizing the left and right sides of the long square material (42-46),
A glazed tile installation structure characterized by that.

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