JP4108489B2 - Adjustment tile for disaster prevention - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a disaster prevention adjustment tile capable of adjusting a clearance width.
[0002]
[Prior art]
Conventionally, roof tiles for disaster prevention (earthquake resistance, wind and rain) and roof tiles that can be adjusted in width are individually formed. Accordingly, a roof tile that can achieve these two goals did not actually exist to the extent that the inventor knows. In addition, prior literatures were investigated, but there was no literature corresponding to this.
[0003]
As said disaster prevention tile, there exists "crossing roof tile (it is assumed that a roof tile)" of Unexamined-Japanese-Patent No. 2002-61337 (reference 1). The details are as follows: a projecting piece is provided at the bottom of the notch provided in the head insertion corner of the roof tile, and a recess and a pressing piece provided at the corner of the bottom ridge are provided, and the projecting piece is inserted into the recess. It is the structure which presses the slightly inward head insertion part of a piece with the said pressing piece. Therefore, for example, even if the slanted lower roof tile protrusion is damaged, the holding piece can be used to prevent the slanted bottom roof tile from being scattered or displaced.
[0004]
Moreover, as an adjustment roof tile, there exists a roof tile of Unexamined-Japanese-Patent No. 2000-257213 which this applicant proposes (reference 2). The content is the structure which formed the insertion side water return protrusion on the tile main body surface in the insertion side of a tile main body a little inside, and made the insertion side the diagonal end part. Therefore, by adjusting the tile main body slightly, the alignment size of the tile can be adjusted. Moreover, this invention is a structure which aims at the surface sliding contact between tile main bodies, and latching by the notch part for engagement. Therefore, there is an actual benefit that can improve rain, earthquake resistance, and wind resistance.
[0005]
[Problems to be solved by the invention]
As described above, Document 1 functions as a disaster prevention tile. Reference 2 functions as an adjustment roof tile. Therefore, in these documents 1 and 2, each of the disaster prevention tile and the adjustment tile is a separate structure. However, there is a problem that cannot be satisfied with the provision of high-value-added roof tiles that have strong demands from the market and can perform both functions.
[0006]
The present invention provides a disaster prevention adjustment tile having high added value that functions as the above-described disaster prevention tile and also functions as an adjustment tile.
[0007]
[Means for Solving the Problems]
The invention of claim 1 is a high-value-added disaster prevention roof tile that functions as a disaster prevention roof tile and also functions as an adjustment roof tile, and also has at least two ridges and widths for use in adjusting the width of the plow and returning water. Using at least two ridges for adjustment, and at least three types of clearance width (building direction) adjustment is possible, and it is also possible to use disaster prevention adjustment tiles that allow a number of people to perform predetermined matching with one touch, etc. Intended. And, since it is a configuration in which at least two ridges for adjusting the clearance width are fitted into a gap formed by at least two ridges for adjusting the width of the clearance and water return and the insertion side water return ridge portion, It is intended to prevent gaps in the width direction (seismic and wind and rain effects) while adjusting the width. Also, the disaster prevention function in the width direction, the recess provided through the second water return ridge provided in the bottom side water return ridge of the water return ridge, and the surface for fitting and water return Prevention of misalignment in the direction of the landing leg (roof flow direction) through fitting by the side weir, the groove for fitting at the end of the head side, and the back side weir for fitting located inside the groove Is intended.
[0008]
Claim 1 is an adjustment roof tile provided with a single-line-shaped cut at the corner of the buttock and a single-line-shaped cut at the head-inserted corner.
A surface of the adjustment roof, which includes a bottom side water return ridge portion and a insertion side water return ridge portion extending from the butt side to the insertion side, and at least of the insertion side water return ridge portion. first for width adjustment and water flashing handed along the tile inwardly, the second to form a protrusion, a second water flashing collision provided along the tile inwardly of the trailing water flashing rib portion A recess is provided between the strip, the second water return ridge, and the surface side weir for fitting and water return provided along the inner side of the tile of the second water return ridge ,
Further, at least the first and second protrusions for adjusting the clearance width are formed on the rear surface of the adjustment tile on the heel side, and the head suspension provided on the head side end, between the dripping and the head hanging back side weir which is provided along the tile inwardly of, is adjusted tile for disaster prevention, characterized in that said surface side weir has a groove for fitting to be fitted .
[0009]
The invention according to claim 2 achieves the object of claim 1, and also provides a disaster prevention function in the width direction, and a second water return ridge provided alongside the bottom water return ridge of the water return ridge. A recessed portion provided through the surface, a surface side weir for fitting and water return, and a butt side water return ridge, a groove for fitting at the end on the head side, and a fitting provided inside the groove It is intended to prevent slippage in the direction of the toe leg through fitting by a backside weir for use and a backside recess for fitting provided in the inside of the backside weir.
[0010]
Claim 2 is an adjustment tile provided with a single-cut shape cut at the corner of the hip and a single-cut shape cut at the head insertion corner,
A surface of the adjustment roof, which includes a bottom side water return ridge portion and a insertion side water return ridge portion extending from the butt side to the insertion side, and at least of the insertion side water return ridge portion. first for width adjustment and water flashing handed along the tile inwardly, the second to form a protrusion, a second water flashing collision provided along the tile inwardly of the trailing water flashing rib portion A recess is provided between the strip, the second water return ridge, and the surface side weir for fitting and water return provided along the inner side of the tile of the second water return ridge ,
Further, at least the first and second protrusions for adjusting the clearance width are formed on the rear surface of the adjustment tile on the heel side, and the head suspension provided on the head side end, during disposed along the drooping and tiles inner side of the head sagging the back side weir, the surface side weir forms a groove for fitting to be fitted, further to the tile inwardly of the rear surface side weir In addition , the adjustment roof tile for disaster prevention is characterized in that a back-side depression portion for fitting into which the butt-side water return protrusion is fitted is formed .
[0011]
The invention according to claim 3 achieves the object of claim 1, and also provides a disaster prevention function in the width direction and a second water return ridge provided in the butt side water return ridge portion of the water return ridge. A surface-side dam for fitting and returning water, a surface-side dent for fitting side by side on the inside of the surface-side weir, a butt-side water-feeding ridge, and a head-side dam Through the fitting by the fitting groove at the end, the backside weir for fitting adjacent to the inside of the groove, and the head sag for fitting adjacent to the outside of the groove, It is intended to prevent misalignment.
[0012]
Claim 3 is a substantially rectangular adjustment tile,
A surface of the adjustment roof, which includes a bottom side water return ridge portion and a insertion side water return ridge portion extending from the butt side to the insertion side, and at least of the insertion side water return ridge portion. first for width adjustment and water flashing handed along the tile inwardly, the second to form a protrusion, a second water flashing collision provided along the tile inwardly of the trailing water flashing rib portion A recess is provided between the strip, the second water return ridge, and the surface side weir for fitting and water return provided along the inner side of the tile of the second water return ridge ,
Further, at least the first and second protrusions for adjusting the clearance width are formed on the rear surface of the adjustment tile on the heel side, and the head suspension provided on the head side end, between the dripping and the head hanging back side weir which is provided along the tile inwardly of, is adjusted tile for disaster prevention, characterized in that said surface side weir has a groove for fitting to be fitted .
[0013]
The invention according to claim 4 achieves the object of claim 1 , and further includes a disaster prevention function in the width direction, and a second water return ridge provided in the butt side water return ridge portion of the water return ridge. A surface-side dam for fitting and returning water, a surface-side dent for fitting side by side on the inside of the surface-side weir, a butt-side water-feeding ridge, and a head-side dam A fitting groove at the end, a backside weir for fitting adjacent to the inside of the groove, a backside recess for fitting provided inside the backside weir, and the outside of the groove It is intended to prevent slipping in the direction of the toe leg through fitting with the head sag for fitting.
[0014]
Claim 4 is a substantially rectangular adjustment roof tile,
A surface of the adjustment roof, which includes a bottom side water return ridge portion and a insertion side water return ridge portion extending from the butt side to the insertion side, and at least of the insertion side water return ridge portion. first for width adjustment and water flashing handed along the tile inwardly, the second to form a protrusion, a second water flashing collision provided along the tile inwardly of the trailing water flashing rib portion A recess is provided between the strip, the second water return ridge, and the surface side weir for fitting and water return provided along the inner side of the tile of the second water return ridge ,
Further, at least the first and second protrusions for adjusting the clearance width are formed on the rear surface of the adjustment tile on the heel side, and the head suspension provided on the head side end, during disposed along the drooping and tiles inner side of the head sagging the back side weir, the surface side weir forms a groove for fitting to be fitted, further to the tile inwardly of the rear surface side weir In addition , the adjustment roof tile for disaster prevention is characterized in that a back-side depression portion for fitting into which the butt-side water return protrusion is fitted is formed .
[0015]
The invention of claim 5 is intended to provide an adjustment roof tile that is optimal for achieving the objects of claims 1 to 4.
[0016]
According to a fifth aspect of the present invention, there is provided an emergency roof tile for disaster prevention in which an inclined chamfered portion is formed on the top side of the front surface of the adjustable roof tile according to any one of the first to fourth aspects.
[0017]
DETAILED DESCRIPTION OF THE INVENTION
FIGS. 1-10 is an Example corresponding to Claim 1, (a) Width adjustment (division adjustment) is demonstrated. : The clearance width of the intermediate dimension (intermediate) is the first for adjusting the clearance width of the adjacent adjustment tile (adjacent adjustment tile) so as to sandwich the first protrusion for adjusting the width of the clearance and returning water on the surface of the adjustment tile. A ridge and a second ridge for adjusting the clearance are provided. At this time, the reverse side of the adjacent adjustment tile is brought into contact (contact) with the inner surface of the adjustment tile on the insertion side. On the other hand, the insertion side water return ridge of the adjustment tile is attached to the rear surface of the adjacent adjustment tile. With this squeezing configuration, displacement prevention in the width direction and positioning (width) are determined. Moreover, it is possible to facilitate the installation of the adjustment tile. : The minimum dimension (minimum) clearance width includes the first protrusion for adjusting the clearance width of the adjacent adjustment tile and the second protrusion for adjusting the clearance width so as to sandwich the second protrusion for adjusting the clearance width and water return. When a strip is provided, this minimum clearance is obtained. : The width of the maximum dimension (maximum) includes the second ridge for adjusting the width of the adjacent adjustment tile so as to squeeze the first ridge for adjusting the width of the rake and water return, and When provided, the maximum clearance is obtained. The infiltration of wind and rain can be prevented through the above scouring. Therefore, the prevention of intrusion is the strongest when the minimum clearance adjustment is deep and the overlapped clearance is large, and the intermediate clearance width and the minimum clearance width are successively obtained. (B) Describe how to prevent the vertical adjustment tile from shifting. The rear side weir of the upper adjustment tile (upper adjustment tile) is fitted in the recess on the surface of the adjustment tile, and the front side weir on the surface of the adjustment tile is between the rear side weir and the head suspension of the upper adjustment tile. It is possible to prevent misalignment by fitting in. Moreover, the intrusion of wind and rain can be prevented through this fitting.
[0018]
FIGS. 11 to 20 show an embodiment corresponding to the second aspect, and (a) the configuration relating to the clearance adjustment corresponds to the above-described embodiment of the first aspect. (B) Describe how to prevent the vertical adjustment tile from shifting. The rear side weir of the upper adjustment tile (upper adjustment tile) is fitted in the recess on the surface of the adjustment tile, and the front side weir on the surface of the adjustment tile is between the rear side weir and the head suspension of the upper adjustment tile. In addition, the bottom-side water-returning ridge is fitted into the back-side depression of the upper adjustment tile, thereby preventing displacement. Moreover, the intrusion of wind and rain can be prevented through this fitting. In this example, it is the structure which consists of three places of fitting, and the effect of the shift prevention etc. is remarkable.
[0019]
Moreover, the Example of the adjustment roof tile which provided the surface side hollow part of FIGS. 21-30 is based on the Example of the above-mentioned Claim 1 for the structure regarding (a) clearance width adjustment. (B) Describe how to prevent the vertical adjustment tile from shifting. The rear side weir of the upper adjustment tile (upper adjustment tile) is fitted in the recess on the surface of the adjustment tile, and the front side weir on the surface of the adjustment tile is between the rear side weir and the head suspension of the upper adjustment tile. In addition, the bottom-side water return ridge is fitted into the back-side depression of the upper adjustment tile, and the head-hanging of the upper adjustment tile is fitted into the front-side depression of the adjustment tile, thereby preventing displacement. I can plan. Moreover, the intrusion of wind and rain can be prevented through this fitting. In this example, it is the structure which consists of four places, and the effect of the shift prevention etc. is still more remarkable.
[0020]
Note that the fitting is ideal. However, having a slight margin is beneficial for the production of adjustment tiles, the use of adjustment tiles for distortion and deformation (disadvantages), the ease of construction or replacement, and the simplification of operations. .
[0021]
【Example】
Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
[0022]
In the example of claim 1 shown in FIG. 1 to FIG. 10, 1 is divided into a head side 1-1, a butt side 1-2, a plug-in side 1-3, and a heel side 1-4, and a single line is formed at the buttock corner. It is a substantially rectangular shaped roof tile having a cut in the form and a cut in the form of a single line at the corner of the head insertion. Although not shown, the adjustment roof tile 1 includes adjustment roof tiles, flat roof tiles, and the like that do not have cuts. And on the surface 1a of this adjustment roof tile 1, the water return protrusion 2 extends along the insertion side 1-3 from the butt side 1-2, and also from the butt side 1-2 toward the head side 1-1 ( A concave portion 3 (toward the inside of the adjustment tile 1), a second water return ridge 5 formed from a surface of the concave portion 3 through a substantially square wave-shaped inclined surface 4, and the second An inclined recess 7 formed from the water return protrusion 5 via the vertical cross section 6 and a surface-side weir 8 are configured. The second water return protrusion 5, the recess 7 and the surface The side weir 8 has a strong fitting relationship in the flow direction (from the ridge to the eaves) and misalignment between the groove and backside weir described later of the upper adjustment tile 1 ', and easy positioning. Useful for determining dimensions.
[0023]
Further, on the surface 1a of the adjustment roof tile 1, at least two first and second protrusions 9 for adjusting the width of the gap and for water return, which are provided alongside the insertion-side water return protrusion 2-2 of the water return protrusion 2, 10 (the protrusion for adjusting the width of the clearance and for returning water). When viewed from the front side 1-1, the first protrusion 9 has, for example, a triangular shape to facilitate die cutting, save discretion, or reduce weight, prevent intrusion of wind and rain, water return effect, etc. Useful for. Moreover, when this 2nd protrusion 10 is front-viewed from the head side 1-1, for example, as a square shape, similarity with the insertion side water return protrusion part 2-2, an improvement in strength, or a wind and rain This is useful for preventing the intrusion of water and returning water. Further, as with the insertion-side water return protrusion 2-2, the contact with the surface 1a of the adjustment tile 1 is ensured, and the stability of the installation, the reliability of installation, or the invasion of wind and rain, and the water return effect Useful for etc. In addition, a gap is formed between the first and second protrusions 9 and 10 and the insertion-side water return protrusion 2-2 to reduce the weight or prevent wind and rain from entering, and the water return effect. Useful. Further, the head insertion corner of the insertion-side water return ridge 2-2 is made low in height to facilitate mating, and is useful for preventing intrusion of wind and rain, a water return effect, and the like.
[0024]
In the figure, 11 is a chamfered portion inclined at an angle of about 45 ° from the front surface 1a of the adjustment tile 1 provided on the head side 1-1 toward the substantially back surface 1b. In this case, it is possible to prevent wind and rain from entering the mating portion X. Further, the upward guidance can suppress the adjustment roof tile 1 '(including the adjustment roof tile 1 and other roof tiles; the same applies hereinafter) and the scattering of the adjustment roof tile 1' (synergistic effect with intrusion prevention). Can be expected). Further, the chamfered portion 11 can be expected to have the above-described effects even during induction of rainwater, snow, and the like, and a storm. The above effects can be expected, for example, by laying a roof with a gradual roof slope, and the same effects as those described above can be expected. In other words, it can be a disaster prevention tile even in the installation with a gentle roof slope. Further, the chamfered portion 11 can be used for camouflage having a thickness such as the adjustment tiles 1 and 1 ′. In the figure, Y1 indicates an example of the pressing action.
[0025]
In the figure, reference numeral 12 denotes a nail hole penetrating the back surface 1b. In addition, 1 "shows an adjacent adjustment roof tile. In the figure, 2-1 shows a buttocks side water return protrusion.
[0026]
On the rear surface 1b of the adjustment roof tile 1, at least two first and second protrusions 20 and 21 for adjusting the width are formed at the end of the heel side 1-4. In this example, when viewed from the front side 1-1, for example, a triangular shape is used for facilitating die cutting, saving discretion, or reducing weight, preventing intrusion of wind and rain, and a water return effect. Further, as the head side 1-1 and the butt side 1-2, the two-divided shape is used for ease of manufacture, shape stability, avoidance of breakage, easy handling of the adjustment roof tile 1, and the like. Moreover, the back side fountain water return protrusion part 22 is formed in the heel side 1-4. Further, a fitting groove 23 is formed at the end of the head side 1-1, and when viewed from the front side of the heel side 1-4 through the vertical end surface 24 inside the groove 23, a substantially triangular shape is formed. A backside weir 25 for fitting is formed. In addition, the back side fountain water return protrusion part 22 is provided in the whole heel side 1-4 of the back surface 1b. This back side fountain water return ridge 22 abuts on the inner surface of the insertion side 1-3 of the adjustment tile 1 to improve the strength, stability at the time of installation, prevention of intrusion of wind and rain, water return effect, etc. Useful. In the figure, 26 is a hook, and 27 is a stable piece. In the figure, reference numeral 28 denotes a sagging provided on the head side 1-1 of the back surface 1b.
[0027]
In the example of claim 2 shown in FIG. 11 to FIG. 20 (hereinafter, description of common parts is omitted), the bottom side water return ridge 2 ′ provided on the bottom side 1-2 of the surface 1a is formed as shown in FIG. It is configured higher than the butt side water return protrusion 2. Correspondingly, a back-side depression 29 is formed inside the back-side weir 25 of the back surface 1b. Therefore, it is possible to fit three places by adding one place to the fitting relation of claim 1.
[0028]
Moreover, in the example shown in FIGS. 21-30, the surface side hollow part 13 is formed inward of the surface side weir 8 provided in the tail side 1-2 of the surface 1a. Correspondingly, a head droop 28 'that also functions as a water return is formed on the head side 1-1 of the back surface 1b. Therefore, it is possible to fit four places by adding one place to the fitting relation of claim 2. In the figure, reference numeral 130 denotes a gap formed in the surface side depression 13, which serves to flow rainwater that has entered the surface side depression 13 toward the head side 1-1. The head sagging 28 'is higher than the back of the back weir 25 with respect to the sagging 28 of claims 1 and 2. In this example, when this sagging 28 'is the same height as the sagging 28 of claims 1 and 2, another embodiment is obtained.
[0029]
In addition, the example of Claim 5 is an Example which employ | adopted combining the structure of each above-mentioned example to tiles, such as the adjustment roof tile 1, etc., a structure, an effect, etc. apply to each above-mentioned example. However, in this example, it is possible to further expect the ease of production, the ease of matching, the ease of conveyance and handling, and the like.
[0030]
In addition, it is a substantially rectangular front side bulging portion 30 provided in the buttocks side corner 1-5, this front side bulging portion 30 when the up and down adjustment roof tiles 1 ', 1 etc. are rolled up, A space for insertion on the head insertion side of an adjustment roof (not shown) on an oblique upper side (not shown) is formed. Therefore, it is possible to secure an orderly lifting of the four adjustment tiles 1, 1 ′ and the like that are mutually related in this part, or to prevent the above-mentioned earthquake and wind and rain resistance effects and roof displacement in almost all directions of the roof. I can expect. Further, this relationship can facilitate the simplification and simplification of the adjustment tile 1 and the like, and can be expected to have an effect of ensuring the accuracy of the hoisting and ensuring the beauty of the hoisting.
[0031]
The example shown in FIGS. 31 and 32 is an example in which the front-side bulged portion 30 is not provided in the buttocks-side corner portion 1-5, and a special case that can be used by changing the heel-lifting, utilizing other members, or the like is shown. Other configurations are based on the above-described examples.
[0032]
【The invention's effect】
The invention of claim 1 is an adjustment roof tile provided with a single-cut shape incision in the hip corner and a single-cut shape in the head insertion corner,
A surface of the adjustment roof, which includes a bottom side water return ridge portion and a insertion side water return ridge portion extending from the butt side to the insertion side, and at least of the insertion side water return ridge portion. first for width adjustment and water flashing handed along the tile inwardly, the second to form a protrusion, a second water flashing collision provided along the tile inwardly of the trailing water flashing rib portion A recess is provided between the strip, the second water return ridge, and the surface side weir for fitting and water return provided along the inner side of the tile of the second water return ridge ,
Further, at least the first and second protrusions for adjusting the clearance width are formed on the rear surface of the adjustment tile on the heel side, and the head suspension provided on the head side end, between the dripping and the head hanging back side weir which is provided along the tile inwardly of, is adjusted tile for disaster prevention, characterized in that said surface side weir has a groove for fitting to be fitted .
[0033]
Accordingly, claim 1 can provide a high-value-added adjustment roof for disaster prevention that functions as a disaster prevention tile and also functions as an adjustment roof tile, and at least two ridges and widths for use in adjusting the width and width of water supply. Using at least two ridges for adjustment, it is possible to adjust at least three different widths (building direction), and to be a disaster prevention adjustment tile that allows a number of people to perform predetermined alignment with one touch, etc. There are features. Further, since at least two ridges for adjusting the width of the gap are fitted into the gap formed by the at least two ridges for adjusting the width of the width of the gap and the ridge portion on the insertion side, There are practical benefits such as adjustment of width and prevention of displacement in the width direction (earthquake resistance, wind and rain effect). In addition, a disaster prevention function in the width direction, a recess provided via a second water return ridge provided in the bottom side water return ridge of the water return ridge, and a surface side weir for fitting and water return And slipping in the direction of the landing leg (the flow direction of the roof) can be prevented through fitting by a groove for fitting at the end on the head side and a backside weir for fitting on the inside of the groove. There are advantages.
[0034]
The invention according to claim 2 is an adjustment roof tile provided with a single-cut shape incision in the buttock corner and a single-cut shape cut in the head insertion corner.
A surface of the adjustment roof, which includes a bottom side water return ridge portion and a insertion side water return ridge portion extending from the butt side to the insertion side, and at least of the insertion side water return ridge portion. first for width adjustment and water flashing handed along the tile inwardly, the second to form a protrusion, a second water flashing collision provided along the tile inwardly of the trailing water flashing rib portion A recess is provided between the strip, the second water return ridge, and the surface side weir for fitting and water return provided along the inner side of the tile of the second water return ridge ,
Further, at least the first and second protrusions for adjusting the clearance width are formed on the rear surface of the adjustment tile on the heel side, and the head suspension provided on the head side end, during disposed along the drooping and tiles inner side of the head sagging the back side weir, the surface side weir forms a groove for fitting to be fitted, further to the tile inwardly of the rear surface side weir In addition , the adjustment roof tile for disaster prevention is characterized in that a back-side depression portion for fitting into which the butt-side water return protrusion is fitted is formed .
[0035]
Therefore, claim 2 achieves the object of claim 1, while also providing a disaster prevention function in the width direction and the second water return ridge provided in the butt side water return ridge of the water return ridge. Dents, front side weirs for fitting and water return, and butt side water return ridges, grooves for fitting at the end on the head side, and back side for fitting provided inside the groove There is an advantage that it is possible to prevent displacement in the direction of the landing leg through the fitting by the side weir and the back side depression for fitting provided in the inside of the back side weir.
[0036]
The invention of claim 3 is a substantially rectangular adjustment tile,
A surface of the adjustment roof, which includes a bottom side water return ridge portion and a insertion side water return ridge portion extending from the butt side to the insertion side, and at least of the insertion side water return ridge portion. A second water return protrusion formed along the tile inner side of the bottom side water return ridge portion, forming first and second protrusions for adjusting the width and returning water along the inner side of the tile. A recess is provided between the strip, the second water return ridge, and the surface side weir for fitting and water return provided along the inner side of the tile of the second water return ridge ,
Further, at least the first and second protrusions for adjusting the clearance width are formed on the rear surface of the adjustment tile on the heel side, and the head suspension provided on the head side end, between the dripping and the head hanging back side weir which is provided along the tile inwardly of, is adjusted tile for disaster prevention, characterized in that said surface side weir has a groove for fitting to be fitted .
[0037]
Therefore, claim 3 achieves the object of claim 1, while also providing a disaster prevention function in the width direction and the second water return ridge provided on the bottom side water return ridge of the water return ridge. Pits provided on the front side, surface side dams for fitting and returning water, surface side dents for fitting adjacent to the inside of the surface side dams, butt side water return ridges, and end portions on the head side The fitting leg can be prevented from slipping through the fitting groove and the fitting back surface weir provided inside the groove and the fitting head hanging outside the groove. There are advantages.
[0038]
The invention of claim 4 is a substantially rectangular adjustment roof tile,
A surface of the adjustment roof, which includes a bottom side water return ridge portion and a insertion side water return ridge portion extending from the butt side to the insertion side, and at least of the insertion side water return ridge portion. first for width adjustment and water flashing handed along the tile inwardly, the second to form a protrusion, a second water flashing collision provided along the tile inwardly of the trailing water flashing rib portion A recess is provided between the strip, the second water return ridge, and the surface side weir for fitting and water return provided along the inner side of the tile of the second water return ridge ,
Further, at least the first and second protrusions for adjusting the clearance width are formed on the rear surface of the adjustment tile on the heel side, and the head suspension provided on the head side end, during disposed along the drooping and tiles inner side of the head sagging the back side weir, the surface side weir forms a groove for fitting to be fitted, further to the tile inwardly of the rear surface side weir In addition , the adjustment roof tile for disaster prevention is characterized in that a back-side depression portion for fitting into which the butt-side water return protrusion is fitted is formed .
Therefore, Claim 4 achieves the object of Claim 1 , and also provides a disaster prevention function in the width direction, and a second water return ridge provided in the butt side water return ridge portion of the water return ridge. A surface-side dam for fitting and returning water, a surface-side dent for fitting side by side on the inside of the surface-side weir, a butt-side water-feeding ridge, and a head-side dam A fitting groove at the end, a backside weir for fitting adjacent to the inside of the groove, a backside recess for fitting provided inside the backside weir, and the outside of the groove There is an advantage that it is possible to prevent displacement in the direction of the toe leg through fitting with the head hanging for fitting attached to the side.
[0039]
The invention according to claim 5 is the disaster prevention adjustment tile characterized in that an inclined chamfered portion is formed on the top side of the adjustment tile according to claims 1 to 4. Accordingly, the fifth aspect of the present invention is characterized in that an optimum adjustment roof tile can be provided to achieve the objects of the first to fourth aspects.
[Brief description of the drawings]
FIG. 1 is a surface view of an adjustment tile corresponding to claim 1. FIG. 2 is a side view from the heel side of FIG. 1. FIG. 3 is a side view from the head side of FIG. [FIG. 5] Side view from the heel side of FIG. 4 [FIG. 6] Side view from the insertion side of FIG. 4 [FIG. 7] Side view from the head side of FIG. FIG. 9 is an enlarged view of the main part of FIG. 8 and FIG. 10 is a side view of the adjustment tile corresponding to item 1 on the head side and the tail side. FIG. 11 is a surface view of the adjustment tile corresponding to claim 2. FIG. 12 is a side view from the heel side of FIG. 11. FIG. 13 is a side view from the head side of FIG. 14 is a rear view of the adjustment roof corresponding to claim 2. FIG. 15 is a side view from the heel side of FIG. 14. FIG. 16 is a side view from the insertion side of FIG. ~ side FIG. 18 is a side view of the adjustment tile corresponding to claim 2 from the side of the alignment head. FIG. 19 is an enlarged view of the main part of FIG. 18. FIG. Fig. 21 is an enlarged cross-sectional view showing the fitting of the side and the butt side. Fig. 21 is a surface view of the adjustment tile provided with the surface side depression. Fig. 22 is a side view from the heel side of Fig. 21. Side view from the side [FIG. 24] Back view of the adjustment tile provided with the front side depression [FIG. 25] Side view from the heel side of FIG. 24 [FIG. 26] Side view from the insertion side of FIG. 24 is a side view from the head side of FIG. 24. FIG. 28 is a side view from the side of the head of the adjustment tile provided with a recess on the surface side. FIG. 29 is an enlarged view of the main part of FIG. Fig. 31 is an enlarged cross-sectional view showing the fitting head side and bottom side fitting of the adjustment tile provided with depressions. Fig. 31 is a surface view of the adjustment tile showing another example. Side view from 棧側 2] FIG. 31 [Description of symbols]
DESCRIPTION OF SYMBOLS 1 Adjustable roof tile 1 'Adjustable roof tile 1 "Adjustable roof tile 1-1 Head side 1-2 Bottom side 1-3 Insertion side 1-4 Saddle side 1-5 Bottom bottom side corner 1a Surface 1b Back surface 2 Water return protrusion 2' Water return ridge 2-1 Bottom side water return ridge 2-2 Insert side water return ridge 3 Recess 4 Inclined surface 5 2nd water return ridge 6 End surface 7 Recessed portion 8 Surface side weir 9 Clearance adjustment 1st protrusion 10 for adjusting water width and 2nd protrusion 11 for adjusting width and water return 11 chamfering portion 12 nail hole 13 surface side recess 130 gap 20 first protrusion 21 for adjusting width No. 2 ridge 22 Back side fountain water return ridge 23 Groove 24 End face 25 Back side weir 26 Hook 27 Stabilization piece 28 Head droop 28 'Head droop 29 Back side depression 30 Front side bulge portion X Joint portion Y Guide Y1 Press-in action

Claims (5)

It is an adjustment tile provided with a single-row cut at the corner of the hip and a single-cut cut at the head insertion corner.
A surface of the adjustment roof, which includes a bottom side water return ridge portion and a insertion side water return ridge portion extending from the butt side to the insertion side, and at least of the insertion side water return ridge portion. first for width adjustment and water flashing handed along the tile inwardly, the second to form a protrusion, a second water flashing collision provided along the tile inwardly of the trailing water flashing rib portion A recess is provided between the strip, the second water return ridge, and the surface side weir for fitting and water return provided along the inner side of the tile of the second water return ridge ,
Further, at least the first and second protrusions for adjusting the clearance width are formed on the rear surface of the adjustment tile on the heel side, and the head suspension provided on the head side end, between the dripping and the head hanging back side weir which is provided along the tile inwardly of, adjusting tile for disaster prevention for the surface side weir, characterized in that a groove for fitting to be fitted. It is an adjustment tile provided with a single-row cut at the corner of the hip and a single-cut cut at the head insertion corner.
A surface of the adjustment roof, which includes a bottom side water return ridge portion and a insertion side water return ridge portion extending from the butt side to the insertion side, and at least of the insertion side water return ridge portion. first for width adjustment and water flashing handed along the tile inwardly, the second to form a protrusion, a second water flashing collision provided along the tile inwardly of the trailing water flashing rib portion A recess is provided between the strip, the second water return ridge, and the surface side weir for fitting and water return provided along the inner side of the tile of the second water return ridge ,
Further, at least the first and second protrusions for adjusting the clearance width are formed on the rear surface of the adjustment tile on the heel side, and the head suspension provided on the head side end, during disposed along the drooping and tiles inner side of the head sagging the back side weir, the surface side weir forms a groove for fitting to be fitted, further to the tile inwardly of the rear surface side weir In addition , an adjustment roof tile for disaster prevention characterized in that a back-side depression portion for fitting into which the bottom-side water-returning ridge portion is fitted is formed . It is a substantially square shaped roof tile,
A surface of the adjustment roof, which includes a bottom side water return ridge portion and a insertion side water return ridge portion extending from the butt side to the insertion side, and at least of the insertion side water return ridge portion. first for width adjustment and water flashing handed along the tile inwardly, the second to form a protrusion, a second water flashing collision provided along the tile inwardly of the trailing water flashing rib portion A recess is provided between the strip, the second water return ridge, and the surface side weir for fitting and water return provided along the inner side of the tile of the second water return ridge ,
Further, at least the first and second protrusions for adjusting the clearance width are formed on the rear surface of the adjustment tile on the heel side, and the head suspension provided on the head side end, between the dripping and the head hanging back side weir which is provided along the tile inwardly of, adjusting tile for disaster prevention for the surface side weir, characterized in that a groove for fitting to be fitted. It is a substantially square shaped roof tile,
A surface of the adjustment roof, which includes a bottom side water return ridge portion and a insertion side water return ridge portion extending from the butt side to the insertion side, and at least of the insertion side water return ridge portion. first for width adjustment and water flashing handed along the tile inwardly, the second to form a protrusion, a second water flashing collision provided along the tile inwardly of the trailing water flashing rib portion A recess is provided between the strip, the second water return ridge, and the surface side weir for fitting and water return provided along the inner side of the tile of the second water return ridge ,
Further, at least the first and second protrusions for adjusting the clearance width are formed on the rear surface of the adjustment tile on the heel side, and the head suspension provided on the head side end, during disposed along the drooping and tiles inner side of the head sagging the back side weir, the surface side weir forms a groove for fitting to be fitted, further to the tile inwardly of the rear surface side weir In addition , an adjustment roof tile for disaster prevention characterized in that a back-side depression portion for fitting into which the bottom-side water-returning ridge portion is fitted is formed .   A disaster prevention adjustment tile, wherein an inclined chamfered portion is formed on the top side of the adjustment tile according to claim 1.

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