JPH0739721B2 - Paying for the roof - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an improvement in the roof girth payment for preventing water leakage from the space between the roof of a gable and the like of a building and the gabled wall below the roof to the interior side.

[0002]

2. Description of the Related Art Conventionally, for example, Japanese Patent Laid-Open No. 60-215963.
As shown in the publication, an inner layer material is laid on a base member such as a purlin, and a mounting member such as rafters is supported on a water leakage prevention plate laid on the inner layer material and fixed on the base member, Roofing material on the member, between the roofing material and the water leakage prevention plate,
There was a roof with a drainage space that communicated with the opening in the eaves.

Further, as illustrated in FIG. 6, a roof material (2) made of a metal plate is used as a gutter for a roof (1), and the roof (1) has a gab roof side edge surface and gab. The side wall covering member (32) and the side wall joint (3)
, A keraba cover (4), arabesque arabesque (5), a draining board (6) and a curtain board (not shown), and the lower edge of the curtain board of the gable and roof (1). There was one that was supported on the outdoor side surface of the upper edge of the lower end face wall (not shown).

[0004]

Generally, in the case of roof roof gaze, rainwater is blown directly by wind onto the gaze cover member and the joint between the roof gutter and the roof side end of the roof material. Therefore, water leakage to the indoor side is likely to occur, and even if a water leakage prevention plate is laid under the roof material via the space for drainage as in the conventional roof mentioned above, the conventional storage part Water leakage may occur in the area.

For example, the above-mentioned conventional shingle covering member using a metal horizontal thatched roof plate as a shingling material is provided with one shingle cover and one shingle joint for each roofing material. The infiltration water at the end is drained to the surface of the lower roof plate for each step, but if rainwater concentrates in one part due to dynamic wind pressure, if the joint overflows, it will infiltrate into these indoors. There was something to do. Even if the water leaks in this way is on the roof side where the water leakage prevention plate is laid under the roof material through the space for drainage, the inside of the shingled cover should be Fittings,
Since the groundwork member that supports arabesque and the like is necessary, the water leakage prevention plate cannot be laid, and the infiltrated water may further infiltrate into the room, leading to a water leakage accident.

Further, when tiles, natural slate, etc. are used as a roofing material, conventionally, the lower surface of the end of the roofing material is covered with a scrap board, and the upper surface and side surfaces are covered with a shroud. (The illustration is omitted.) However, there is a problem in that the roof material tends to have a gap in storage with a storage member such as a shroud wrapping, so that water leakage from the shingled storage portion frequently occurs.

The present invention solves the above-mentioned problems, and even if water such as rainwater enters the indoor side of the covering member,
An object of the present invention is to provide a shiraka-nasu, which can reliably prevent this water from leaking to the inside of the storage room and prevent water leakage even on a roof using a roofing material such as tiles that easily leaks water. It is a thing.

[0008]

DISCLOSURE OF THE INVENTION The present invention is directed to a roof in which a water leakage prevention plate is arranged on a base member below a roof material such as a metal plate, a tile, or a natural slate via a space for drainage. The water leakage prevention plate has a raised portion that rises above the gutter side edges of the water leakage prevention plate. If a rain presser is provided, the outer edge of the outdoor presser is arranged at a height corresponding to the space of the roof and is supported on the indoor side surface of the cover member, and the lower edge of the rain presser is the water leakage prevention plate. The upper surface on the center side of the upright portion is contacted.

[0009]

[Operation] In the roof grate storage according to the present invention, the gaze cover is arranged on the indoor side of the grate cover member, and the outdoor edge of the grate is set to a height corresponding to the space of the roof. Since it is arranged and supported on the indoor side surface of the cover member, and the lower edge of the rain presser is brought into contact with the upper surface of the water leak prevention plate at the center side of the rising portion, the indoor side of the cover member due to defective construction or the like. Even if water such as rainwater gets in, the water will flow down onto the water leakage prevention plate along the outdoor surface of the rain presser. The water that flows down is
Since the lower edge of the rain presser is in contact with the upper surface of the water leakage prevention plate, the upper surface of the water leakage prevention plate hardly flows in the side edge direction if it is more blunt than the contact portion.

Further, even if a part of the water that has entered the interior side of the cover member is in the direction of the side edge if it is in the direction of the side edge if it is a little farther than the contact portion between the lower edge of the rain presser and the upper surface of the water leakage prevention plate. It is blocked by the standing part of the water leakage prevention plate and does not enter the inside of the water leakage prevention plate.

The water that has entered the upper surface of the water leakage prevention plate flows down due to the gradient and is discharged from the roof of the evacuation space to the outside of the roof.

[0012]

[Examples] The following will describe how the roof of the first embodiment of the present invention can be installed in the shingles. FIG. 1 is a cross-sectional front view of the first embodiment.

(7) is a base member composed of a purlin made of C-shaped steel, and a plurality of base members are arranged at predetermined intervals in the eaves direction.

A large number of inner layer materials (8), such as hard wood wool plates, are laid on the base member (7), and a water leakage prevention plate (9) is supported on the inner layer material (8) to prevent water leakage. Prevention plate (9)
Is made of a water resistant material such as a thin galvanized steel sheet.

A plurality of metal rafters (10) are supported on the water leakage prevention plate (9) at predetermined intervals, and the rafters (1
0) is orthogonal to the base member (7) and is fixed on them by the rafter fixing device (11) through the inner layer material (8).

That is, as shown in FIG. 2 in which one part of the rafter fixing portion is shown, the rafter fixing device (11) includes a locking metal fitting (1).
2) is hooked on the base member (7) from below, bypasses the opening of the base member (7) and is projected onto the base member (7), and is attached to a portion of the locking metal fitting (12) located on the base member (7). The lower end of the bolt (13) is screwed. The bolt (1
3) are notches (8a), (8a) and inner layer materials (8), (8) formed in the end faces of the inner layer materials (8), (8) adjacent to each other in the direction orthogonal to the longitudinal direction of the rafter (10). ) The notch (8a), (8a) upper part is penetrated and projected above these, and the edge protrusions (9a), (9a) of the water leakage prevention plates (9), (9) adjacent to each other are overlapped. The lower nut (15) and the upper end of the bolt (13), which are passed through the notch and the press fitting (14) provided in the mating portion and extend above the bolt, are pre-screwed in the intermediate portion of the bolt (13). With the combined upper nut (16), the pressing metal fitting (14) and the adjacent water leakage prevention plates (9), the edge projections (9a) of the (9),
(9a) is fixed together. The press fitting (1
4) A rafter (10) having a substantially hat-shaped cross section is arranged over the upper nut (16) and a bolt (13). 14) supported above. Recesses (10b), (10b) provided on both sides of the rafter (10) and between the both flanges (10a), (10a), and a holding metal fitting (14).
The rafters (10) are fixed to the holding metal fittings (14) by driving the wedge plates (17) and (17) between the folding parts (14a) and (14a) provided on both sides of the rafter (10). The rafter fixing device (11) described above is used for all rafters (1
0) are provided at appropriate intervals in the longitudinal direction. Also, FIG.
Inside, (18) is an asphalt-based waterproof material such as asphalt roofing and asphalt felt, and this waterproof material (18) is laid on the entire surface of the inner layer materials (8) and (8).

On the rafter (10), as shown in FIG.
The suspenders (19) are fixed by appropriate means, and a large number of the suspenders (19) are arranged at predetermined intervals in the longitudinal direction of the rafters (10). Steps (19a) of the hangings (19) on the ridge side and rafters (1
0) The upper surface of the backup material such as a heat insulating plate (2
The ridge side end of (0) is fitted, and the hanger (1
The eaves-side end of the backup material (20) is supported on the step (19a) of 9), and the eaves-side end protrudes above the step (19a) of the suspension (19). ), And is positioned. Backup material (20)
Are laid on the water leakage prevention plate (9) via a space (21) for heat insulation and drainage.

In the locking part (19b) of the suspension (19), the eaves side locking part (2a) of the roof material (2) made of metal plate on the ridge side,
A similar roof material (2) on the eaves side is locked to the ridge side locking portion (2b), and a large number of roof materials (2) are backed up (2
0) It is overlaid on the top.

The space portion (21) communicates with an opening provided in the eaves portion by an appropriate means. Also, the space part (21)
The roof surface layer portion (22) is configured by using the roof material (2) and the backup material (20) arranged above the roof as main components.

Gable roof constructed as described above (1)
A space is provided between the roof and the gabled wall (23) below the roof (1).

That is, the gutter side edge of the roof surface layer portion (22) extends to the outside of the gutter side edge of the water leakage prevention plate (9) and above the gaze side edge of the water leakage prevention plate (9). The standing portion (9b) is formed by bending at a right angle, and the gutter side edge of the water leakage prevention plate (9) slightly projects to the gutter side edge chamber outside of the base member (7) and the inner layer material (8). There is. In addition,
The end face wall (23) is supported by the outdoor side surface of the climbing purlin (24) arranged below the base member (7), and the outdoor side surface of the end face wall (23) is formed of the base member (7) and the inner layer material (8). It is arranged on the inner side of the side edge slightly.

The discard plate (3a) of the gabber joint (3) is supported and fixed on the edge of the gabber side of the backup material (20), and the gabber joint (3) includes a gutter plate (3a). It is fixed by a joiner (3c) fixed on the discard plate (3a) and a joint cover (3c). The flute side edge of the roof material (2) is inserted into the gap between the discard plate (3a) and the joiner (3b) on the left side in FIG. 1, and the discard plate (3a)
The upper side portion (4a) of the cover (4) is inserted into the gap between the joint cover (3) and the joiner (3b) on the right side in FIG.
The folded portion (3d) of c) is engaged with the left and right gaps between the discard plate (3a) and the joiner (3b), respectively.
The joint cover (3c) is a side edge part of the roof material (2),
The upper side parts (4a) of the glazed cover (4) are fixed, respectively, and the upper surfaces of these and the discard plate (3a) are covered.

A holding member (25) is fixed to the end portion of the base member (7) on the side of the fluff by a suitable means.
The base member (7), the inner layer material (8), and the water leakage prevention plate (9) are provided with a holding portion (25a) at the end protruding from the fluff side edge to the outside of the room. A base metal fitting (26) is fixed to the holding portion (25a) such that its position can be adjusted in the vertical direction.

The arabesque bracket (27) is fixed to the upper part of the base metal (26), and the arabesque bracket (27) is covered with the mounting portion (5a) of the keraba arabesque (5) having a U-shaped cross section. It is fitted and fixed with screws as described later. In the arabesque arabesque (5), a locking portion (5b) having a hook-shaped cross section which integrally projects to the outside of the mounting portion (5a) is arranged below the roof surface layer portion (22), and the locking portion (5b). The upper side (4a) of the glazed cover (4) and the vertical side (4b) bent at a right angle downward from the outdoor side edge of the gabber cover (4) are supported on the outdoor side of the vertical side (4).
The folded-back portion (4c) formed on the lower edge of (b) is caulked and locked to the locking portion (5b) of the arabesque (5) from below.

The lower part (5a) of the arabesque arabesque (5) and the upper part (6a) of the draining plate (6) are arabesque receiving metal fittings (2).
The outer side surface (27a) of 7) is fastened and fixed together with screws. The draining plate (6) has a lower portion (6) at the indoor side edge of an intermediate step portion (6b) bent from the lower edge of the upper portion (6a) toward the indoor side.
c) hangs down, and this lower portion (6c) is fixed to the outer side surface of the upper chamber of the base metal fitting (26) with screws with the upper edge portion (28a) of the curtain plate (28).

In the curtain plate (28), the vertical portion (28c) is bent downward from the lower edge of the upper edge portion (28a) through the upper step portion (28b), and the vertical portion (28c) is lowered to the lower step. Division (28
The lower edge (28e) having a hook-shaped cross section through d)
Are formed. The vertical portion (28b) and the lower step (28d) of the curtain plate (28) cover the outer surface and the lower surface of the base metal (26), and the lower edge (28e) of the curtain plate (28) is It is arranged close to the outdoor side of the upper edge of the end face wall (23) and is supported by the lower surface of the receiving gutter fitting (29) fitted and fixed to the lower end of the base fitting (26).

An intermediate step portion (6b) of the draining plate (6),
A portion surrounded by the lower portion (6c), the upper edge portion (28a) and the upper step portion (28b) of the curtain plate (28), and the lower edge portion (28e) of the curtain plate (28) and the end face wall (23). ) Sealing material (30) on the part surrounded by
And a sealing material (31), respectively.

Then, the gabion joint (3), the gabber cover (4), the gabber arabesque (5), the drainer plate (6) and the curtain plate (28) are used as main members to constitute the gabber cover member (32). The covering member (32) covers the upper surface and the side surface of the gutter side edge of the roof (1).

[0029] Incidentally, the keraba joint (3) and the keraba cover (4) are provided one for each roof material (2), and the keraba arabesque (5), the draining board (6) and the curtain board are provided. (28)
And the receiving gutter metal fitting (29) is a long material along the longitudinal direction of the gutter. In addition, the glazed cover (4), the draining plate (6), and the curtain plate (28) are made of appropriate metal plates, and the ginger arabesque (5) is made of an extruded aluminum material or the like.

On the indoor side of the glazed cover member (32), a glazed rain presser (33) is arranged. This rain presser (33) is
A lateral cross section in which the outdoor side edge portion (33b) is bent at a right angle above the outdoor side edge of the horizontal intermediate portion (33a), and the hanging portion (33c) is bent at a right angle below the indoor side edge of the intermediate portion (33a). It is a long material that is formed by bending a thin metal plate into the shape and fits in the longitudinal direction of the housing.

The rain presser (33) has an intermediate portion (33a).
Is supported on the upper wall (27b) of the arabesque receiving bracket (27) through the upper side (5c) of the attachment part (5a) of the arabesque (5) and tightened with screws (34) together with the upper side (5c). It is fixed and is supported on the indoor side surface of the vertical side portion (4b) of the cover (4) if the outdoor side edge portion (33b) is rough.

The top wall (27) of the arabesque bracket (27)
b) is bent at a right angle to the indoor side from the upper end of the outdoor side surface (27a), and the indoor side portion is raised,
The intermediate portion (33a) of the rain presser (33) is directly supported by this portion.

Then, the intermediate portion (33) of the rain presser (33)
a) extends to the indoor side of the upper wall (27b) of the arabesque bracket (27) and is arranged in the middle of the space (21) of the roof (1) in the height direction, and the rain presser (33) hanging part (33c). The lower edge (33d) abuts on the upper surface of the water leakage prevention plate (9), and this abutting portion is arranged closer to the center side than the rising portion (9b) of the water leakage prevention plate (9). A folding-back portion (33e) is continuously provided on the outdoor side at the lower edge (33d) of the rain presser (33).

In the case of the shrimp storage of the first embodiment constructed as described above, the shrimp cover member (32) and the shrunk cover (4) are joined to the roof surface layer part (22) and the shrunk rain presser. When water such as rainwater enters between (33), the entered water is the intermediate part (33a) of the rain presser (33).
And along the hanging portion (33c), the upper surface of the water leakage prevention plate (9) at the center side from the contact portion between the upper surface of the water leakage prevention plate (9) and the lower edge (33d) of the rain presser (33). Received at
If it is farther than the contact portion, it hardly enters in the side edge direction.

Further, part of the water that has entered the interior side of the cover member (32) comes from the contact portion between the upper surface of the water leakage prevention plate (9) and the lower edge (33d) of the rain guard (33). Even if the water enters the part of the water leakage prevention plate (9) on the side edge of the side where it is fluffy, the entered water is blocked by the rising portion (9b) of the water leakage prevention plate (9).

Then, the water that has entered the upper surface of the water leakage prevention plate (9) flows down due to its gradient, and the space (2) for drainage is provided.
It falls from the eaves side of 1) to the outside of the roof.

FIGS. 4 and 5 are cross-sectional front views of the second and third embodiments of the present invention, and the same reference numerals as those in FIG. 1 in FIGS. 4 and 5 indicate corresponding parts.

As shown in FIG. 4, a large number of plywoods (34) (backup materials) are supported and fixed on the rafters (10) and the asphalt is placed on the plywoods (34). A system waterproof material (35) is laid in series.

On the plywood (34), a large number of roofing materials (2) made of tiles, natural slate, tiles, etc. are roofed via an asphalt waterproofing material (35), and a plurality of roofing materials (2) are used. They are fixed to the plywood (34) by nails (not shown) or the like.

A wood base material (36) is supported on the side edges of the roof material (2) on the side of the fluff, and the wood base material (36) passes a nail (38) through the roof material (2) to produce a plywood (34). It is fixed to the roof material (2) side by means such as hammering into the roof material, and by the shroud wrapping (37), from the top surface of the roof side edge of the roof material (2) to the top of the shrub arabesque (5). Is covered.

That is, the girdle wrap (37) is formed by bending a thin metal plate and has a top (37).
a) covers the upper surface of the wooden foundation (36) and the central side surface of the roof, and the support portion (37b) protruding toward the center of the roof (1) of the top portion (37a) is supported on the upper surface of the roof material (2),
A wood base (36) and a roofing material (2) by means of a vertical covering portion (37c) bent downward from the gutter side edge of the top portion (37a).
And the side surface of the plywood (34) is covered with the glazed surface.

In addition, in the case of the rain gutter rain girder (33), the middle portion (33a) is directly on the upper wall (27b) of the arabesque receiving metal fitting (27) and the upper side (5a) of the arabesque grass arabesque (5) is attached. It is supported via (5c) and is fixed to the upper wall (27b) of the arabesque receiving metal fitting (27) together with the upper side (5c), and the lower surface of the plywood (34) connects the middle portion (33a) of the rain presser (33). It is supported by the upper wall (27b) of the arabesque receiving bracket (27). In addition, the middle part (33
A) may be arranged below the plywood (34) with a gap.

The rain presser foot (33) has a middle portion (33a).
The outdoor side edge portion (33b) is bent at a right angle below the outdoor side edge of the outdoor side edge portion (33b), and the outdoor side edge portion (33b) is an asphalt-based waterproofing material on the indoor side below the vertical covering portion (37c) of the gazebo package (37). They are superposed on each other via the outdoor side portion (35a) which is bent below (35). In addition, the lower edge of the outdoor side edge (33b) of the rain presser (33) together with the lower edge of the vertical cover (37c) of the shroud wrap (37) together with the engaging part ( 5b) is folded back from above and locked.

The outdoor side portion (35a) of the asphalt waterproofing material (35) covers the fluff side surface of the plywood (34), but the outdoor edge portion (33b) and the flutter of the rain presser (33). The lower edge is arranged above the engaging portion of the vertical covering portion (37c) of the bag (37).

Further, the zelkova wrapping member (37), the zelkova arabesque (5), the draining board (6) and the curtain board (28) are mainly used as the fluffy covering member (32). If used, it does not have a cover. The configuration of the second embodiment other than that described above is the same as that of the first embodiment.

As shown in FIG. 5, the third embodiment of the girder housing is a climbing purlin (C) made of C-shaped steel on the outside of the girder side end chamber of the base member (7) constituted by the purlin (horizontal). 24) is provided, and the lower member (40) of the wooden base (36) is supported on the outdoor side of the climbing purlin (24) and fixed by an appropriate means.

The wood base (36) has an upper member (39) fixed on a lower member (40), and the upper member (39) includes a large number of roofing materials (2) made of tiles, natural slate, roof tiles, and plywood ( 34) The fluff is arranged on the outside of the side surface room, and the upper part is projected on the roof material (2).

A support portion (37b) which covers the outdoor side surface of the upper member (39) of the wooden base (36) with the top portion (37a) of the shroud wrapping (37) and projects toward the center of the roof (1) of the top portion (37a). ) Is supported on the upper surface of the roofing material (2), and the vertical cover portion (37c) extending downward from the lower edge of the flutter side folding portion of the top portion (37a) lowers the lower member (40) of the wooden base (36). For example, the upper part of the side is covered.

By the vertical portion (28c) and the lower step (28d) of the curtain plate (28), the lower member (3) of the wooden base (36) is provided.
The outer side surface and the lower surface of 8) are covered, and the vertical covering portion (37c) of the wrapping (37) on the outer side of the upper portion of the vertical portion (28c) of the curtain plate (28) is the outer edge of the rain presser (33). Division (3
3b) are overlaid.

Incidentally, the lower edge of the vertical covering portion (37c) of the girdle wrap (37), the upper edge of the vertical portion (28c) of the curtain plate (28), and the outdoor side edge portion (33b) of the rain presser (33). At the lower edge, a seam portion folded back toward the room is formed, and the curtain plate (28) is fixed to the lower member (38) of the wooden base (36) by an appropriate means.

Further, the intermediate portion (33a) of the rain presser (33)
The outdoor side portion is fixed by sandwiching between the lower member (40) and the upper member (39) of the wood base (36), and extends toward the center of the roof (1) along the lower surface of the plywood (34). ing.

The inner layer material (8) of the roof (1) and the outdoor edge of the water leakage prevention plate (9) extend to the climbing purlin (24) and extend to the lower member (40) of the wood base (36) to the inner surface of the room. Abutting or arranged close to each other.

The outdoor edge (18a) of the asphalt waterproof material (18) laid on the inner layer material (8) of the roof (1)
Bends upward and rises (9) of the water leakage prevention plate (9).
The outdoor side portion (35a) of the asphalt waterproof material (35) laid on the plywood (34) interposed between the b) and the lower member (40) of the wooden base (36) is the wooden base (36). Upper member (39) and roofing material (2) and shingles (37)
It is interposed between the top (37a) of the.

Further, the glazed wrapping member (37) and the curtain plate (28) are mainly used as a glazed covering member (32), and the glazed cover used in the first embodiment, the first and second gabion covers.
It does not have the arabesque or arabesque used in the examples.
The configuration of the third embodiment other than that described above is the same as that of the first embodiment.

In the present invention, the means for fixing the inner layer material on the base member composed of the purlin is not necessarily limited to the fixing device shown in FIG. 2 and can be changed as appropriate, the base member is not necessarily limited to the purlin, and the ALC It can be changed to panels, concrete frames, etc.

In the present invention, roofing materials, especially tiles,
The means for fixing the roofing material made of natural slate, roof tiles, etc. to the rafters is not necessarily limited to the nailing described above, such as locking the roof tiles on the rafters fixed on the rafters, and can be appropriately changed.

In the present invention, the water leakage prevention plate is preferably provided with a plurality of reinforcing ridges extending in the eaves direction at appropriate intervals.

[0058]

EFFECTS OF THE INVENTION According to the present invention, the shingled shavings are arranged on the inside of the shingled covering member in the roof in which the water leakage prevention plate is laid on the base member through the space for drainage below the roofing material. A rain presser is provided, the outdoor side edge of the rain presser is disposed at a height corresponding to the space of the roof, and is supported on the indoor side surface of the cover member, and the lower edge of the rain presser is a water leakage prevention plate. Since it abuts on the upper surface on the center side of the upright part, even if water such as rainwater enters the indoor side of the cover member due to poor construction, this water will not leak along the outdoor surface of the rain presser. Run down. Since the lower edge of the rain presser is in contact with the upper surface of the water leakage prevention plate, the water that has flowed down hardly flows over the upper surface of the water leakage prevention plate in the direction of the side edge if it is squeezed from this contact portion. , The following effects are obtained.

That is, the glazed roof of the present invention is
Even if part of the water that has entered the indoor side of the cover member is in the direction of the side edge if it falls in the direction of the side edge beyond the contact portion between the lower edge of the rain presser and the upper surface of the water leakage prevention plate, this water will not be absorbed by the water leakage prevention plate. It is blocked by the standing part and does not enter the inside of the water leakage prevention plate.

Then, the water that has entered the upper surface of the water leakage prevention plate flows down due to the gradient, and is discharged from the eaves of the space for drainage to the outside of the roof.

Therefore, even if water such as rainwater enters the indoor side of the glazed cover member, it is possible to reliably prevent the water from leaking into the stored indoor side.

[Brief description of drawings]

FIG. 1 is a cross-sectional front view of a first embodiment of the present invention.

FIG. 2 is an enlarged view of a rafter fixing portion of the first embodiment.

FIG. 3 is a side view of a partial vertical section of a roof portion of the first embodiment.

FIG. 4 is a cross-sectional front view of the second embodiment of the present invention.

FIG. 5 is a cross-sectional front view of the third embodiment of the present invention.

FIG. 6 is a cross-sectional front view showing the roof shingles of a conventional example.

[Explanation of symbols]

(1) Roof (2) Roof material (3) Giraffe joint (3a) Discard plate (3b) Joiner
(3c) Joint cover (4) Keraba cover (5) Keraba arabesque (6) Drainer plate (7) Base member (8) Inner layer material (9) Water leakage prevention plate (9b) Standing part (10) Rafter (11) ) Rafter fixing device (20) Backup material (21) Space part (22) Roof surface part (23) Gable wall (24) Climbing purlin (25) Holding member (26) Base metal fitting (27) Arabesque bracket (28) Curtain Plate (30) Sealing material (31) Sealing material (32) Glitter cover member (33) Glitter rain retainer (33a) Intermediate part (33b) Outdoor edge
(33c) Hanging part (33d) Lower edge (34) Plywood (backup material) (35) Asphalt waterproofing material (36) Wood base (37) Glitter wrap (39) Wood base upper member (40) Wood base Lower member

Claims (5)

[Claims] 1. A roof shingles for housing a water leakage prevention plate disposed on a base member below a roof material such as a metal plate, a tile, a natural slate, etc., through a space for drainage. Raise the standing part above the side edge of the water leakage prevention plate if
A gutter cover is placed on the indoor side of the glazed covering member that covers the top surface and the side surface of the glazed side of the roof, and the outside edge of this gutter is placed at a height corresponding to the space of the roof. The roof gutter is characterized in that the roof presser is supported on the indoor side surface of the cover member, and the lower edge of the rain presser is brought into contact with the upper surface of the water leakage prevention plate closer to the center than the standing portion. 2. The giraffe rain presser is formed in a cross-sectional shape in which the outdoor side edge portion is bent above the outdoor side edge of the horizontal intermediate portion and the hanging portion is bent below the indoor side edge of the intermediate portion. The roof shingles according to claim 1, characterized in that. 3. The giraffe rain presser is formed in a cross-sectional shape in which the outdoor side portion is bent below the outdoor side edge of the horizontal intermediate portion and the hanging portion is bent below the indoor side edge of the intermediate portion. The roof shingles according to claim 1, which are characterized in that. 4. The roof girder of claim 1, 2 or 3, characterized in that the giraffe rain presser is fixed to a base metal member having an intermediate portion fixed to a base member of the roof. 5. The gabion cover member includes a gabber joint, a gabber cover attached to the joint, a gabion arabesque extending under the cover, and a draining plate extending under the arabesque. The roof shingles according to claim 1, 3 or 4, characterized in that.