JPH084502Y2 - Root - Google Patents

Description

[Detailed description of the device]

[0001]

[Industrial application] The present invention relates to a roof of a straw stick that has been devised as a countermeasure against cold regions at the eaves of the straw stick.

[0002]

2. Description of the Related Art Conventionally, a door at the tip of a straw rod is completely sealed and has poor air permeability, and has a poor snow melting effect, a frost prevention effect, and a dew condensation suppressing effect.

[0003]

SUMMARY OF THE INVENTION The present invention facilitates a device for improving the air permeability of a shutter at the tip of a straw rod, a snow melting effect, an anti-smearing effect, and a device for improving the dew condensation suppressing effect. The purpose is to provide a new roof that has been devised.

[0004]

In order to achieve the above object, the roof according to the present invention has a dish shape of an isosceles triangle having the same inclination angle as the inclination of the inclined plate portions 2 and 2'in the long roof plate body 3. The body 27 is formed, the ventilation hole 29 is provided in the bottom wall portion 28 of the dish-shaped body 27, and the hanging hanging wall 31 is also provided at the opening edge of the bottom side peripheral wall 30, and the dish-shaped body 27 is attached to the roof. The inclined plate portions 2, 2 are fitted to the eaves tip surface of the cavity 32 formed by forming the two inclined plate portions 2, 2 to form 2 of the dish-shaped body 27.
The equilateral triangular side peripheral walls 33, 33 'are brought into contact with the lower surfaces of the inclined plate portions 2, 2', the bottom side peripheral wall 30 is brought into contact with the upper surface of the eaves edge portion 34 of the base 20, and the hanging hanging wall 31 is used as a nose cover. It's fastened.

[0005]

The hanging wall 3 for attaching the isosceles triangular plate-shaped body 26 to the door 37 of the straw rod 36, which is formed by roofing the long roofing plate main body 3 on the base 20, is attached.
The face door 37 can be closed by fastening 1 to the nose cover or the like.

[0006]

According to the present invention, the inclined plate portions 2 and 2'which become higher toward the outside on both sides are provided, and the one rising plate portion 4 and the one rising plate portion are provided at the leading edge of the one inclined plate portion 2. 4 is provided with an outward mounting plate portion 5 at the tip edge and a downward mounting plate portion 6 is provided at the tip edge of the outward mounting plate portion 5 to form a covering portion 10, and at the tip edge of the other inclined plate portion 2 '. The other standing plate part 7 is provided with an inward mounting plate part 8 at the tip edge of the other standing plate part 7, and a large number of long roof plate main bodies 3 each having a fitting projection 9 are formed. The lower horizontal portion is used as the fastening leg 12, the upper portion 14 is provided at the upper end edge, and the upper horizontal portion 15 is provided at the leading edge of the rising portion 14.
With a large number of suspensions 11 each provided with the suspensions 11, the suspensions 11 are arranged in a standing state at the respective locations directly above each rafter 17 on the upper surface of the base 20, and the fastening legs 12 of the suspensions 11 are provided. A step of fixing the inward mounting plate 8 and the inward mounting plate 8 by fitting the roof plate main body 3 between the suspensions 11 on the base 20 and fitting the fitting projection 9 under the upper horizontal part 15. The portion 15 and the double-sided adhesive tape 2 are placed on the upper and lower surfaces of the superposed portion 22 while being superposed.
Step of attaching 3, 23 ′, the next-order thatch board body 3 was fitted between the adjacent suspension 11 and the covering portion 10 of the next-order thatch board body 3 was attached to the overlapping portion 22. The state and the process of making the outward mounting plate portion 5 adhered to the upper adhesive tape 23, the downward mounting plate portion 6 is folded down to the lower side of the inward mounting plate portion 8 and adhered to the lower adhesive tape 23 '. By forming the state, the half-wrapped portion 24 is formed and the half-wrapped portion 2 is formed.
The structure in which the roofing is applied on the underlayer 20 by performing the steps of forming the completely rolled-in portion 25 by laying down 4 to the other standing plate portion 7 so as to be superposed and adhered, and repeating the above steps. Therefore, the workability of jointing the roofing boards to each other is extremely good, and the straw rod portion in the present invention has a structure in which both sides are inclined and does not have a wide horizontal surface. Is hard to leave snow, and it is hard to get ice,
In addition, as described above, the slanted plate portion 2 in the long roof board body 3,
An isosceles triangular plate-shaped body 27 having the same inclination angle as the inclination of 2 ′
And a ventilation hole 29 is formed in the bottom wall portion 28 of the dish-shaped body 27.
Is also attached to the opening edge of the peripheral wall 30 on the bottom side to attach the hanging wall 31.
Cavities 3 formed by the inclined plate portions 2 and 2 of the dish-shaped body 27 being formed side by side in the roofing
2, the isosceles triangular side peripheral walls 33 and 33 'of the plate-shaped body 27 are attached to the lower surfaces of the inclined plate portions 2 and 2', and the bottom side peripheral wall 30 is attached to the eaves edge portion 34 of the base 20. Since they are in contact with the upper surface of the nose and the hanging wall 31 for fastening is fixed to the nose cover or the like, outside air enters the cavity 32 (inside the straw rod) through the ventilation holes 29 and the air permeability is extremely high. well,
It has a high snow melting effect, a clearing prevention effect, and an effect of suppressing the occurrence of dew condensation. Further, in the present invention, the dish-shaped body 27 has the same inclination angle as that of the inclined plate portions 2 and 2'of the long roof plate body 3. Of the isosceles triangle, and the isosceles triangular side peripheral walls 33, 33 'respectively contact the lower surface of the inclined plate portions 2, 2'and the bottom side peripheral wall 30 respectively contact the upper surface of the eaves edge portion 34 of the foundation 20. Since the hanging wall 31 that is in contact with and is attached to the nose cover or the like is fitted to the eaves tip surface (face door) portion of the cavity 32, the face door portion can be easily configured.

[0007]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Referring to the drawings, an embodiment of the present invention will be described. First, reinforcing bent portions 1 and 1'are formed on the both sides of a central longitudinal portion with a galvanized iron sheet, and inclined plates which become higher on both sides toward the outside. A large number of long roofing plate bodies 3 each having parts 2 and 2 ′ are formed, and one rising plate part 4 is provided at the leading edge of one inclined plate part 2 and one leading plate part 4 is provided at the leading edge of this one standing plate part 4. Outward mounting plate 5
The downward mounting plate portion 6 is provided on the tip edge of the outward mounting plate portion 5 to form the covering portion 10, and the other standing plate portion 7 and the other standing plate portion are formed on the tip edge of the other inclined plate portion 2 '. The inward mounting plate portions 8 are provided on the leading edges of the plate portions 7 to form the fitting protrusions 9. Separately from the roofing plate body 3, a suspension 11 having a hook-shaped cross section is formed by using galvanized iron, and a horizontal portion of the suspension 11 serves as a fastening leg 12 and an upper edge of the suspension 11 is provided. A rising portion 14 is provided via a stepped bent portion 13, and an upper horizontal portion 15 is provided at the leading edge of the rising portion 14 to form fitting recesses 16 at the four one-side upright plate portions. Further, a base plate 18 is laid on the rafter 17, and a heat-reflecting roofing material 19 is laid on the base plate 18 to form a base 20. Then, each rafter 1 on the upper surface of the base 20
The suspension 11 is arranged in a standing state at each position immediately above 7 and the fastening legs 12 of the suspension 11 are nailed to the rafter 17.
Fasten with 1. Then, the roofing plate body 3 is fitted between the suspensions 11 on the base 20, and the fitting convex portion 9 is fitted in the fitting concave portion 16 to overlap the inward mounting plate portion 8 and the upper horizontal portion 15 with each other. At the same time, double-sided adhesive tapes 23 and 23 'are attached to the upper and lower surfaces of the overlapped portion 22. After that, fit the next board material 3 between the suspension members 11 next to each other,
It is assumed that the covering portion 10 of the second order roofing plate body 3 is attached to the overlapping portion 22 and the outward mounting plate portion 5 is attached to the upper adhesive tape 23. Next, the downward mounting plate portion 6 is folded down to the lower side of the inward mounting plate portion 8 to form the lower adhesive tape 2
By being attached to 3 ', the half-wrapped portion 24
Is formed and the half-rolled-in portion 24 is tilted downward to be superposed and adhered to the other standing plate portion 7 to form the fully-rolled-in portion 25. Then, the work from the fitting of the next-higher thatching plate body between the next hanger 11 and the next hanger 11 to the formation of the complete wrapping portion 25 is repeated to perform the roofing work on the entire roof. I do. Also, the roof plate body 3 and the suspension 1
Separately from 1, the tray-shaped body 27 of the isosceles triangle having the same inclination angle as the inclination of the inclined plate portions 2 and 2'is formed by the galvanized iron sheet, and the bottom wall portion 28 of the plate-shaped body 27 has a sliding door-like ventilation. Hole 2
9 is also attached to the opening edge of the bottom side peripheral wall 30 to attach the hanging wall 3
1 and the dish-shaped body 27 is fitted to the tip of the eaves of the cavity 32 formed by the inclined plate portions 2 and 2'in the roof, and the peripheral wall of the dish-shaped body 27 isosceles triangular. 33, 33 'are respectively brought into contact with the lower surfaces of the inclined plate portions 2, 2', the bottom side peripheral wall 30 is brought into contact with the upper surface of the eaves edge portion 34 of the base 20, and the hanging hanging wall 31 is made into a nose cover (not shown). It's fastened.

[Brief description of drawings]

FIG. 1 is an exploded perspective view showing an embodiment of a roof according to the present invention.

FIG. 2 is a perspective view showing a part of the roofing plate body.

FIG. 3 is a cross-sectional view of a portion taken along the line AA of FIG.

FIG. 4 is a sectional view of a portion taken along the line BB of FIG.

FIG. 5 is a flow sheet showing the order of construction.

[Explanation of symbols]

1 Reinforced bent portion 1'Reinforced bent portion 2 Inclined plate portion 2'Inclined plate portion 3 Roof plate body 4 One-sided standing plate portion 5 Outward mounting plate portion 6 Downward mounting plate portion 7 Other standing plate portion 8 Inward mounting plate portion 9 Fitting convex portion 10 Covering portion 11 Suspension member 12 Fixing leg 13 Stepped bending portion 14 Standing portion 15 Horizontal portion 16 Fitting concave portion 17 Rafter 18 Field plate 19 Roofing 20 Base 21 Nails 22 Polymerization portion 23 Adhesive tape 23 ' Adhesive tape 24 Half-rolled portion 25 Full-rolled portion 27 Dish-shaped body 28 Bottom wall portion 29 Ventilation hole 30 Bottom side peripheral wall 31 Hanging wall 32 Cavity 33 2 Equilateral triangular side peripheral wall 33'2 Equilateral triangular side peripheral wall 34 Eaves edge part 36 Kawara stick 37 side door

Claims (1)

[Scope of utility model registration request] 1. A sloped plate portion (2, 2 ') that rises outwardly on both sides is provided, and one rising plate portion (4) is provided at the leading edge of one inclined plate portion (2), and the leading edge of the one rising plate portion (4). An outward mounting plate portion 5 and a downward mounting plate portion 6 at the tip edge of the outward mounting plate portion 5 to form a covering portion 10, and the other standing plate portion at the tip edge of the other inclined plate portion 2 '. 7 and a large number of long roofing plate main bodies 3 each having an inward mounting plate 8 on the leading edge of the upright plate 7 to form a fitting projection 9, and a horizontal cross section having a hook shape. On the upper surface of the base 20, the rafters 17 are provided on the upper surface of the base 20 by using the fastening legs 12 as the parts, the rising portion 14 at the upper end edge, and a large number of suspenders 11 each having the upper horizontal portion 15 at the tip edge of the rising portion 14. A step of arranging the suspension 11 in a standing state at each of the above-mentioned locations and fixing the fixing legs 12 of the suspension 11 below, The roofing plate body 3 is fitted between the suspensions 11 on the ground 20, and the fitting convex portion 9 is fitted under the upper horizontal portion 15 so that the inward mounting plate portion 8 and the upper horizontal portion 15 are overlapped with each other. And the double-sided adhesive tape 2 on the upper and lower surfaces of the overlapped portion 22.
Step of attaching 3, 23 ′, the next-order thatch board body 3 was fitted between the adjacent suspension 11 and the covering portion 10 of the next-order thatch board body 3 was attached to the overlapping portion 22. The state and the process of making the outward mounting plate portion 5 adhered to the upper adhesive tape 23, the downward mounting plate portion 6 is folded down to the lower side of the inward mounting plate portion 8 and adhered to the lower adhesive tape 23 '. By forming the state, the half-wrapped portion 24 is formed and the half-wrapped portion 2 is formed.
In the roof obtained on the underlayer 20, the steps of forming the complete rolled-in portion 25 by stacking 4 on the other standing plate portion 7 and superimposing them on the other standing plate portion 7 are repeated. An isosceles triangular plate-shaped body 27 having the same inclination angle as that of the inclined plate portions 2 and 2 ′ is formed, and a ventilation hole 29 is formed in a bottom wall portion 28 of the plate-shaped body 27, and an opening edge of the bottom side peripheral wall 30 is also formed. Downwardly attached to each of the hanging hanging walls 31, and the dish-shaped body 27 is fitted to the eaves tip surface of the cavity 32 formed by the inclined plate portions 2 and 2 facing each other in the roof, to form the dish-shaped body 27. Of the isosceles triangular side wall 33, 33 'on the lower surface of the inclined plate portion 2, 2', and the bottom side peripheral wall 30 of the base 20.
A roof characterized by being in contact with the upper surfaces of the eaves edge portions 34 of each of the eaves and fixing the hanging hanging wall 31 to the nose cover or the like.