JP2526385Y2 - Roof mounting equipment - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a shingle mounting device in which a step surface is formed sequentially in a gradient direction of a roof.

[Conventional technology]

Conventional roofs of this type are formed by extending an elongated metal plate in a direction perpendicular to the slope direction of the roof to form a belt surface and arranging the belt surface in parallel to the roof gradient direction. In addition, the front edge portion of the belt surface is formed as an upright wall surface, whereby each belt surface is configured to have a step due to the step surface.

Thus, in order to form such a stepped surface, both longitudinal edges of the metal plate forming each belt surface are bent in opposite directions, and the side bent downward is used as a front edge, The downwardly bent side is defined as the front edge, and the upwardly bent side is positioned as the rear edge. With such an arrangement, the rear edge of the metal plate is positioned in front of another metal plate adjacent to the upper side. The connecting operation | work which engages with an edge in the shape of a winding was required.

[Problems to be solved by the invention]

In the above-described conventional stepped roof, the above-described connection work is required for each of the vertically adjacent belt surfaces, so that the roofing work is troublesome, and this connection work requires skill, and labor costs are high. Therefore, there is a problem that the roofing cost is increased, and the bent edge formed on the metal plate is often squeezed by the foot of a worker during the work. There was also a problem that the handling of was difficult. The purpose of the present invention is to solve the above problems.

[Means for solving the problem]

In order to achieve the above object, the present invention is to connect the strips 4 extended in a direction perpendicular to the slope direction of the roof surface sequentially along the slope direction of the roof surface, and each of the strip surfaces 4 is a long metal. Each band surface 4 has a stepped surface 4 'which is inclined in a rising direction with respect to a flat plate surface on the rear side thereof, so that the band surface 4 is formed on the band surface 4 by using the plates 6, 6'. In the roof plate mounting device configured to have a step, the metal plate
6, 6 'are provided with projecting ridges 12 protruding on one of both sides in the longitudinal direction, and formed with a U-shaped portion 14 on the other side, and the ridge 12 is provided with a suspender 16 made of a long plate material. The hanging member 16 is fixedly fastened to the roof structure together with the ridge 12 by a fastener, and a V-shaped locking portion 22 is provided on the front edge side of the hanging member 16.
The metal plate 6 ′ forming the upper side band surface 4 with the locking portion 22 of the suspender 16 fixed to the ridge 12 of the metal plate 6 forming the lower band surface of the roof surface The upper and lower metal plates 6, 6 'are connected to each other by connecting the upper and lower metal plates 6, 6'. It is arranged on the lower surface of a substantially intermediate portion of the step surface 4 'of the plate 6'.

[Action]

The roof first forms the lowermost band surface 4, then forms the band surface 4 above and adjacent to the band surface 4, and thus stretches the band surface 4 sequentially upward. In order to form the band surface 4, first, the metal plate 6 is stretched on the base plate 10, and this is fixed to the base plate 10 together with the suspenders 16.

Next, in order to form the upper band surface 4 in contact with the band surface 4, the U-shaped portion 14 of the metal plate 6 ′ forming the upper band surface 4 is connected to a hook of a suspender fixed to the lower metal plate 6. The protrusions 12 of the upper metal plate 6 ′ are fixed to the base plate 10 together with the suspenders 16 while maintaining the fitted state while being fitted to the stoppers 22.

By repeating such operations repeatedly from the lower side to the upper side, the metal plates are successively engaged and connected, whereby a large number of belt surfaces are continuously formed. The ridge 12 is located below the step surface 4 of the upper metal plate 6 ′ to reinforce the step surface 4.

〔Example〕

Hereinafter, the configuration of the present invention will be described in detail with reference to embodiments shown in the accompanying drawings.

FIG. 2 is a front view of a building having a shingle attached by the shingle attachment device of the present invention, and a roof surface 2 is constituted by a plurality of belt surfaces 4 sequentially formed in a gradient direction. These band surfaces 4 are provided with a step surface 4 'on the front side so as to have a step. The strip surface 4 is formed by extending a long and thin bacterium image plate 6 as shown in FIG. I have. The metal plate 6 constitutes a roof plate, and a ridge 12 is provided on one of both sides in the longitudinal direction thereof, and a U-shaped portion 14 is formed on the other side by bending a side edge of the metal plate in a right angle direction and a horizontal direction. Have been. Reference numeral 16 denotes a suspender, which is made of a long and thin plate, for example, a metal plate. The suspender 16 has a recess 18 for fitting the ridge 12 along its longitudinal direction.
Is formed, and a locking piece 20 is provided at a lower portion of the concave portion 18 so as to protrude inward. On the front edge side of the suspender 16, a locking portion 22 is formed in a horizontal V-shape.

 Next, the roof mounting operation will be described.

The roof first forms the lowermost band surface 4, then forms the band surface 4 above and adjacent to the band surface 4, and thus stretches the band surface 4 sequentially upward. Since the lowest band surface 4 is in contact with the eaves, the metal plate 6 used for this is U-shaped.
14 may be omitted, or the U-shaped portion 14 may be engaged with the eaves end. In order to form the belt surface 4, first, the metal plate 6 is stretched on the base plate 10, and the metal plate 6 is fixed to the base plate 10 together with the suspender 16 by a fastener 24 made of a nail as shown in FIG. Fix it. The suspending element 16 has the concave portion 18 fitted to the convex ridge 12 of the metal plate 6, the locking piece 20 abuts against the side wall surface of the convex ridge 12, and the concave portion 18 is closely fitted to the convex ridge 12. It will be in the state of having done. Next, in order to form the upper band surface 4 which is in contact with this band surface 4,
The U-shaped portion 14 of the metal plate 6 ′ forming the upper side band surface 4 is fitted to the locking portion 22 of the suspension 16 fixed to the lower side metal plate 6. Then, the ridges 12 of the upper metal plate 6 ′ are fixed to the base plate 10 together with the suspenders 16 while maintaining the fitted state.
At this time, as shown in FIG. 1, the protruding ridge 12 is located below the substantially middle portion of the step surface 4 of the upper metal plate 6 ', and serves as a rib to reinforce the step surface 4. I do.

By repeating such an operation, the metal plates are sequentially connected from the lower side to the upper side to form a large number of belt surfaces 4 continuously.

〔effect〕

According to the present invention, since the U-shaped portion of the upper metal plate is engaged with the locking portion of the lower metal plate as described above, the belt surface can be sequentially formed from below to above, so that the work is performed. Even a simple and unskilled person can easily roof the roof, and the ridges formed on the metal plate function as reinforcing ribs, so that even if an operator gets on the roof, the belt surface can be prevented from being deformed. And so on.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 shows a preferred embodiment of the present invention, FIG.
FIG. 2 is a front view of a building using the device of the present invention, and FIG. 3 is an exploded perspective view. 2 ... Roofing plate, 4 ... Strip surface, 4 '... Step surface, 6,6' ...
Metal plate, 8 roofing, 10 lower slope plate, 12 ridge, 14 U-shaped part, 16 suspension element, 18 recessed part, 20
… Locking piece, 22… locking part, 24… anchor.

Claims (1)

(57) [Scope of request for utility model registration] 1. A belt surface (4) extended in a direction perpendicular to a gradient direction of a roof surface is sequentially connected along a gradient direction of a roof surface, and each of said belt surfaces (4) is a long metal plate (4). 6) While being formed by using (6 '), each band surface 4 has a step surface (4') which is inclined in the rising direction with respect to the flat plate surface on the rear side thereof at the front side, whereby the band surface is formed. In the shingle mounting device configured to have a step on the surface (4), the metal plates (6) and (6 ') are provided with ridges (12) on one of both longitudinal sides.
And a U-shaped portion (14) is bent and formed on the other side, and the ridge (12) is fitted with a recessed portion (18) of a suspender (16) made of a long plate material. The hanging member (16) is fixedly fastened to the roof structure together with the ridge (12) by a fastening member, and a horizontal V-shaped engaging portion (22) is provided on the front edge side of the hanging member (16). While the upper side band surface (4) is fixed by the locking portion (22) of the suspender (16) fixed to the ridge (12) of the metal plate (6) forming the lower side band surface of the roof surface. The U-shaped portion (14) of the metal plate (6 ') to be formed is fitted so as to connect the upper and lower metal plates (6) (6'). And a roof (16) in which the recess (18) of the hanging member (16) fitted thereto is arranged on the lower surface of a substantially intermediate portion of the step surface (4 ') of the upper metal plate (6'). Plate mounting device.