JPH0225857Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Purpose of the Invention] (Industrial Field of Application) This invention relates to a continuous metal tile roofing device for providing a so-called rhombus-roofed roof that focuses on elegance.

(Prior art) Conventional diamond-roofed metal tiles consist of a single rhombus-shaped tile, each of which is covered one by one with seams, which requires a great deal of effort and increases construction costs. Furthermore, die-cutting of each sheet results in a large amount of material loss, resulting in high costs.

On the other hand, in order to improve the workability of on-site construction, there is a method in which a predetermined number of the above-mentioned single-piece diamond-shaped tiles are hung in advance at a factory to integrate them, but in this case, the site is simply moved to the factory. , and the production cost remains unchanged.

(Problems that the invention aims to solve) This invention changes the rhombus-roofed metal tile from a single rhombus-shaped tile structure to a continuous structure by unfolding and bending a single metal plate, thereby reducing production costs and simplifying roofing work. The aim is to provide a roofing device that is rationalized and can provide a uniform finish, durability against wind pressure, etc., and increased rain return effect.

[Structure of the invention] (Example) The invention will be explained below with reference to the embodiments shown in the drawings. As shown in FIGS. 1 and 3, the mold 1 is made by punching and molding a single longitudinal metal plate 3 at predetermined intervals corresponding to a single diamond-shaped tile so that the tiles are offset by the width of the seam. Each boundary part is folded 4 to form a continuous body 5 of a single diamond-shaped tile, one edge of which is folded upward to form a seam receiving part 6, and the other side edge is folded downward to form a seam catch part 7. Further, the upper edge is folded upward to form a seam receiving part 8, and the lower side edge is folded downward to form a seam catch part 9.

Next, in the modified eaves tile mold 2, as shown in FIGS. 2 and 4, grooves 11 of a predetermined depth are formed at predetermined intervals on one side edge of a substantially trapezoidal longitudinal metal plate 10, A continuous body 12 of half-diamond-shaped (i.e., triangular) tiles with the trough 11a of the groove 11 as the apex is formed by folding 13 to form a seam receiving part 14, and furthermore, a continuous body 12 of a single half-diamond-shaped (i.e., triangular) tile with the valley part 11a of the groove 11 as the apex is formed by folding 13 to form a seam receiving part 14. The beveled edges are folded upward to form the hook receiving portions 15 and 16, and the end portion of the one side edge of the metal plate 10 is folded back downward to form the hook hook portion 17.

Finally, the hanger 18 is attached to the flat plate 1 as shown in FIG.
One end of 8a is bent to form a hook 18b.

(Construction method) In order to complete a rhombus roof by combining each of the above-mentioned elements, as shown in Figure 5, the basic continuous tiles are Roofing is done by hooking and locking the molds 1 to each other, but at this time, before locking the hook hooks, attach the hanger 1 to the hook receiver.
8 and nail it to the roof base material (not shown).

[Effects of the invention] As described above, the present invention is easy to manufacture because both the basic continuous tile type and the modified eaves tile type are made into a multi-stage integral structure by punching a single metal plate. The molding loss of materials is minimized, which contributes to cost reduction, and it also enables significant labor savings in construction, allowing for quick work by two people.

Furthermore, since the continuous multiple tiers are made by folding, they have a superior rain return effect and are more durable against wind pressure and the like, compared to the conventional method of hanging one sheet at a time. Of course, it is possible to improve the quality and beauty of the finish.

[Brief explanation of the drawing]

The drawings show examples of the present invention. Figure 1 is a plan view of a basic continuous tile type punched metal plate, Figure 2 is a punched metal plate of a modified eave tile type, and Figure 3 is a basic continuous tile type punched metal plate. Fig. 4 is a plan view of a modified eave tile type.
FIG. 5 is a plan view showing the construction state, and FIG. 6 is a perspective view of the hanger. 1...Basic continuous tile type, 2...Deformed tile type for eaves, 3...Longitudinal metal plate, 4...Folded, 5...Continuum of diamond-shaped tiles,
6... Goblin receiving part, 7... Goby hooking part, 8... Goby catching part 6, 9... Goblin catching part, 10... Longitudinal metal plate of substantially trapezoidal shape, 11... Dovetail groove, 11a... Valley part thereof, 12...
A continuum of a single half-diamond tile, 13...folds, 14...beam receiving portion, 15, 16...beam receiving portion, 17...beam hanging portion, 18...hanger, 18b...its hook.

Claims (1)

[Scope of utility model registration request] The basic continuous tile type 1 consists of a combination of a basic continuous tile type 1, a modified eaves tile type 2, and a hanger 18. Fold the rhombus tiles 4 to form a continuous body 5, and fold one side edge upward to form the seam receiving part 6, and fold the other side edge downward to form the seam hanging part 7. The deformed eaves tile mold 2 is formed by folding the upper edge upwards to form a seam receiving part 8, and by folding the lower edge downward to form a seam hanging part 9. A groove 11 of a predetermined depth is formed at a predetermined interval on one side edge of the plate 10, and a continuous body 12 of semi-diamond-shaped (i.e. triangular) tiles is formed by folding 13, with the valley portion 11a of the groove 11 being the apex. Then, the beveled edges at both ends that are continuous with the bevel receiving part 14 are folded upward to form the bevel receiving parts 15 and 16, and the one edge of the metal plate 10 is bent downward. It is folded back to form a goblin hanging part 17, and each of the goby receiving parts 6, 8, 1
4, 15, 16, hanger 18 fixed to the roof base material
A diamond-shaped continuous metal tile roofing device consisting of hooks 18b.