JPH0699994B2 - Eaves roof - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial field of application] The present invention relates to an eaves roof such as an entrance canopy.

[Technology of Conventional Example] Conventionally, in order to form an eaves roof, an eaves roof plate made of a vinyl chloride steel plate is constructed to form an eaves roof. However, the eaves roof plate 2'made of a vinyl chloride steel plate has, for example, a corner roof. In this case, as shown in FIG. 5, a locking piece 3'for connecting the one side ends to each other by a connecting metal fitting 6'referred to as a ridge wrap is provided, but the other side end is integrally formed with the side piece. The end rising piece 9'is protruding.
If the eaves are flat instead of corners, the eaves roof plate 2 '
Side end rising pieces 9'protruded integrally with both end portions of each.

[Problems to be Solved by the Invention] In the conventional example as described above, the eave roof to be formed is free from eave roofs of various sizes due to the restriction of the size of the eave roof plate 2 '. Could not be formed.

The present invention has been made in view of the above problems of the conventional example, and an object thereof is to provide an eaves roof in which the size of the eaves roof can be freely selected.

[Means for Solving the Problem] In the eaves roof of the present invention, a locking piece that is folded back to the upper surface side at both end portions of an eaves roof plate 2 in which a water return projection piece 1 is provided at the rear end portion so as to project upward. 3 and the locking pieces 4 that are folded back to the lower surface side are provided at both ends, and the connection fittings 6 that project the projecting pieces 5 upward are formed at the rear end portions.
The locking folding piece 8 folded back to the lower surface side is provided at one side end portion, the side end rising piece 9 is projected upward at the other side end portion, and the end projecting piece 10 is projected upward at the rear end portion. Projecting and locking the locked pieces 4 at both ends of the connection fitting 6 to the locking pieces 3 of the adjacent eaves roofing boards 2 and stacking the projecting piece 5 on the front surface of the adjacent water return projecting piece 1, the connecting fitting 6 Eaves roof plate 2 not connected with
The locking fold-back piece 8 of the roof plate cap 7 is locked to the locking piece 3 at the end of the above, and the end projecting piece 10 is overlapped on the front side of the water return projecting piece 1 of the eaves roof plate 2. Therefore, by adopting such a configuration, the problems of the conventional example described above are solved and the object of the present invention is achieved.

[Operation] Then, the eaves roof boards 2 adjacent to each other are locked to the locking pieces 3 by locking the locked pieces 4 at both ends of the connection fitting 6, and the projecting pieces 5 are mounted on the front surfaces of the adjacent water-turning projecting pieces 1. The eave roofs having different sizes can be formed by selecting the number of the eaves roof plates 2 to be connected by overlapping. Then, the locking folding piece 8 of the roof plate cap 7 is locked to the locking piece 3 of the end portion of the eaves roofing board 2 which is not connected by the connecting metal fitting 6, and the end projecting piece 10 is attached to the eaves roofing board 2 for water return projection. By overlapping the front side of the piece 1, the side edge of the eaves can be easily treated even if the eaves have different sizes.

[Examples] The present invention will be described in detail below based on examples shown in the accompanying drawings.

The eaves roof plate 2 is made of metal or PVC steel plate, and the rear end of the eaves roof plate 2 is projected upward to form the water return protrusion 1, and the upper end of the water return protrusion 1 is formed. The front projections 11 projecting further toward the front are formed on the front side of the eaves, and both ends of the eaves roof plate 2 are folded back to the upper surface side to form the locking pieces 3. The connection fitting 6 is made of metal or PVC steel plate, both ends thereof are folded back to the lower surface side to form the locked piece 4, and the projecting piece 5 is projected upward at the rear end. I am doing it. The roof plate cap 7 is made of metal or PVC steel plate and has a shape as shown in FIG.
A locking folding piece 8 folded back to the lower surface side is provided at one side end portion, and a side edge rising piece 9 is projected upward to the other side edge portion, and the side edge rising piece 9 is further folded downward. There is an end projecting piece 10 projecting upward from the rear end of the roof board cap 7, and a hanging piece 12 is hanging from the front end of the roof board cap 7.

Then, as shown in FIG. 1, the adjacent eaves roofing plates 2 are locked to the locking pieces 3 by the locked pieces 4 at both ends of the connecting fitting 6, and the projecting pieces 5 are adjacent to each other. It is connected by stacking on the front surface of 1. In this case, the number of eaves roof boards 2 to be connected is selected according to the size of the eaves roof to be formed. Then, as shown in FIG. 2, the locking folding piece 8 of the roof plate cap 7 is locked to the locking piece 3 at the end of the eaves roofing board 2 which is not connected by the connecting metal fitting 6, and the end projecting piece 10 is attached. The eaves roof plate 2 overlaps with the front side of the water repellent projection 1 to form an end portion of the eaves roof.

Here, if the eaves are of a type with corners,
As shown in FIGS. 4 (a) and 4 (b), at the corner portion, a side end of the eaves roofing plate 2 is cut at 45 degrees so that adjacent eaves roofing plates 2 are connected at a right angle. However, the locking piece 3 is also formed on the side end portion which has become 45 degrees, and is connected by the connection fitting 6 which is a wrapping. In the present invention, the eaves roofing boards 2a (for left and right) whose side end portions are 45 degrees and the eaves roofing boards 2b having an ordinary rectangular shape are combined in any desired number by the connecting metal fittings 6. The roof plate caps 7 are attached to the ends and the roof portions are attached to form eave roofs of various sizes as shown in FIGS. 4 (a), (b), (c) and (d).

[Effects of the Invention] According to the present invention, as described above, the locking pieces of both ends of the connection fitting are locked to the locking pieces of the adjacent eave roof plates, and the projecting pieces are adjacent to each other. The eaves roof plate is overlaid on the front surface of the roof piece and is not connected by the connecting metal fittings. Since it is overlapped on the side, it is possible to freely form eave roofs of different sizes by selecting the number of eaves roof plates to be connected. The locking flap of the roof plate cap is locked to the locking piece of the roof part and the end protruding piece overlaps with the front side of the water return projection of the eaves roof plate, so the eaves can be different in size. The side edge of the roof can be easily treated, and in the present invention, the rain of the connecting portion is also good. In particular, the locking piece of the roof plate cap is locked to the locking piece at the end of the eaves roof plate, and the end protruding piece is overlapped with the front side of the water return protrusion of the eaves roof plate. Then, the locking flap of the roof plate cap is locked to the locking piece at the end of the eaves roof plate that is not connected with the connecting metal fittings, and the end protruding piece overlaps with the front side of the water return protrusion of the eaves roof plate. Therefore, the overlapping amount of the end projecting piece on the front surface of the water return projecting piece of the eaves roof plate is held by the engagement of the locking piece and the locking folding piece so as to be a constant overlapping amount. The overlapping amount of the protruding piece on the front surface of the water return protrusion of the eaves roof plate is held by the engagement of the locking piece and the locking folding piece so that the overlapping amount becomes a certain amount of overlap.
In this way, the overlapping amount of the end protruding piece on the front surface of the water repelling projection piece of the eaves roof plate and the overlapping amount of the end protruding piece of the eaves roof plate on the front surface of the water repelling projection piece are both constant overlap amounts. Since it is held so that the connection portion will be well protected from rain, and the appearance will be well set.

[Brief description of drawings]

FIG. 1 is an exploded perspective view showing the connection between eaves roof plates, FIG. 2 is an exploded perspective view showing a state in which a roof plate cap is attached to an end portion of the eaves roof plate, and FIG. 3 is a roof plate cap used for the same. FIG. 4 (a), (b), (c), and (d) are perspective views, and FIG. 5 is a schematic plan view showing an example of the formation of an eave roof, and FIG. Pieces 2, 2 eaves roof plate, 3 locking pieces, 4 locked pieces, 5 projecting pieces, 6 connecting fittings, 7 roof plate caps, 8 locking folding pieces, 9 side end rising pieces , 10 are end protruding pieces.

Claims (1)

[Claims] Claim: What is claimed is: 1. An eaves roof plate having a water-returning projecting piece projecting upward at the rear end thereof is provided with locking pieces folded back to the upper surface side, and both end portions are respectively folded back to the lower surface side. A fitting is formed on the rear end portion of the roof plate cap with a locking piece provided at the rear end, and a locking folding piece folded back to the lower surface is provided at one end of the roof plate cap and the other side end. The side end rising piece upward toward the upper part and the end protruding piece upward toward the rear end, and the engaged pieces at both ends of the connection fitting are engaged with the engaging pieces of the adjacent eave roof plate. Stop and stack the protrusion on the front of the adjacent water return protrusion, and lock the locking flap of the roof plate cap to the locking piece at the end of the eaves roof plate that is not connected by the connecting metal fittings and project the end. The eaves roof is characterized in that it is formed by overlapping on the front side of the water repelling projection of the eaves roof plate.