JPH0522574Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Field of Application] The present invention relates to an arabesque structure that can be used both for the eaves and verges of horizontal metal roofs.

[Prior Art] Since the roof structure and the shape of the horizontal metal roof plates are different between the eaves and verges, which are the side surfaces of the roof, arabesques of different structures are used for each.

Figure 6 A is the eaves arabesque, and B is the verge arabesque.

[Problems to be solved by the invention] With conventional arabesques, different shapes of arabesques must be prepared depending on the place of use.

In addition, as can be seen from the figure, the dimensions of the vertical hanging part are large and the overall thickness is large, and the shape is complicated, so it has rigidity, and therefore cannot be bent. cannot be used for

[Means for solving the problem] Therefore, the present invention makes the arabesque thin so that it can be easily bent, and prepares an adiast material of the same thin shape as an independent article for adjusting the height. This aziasto material can be used on the underside of the arabesque as needed.

This adjuster material has a thin C-shaped cross section so that it can be easily bent. By stacking several layers, the height can be adjusted in many steps.

[Example] An explanation will be given according to the embodiments shown in the drawings.

As shown in Fig. 1, the arabesque 1 is made of a long shaped steel, and one end along the longitudinal direction is bent downward for a short length to form a locking part 2 for the tip of the roof plate. An engaging rod 4 is provided which extends downward in a parallel manner with an interval therebetween, and has a claw portion 3 whose tip is slightly bent inward, and which protrudes downward. The flat surface between the part 2 and the engaging rod 4 curves downward to form a groove 5, which becomes a flow path when rainwater enters, and the rear end of this flat surface forms a fixing part 6. .

After both ends of the adjuster material 7 rise upward as shown in FIG.
has a substantially C-shaped cross section slightly bent inward, steps 12 and 13 are formed at the center of both sides, and the lower half 10 of the adjuster material is narrower than the upper half 11. The claw portion 3 at the tip of the arabesque engagement rod 4 engages with this step 12. Further, on the bottom surface, a step 14 is provided in a downwardly convex manner to prevent the adjusting materials from shifting when stacked on top of each other. This convex step 14
The width is the same as the length between the upper bent ends 8 and 9.

The arabesque of the present invention is constructed as described above, so when using it, in the case of a simple roof, only the arabesque 1 is used, as shown in Fig. 1, the eaves (Fig. 3 A) and the verge (Fig. Used in each case of Figures b and c), attach the rear end fixing part 6 of the arabesque 1 to the taruki 16 or moya 1
7 with nails or the like, and the tip or side end of the roof plate 15 is respectively locked to the tip locking portion 2.

Next, when using the aziasto material 7,
When it is desired to lift the tip of the roof board 15 as in the case of the eaves shown in FIG. The tip claw portion 3 of the engagement rod 4 of the arabesque 1 engages with the step 12 on the side surface of the adjuster material 7. In the case of verge, as shown in Figure 5,
The work is carried out by stacking a number of adjustment materials 7 according to the height of the empty space, and placing and engaging the fixing part of the arabesque 1 on top of them. Depending on the height of the void space, as shown in FIG.

[Effects of the invention] In this way, one arabesque can be used for both the eaves and the verge, and since both the arabesque and the ajiast material for height adjustment are formed thinly, it can be easily bent. Because it can be processed, it can be used for arch roof verges.

[Brief explanation of the drawing]

FIG. 1 is a perspective view showing the arabesque of the present invention. FIG. 2 is a side view showing the azimuthal material of the present invention. 3 to 5 are diagrams showing the usage state of the present invention. 6th
Figure A shows the traditional eaves arabesque, and figure B shows the keraba arabesque. 1... Arabesque, 2... Locking part, 4... Engaging rod, 6
... fixed part, 12, 13 ... step, 14 ... convex step,
15... Roof board, 16... Taruki, 17... Moya.

Claims (1)

[Scope of utility model registration request] One end along the longitudinal direction is bent downward for a short length to form a locking part, and an engaging rod is hung parallel to this with a gap, and its tip is slightly bent inward. It is bent to form a claw part, and the flat surface between this locking part and the engaging rod is curved downward to form a groove, and the rear end of the flat surface serves as a fixing part. However, the arabesque structure is made up of an arabesque and an astringent material having a thin C-shape in cross section and having a step that is engaged with the tip claw of the engaging rod.