JPS6016546B2 - Eave tile laying equipment - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION In the present invention, a rising part 3 for supporting eaves tiles and a hook 5 which is exactly aligned with the eaves tile 4 are installed on the upper surface 2 of the eaves of the roof base layer 1, and the rising part 3 is The shape of the upper edge is formed to match the shape of the lower surface of the eaves tile 4, and a drainage hole 7 is formed in the rising base 6 of the rising portion 3.
is drilled, one end of the eave tile 4 is locked to the hook 5, and the eave tile 4 is attached.
This relates to an eaves tile laying device in which the lower surface of the eaves tile is iron-fitted to the top green of the rising part 3, and the other end of the eaves tile 4 is overlapped from above on the side end of the adjacent eaves tile 4 that is locked to the hook 5. The purpose of this product is to create an eave with excellent construction efficiency, with the eave tile not being blown away by external forces, the roof base material not rotting, and rainwater not entering between the roof base material and the eave tile. To provide tile laying equipment.

The present invention will be described in detail below according to examples.

The eaves accessory A is composed of a rising part 3 for supporting the eaves tile, a hook 5 for securing the eaves tile, a fixing piece 10, and a nose plate 11. It is erected on a fixed piece 10 for fixing to the upper surface 2, and the hooks 5 are similarly erected on the fixed piece 10 in accordance with the pitch of the eaves tiles 4. The green shape of the upper end of the rising part 3 is formed to match the shape of the lower surface of the eaves tile 4, and the rising base 6 of the rising part 3 is provided with drain holes 7 at regular intervals. A nose plate 11 is provided at the front end of the fixed piece 10 in a direction opposite to the rising part 3. The tip of the hook 5 is bent into a shape similar to the number 7 so that the side end of the eaves tile 4 can be locked. Fixed piece 1
An overlapping allowance 12 is provided at the side ends of the nose plate 11, and no rising portion 3 is provided above the overlapping allowance 12, and the length of the fixed piece 10 is equal to the length of the eave tile 4. is an integer multiple of The eave tile 4 has two rows of peaks in the vertical direction at one end and the center, and a locking protrusion 13 is bored on the upper surface of the pond side edge. Thus, the fixing piece 10 is fixed to the upper surface 2 of the eaves of the roof base material 1, the rising part 3 and the hook 5 are erected upward, and the end of the roof base material 1 on the eave side is covered with the nose plate 11. do. A roofing sheet 14 is laid on the roof base material 1, and the lower end of the roofing sheet 14 is overlapped from above the fixed piece 10 of the eaves accessory A. At this time, the lower end of the roofing sheet 14 is laid down to the vicinity of the rising part 3 of the eaves accessory A. The locking protrusion 13 at one end of the eave tile 4 is locked to the hook 5, and the lower surface of the eave tile 4 is aligned with the upper edge of the rising part 3 of the eaves accessory A, and the other end of the eave tile 4 is are overlapped from above on the side ends of the adjacent eaves tiles 4 that are locked to the hooks 5. This work is repeated to sequentially lay the eaves tiles 4. As shown in Figures 4 and 5, the front part of the drainage hole 7 of the rising part 3 of the eaves accessory A is covered with a drainage hole to prevent rainwater from flowing into the roof base material from the outside. The plate 15 may be erected on the fixed piece 10, or as shown in FIG. A roofing sheet 14 may be laid to prevent rainwater from penetrating deeper than the water return piece 16 of the fixing piece 10 due to capillary action, thereby preventing the roof base material 1 from rotting. In the present invention, hooks for locking eaves tiles are set up on the upper surface of the eaves of the roof base village in accordance with the pitch of the eaves tiles, so one side end of the eaves tiles can be simply locked to the hooks. This has the advantage of being able to lay eaves tiles accurately just by going to the top of the eaves, which improves the construction efficiency of the eaves tiles. The shape of the eaves is formed to match the shape of the lower surface of the eaves tile, and the lower surface of the eave tile is iron-plated to the upper edge of the rising part, so there is no gap between the lower surface of the eaves and the upper edge of the rising part.
Birds will not build nests in the eaves, rainwater will not fall between the eaves tiles and the roof base material, and the roof base material will not be soiled with bird droppings or rot due to rainwater. It has the advantage of improving the durability of the base material.
A rising part for supporting eaves tiles is installed on the top of the eaves of the roof base material, and a drainage hole is drilled at the base of the rising part, so rainwater flowing down on the roof base material can be drained. Although rainwater flows down through the hole and a rising part is installed on the top of the eaves, rainwater does not accumulate near the rising part, which has the advantage that the roof base material dries quickly and is less likely to rot. A rising part and a hook are set up on the upper surface of the eaves of the base material, and the green shape of the upper end of the rising part is formed to match the shape of the lower surface of the eave tile.
The one-yanagi end of the eave tile is secured to a hook, which prevents the eave tile from being lifted up and blown away by the wind.In addition, the bottom surface of the eave tile is fitted to the upper edge of the rising part, Since the other end of the eave tile is overlapped from above on the side end of the adjacent eave tile that is hooked, there is a gap between both ends of the eave tile, the bottom surface of the eave tile, and the upper edge of the rising part. This has the advantage that no gaps are created, wind does not penetrate below the eaves tiles from the outside, and the eaves tiles are not blown away.

[Brief explanation of drawings]

FIG. 1 is a front view of the first embodiment of the present invention, FIG. 2 is a vertical cross-sectional view in the A--HA direction of the same as above, FIG. 3 is a perspective view of an embodiment of the eaves accessory as above, The figure is a partially enlarged perspective view of the second embodiment, FIG. Roof base material, 2 is the top surface, 3 is the rising part, 4 is the eave tile, 5 is the hook,
6 is a rising base, and 7 is a drain hole. Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6

Claims (1)

[Claims] 1. On the upper surface of the eaves of the roof base material, a rising part for supporting the eaves tile and a hook that matches the pitch of the eaves tile are erected, and the shape of the upper edge of the rising part is formed to match the shape of the lower surface of the eaves tile. , Drill a drainage hole at the base of the rising part, lock one end of the eave tile to the hook, fit the bottom surface of the eave tile to the upper edge of the rising part, and connect the other end of the eave tile to the adjacent An eaves tile laying device that overlaps the side end of the eave tile that is attached to the hook from above.