JPS585775Y2 - Mendo - Google Patents

Description

[Detailed explanation of the idea] This invention relates to mendo.

Conventionally, during roofing construction, earth mound plaster is used to close the gaps that occur between the surface of roof tiles or shingles, etc. and the caps and ridge tiles installed above them, and the gaps are filled with rain and wind. prevents it from blowing in.

However, closing the voids with earth mounds or plaster takes time and effort, so mento doors are used to prevent rainwater from entering the voids.

Such a door needs to be able to close the above-mentioned void in a watertight state, and for this purpose, the roof tile 1
It is required to be able to be elastically deformed during installation so that it can absorb warpage that varies from sheet to sheet.

Although there are conventionally used side doors made of synthetic resin, they do not necessarily adhere sufficiently to the joints and warped surfaces of roof tiles, resulting in gaps.

There are also door doors made of synthetic resin foam or rubber, but if you try to firmly fix the door in the gap, you cannot make them have much elasticity.

Furthermore, because the surface door did not have sufficient elasticity, the joints between the roof tiles could not be watertight.

SUMMARY OF THE INVENTION An object of the present invention is to solve the above-mentioned drawbacks and provide a door that can prevent rainwater from entering the gap.

The gist of the present invention is a mento door installed between a corrugated roof board and a cap for fixing a ridge tile. The door consists of a laminated panel made of a material with poor elasticity.

Next, an example of the door of the present invention will be explained with reference to the drawings.

A side door 1 shown in FIG. 1 is installed in a gap formed between a corrugated roof plate 2 and a cap 4 to which a ridge tile 3 is fixed.

The side door 1 is composed of a layered surface material 5 made of a material with high elasticity and a surface material 6 made of a material with poor elasticity.

The highly elastic material forming the face material 5 refers to a material that has a remarkable property of deforming when a load is applied and recovering to its original shape when the load is removed, such as soft synthetic resin, synthetic resin foam, Examples include soft rubber foam and sponge.

The material with poor elasticity forming the face material 6 refers to a material with poor elasticity, such as hard synthetic resin, synthetic resin foam with a skin layer, hard rubber, rubber foam with a skin layer, and wood. , metals, gypsum, cement, asbestos, etc.

The degree of elasticity of the facing materials 5 and 6 is relative, and the point is that the painting material 5 should be able to undergo elastic deformation significantly more easily than the facing material 6.

The face material 5 is slightly larger in shape than the face material 6,
The facing material 6 is laminated with the upper and lower edges 7 and 8 remaining when the facing material 5 is installed.

When installing the panel 5, the panel 6 is stacked with the upper and lower edges 7 and 8 left in place because the upper edge 7 comes into contact with the lower surface of the cap 4 and elastically deforms to maintain a watertight state. Moreover, the lower edge 8 is elastically deformed in contact with the upper surface of the corrugated roof sheet 2 to maintain a watertight state.

The facing material 5 may be laminated with a facing material 6 leaving one side or both sides. In this case, when a plurality of the facing doors 1 are used side by side, the side edges may be brought into close contact with each other. Can maintain a watery state.

It is preferable that the shapes of the facing material 5 and the facing material 6 are close to the shape of the void, but the facing material 5 is formed in a shape slightly larger than the void so that it can be elastically deformed. Also, it is preferable that the face material 6 has a shape that almost matches the gap or is smaller than this.

In addition, in the mento door 1 shown in this embodiment, since the lower surface of the cap 4 is a flat surface, the upper parts of the panels 5 and 6 are flat surfaces, and since they are in contact with the upper surface of the corrugated roof board 2, the panels 5 and 6 are flat. A plurality of bulges 9 are formed at the bottom of the face material 6.

Next, the construction mode of the inventive door will be explained.

A corrugated roof board 2 is laid on the roof board 10.

A ridge tile 3 is installed at the top of the ridge of the roof, and a cap 4 is provided inside the ridge tile 3 to fix the ridge tile 3.

A side door 1 is installed to close the gap created between the corrugated surface of the corrugated roof board 2 and the cap 4.

The upper surface of the door 1 is installed in contact with the cap 4, and the lower surface of the bulging part 9 is installed in contact with the corrugated surface of the corrugated roof board 20.

Then, the Kasagi 4 penetrates the inelastic face material 6 of the Mendo 1 in the vertical direction by driving the large needle 11 together with the Mendo 1.
It is fixed to the roofing board 10 via the corrugated roof board 2, and the ridge tile 3 is fixed to the cap 4 by driving small needles 12 into it.

When the door 1 is installed in this way, the panel 5 made of a highly elastic material is elastically deformed to form the lower surface of the cap 4 and the roof plate 2.
The face material 6 adheres closely to the corrugated surface to maintain a watertight state, and due to its rigidity, the face material 6 is fitted into the gap with almost no deformation.
Firmly fixed.

A gap 13 may be formed between the top surface of the Kasagi 4 and the inner wall surface of the ridge tile 3 on the side. In this case, this gap 1
3 can be used for ventilation, for example, moisture rising from indoors and accumulated in the space of the ridge tile 3 can be discharged outdoors through this gap.

The mento of the present invention is fixed to the roof board through the corrugated roofing material by vertically penetrating the face material with poor elasticity of the mento door by driving a large needle into the top of the Kasagi, and by driving a small needle into the Kasagi. It is fixed and installed in the gap that occurs between the surface of the roof tile or roof board and the cap or ridge tile, and in this case, the upper and lower edges when installing the facing material made of highly elastic material are installed. It elastically deforms according to the shape of the surface to make a close contact, prevents the formation of a gap between the surface door and the above-mentioned cavity, and provides a smooth state. Also, when installing a surface material made of a highly elastic material. A panel made of a material with poor elasticity is laminated over the upper and lower edges of the panel, which prevents the panel door from deforming other than at the upper and lower edges and firmly fixes it in the gap. can do.

[Brief explanation of drawings]

Fig. 1 is a partially cutaway sectional view showing the construction mode of the inventive door;
Figure 2 is a perspective view showing an example of a mento door, and Figure 3 is the same I-
It is a sectional view taken along I' line. Explanation of symbols 1...mendo, 2...corrugated roof plate, 3...ridge tile, 4...kasagi, 5
, 6... Face material, 7, 8... Edge, 9.
...bulge, 10... field board.

Claims (1)

[Scope of utility model registration request] 1. A side door is installed between a corrugated roof board and a cap that fixes a ridge tile, and is made of a highly elastic material, with the upper and lower edges remaining at the time of installation. A mento door is made of a laminated panel of nailable materials made of a material with poor quality. 2. Registration of a utility model characterized in that the material rich in elasticity is a soft synthetic resin.Aspect 0 of claim 1. 3.A utility model characterized in that the material rich in elasticity is a synthetic resin foam. Mendo as described in Claim 1. 4. The door according to any one of claims 1 to 3 of the utility model registration claim, characterized in that the material with poor elasticity is a hard synthetic resin. 5. The mento door according to any one of claims 1 to 3, wherein the material with poor elasticity is a synthetic resin having a skin layer.