JPH053611Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Technical Field] The present invention relates to a ridge tile, and specifically relates to a technique for increasing the construction strength thereof.

[Background technology]

Conventionally, as shown in Fig. 5, the ridge tile constructed on the ridge of a hipped roof, etc. is made to hang down to about the thickness of the flat tile 2 at the eave side end 1a of the ridge tile main body 1 bent in a substantially mountain shape. The hanging piece 3 is folded inward from the lower end to form the clamping piece 4, and the flat tile 2 is constructed along the falling ridge A.
Cover the lower surface of the lower ridge tile main body 1, and hold the lower ridge side end 2a of the flat tiles 2, 2 between the holding piece 4 and the lower ridge tile main body 1, and remove the eave side end of the lower ridge tile A. The part 1a was held by hand, and the main ridge side end 1b of the ridge tile A was driven into place with nails 6 to be fixed. However, in such construction structure, there is no connection between the eave side end 1a of the ridge tile main body 1 and the ridge tile main body 1 constructed at the lower level, and for this reason, it is said that it will float up and be blown away during strong winds such as typhoons. There was a problem.

Therefore, as another conventional example, for example,
As disclosed in Publication No. 51525, a hanging piece is formed at the eave side end of the lower ridge tile main body in the direction along the lower ridge, and a hanging piece is formed at the main ridge side end of the lower ridge tile main body in the direction along the lower ridge. Attach a fixed piece with an opening toward the front, and insert the hanging piece of the lower ridge tile body into the opening of the fixed piece of the lower ridge tile body, which will be installed at the lower level. A structure that prevents floating is known.

However, with the fixed piece opening in the direction along the ridge, even if it is possible to prevent the ridge tile from shifting upward, it cannot prevent the ridge tile from shifting downward. The downward movement of the ridge tile body is prevented only by the nails. Moreover, when the main body of the descending ridge tile is driven into place with nails, etc., the main body of the descending ridge tile must be supported by hand to prevent it from shifting downward, which makes it difficult to install the descending ridge tile. .

Furthermore, the fixing piece fixed to the ridge tile main body is a separate member from the ridge tile main body, which increases the number of assembly steps, resulting in a problem in that it takes time and effort to manufacture the ridge tile main body.

[Purpose of invention]

The present invention was developed in view of these problems, and its purpose is to securely connect the lower ridge tile to the lower ridge tile at the eave side end of the lower ridge tile, and to connect the lower ridge tile itself to the lower ridge tile body with a simple structure. To provide a ridge tile that can prevent downward displacement, does not increase the number of assembly steps, and can be easily connected.

[Disclosure of invention]

Therefore, the descending ridge tile according to the present invention has a thickness approximately equal to that of the flat tiles 2, 2 that are constructed along both sides of the descending ridge at the eave side end 1a in the direction along the descending ridge of the descending ridge tile main body 1 bent into a substantially mountain shape. A clamping piece 4 is formed by folding back inward from the lower end of the hanging piece 3 hanging down, and an inserting piece 7 is folded back from the tip of the clamping piece 4 along the lower surface side of the clamping piece 4. , an engaging piece 5 is cut and raised on the main ridge side end 1b of the lower ridge tile main body 1 in a direction along the lower ridge and toward the opposite side of the hanging piece 3, and the above-mentioned inserting piece 7 is installed at the lower level. It is configured to be inserted into and engaged with the engaging piece 5 of the ridge tile main body 1. In other words, the insertion piece 7 is locked to the engagement piece 5 constructed at the lower level, and is prevented from moving downward and shifting of the lower ridge tile main body 1, and the flat tile 2 is prevented from moving downward and shifting by the hanging piece 3 and the clamping piece 4. definitely supported. Moreover, the ridge tile body 1
When fixing by driving into the flat tile 2 with fixing tools 6 such as nails, simply insert and engage the insertion piece 7 of the lower ridge tile main body 1 into the engagement piece 5 of the lower ridge tile main body 1. It is possible to reliably prevent the upper ridge ridge tile body 1 from shifting downward, and it is no longer necessary to drive nails while supporting the ridge tile body by hand as in the past, making construction extremely easy. Furthermore, since the engaging piece 5 and the insertion piece 7 are formed by processing the ridge tile main body 1 itself, an increase in the number of parts is prevented and the manufacture of the ridge tile main body 1 is extremely simple.

〔Example〕

Embodiments of the present invention will be described in detail below based on the drawings.

The ridge tile main body 1 is bent into a substantially chevron shape,
At this eave side end portion 1a, hanging pieces 3 are made to hang down to about the thickness of the flat tiles 2 to be constructed along both sides of the ridge. A clamping piece 4 is formed by folding back inward from the lower end of the hanging piece 3. An insertion piece 7 is formed by folding back downward from the tip of the holding piece 4. The ridge tile A configured in this manner is made of a metal plate. At the main ridge side end 1b of the lower ridge tile main body 1, an engaging piece 5 is cut and raised in the opposite direction to the direction in which the clamping piece 4 is provided, and the engaging piece 5 has the above-mentioned inserting piece. 7 is inserted and engaged as shown in FIG.

According to such a configuration, as shown in FIGS. 2 to 4, the ridge side ends 2a of the flat tiles 2, 2 installed with reeds on both sides of the ridge are covered with the ridge tile A, and the ridge tiles A are held between them. The ridge side end 2a of the flat tile 2 is inserted between the piece 4 and the ridge tile main body 1, and a fixing tool 6 such as a nail is driven into the ridge side end 2a of the ridge tile A. Next, the insertion piece 7 folded downward from the tip of the clamping piece 4 is inserted into and engaged with the engaging piece 5 of the lower ridge tile main body 1 installed on the lower level, so that the lower side of the lower ridge tile main body 1 located on the upper level is inserted. It is possible to reliably prevent deviations from occurring. As a result, the ridge tile A
At the eave side end 1a, the upper and lower ridge tiles A, A
are simply connected in the vertical direction, and the ridge tile main body 1 is driven and fixed to the flat tile 2 with fixing tools 6 such as nails. In this way, it is possible to reliably prevent the upper descending ridge tile body 1 from shifting downward, and it is no longer necessary to drive nails while supporting the descending ridge tile body by hand as in the past, making it extremely easy to drive and fix the descending ridge tile. The workability of the main body is greatly improved. The lower ridge tile main body 1 is fixed by the insertion piece 7 and the engagement piece 5.
This is done by engagement with the ridge tiles and driving with nails 6, so the construction strength of the ridge tile bodies 1 is increased, and the construction strength is sufficient to withstand strong winds such as those during typhoons. Since the clamping pieces 4 for clamping the flat roof tiles 2, 2 are effectively used to increase the height, the structure can be simplified and the construction can be easily performed.

Furthermore, since the engaging piece 5 and the insertion piece 7 are formed by processing the ridge tile main body 1 itself, an increase in the number of parts is prevented and the manufacture of the ridge tile main body 1 is extremely simple.

[Effect of idea]

In summary, the present invention forms a clamping piece by folding inward from the lower end of a hanging piece that hangs down to the thickness of a flat tile at the eave side end of the ridge tile main body in the direction along the ridge. Fold back downward from the tip of the piece to form an insertion piece, cut and raise the engaging piece at the main ridge side end of the lower ridge tile body in the direction opposite to the direction along the lower ridge, and then form the above insertion piece. is inserted into and engaged with the engagement piece of the lower ridge tile main body installed on the lower tier, and the above insertion piece is engaged with the engagement piece installed on the lower tier and moves downward and shifts from the lower ridge tile main body. This prevents this from happening, and the flat tiles are reliably supported by the hanging pieces and the clamping pieces.

Moreover, when fixing the lower ridge tile body to the flat tile with fixing tools such as nails, simply insert and engage the above-mentioned insertion piece into the engaging piece of the lower ridge tile body installed on the lower level. It is possible to reliably prevent the downward shift of the ridge tile body, eliminate the need to drive nails while supporting the ridge tile body by hand as in the past, and greatly improve the workability of the ridge tile body. Furthermore, since the engaging piece and the insertion piece are formed by processing the ridge tile main body itself, an increase in the number of parts can be prevented and the manufacturing of the ridge tile main body can be made extremely simple.

[Brief explanation of the drawing]

Fig. 1 is a plan view of a roof in an installed state according to an embodiment of the present invention, Fig. 2 is an enlarged perspective view of the same, Fig. 3 is a perspective view of the same, and Fig. 4 is a sectional view of the roof in an engaged state. ,
Fig. 5 is a perspective view of the embodiment, in which 1 is the ridge tile main body, 1a is the eave side end, 1b is the main ridge side end, 2 is a flat tile, 2a is the ridge side end, and 3 is a hanging piece. , 4 is a clamping piece, 5 is an engaging piece, and 7 is an insertion piece.

Claims (1)

[Scope of utility model registration request] Inward from the lower end of a hanging piece that hangs down to about the thickness of the flat tile that will be constructed along both sides of the ridge at the eave side end of the ridge tile body bent into a roughly mountain shape in the direction along the ridge. Fold it back to form a clamping piece, and also fold back and form an insertion piece from the tip of the clamping piece along the lower surface side of the clamping piece, and attach it to the main ridge side end of the ridge tile body in the direction along the ridge. This ridge tile is constructed by cutting and raising an engaging piece toward the opposite side of the hanging piece, and inserting and engaging the engaging piece into the engaging piece of the ridge tile main body constructed at the lower level.