JP2011153476A - Gable tile - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To overcome a problem that a gable tile can fall while moving on the surface of a gable hanging part. <P>SOLUTION: The gable hanging part 2 is integrally formed at the side part of each tile part 1, and a water conveying body 3 is provided projecting outward on the outside surface lower end of the gable hanging part 2 so that the head side of an upper water conveying body 3 is placed on top of the tail side of a lower water conveying body 3 in the laid state. All the rainwater wetting the gable hanging part 2 is surely guided onto the water conveying body 3 and flows down on the water conveying body 3 and directly falls and shifts in sequence on the lower water conveying body 3, thus feeding all the rainwater to the edge of the eaves. <P>COPYRIGHT: (C)2011,JPO&amp;INPIT

Description

  The present invention relates to a sleeve tile installed on both sides of a gable roof surface.

  Conventionally, in such a sleeve tile, a sleeve sag is formed on one of the left and right sides of the tile part, the width of the head side of the tile part is widened to the outside by the thickness of the sleeve sill, and the side part is The one that forms a sag along the edge is generally used, but there are few problems when it is raining straight without wind, but when it rains diagonally with the wind, the sag is wetted Rainwater gathers at the lower edge of the eaves side of the gable roof of the sleeve sag and falls as raindrops from the lower edge to generate a sound of raindrops, which are generated by the residents of a house in a comfortable living environment. May interfere with sleep.

  Therefore, a means for preventing the raindrop from dropping from the sleeve sag of the upper sleeve tile installed in the upper stage of the sleeve tile is provided at the outer lower end of the sleeve sag, so that any sleeve tile is inclined with the wind. In the case of rain, it can be seen that the restraining means receives rain drops falling from the sleeve sag of the upper sleeve tile that is installed one step higher than the sleeve tile (for example, see Patent Document 1). ).

Specifically, the restraining means extends from the bottom of the sleeve tile to a portion closer to the head, and raindrops from the sleeve sag of the upper sleeve tile laid in the upper stage of the arbitrary sleeve tile therebetween The restraining means is not completely extended to the head side of the sleeve tile, but rain water that flows down on the restraining means is caused by the action of surface tension. Raindrops are not formed by spreading in the form of dripping.
In other words, the rainwater that has flowed down on the restraining means moves on the surface of the sleeve sag by the action of the surface tension of the water. Since there is a deterring means, it is directly prevented that raindrops fall from the lower edge of the raindrop.

JP 2007-138495 A

  However, in the above prior art, rainwater that has flowed down on the upper deterrent means does not directly transfer onto the upper deterrent means, so it can fall down while moving on the surface of the sleeve sag by the action of surface tension. There was a problem that had to be solved, such as being unable to deny sex.

  The present invention is based on the above-described conventional technology, and in view of the problem that the sleeve may fall while moving on the surface of the sag, the sag is integrally formed on the side portion of the roof tile and the outside of the sag is removed. According to the sleeve tile that protrudes outward so that the head side of the upper water guide body overlaps the upper side of the bottom side of the lower water guide body in the installed state, the water guide body is installed at the lower end of the side surface. All of the above problems are solved by ensuring that everything is guided onto the water guide, flows down on the water guide, and falls directly onto the water guide below.

  In short, the present invention integrally forms the sleeve sag on the side portion of the roof tile, and the water guide body projects outwardly at the lower end of the outer surface of the sag so that all rainwater that wets the sag is reliably guided to the water. It can be guided on the body to flow down on the water guide body, and this water guide body is projected outward so that the head side of the upper water guide body overlaps the top side of the lower water guide body in the installed state. Since the rainwater on the upper sleeve tile conduit in the installed state can be dropped and transferred directly onto the lower sleeve tile conduit, the occurrence of rain dripping between the eaves is completely completed. The practical effect is extremely large.

It is a perspective view which shows the plane of the sleeve tile which concerns on this invention, the front, and the right side. It is a perspective view which shows the plane of the sleeve tile of FIG. 1, a back surface, and a left side surface. It is a perspective view which shows the bottom face, back surface, and left side surface of the sleeve tile of FIG. It is a perspective view which shows the laying state of the sleeve tile of FIG.

In the sleeve roof according to the present invention, a sleeve sag 2 is integrally formed on one side of the roof tile 1, and a flat water guide 3 is outwardly provided at the lower end of the outer surface of the sleeve sill 2. The water guide body 3 is formed so as to overlap the head side of the upper water guide body 3 in the installed state and above the bottom side of the lower water guide body 3.
Further, the water guide body 3 is formed with a water return 4 along the outer end portion and the butt end portion, and the width of the head side portion of the water return 4 is gradually increased toward the head side.

In addition, the sleeve roof tile in the above embodiment is widened to the outside by the thickness of the sleeve sag 2 in the drawing, and the sleeve stool 2 is formed in a bent plate shape along the side part. However, the present invention is not limited to such a form. For example, the sag 2 may be formed as a trapezoid in which the width on the head side of the roof tile 1 is widened from the butt side to the outside by the thickness of the sag 2.
Moreover, although the roof tile 1 has a flat plate shape, it may have a wave shape or a curved plate shape.

Next, the operation of the sleeve tile according to the present invention will be described.
When the sleeve tile according to the present invention is installed as shown in FIG. 4, raindrops that wet the surface of the sleeve sag 2 flow down the surface and are guided onto the water guide body 3 and flow down on the water guide body 3. Then, everything flows down sequentially on the bottom side of the water guide body 3 below the head side end, and all flows into the eaves (not shown) from the head side end of the water guide body 3 of the bottom sleeve tile.

1 roofing part 2 sleeve sag 3 water conduit

Claims (1)

  A sleeve sag is integrally formed on the side of the roof tile, and a water guide is formed on the lower end of the outer surface of the sleeve sill, and the head side of the upper water guide is overlaid on the bottom side of the lower water guide in the installed state Sleeve roof tiles characterized by protruding outward.

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