JP3114679U - Ventilation and cooling system tiles - Google Patents

Abstract

The present invention is a tile having a cooling system using ventilation and ventilation that can be formed in the process of forming a tile, and can be installed on the entire roof surface by an easy construction method that is not different from a normal tile construction method. . Because of such a configuration, efficient ventilation and cooling are possible.
The ventilating and cooling system uses a vent 2 formed by denting the back side of the peak portion of the roof tile body 1 and a wind that passes through the surface area of the inside of the vent 2. 3 is formed to project continuously for the purpose of cooling, and a waterproof wall 4 is formed to project so as to be disposed inside the vent 2 when disposed on the roof. Furthermore, it can be formed at the same time as the tile is formed, and it can be easily installed on the entire roof surface, so it has excellent ventilation and cooling efficiency, and it has been excellent for a long time without intrusion of rainwater, accumulation of dust, bird's honor It is possible to provide a ventilation and cooling system roof tile that can maintain a ventilation and cooling function and that is easy to produce and work.
[Selection] Figure 6

Description

The present invention is arranged on the entire roof to provide ventilation of the attic space over the entire roof area and continuous irregularities for the purpose of improving cooling efficiency within the ventilation openings provided in the individual tiles. It is related with the cooling system tile which can cool the tile installed in the whole roof surface by applying a wind to.

  Moisture and hot air are likely to stay in the attic space of the building, which is suitable for adverse effects such as habitability and deterioration of building materials used in the building due to heat, mold due to moisture, etc. It is necessary to provide ventilation and heat dissipation means. For this reason, as a conventional means of attic ventilation, various ventilation means installed in the eaves part, the ridge part, and the tile construction part of the roof are implemented.

  Examples of the ventilating means include shed ventilation disclosed in Japanese Patent Publication No. 7-74521, etc., or ventilation tiles disclosed in Japanese Patent Publication No. 12-1445036.

  The attic ventilation tile disclosed in the Japanese Patent Publication No. 7-74521 is attached to the surface of a tiled roof and performs attic ventilation, has an excellent ventilation effect due to natural ventilation, and prevents rainwater intrusion. It also has functions.

In addition, the ventilation tile disclosed in the Japanese Patent Publication No.12-1445036 is provided with ventilation holes in the tile body, and is installed in a part to ventilate the attic, and is covered with a waterproof cover with an exhaust port. It also has a function to prevent rainwater from entering.
Japanese Patent Publication No.12-145036

  When using conventional ventilation tiles, in addition to the ventilation tile main body, other materials, bonds, covers, and the like are required, and the ventilation tiles are not arranged on the entire roof but are arranged in part. Moreover, even if it arrange | positions to the whole roof surface, an economical burden, a labor burden, and the heavy burden of a roof are also large, and it is worrisome about external appearance, ie, the unevenness | corrugation by the cover by a ventilation hole, etc. Furthermore, it is difficult to ensure ventilation efficiency and sufficient air permeability only by partial ventilation. Moreover, since it has a complicated shape, it is difficult to produce, and it is troublesome to install because it requires other materials. Furthermore, the heat dissipation effect and cooling effect only by ventilation cannot be expected.

  Therefore, by combining the ventilation function and the cooling function by applying wind to the part that has been continuously projected and provided on the back side of the roof tile to increase the surface area, the roof tile is equipped with ventilation and cooling functions. In addition, since no parts are attached to the tile body, the weight is reduced and the work during construction is reduced. Moreover, since it is a cooling tile which can be installed in the whole roof surface, the ventilation function and cooling function by the whole roof area can be given. Furthermore, the present invention seeks to solve the above-mentioned drawbacks by providing a product that is easy to produce.

  In order to solve the above-mentioned problem, the cooling tile using ventilation according to the present invention is arranged on the entire tile roof, and is installed in the ventilation hole formed by denting the tile body and inside the ventilation hole. The system features a waterproof wall formed in a protruding manner and a system that uses ventilation to cool the part that becomes the vent on the back of the tile, i.e., with unevenness that is continuously projected to increase the surface area. And

  With this configuration, outside air passes through a vent formed in the tile body, and further passes through a place for earning a surface area disposed on the tile back side, and further on the back side of the tile body. Pass through. The air warmed during this process is discharged into the atmosphere from the upper vent of the tile with the same structure arranged on the entire roof surface. That is, an air flow passage is formed from the outside air of the tile main body to the ventilation hole, the back side of the tile main body, and the ventilation hole of the tile installed on the roof surface. Therefore, by arranging the cooling system tile using ventilation of the present invention over the entire surface of the roof, it becomes possible to efficiently exhaust the air in the attic space to the atmosphere, and the excellent ventilation function and cooling function effect can be obtained. It is done.

  Further, in order to improve the cooling efficiency, continuously projecting irregularities formed for the purpose of increasing the surface area are installed inside the vent hole. If ventilation from outside air passes through the location, the surface temperature of the tile heated by direct sunlight can be efficiently cooled on the back side of the tile.

  Furthermore, because the continuous irregularities formed for cooling are formed up to the end of the opening provided to ventilate, not only for cooling purposes, but also for preventing foreign matter from entering the attic or preventing birds from nesting. It can also be used to maintain the excellent ventilation and cooling effect due to ventilation without accumulation of dust and the like around the opening.

  In addition, the tile body has a simple structure with a tile body having a ventilation opening formed by denting the tile body, and a concavity and convexity formed continuously protruding provided for cooling formed in the recessed portion. The production is easy. Therefore, the production cost can be reduced, and further, the ventilation and cooling system can be constructed by installing only the tile main body in the construction, which can contribute to the cost reduction by the construction.

As mentioned above, the cooling system tile using ventilation from the opening of the present invention has an opening functioning as a ventilation hole without unevenness, as well as the function of preventing rainwater intrusion by the roof tile alone, and an aesthetic function in appearance Also meet. Furthermore, since the opening part used as a ventilation hole is provided in the inside of a tile main body, the opening part used as a ventilation hole can be provided in the whole roof surface only by the operation | work process of installing a tile on a roof.
In addition, by providing an uneven portion formed for cooling on the back side of the tile, the surface area of the portion where the opening ventilates is increased, so that the heat of the tile surface heated by direct sunlight is transferred to the back side of the tile, that is, the attic. The heat can be radiated and cooled by allowing the wind to pass through the projections and depressions provided for cooling.

  Furthermore, protrusions and protrusions provided for cooling are formed up to the opening entrance of the ventilation hole. Therefore, foreign matter intrusion from the opening, accumulation of dust, etc., bird's nesting, etc. can be prevented for a long time. Furthermore, since it is the said tile which can be installed in the whole roof surface, ventilation and cooling by the whole roof surface area can be performed.

  The cooling system tile main body is disposed so as to be perpendicular to the roof surface eaves so that a normal tile is installed, and a screw is driven and fixed in a fixing hole provided in the upper portion of the tile main body. And the opening part which becomes the ventilation hole formed in the recessed part provided in the back side of the tile body of the cooling system tile formed in the same way is arranged on the waterproof wall formed to protrude above the fixed tile and fixed. To do. This work will be carried out continuously toward the top of the roof. Then, ventilation holes of individual cooling system tiles installed on the roof surface are installed over the entire roof area. Therefore, ventilation and cooling by the entire tile roof becomes possible.

  An embodiment will be described below with reference to the accompanying drawings. FIG. 1 is a view showing a cooling system tile using ventilation and ventilation according to an embodiment, FIG. 2 is a bottom view of the cooling system roof, FIG. 3 is a front view of the cooling system roof, and FIG. 5 is a cross-sectional view taken along line AA, FIG. 5 is a cross-sectional view taken along line BB in FIG. 3, and FIG. 6 is an embodiment of the cooling system roof according to FIG.

  The cooling system roof tile main body 1 of the present embodiment increases the surface area so that the roof main body 1 can be cooled by the vent 2 formed by denting the roof tile main body 2 and the wind passing through the vent 2. The objective 3 is formed to project continuously, and the waterproof wall 4 is formed to project at the upper surface of the tile body 1 so as to be installed inside the vent.

  Further, since the air vent 2 is formed so as to open toward the lower position when the tile main body 1 is arranged on the roof, an air flow passage leading to the intake and exhaust of the outside air is formed.

  Furthermore, when the tile main body 1 is arranged on the roof, the portion where the vent 2 is installed is located on the back side of the mountain portion of the tile main body 1, so that it is difficult for water to pass through the opening of the vent 2 in a water stream. Further, a waterproof wall 4 is installed inside the vent 2. Therefore, the water leakage prevention effect is high.

  Since the cooling system tile has such a structure, it is installed inside the ventilation opening while passing the ventilation opening 2 formed in the roof tile body 1 by receiving ventilation from outside air as shown in FIGS. It passes through while including the heat of the three parts formed for cooling. The heated internal air rises upward on the back side of the tile main body 1 and enters the atmosphere from the vent 2 of the cooling system tile having the same structure installed above the roof surface of the tile main body 1. Is exhausted. In other words, the air vent 2 is capable of simultaneous intake and exhaust of outside air. Therefore, the air flow path of the entire roof on the back side where the tile body 1 is installed is formed without waste.

  Therefore, if the ventilation and cooling system tile body 1 is finished on the entire tile roof by a construction method that is not different from ordinary tiles, the air in the attic space can be efficiently discharged into the atmosphere, which is excellent. Ventilation effect is obtained. Furthermore, since the cooling system tile is installed on the entire roof surface, the cooling effect on the entire roof tile can be obtained simultaneously with ventilation.

  Further, in the case of the cooling system roof tile body 1, since it is the vent hole 2 formed so as to cover the waterproof wall 4 formed so as to protrude inside the vent hole 2, rainwater enters when it rains. There is no fear of doing. Further, the vent hole 2 having a ventilation hole and a cooling function is formed so that the opening is arranged toward a low position when installed on the roof, and further, since it is also a mountain part, dust or the like does not accumulate. Excellent ventilation and cooling functions can be maintained over a long period of time.

  Thus, since the cooling system tile body 1 is a simple structure formed only by the tile body 1 having the vent 2 formed by denting the tile body 1, the production is easy and the production cost is also low. Low. Since the cooling system roof tile 1 of this embodiment can be formed only by a press used when forming the roof tile, the production is easy.

  Moreover, in the cooling tile main body 1 of this embodiment, since the unevenness | corrugation 3 for cooling formed in the vent hole 2 part is formed to the edge part of the vent hole 2, it also plays the role of a louver by an opening part. Therefore, it can also prevent fallen leaves, small insects, and bird nesting. Moreover, rain intrusion can be prevented at the opening of the unevenness 3. Thus, 3 provided for cooling can maintain a ventilation and a cooling function over a long period of time.

  On the other hand, since the cooling system roof tile 1 having all functions in the cooling system roof tile body 1 is formed only from the material forming the roof tile, it does not stand out in appearance and does not impair the beauty of the building.

Figure of the cooling system tile body using ventilation Bottom view of cooling system roof tile body shown in FIG. Front view of the cooling system roof tile body shown in FIG. Sectional drawing in the AA line of FIG. Sectional drawing in the BB line of FIG. Implementation diagram of the cooling system roof tile shown in FIG.

Explanation of symbols

1 Cooling system roof tile body 2 Vent 3 Unevenness for cooling 4 Waterproof wall

Claims (3)

A cooling system tile using ventilation that can provide a cooling function to the entire roof, wherein the roof is formed by denting the roof of the roof tile, and the roof tile is disposed so as to be installed inside the ventilation hole. A waterproof wall formed projecting from the surface of the main body, and a ventilation portion of the vent, with the aim of improving heat dissipation by increasing the surface area, the portion projecting continuously from the vent Cooling system tiles with ventilation using ventilation and enhanced cooling effect.   The cooling system roof tile by ventilation according to claim 1, wherein the shape of the system for improving heat dissipation formed inside the vent is a continuous unevenness, and is a rectangle. The cooling system roof tile by ventilation according to claim 1 or 2, wherein the function of the roof tile body is formed only by a ceramic material.

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