KR200142273Y1 - Device for drying clay wall by infrared rays - Google Patents

Abstract

The present invention relates to a soil wall drying apparatus for drying the soil wall constituting the wall of the building, the present invention is to use the far infrared rays that can minimize the crack of the soil wall by drying from the inside to the outside when the soil wall is dried It is to provide a soil wall drying apparatus. The present invention is characterized in that the slide groove of the frame is inserted by mounting the far-infrared panel for far-infrared radiation generation, and the heating means is coupled to the slide groove so that the slide groove is in close contact with the rear surface to heat the far-infrared panel. According to the present invention, far infrared rays are generated in the far infrared panel to be heated, so that the far infrared rays penetrate into the earth wall or the soil panel and be dried from the inside to the outside to minimize the occurrence of cracks.

Description

Soil wall drying device using far infrared ray

The present invention relates to a soil wall drying apparatus for drying a soil wall for constituting a wall of a building, and more particularly, far-infrared rays which can minimize the crack of the soil wall by drying from the inside to the outside when the soil wall is dried. It relates to a soil wall drying apparatus used.

In general, a variety of buildings that are being constructed in recent years is mainly composed of a concrete structure cured by mixing cement, gravel, sand, water. Such a building has excellent durability, but since the material itself is an artifact, there are no factors beneficial to the human body. Moreover, concrete has many harmful factors in terms of environment, such as by-products causing environmental pollution and the smell of cement in buildings until condensation occurs.

As a general rule, concrete buildings cannot naturally control the humidity and air purification of the room without additional control, and the cost of heating can be increased because the effect of cold protection and insulation is significantly lower than that of soil. In particular, concrete construction can be said to be the main factor, but in the winter season, due to the temperature difference between the outside and the room, moisture is generated on the wallpaper, causing a bad smell.

In contrast, soil (ocher soil) contains various minerals and nutrients beneficial to plants and animals. These minerals and nutrients are very useful not only for animals and plants but also for the body. In the past, ancestors made various windows, using natural materials, for example, mulberry, and using them for windows in real life. The application of soil can also be seen in the medical field. In herbal medicine 0b herbal wood 0c and 0b medicinal herb composition 0c, soil has detoxification, various purifying ability, for example, poisoning, detoxification ( It has been described as having excellent effects on 解毒, thirst, and soil fever.

Even if this is not the case, the research on soil is more active recently. According to the research results, firstly, the soil contains a large amount of ceramic components that generate far-infrared rays effective to the human body. It is composed of finer particles than ordinary soil, so it has high oxygen content and ability to capture this substance. Third, there is a large amount of dissolved oxygen, which purifies the air, deodorizing ability to remove odor, and degreasing ability to remove oil. Turned out to be). In addition, by drinking the Jijisu filtered through the yellow soil soil, the body's biological rhythms are balanced or healed.

Therefore, in the past, various buildings or daily necessities such as earthen materials have been widely applied in real life, but earthen walls, hanok, ondol rooms, urns, etc. are good examples. In particular, the jars can be stored for a long time without deterioration even if they contain various kinds of miso (soybean paste, red pepper paste, soy sauce, etc.). In the case of traditional hanok, the walls and floors are built with soil, where cold air or moisture There is no work. However, it has been pointed out that the earth walls, earth walls and the like have weak durability such as weakness and easy breakage. In particular, in the past, due to the undeveloped construction materials, soil walls or soil walls were made by using soil, but they were mainly used for exterior walls and wall walls of buildings. The reason why such soil is mainly used for exterior walls is that when the soil is dried, dirt or debris falls from the soil wall, and is easily broken even in minor impacts.

Therefore, the present inventors overcome the problems described above, and patent application No. 96-5874 No. 96, which can configure the soil wall or the soil floor to create a living environment more beneficial to the human body similar to the natural environment; Manufacturing method and patent application No. 96-26778; the soil powder mixture has been presented in detail.

However, the soil wall or soil panel has a problem that cracks are generated when the soil is dried, the improvement was required. In particular, since the soil wall or soil panel starts to dry from its surface and gradually proceeds to the inside, cracks are generated due to the time difference of drying. In other words, as a result of experimenting for a long time by the inventors, as the surface of the soil is dried and the drying phenomenon proceeds into it, the already dried soil surface is found to be cracked due to the time difference of drying during the drying process. The soil wall or panel was found to minimize cracks if the surface and interior were dried at the same time.

Thus, the inventors have developed a drying apparatus that can minimize the cracks during the construction or fabrication of the soil wall, the soil floor and the soil panel as described above.

The object of the present invention is to provide a soil wall drying apparatus for minimizing cracks in the drying process for constructing or manufacturing soil walls, soil floors and panels using soil, more specifically, ocher soil as an address. have.

Another object of the present invention is to provide a far-infrared drying apparatus capable of drying from the inside of the soil to the outside during the construction or construction of the soil wall, the soil floor and the soil panel.

It is to provide a soil wall drying apparatus that can selectively use the drying method by far infrared rays and flames according to the present invention.

An earth wall drying apparatus using far-infrared rays according to the object of the present invention, the slide groove is formed on the inner surface and one side of the frame is open;

Far-infrared ray generating panel inserted into the slide groove described above;

It can be achieved by heating means for heating the panel.

1 is a perspective view schematically illustrating a representative embodiment of a soil wall drying apparatus using far infrared rays according to the present invention.

FIG. 2 is a cross-sectional view illustrating main parts of FIG. 1. FIG.

3 is a cross-sectional view of main parts of another embodiment of an earth wall drying apparatus using far infrared rays according to the present invention.

＊＊＊ Explanation of symbols for main parts of drawings *＊＊

10: frame 11: slide groove

20: Far infrared ray panel 20a: Elvan rock panel

30: electric heating plate 40: burner

Hereinafter, with reference to the accompanying drawings, the components for the soil wall drying apparatus using the far infrared according to the present invention will be described in detail.

1 is an exploded perspective view illustrating an example of an earth wall drying apparatus using far infrared rays according to the present invention.

As shown in FIG. 1, the soil wall drying apparatus using far infrared rays is composed of a frame 10, a far infrared panel 20 generating far infrared rays, and heating means for heating the upper panel 20.

The frame 10 is coupled to the far-infrared panel 20 to support the far-infrared panel. A slide groove 11 is formed on an inner surface thereof, and one side thereof is open. In addition, the frame 10 may be provided with a pedestal 13 to adjust the height on the bottom surface.

The far-infrared panel 20 described above is manufactured to a thickness that is inserted into the slide groove 11 through the opening of the frame 10, and the external infrared ray is released when heat is applied. As a preferable application example of the far-infrared panel mentioned above, what manufactured the sintered ceramic powder and formed into the plate-shaped object was employ | adopted.

As another example of the use of the far-infrared panel 20, one made of elvan can be used. In addition, as another application example of the far-infrared panel 20, the ceramic powder may be further added to the soil to produce a plate-like body.

The heating means is for heating the above-described far infrared panel 20, which is detachably coupled to the slide groove 11 of the frame 10 to be in close contact with the rear surface of the far infrared panel 20 as a preferred embodiment of the present invention. It can be achieved by the heat transfer plate (30).

As another embodiment of the heating means, a burner 40 for injecting a flame toward the rear surface of the far infrared panel 20 may be employed. The above-described heat transfer plate 30 is a method of heating the heating wire contained therein by the power source, the burner 40 is a method of burning the gas or oil to use the combustion heat that is burned.

As described above, the action and effects on the soil wall drying apparatus using far infrared rays according to the present invention are described in detail.

(Example 1)

As shown in FIGS. 1 and 2, the far-infrared panel 20 obtained by sintering ceramic powder is inserted into the slide groove 11 of the frame 10. Then, the heat transfer plate 30 is also inserted into the slide groove 11 of the frame 10 so that the heat transfer plate 30 is in close contact with one side of the far-infrared panel 20, and power is supplied to the heat transfer plate 30.

And, it is placed so that a certain distance away from the plastered soil wall or soil floor and soil panel.

Therefore, as power is supplied to the heat transfer plate 30, the heat panel starts to be heated as the heat conducts toward the soil panel, and the temperature of the heat transfer plate 30 generates a temperature of approximately 100 to 150 ° C. to allow the far infrared panel 20 to be heated. Is inverted. Therefore, the far-infrared panel 20 heated by conduction heat emits heat as its temperature gradually rises, and the far-infrared rays are emitted together from the ceramic powder.

Far-infrared rays penetrate into the inside through the surface of the soil wall or the soil panel to heat the inside, thereby gradually drying from the inside of the soil to the outside.

In addition, the heating time increases and decreases according to the thickness of the soil wall.

(Example 2)

As shown in FIG. 3, the ganganite panel 20a in which ganbanite is formed into a plate-like body is inserted into the slide groove 11 of the frame 10. Then, the burner 40 is positioned so that the flame is radiated to the surface of the elvan rock panel 20a.

Then, the ganban stone panel 20a is positioned so as to be spaced a predetermined distance from the plastered soil wall or the soil floor and the soil panel.

Accordingly, the elvan rock panel 20a heated by the flame dissipates heat to the outside, whereby far infrared rays are emitted from the elvan particles.

Far-infrared rays penetrate into the inside through the surface of the soil wall or the soil panel to heat the inside, thereby gradually drying from the inside of the soil to the outside.

As described above, when the soil wall drying apparatus using far infrared rays according to the present invention to dry the soil wall or soil panel by generating the far-infrared rays, it was possible to minimize the occurrence of cracks by being dried from the inside to the outside, and In such a case, a flame can be used, and in the case of a power source, a power can be used if a power source can be used in a drying environment, i.e., a construction site. It can be used selectively according to the environment.

In the above, the present invention is described for illustrative purposes only, it will be understood by those skilled in the art that various modifications and applications may be carried out based on the present invention. It is intended to be included within the scope of the true technical spirit and scope intended and the utility model registration claims set forth below.

Claims (6)

A frame in which a slide groove is formed on an inner surface and one side edge is opened; A far infrared ray generating panel inserted into the slide groove; An earth wall drying apparatus using far-infrared light, characterized in that it is configured as a means for heating the panel. The earth wall drying apparatus using far infrared rays according to claim 1, wherein the heating means is a heat transfer plate heated by a power source, and is coupled to be in close contact with a rear surface of the far infrared panel. The earth wall drying apparatus using far infrared rays according to claim 1, wherein the heating means is a burner. The soil wall drying apparatus according to claim 1, wherein the far infrared panel is manufactured by sintering ceramic powder. The earth wall drying apparatus using far infrared rays according to claim 1, wherein the far infrared panel is an elvan panel. The soil wall drying apparatus according to claim 1, wherein the far infrared panel is manufactured by mixing ceramic powder with soil.