KR200348459Y1 - The Remains of the Dead Case Having Insulating Material and Charcoal Powder - Google Patents

Abstract

In the present invention, in the ashes, a charcoal layer and an insulation layer are formed between the outer body and the inner body, and further, an air through structure is formed to allow external air to pass through the charcoal layer. Regarding ashes having a heat insulating layer and a char layer to

An enclosure consisting of an outer body and a lid; A first inner box inserted into the inner space and spaced apart from the outer box by an inner body and a lid; A second inner box inserted into the first inner box spaced apart from the first inner box; A cylindrical charcoal layer inserted into a space between the enclosure and the first inner box; A cylindrical insulator inserted into a space between the first inner box and the second inner box; Sealing material coupled to the upper charcoal layer so that the charcoal constituting the charcoal layer is not separated to the upper side; Charcoal layer air passage hole formed between the charcoal layer and the lower surface so that the charcoal layer through the outside; The charcoal constituting the charcoal layer is characterized by consisting of a through-hole finishing material attached to the bottom of the enclosure so that the charcoal layer is not separated through the air passage hole for the lower surface.

Description

The Remains of the Dead Case Having Insulating Material and Charcoal Powder}

The present invention relates to ashes having a heat insulation layer and a charcoal layer, and in particular, a charcoal layer and a heat insulation layer are formed between the outer body and the inner body, and further, by forming an air through structure to allow external air to pass through the charcoal layer, the ashes can be preserved for a long time. It relates to ashes having a heat insulating layer and a charcoal layer, characterized in that it is made to be possible.

Since ancient times, Confucianism has been deeply rooted in our country, and we have done the right way to be kept between parents and children, and the order and order that should be kept between adults and children.

Therefore, the culture of the Jangmyo has been developed, and it is considered the minimum courtesy of the ancestors of the deceased ancestors in Feng Shui geographically to find the tombs and tombs as cool and elegant as possible.

However, because there are many people living in proportion to the land area of our country, it is not only difficult to find the seats of Myeongdang, but also costs a lot of money. There is a situation.

In addition, as the culture of the ossuary has developed, the ashes that contain the remains of the bodies have also been developed.

On the other hand, in general, the ashes are to store the remains of the deceased person inside, so the long-term preservation of the ashes must be functional. However, the ashes are made of a hard material, which is not well ventilated. This occurs in large quantities, thereby vulnerable to problems such as decay, deterioration and damage of the ashes.

In addition, as the temperature difference between the interior and exterior of the ashes increases, more moisture is formed inside the ashes, which damages the ashes located inside the ashes.

The present invention is to solve the above problems, the purpose is to form a heat insulation layer and a charcoal layer in the ashes to protect the interior of the ashes and to properly block moisture to enable long-term preservation of the ashes.

As a means for achieving the above object,

The present invention comprises an enclosure consisting of an outer body and a lid; A first inner box inserted into the inner space and spaced apart from the outer box by an inner body and a lid; A second inner box inserted into the first inner box spaced apart from the first inner box; A cylindrical charcoal layer inserted into a space between the enclosure and the first inner box; A cylindrical insulator inserted into a space between the first inner box and the second inner box; Sealing material coupled to the upper charcoal layer so that the charcoal constituting the charcoal layer is not separated to the upper side; Charcoal layer air passage hole formed between the charcoal layer and the lower surface so that the charcoal layer through the outside; The charcoal constituting the charcoal layer is characterized by consisting of a through-hole finishing material attached to the bottom of the enclosure so that the charcoal layer is not separated through the air passage hole for the lower surface.

In addition, the outer lid is characterized in that the heat insulating layer, charcoal layer, and formed through the air passage hole for extending the air extending from the charcoal layer to the outside.

In addition, the bottom surface of the first inner case is characterized in that a plurality of support further formed for separation from the enclosure.

1 is an external view of the present invention.

Figure 2 is a vertical cross-sectional view showing the interior of the present invention.

3 is an exploded perspective view of the present invention.

Explanation of symbols on the main parts of the drawings

10: outer body 11: outer lid

12, 12a: air passage hole 20: first inner body

21: first inner lid 30: second inner body

40, 40a: heat insulation layer 50, 50a: charcoal layer

60: support part 70: sealing material

80: finish

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First of all, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are used as much as possible even if displayed on different drawings. In addition, in the following description of the present invention, if it is determined that the detailed description of the related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

1 is an external configuration of the present invention, as shown, the ossuary box 100 of the present invention has an outer box 10 and a lid 11 formed with an open top when viewed from the outside.

In addition, the outer lid 11 is configured to be open and close is naturally coupled to the outer body 10 by the vertical lowering.

Figure 2 is a view showing the internal configuration of the present invention, Figure 3 is an exploded perspective view of the present invention, as shown in the present invention is a first to form a first inner box of the cylindrical in the outer body 10 is opened upper The inner body 20 and the lid 21 are coupled, and a cylindrical second inner body 30 is inserted into the first inner body 20.

The separation distance between the outer body 10 and the first inner body 20 is preferably about 10-20 mm, and the separation distance between the first inner body 20 and the second inner body 30 is also about. It is preferable that it is 10-20 mm.

On the other hand, insulated space between the first inner body 20 and the second inner body 30, the heat insulating material 40 is inserted to protect the ashes disposed in the ashes from temperature changes.

That is, the heat insulating material 40 applied to the present invention prevents the temperature of the ashes from being rapidly changed by the temperature of the air to reduce the loss of the ashes due to frequent heat exchange, and the heat insulating material used as described above is a thermoplastic synthetic resin. May be used by foaming, or may be molded into a plate-like product foamed with an inorganic oxide and processed into it.

Inserting the heat insulator 40 as described above prevents temperature exchange between the outside and the inside of the ashes 100, so even if the temperature outside the ashes 100 changes, the temperature change inside the ashes 100 changes slightly. You can prevent the rapid damage of.

In particular, in winter, when the temperature drops sharply, the temperature inside the ashes 100 is high as the temperature of the ashes 100 decreases rapidly while the temperature of the ashes 100 decreases rapidly, and thus, the destruction of the ashes contained in the ashes may proceed rapidly. have.

However, when the heat insulator 40 is filled to be used as in the present invention, the temperature inside the ashes can be prevented from falling sharply, thereby preventing moisture from forming inside the ashes.

In addition, in the present invention to form a thermal insulation layer on the outer lid of the enclosure to further reduce the temperature change.

Therefore, in addition to the side surface of the ash box 100, the outer lid 11 also improves the thermal insulation function, and can be long lasting in the preservation of the ashes.

In addition, a second inner box is installed while maintaining a constant distance from the inside of the first inner body 20. The bottom surface of the first inner body 20 is formed to be spaced apart from the outer body by a predetermined distance. The second inner body 30 constituting the inner box 2 is formed in a cylindrical shape and the lower surface is fixed immediately without being spaced apart from the first inner body 20.

Since the charcoal layer 50 is formed in the space portion between the outer body 10 and the first inner body 20 as described above, the outer body 10 and the first inner body 20 to secure the separation distance at the bottom. The support part 60 is provided in between.

Charcoal powder constituting the charcoal layer 50 is produced in the form of fine powder or granules of a certain grain size, and thus the charcoal can escape to the top or bottom of the ossuary 100 during movement.

Therefore, in the present design, the sealing material 70 is installed on the upper side of the space portion in which the charcoal layer 50 is formed to prevent the charcoal from flowing out through the upper surface of the ash box 100, and the ossuary box 100 Attached to the bottom of the perforated finishing material 80 to prevent charcoal spilled to the bottom.

The air must go through the charcoal powder, which is because when the air does not pass through the charcoal powder, due to moisture, it is not able to re-wet due to moisture. .

Therefore, in the present invention, a plurality of air passage holes 12 are formed below the char layer 50 so that external air is transferred to the char layer 50 through the air passage holes 12 so that the charcoal is dried for a long time. It could be maintained.

Since the charcoal may flow down to the bottom through the air passage hole 12, the bottom surface is sealed by the porous finishing material 80 as described above.

In addition, the heat insulating layer 40a and the char layer 50a are formed on the outer lid 11 and the air passage hole 12a is formed, and the heat insulating layer 40a and the char layer 40a are also provided on the outer lid 11. This is to maximize the dehumidification effect by forming.

In addition, if necessary, the space between the inner lid 21 and the outer lid 11 may be further formed so that more space is provided between the first and second inner bodies 20 and 30 and the outer body 10. By allowing air to flow, the dehumidification effect can be further enhanced.

Eventually, the present invention forms a charcoal layer 50 on the inside and the lid of the ash box 100, and also forms a heat insulating material on the inside and the lid of the ash box 100 to dehumidify the ashes contained in the ash box by the dehumidification. Prevents as much as possible, thus providing the advantage of long-term preservation of the ashes.

As described above, the present invention forms a charcoal layer and a heat insulation layer in the ossuary box, and also allows air to pass through the charcoal layer, so that the dehumidification effect is effectively performed under the influence of the charcoal layer and the heat insulation layer. Provides the effect of making it possible

Although the present invention has been described in connection with the above-mentioned preferred description, various other modifications and variations may be made without departing from the spirit and scope of the present invention.

That is, in the above embodiment, the crypt is illustrated in a cylindrical shape, but it can be made of a rectangle or other polygons, of course, the sealing agent can also use a variety of materials as a porous material.

In addition, in the above embodiment, marble is exemplified as the material of the crypt, but it is not limited to the type of marble, but it corresponds to all stone types, and other synthetic resin materials are also possible.

Accordingly, the appended claims may be determined to include such modifications and variations as fall within the true scope of the present invention.

Claims (4)

An enclosure consisting of an outer body and a lid; A first inner box inserted into the inner space and spaced apart from the outer box by an inner body and a lid; A second inner box inserted into the first inner box spaced apart from the first inner box; A cylindrical charcoal layer inserted into a space between the enclosure and the first inner box; A cylindrical insulator inserted into a space between the first inner box and the second inner box; Sealing material coupled to the upper charcoal layer so that the charcoal constituting the charcoal layer is not separated to the upper side; Charcoal layer air passage hole formed between the charcoal layer and the lower surface so that the charcoal layer through the outside; Charcoal box having a heat insulation layer and a charcoal layer, characterized in that the charcoal constituting the charcoal layer is formed of a through-hole finishing material attached to the bottom of the enclosure so that the charcoal layer is not separated through the air passage hole of the lower surface. The method of claim 1, The outer lid has a heat insulation layer, and the charcoal layer having a heat insulation layer and a charcoal layer, characterized in that formed by further forming an air passage hole through which the air flows outward from the charcoal layer. The method of claim 1, The ash box having a heat insulation layer and a charcoal layer on the bottom of the first inner box further comprises a plurality of supports for spaced apart from the enclosure. delete