KR100649083B1 - Functional container for receiving ashes - Google Patents

Abstract

The present invention is the inner housing 10 consisting of the inner body 11 and the inner lid 16, and the outer housing 20 consisting of the outer body 21 and the outer lid 26 to accommodate the inner terminal 10. And, it is related to the ossuary complex including the ashes pocket 30 for packing the ashes as being accommodated in the inner jar 10. At this time, the inner body 11 and the inner lid 16 is made of porcelain or earthenware to absorb moisture well; On the side of the inner body 11 is formed a first air circulation hole 12 for the circulation of air; The lower portion of the inner body 11 is formed with an air circulation groove 15 formed a plurality of grooves between the inner support 13 spaced apart from the inner bottom of the outer body 21; The outer body 21 and the outer lid 26 are made of a transparent material so that the inner jar 10 can be seen; In the lower part of the outer body 21, a second air circulation hole 22 for circulation of air and a sanding process so that the bottom surface of the outer body 21 is not projected and a plurality of air circulation grooves 24 are formed. (23) is formed; characterized by.

Description

FUNCTIONAL CONTAINER FOR RECEIVING ASHES}

1 is a perspective view of the crypts according to the present invention,

Figure 2 is an exploded perspective view of the crypts of Figure 1,

3 is a cross-sectional view of the crypt bone of FIG.

<Explanation of symbols on the main parts of the main part of the drawing>

10 ... internal complex 11 ... internal body

12 ... 1st air circulation hole 13 ... Internal support

14 ... oil layer 16 ... inner lid

17 ... municipal layer 20 ... external complex

21 ... Outer body 22 ... Second air circulation

23 ... external support 24 ... air circulation groove

26 ... outer lid 30 ... ash pockets

31 ... Korean paper 32 ... Burlap cloth

33 ... charcoal

The present invention relates to an ossuary complex containing the ashes.

As the transition to a nuclear family society, the expansion of individual living spaces, and industrialization continue, the demand for land is increasing. Therefore, the burial culture that requires the use of large lands is restricted. For this reason, as an example of funeral culture that does not require the use of a large land, cremation culture is being spread to cremate the body, crush the ashes, store them in the Ossuary complex, and place them in the Ossuary. At this time, the ossuary complex for storing the ashes was typically composed of a body and a lid made of stone or jade or porcelain material.

However, even if the ashes enshrined in the ossuary complex become corrupt by absorbing moisture formed inside due to inefficient air circulation or moisture generated by condensation due to temperature difference between the outer surface and the inner surface of the ossuary complex body, Furthermore, even if the bones were damaged by bacteria or pests, they could not be known, and there was a problem that the bones were damaged only when corruption continued and bad odors occurred.

The present invention has been made to solve the above problems, it is an object of the present invention to provide a crypts only to determine whether the ashes rot or damage from the outside.

Another object of the present invention is to provide a smooth complex that can minimize the decay of the ashes caused by moisture or moisture by allowing the air circulation to be smoothly inside, and further prevent damage by bacteria or pests.

In order to achieve the above object, the crypts according to the present invention,

An inner end 10 composed of an inner body 11 and an inner lid 16, an outer end 20 formed of an outer body 21 and an outer lid 26, and containing the inner end 10; In the ossuary complex including the ashes pocket 30 for packing the ashes as being accommodated in the inner jar 10,

The inner body 11 and the inner lid 16 is made of porcelain or earthenware to absorb moisture well; The first air circulation hole 12 for the circulation of air is formed at the side of the inner body (11); The lower portion of the inner body (11) is formed with an air circulation groove formed a plurality of grooves between the inner support (13) spaced from the inner bottom of the outer body (21); The outer body 21 and the outer lid 26 is made of a transparent material so that the inner end 10 can be seen; In the lower portion of the outer body 21, the second air circulation hole 22 for the circulation of air and the sanding process so that the bottom surface of the outer body 21 is not visible and a plurality of air circulation grooves 24 are formed External pedestal 23 is formed; characterized in that.

In the present invention, the inner circumferential surface of the inner body 11 and the inner lid 16 is formed with a glaze oiled layer 14, 17 to prevent the penetration of moisture.

In the present invention, the outer body 21 and the outer lid 26 is made of any one of transparent glass, crystal, acrylic.

In the present invention, the ashes pocket 30, the hanji 31 surrounding the ashes, the burlap cloth 32 surrounding the hanji 31, and the charcoal 33 disposed on the lower side of the hanji 31 ).

Hereinafter, with reference to the accompanying drawings crypts according to the present invention will be described in detail.

1 is a perspective view of the crypts in accordance with the present invention, Figure 2 is an exploded perspective view of the crypts in Figure 1, Figure 3 is a sectional view of the crypts in Figure 1.

As shown, the ossuary complex according to the present invention, the inner housing 10 composed of the inner body 11 and the inner lid 16, and the inner body 10 to accommodate the outer body 21 and the outer lid It comprises an outer bag 20 composed of 26, and the ash bag 30 for packing the ashes as being stored in the inner bag 10. When the inner complex 10 is accommodated in the outer complex 20, a space is formed in the inner complex 10, the outer circumferential surface, and the inner circumferential surface of the outer complex 20.

The inner body 11 and the inner lid 16 is made of porcelain or earthenware to absorb moisture well. That is, the inner body 11 and the inner lid 16 is kneaded together with water by applying a compounding soil containing pulp as a raw material, and the molded inner body 11 and the inner lid 16 at about 960 degrees It is preferable to implement with ocher porcelain and ocher earthenware material by firing at a temperature of about 970 degrees. In this case, the pulp is burned during the firing process, so that the inner stage 10 has numerous pinholes through which air passes, thereby improving air permeability. However, of course, it can also be manufactured like porcelain without pinholes using pure mixed earth.

A first air circulation hole 12 is formed at the side of the inner body 11 for the circulation of air, and a plurality of lower portions are disposed between the inner support 13 so as to be spaced apart from the inner bottom of the outer body 21. An air circulation groove 15 having a groove is formed.

On the outer circumferential surfaces of the inner body 11 and the inner lid 16, glazing oil-containing layers 14 and 17 are formed. The see-through layers 14 and 17 prevent moisture from being present in the space between the outer housing 20 and the inner body 11 and the inner lid 16.
The oil-based layer (or reagent layer) means that glazes such as salt glazes, re-glazes, and lead glazes are applied to ceramics to prevent water or food from seeping into the soil. The work is called seeing and the seeing part. In addition, glaze is mainly composed of minerals and is a glassy powder that gives a gloss, color or pattern by thinly coating the surface of ceramics. It is classified into various types such as transparent oil, matt oil and crystalline oil. Glaze has three main raw materials, feldspar, silica and limestone are the three major elements of glaze.Silicite is the main ingredient of glass (silica: glass forming element), and feldspar is the alumina component in clay. It acts as a flux to the clay, and limestone affects the gloss and flexibility of the glaze surface.

The outer body 21 and the outer lid 26 is made of a transparent material so that the inner end 10 can be seen. The outer body 21 and the outer lid 26 is preferably made of any one of transparent glass, crystal, acrylic.

The lower part of the outer body 21 is sanded and a plurality of air circulation grooves 24 are sanded to prevent the bottom surface of the outer body 21 and the second air circulation hole 22 for circulation of air. The outer support 23 is formed. In addition, the sanding process is to prevent the inner bottom surface of the outer body 21 is viewed.

When the inner jar 10 is accommodated inside the outer jar 20, a space is formed between the inner jar 10 and the outer jar 20, so that the second air circulation hole 22 of the outer barrel 21 is formed. Air can be circulated through the first air circulation hole 12 and the space of the inner body 11, thereby reducing condensation phenomenon by reducing the temperature deviation inside and outside the Ossuary complex.

The ash pocket 30 includes a hanji 31 surrounding the ashes, a burlap cloth 32 surrounding the hanji 31, and a charcoal 33 disposed on the lower side of the hanji 31.

The Hanji 31 itself controls the humidity inside the inner complex 20, absorbs moisture, and absorbs odors, thereby preventing discoloration of the ashes.

The burlap cloth 32 has its own sterilizing power to prevent the occurrence of bacteria or germs, and also because there are many sparse holes, while maintaining proper air permeability, it prevents the infestation of large pests. The burlap 32 is preferably dyed with ocher.

Charcoal 33 has a sterilizing power, and because it has a property of absorbing moisture to prevent the ashes stored in the ashes 30 to rot or deteriorate.

The ash bag 30 not only wraps and stores the ashes, but also absorbs and evaporates the moisture present in the interior of the ossuary complex, and the built-in charcoal has sterilizing power to prevent the ashes from absorbing moisture and decay at the same time. Prevent me from deteriorating.

And, the outer body 21 is formed with a first annular projection 21b upwards and is coupled to the outer lid 26 is fitted. In addition, the inner lid 16 is formed with a second annular projection 16b downward, the inner lid 16 is coupled by the second annular projection 16b is fitted to the inner body (11).

In the inner complex 10 and the outer complex 20, paintings, calligraphy, sculptures and the family's favorite paintings, calligraphy, sculptures, etc. can be attached.

Although the present invention has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and it will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible.

As described above, according to the ossuary complex according to the present invention, the outer complex is made of a transparent material, and the first air circulation hole is formed in the inner complex, thereby determining whether the ashes are damaged or damaged through the outer complex and the first air circulation hole. I can figure it out.

In addition, the air circulation is smoothed by the first air circulation hole of the outer body and the second air circulation hole of the inner body, thereby minimizing the decay of the ashes caused by moisture or moisture, and consists of Korean paper, burlap, and charcoal. By adopting the ash pockets, damage to the ashes caused by bacteria and pests can be prevented.

Claims (4)

An inner end 10 composed of an inner body 11 and an inner lid 16, an outer end 20 formed of an outer body 21 and an outer lid 26, and containing the inner end 10; In the ossuary complex including the ashes pocket 30 for packing the ashes as being accommodated in the inner jar 10, The inner body 11 and the inner lid 16 is made of porcelain or earthenware to absorb moisture well; The first air circulation hole 12 for the circulation of air is formed at the side of the inner body (11); An air circulation groove 15 is formed at a lower portion of the inner body 11 to form a groove between the inner support 13 spaced apart from the inner bottom of the outer body 21; The outer body 21 and the outer lid 26 is made of a transparent material so that the inner end 10 can be seen; The lower portion of the outer body 21, the second air circulation hole 22 for the circulation of air, and the outer support is sanded to prevent the bottom surface of the outer body 21 and the air circulation groove 24 is formed (23) is formed; The method of claim 1, The inner circumference of the inner body (11) and the inner lid (16) crypts, characterized in that the glaze-proof layer (14) (17) is formed in order to prevent the penetration of moisture. The method of claim 1, The outer body 21 and the outer lid 26, crypts, characterized in that made of any one of transparent glass, crystal, acrylic. The method of claim 1, The ashes pocket 30, which comprises a hanji 31 surrounding the ashes, a burlap cloth 32 surrounding the hanji 31, and charcoal 33 disposed on the lower side of the hanji 31 Ossuary complex characterized by.

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