KR200343045Y1 - Breathable Ossuary - Google Patents

Abstract

The present invention relates to an ossuary that enshrines the remains of a deceased person. To explain this in more detail, an ossuary that stores the deceased and artifacts of a deceased person and places it in an ossuary or crypt. It is about.

The main material of the ossuary box according to the present invention is the ossuary made by employing clay soils that form ocher or earthenware. It consists of an inner lid that covers the opening of the inner lid and an outer lid to improve the hermeticity and crevice design by covering the inner lid again.

The ossuary made of clay is conventionally used for the inside and outside of the main body of the ossuary, and the inner and outer sides of the inner lid and the outer lid, as in the process of making ceramics or ceramics for everyday life. Both sides were coated with a surface agent, that is, a glaze. This glazing work has been adopted as a means to prevent the outflow to the outside and to improve the appearance of pottery and pottery when there are objects containing water in the pottery or ceramics. The ossuary made of soil is made of urine without any consideration of its functions and problems. The surface of the inner and outer surfaces of the main body and the inner lid and the outer lid as shown in In other words, the application of glaze results in moisture inflowing into the ossuary box during actual use, so that condensation occurs and mold is generated on the remains of the deceased. Functional severity was first handed over.

The ossuary of the present invention, unlike the conventional ossuary described above, omits the application of the surface agent, that is, the glaze, to the inner bottom and bottom of the main body and the inner and outer surfaces of the inner lid. By improving the air permeability up and down inside the ossuary, etc., there is provided an ossuary that is characterized by preventing condensation from occurring inside the ossuary.

Description

Breathable Ossuary {omitted}

The present invention relates to the ossuary that enshrines the remains of the deceased, and to explain in more detail, the deceased and the remains of the deceased are stored and placed in the ossuary or crypt. It is about ossuary.

In general, the type of ossuary is an jade-type ossuary made of stone, a porcelain ossuary made of porcelain material, and a wood ossuary made of wood. Boxes, metal-type ossuary boxes made of metal materials, etc. are provided, but these ossuaries could be placed in the ossuary or crypts, where the remains of the deceased were placed. At the time, it was manufactured without considering the function against the change of surrounding environment, especially the temperature, and the moisture was not penetrated due to lack of breathability and condensation inside the ossuary. (結露) phenomena occurred, such as mold on the remains of the deceased, causing serious problems in the material and structure of the ossuary.

Recently, as a means of solving the above problems, the clay, especially loess, has been provided with the Onggi (jar) type ossuary, but this also makes the process of making the ossuary (Onggi) As in the process of manufacturing the concave box, the inner and outer surfaces of the main body of the ossuary, the conventional method of applying the glaze on the entire surface of the lid respectively, the condensation (현) phenomenon inside the ossuary due to the applied glaze This issue is the same.

An object of the present invention is to solve the problems as described above, the main material is produced through the same or similar process of manufacturing a common onggi (jar) by employing the general soil or loess (黄土), the interior of the skeleton box body By eliminating the glaze application only on the bottom and bottom, and the inner and outer surfaces of the inner lid, it provides a structure that allows ventilation at the upper and lower ends of the ossuary body. There is no difference between the internal temperature and the outside temperature, which prevents condensation, and even if weak moisture penetrates into the inside of the ossuary, it is leaked to the outside through the uncoated glaze to prevent condensation. It is to provide.

1 is a perspective view showing a crypt bone coupling state of the present invention.

2 is a cross-sectional view showing a state in which the main body, inner lid, and outer lid of the ossuary box of the present invention are disassembled.

Explanation of Signs of Major Parts of Drawings

One ; Ossuary 2; main body

3; Inner lid 4; Cover

10-1; Body surface 10-2; Bottom surface inside the body

10-3; Body bottom 10-4; Main body

20-1; Inner side of inner lid 20-2; Inside cover

30-1; Inner side of outer cover 30-2; Outer cover

40; Body bottom support part 50; Vent groove

60; Inner Body

According to the present invention, the main material of the ossuary (1) is manufactured by adopting clay soil which forms yellow soil or earthenware, and the components are as shown in FIG. The ulna box (1) with the top open, and the inner lid (3) and the inner lid (3) covering the main body (2) and the inlet (10-4) of the upper part of the upper body (2) are covered again. It consists of an outer lid 4 which raises and has an outer shape of the ossuary 1.

As described above, the ossuary bin 1 stores the remains of the deceased person through cremation in the main body 2, covers the inner lid 3, and then again. Covered with a lid (4) to be taken to the sedimentary chamber of the ossuary of the deceased, or to the settling space provided inside the family grave installed in Yasan. will be.

The manufacturing process of the skeleton of the ossuary (納 骨) box as described above is the same as the process of manufacturing a general Onggi (jar), described in detail below with reference to the accompanying drawings a preferred embodiment of the present invention.

Purchasing Materials (Soil) of the First Step Example

Material (soil) purchase; Select the material (soil) to the extent that the series can be processed through the process of making pottery and pottery, the material of this time is ocher (黄土) as the main material, Onggi soil, powder blue soil The back may be mixed in an appropriate ratio, but in order to maintain the viscosity, pay attention to the mixing of the material with the viscous force (dirt), and purchase the kneaded material (soil) having such a condition. .

Material (Soil) Compression Process of Second Step Example

The compression process of the material (soil); To prevent air bubbles by removing any air that may have flowed into the kneaded material (soil) in the above-described condition, and improve the workability in the mold (molding) process to manufacture the bin box (1) Also included is a means for putting the kneaded material (soil) into the compressor hopper to operate the material (soil) is discharged through the discharge port through the compression rod in the rotating screw of the compressor. At this time, the shape of the discharge port is drawn out to an area easy to work by inserting into the mold (molding) in consideration of the thickness of the crypts 1 to be manufactured.

Ossuary manufacturing process of the third step embodiment

Crypt production process; The mold which can extrude the shape of the main body 2, the inner lid 3, and the outer lid 4 of the ossuary box 1, and the press machine used to make pottery or ceramics. Is produced in a state provided with, the crypt box (1) the main body (2) to produce the main body mold (mold), and the inner lid (3) to produce the inner mold (mold) , When the outer lid (4) is manufactured, the outer mold (mold) can be mounted on the press machine and used, and the press machine (Press M / C) is inserted into the mold (mold) that the material (soil) is produced. The pressurizing part or the rotary device of the) can be operated to take out the main body 2, the inner lid 3, and the outer lid 4 of the bin box 1 according to the structure of the mold (mould).

Then, the main body 2 of the crypt box 1 having a shape through the above process, the inner lid (3), the outer lid (4) withdraw from each mold (mould) 4-5 days in the shaded place Drying degree is enough. The duration of the drying process may vary slightly depending on the season and the weather.

Glazing Process of the Fourth Step Example

The craze box (1) of the present invention is a kind of glaze employed in the glazing process; Glaze-coating materials commonly applied to pottery, ceramics, etc., and materials used in various kinds of coating according to the manufacturer's intention, such as Najeon, paint, lease paint. In addition, the glaze application omitting range is the inside (60, 60) and the inner bottom surface (10-2) of the main body 2 of the ossuary box (1), the bottom portion (10-3) of the main body (2), the inner lid (3) Only the inner portion 20-1 and the outer portion 20-2 of the coating is to omit the glaze.

If such a coating method is adopted, the glaze coating is omitted on the surface described above, and the outer surfaces 10-1 and 10-1 of the remaining main body 2 and the inner surface 30-1 of the outer lid 4 are omitted. Glaze is applied to the outer surface (30-2). In this case, the glaze coating method may be applied by dipping an object into a conventional glaze container, painting with a brush, or spraying using an air spray.

The term 'glaze' of the term used in the present embodiment is defined as a term meaning all overcoating materials applied to the surface of a normal jar, porcelain, furniture, etc., and natural materials include medicinal soil, pine needle lye, pine branch Illustrated in lye, pod lye, grassy lye, etc., it will be safe to apply according to the application of the processed glaze, ie, paint, lease, Najeon.

In addition, the non-explanatory ventilation groove 50 is provided with 3 to 4 U-shaped grooves 50 to maintain a constant price on the bottom surface of the base portion 2, the housing of the deceased When used in the body 2 is utilized as the inlet and outlet of the air vented inside the bottom (10-2, 10-3).

Drying process of the fifth step embodiment

The urine box 1, which has undergone the glaze coating process of the fourth step, is first moved to a shady place and undergoes a drying process of about 4-5 days, and then moved again to a sunny place and sufficiently dried for a day.

Heating process of the sixth embodiment

The urine box 1, which has undergone a series of manufacturing processes as described above, is introduced into the heating furnace at a distance that does not adhere to each other, and then heated to about 1000 to 1100 ° C. in the internal space. After the heating process, the furnace is cooled down to an appropriate temperature that can be handled for 1-2 days, and then the ossuary box 1 is taken out to obtain the ossuary box 1 of the present invention.

Here, the technical idea of the present invention is not limited to the above-described embodiment, and may be modified to reflect various matters that are extremely easy for those skilled in the art, and employs a known soil not mentioned in the present specification as a main material. It is to be recognized that the manufactured ossuary is included in the protection scope of the present invention.

According to the present invention as described above, by eliminating the glaze coating process only on the entire inner surface and the bottom surface of the ossuary box body, the inner surface and the outer portion of the inner lid, the upper and lower breathability of the ossuary box It provides a structure that can be improved, even if moisture penetrates the inside of the ossuary, it is possible to ventilate by the above-mentioned glaze-free coating site, condensation phenomenon inside the ossuary. To prevent the ossuary can be provided.

Claims (1)

In producing the ossuary box (1) which uses the main material as ocher or general soil to settle the harmfulness of the deceased person, the ossuary box (1) The outer surface of the main body (2) 10-1, 10-1, glaze is applied to the inner surface (30-1), outer surface (30-2) of the outer lid 40, the inner surface (60, 60), Application of the surface agent, that is, glaze, is omitted on the inner bottom face 10-2 and bottom face 10-3 and the inner face 20-1 and outer face 20-2 of the inner lid 3. Ossuary (納 骨) characterized in that.