KR200295692Y1 - Funeral Coffin - Google Patents

Abstract

The present invention relates to a funeral coffin for placing a dead body or ashes in a duplex loess atmosphere.

Funeral coffin according to an embodiment of the present invention, the outer wall layer (10) formed by forming a constant thickness of the raw ocher added to the quicklime around the tube; A bottom layer 20 formed by building a charcoal at a predetermined height on the inner bottom of the outer wall layer 10; A lower raw ocher layer 30 stacked on the bottom layer 20 at a predetermined height; A transverse layer (40) formed by forming a thickness of the raw ocher added with quicklime on the lower raw ocher layer (30) in contact with the outer wall layer (10); A wooden board 60 covering the upper layer 40 to form a real body 50 for placing the body in a predetermined space with the lower raw ocher layer 30 and the horizontal layer 40; An upper raw ocher layer 70 formed at a predetermined height on the cross rod 60; And an upper wall layer 80 formed by stacking fresh ocher added with quicklime to a predetermined height on the upper fresh ocher layer 70.

Funeral coffin according to another embodiment of the present invention, the outer wall layer (10) formed by forming a predetermined thickness in accordance with the outer periphery of the coffin, the fresh ocher added to the quicklime; A bottom layer 20 formed by building a charcoal at a predetermined height on the inner bottom of the outer wall layer 10; A lower raw ocher layer 30 stacked on the bottom layer 20 at a predetermined height; A transverse layer (40) formed by forming a thickness of raw ocher added with quicklime on the lower raw ocher layer (30) in a circumferential contact with the inner wall of the outer wall layer (10); And a plurality of fresh ocher blocks added with quicklime and disposed horizontally on the cross layer 40 so that the lower body of the ocher layer 30 and the cross layer 40 have a reality 50 for placing the body or bones. Characterized by including an upper wall layer 80 to be formed.

According to the present invention, the funeral coffin is made of a double layer of ocher layer, so that the humidity and temperature can be maintained for the decay of the body and the settlement of the ashes, and it is possible to prevent the invasion of the bee and the fungus and the invasion of various pests and tree roots. .

Therefore, it is possible to help cleanse the decay of the body and prevent damage to the ashes.

In addition, the quicklime is added to the raw ocher forming the periphery of the tube to maintain the proper strength, so the shape of the tube is not easily disturbed, so that the body and the ashes can be comfortably housed, and can be easily constructed in the field as a substitute for woodwind.

In addition, the funeral coffin of the present invention can be easily constructed as a burial coffin buried in the body or the ashes, and can also be used as an ossuary can be housed in the ossuary by reducing the size of the bones.

Description

Funeral Coffin

The present invention relates to a funeral coffin, and more specifically, to place the body or ashes in the atmosphere of the double layer of ocher to provide adequate humidity and temperature, and to invade the infestation of bees and molds, various pests, tree roots, snakes, mice, etc. The present invention relates to a funeral casket suitable for use in burial as well as burial, as well as helping to clarify the decay of the body and prevent damage to the ashes.

In the past, funerals used bodies that were buried in the ground or cremated in wood or in some foreign countries.

Among them, the woodwind is made of a pit of the right depth in the ground, and then the woodwind with the body is buried in the pit and landed thereon. This allows the body to rot along with the woodwind and later return to the soil in a comfortable posture that is not covered with dirt.

The body should not be submerged or dried up in the ground, that is, it must be kept warm and humid, so that it can decay quickly. It can be cleansed and fleshed out, and the ashes can be calmed.

In addition, if tree roots or other foreign objects invade the body, the ashes are distracted and cannot be decayed cleanly.

However, in the case of using woodwind as described above, it was difficult to maintain the temperature and humidity suitable for the body to decay because the soil properties are different from region to region.

In addition, until the woodwind rot, the body was blocked from the outside soil surrounding the woodwindow due to the woodwind, it does not receive the help of microorganisms contained in the soil smoothly, and furthermore, it was not possible to prevent the mold or insect habitat. Due to these points, the decay rate of the body was slow and it was difficult to rot in a clean state.

In addition, the conventional woodwind was also a problem that the body and bones are damaged by the tree roots, snakes, rats or various pests to easily penetrate and invade.

The present invention has been devised to solve the above problems, the purpose of the present invention is to maintain the humidity and temperature suitable for the body to decay, and to prevent the invasion of insects and fungi and various pests and tree roots To provide a funeral casket suitable for the decay of the body and to prevent damage to the ashes.

1 is a perspective view showing the overall structure of a funeral coffin according to a first embodiment of the present invention

FIG. 2 is a plan sectional view cut away from the actual part of FIG. 1. FIG.

3 is a cross-sectional view taken along the line A-A of FIG.

4 is a cross-sectional view taken along the line B-B of FIG.

5 is a cross-sectional view showing an example of a method for constructing a funeral coffin in the ground according to the first embodiment of the present invention;

6 is a cross-sectional view showing another example of a method for constructing a funeral coffin in the ground according to the first embodiment of the present invention;

7 is a cross-sectional view showing a structure of a funeral coffin according to a second embodiment of the present invention and a state in which the funeral coffin is built in the ground

FIG. 8 is a cross-sectional view taken along line C-C of FIG. 7 and illustrates the block structure of the upper wall layer.

9 is a cross-sectional view showing a funeral coffin according to a third embodiment of the present invention

<Description of the symbols for the main parts of the drawings>

10: outer wall layer 20: bottom layer

30: lower raw clay layer 40: horizontal layer

50: Reality 60: The Ride

70: upper fresh clay layer 80: upper wall layer

90: raw soil layer 100: charcoal layer

200: Pit 300: Ossuary tube

350: lid

Funeral coffin according to the present invention in order to achieve the above object, the outer wall layer formed by forming a constant thickness around the four sides of the raw ocher added to the quicklime; A bottom layer made of charcoal at a predetermined height on an inner bottom of the outer wall layer; A lower raw ocher layer stacked on the bottom layer at a predetermined height; A transverse layer formed by forming a constant thickness of the raw ocher added with quicklime to the circumferential contact with the outer wall layer on the lower raw ocher layer; A wooden board on which the cover is formed so as to form a reality with the lower loess layer and the horizontal layer formed in a certain space; An upper live ocher layer formed at a predetermined height on the crosspiece; And an upper wall layer formed by stacking fresh clay with added quicklime to a predetermined height on the upper fresh clay layer.

Another funeral coffin according to the present invention is an outer wall layer formed by forming a predetermined thickness in accordance with the outer periphery of the coffin, the raw ocher added with quicklime; A bottom layer made of charcoal at a predetermined height on an inner bottom of the outer wall layer; A lower raw ocher layer stacked on the bottom layer at a predetermined height; A transverse layer formed by forming a quick thickness of the raw ocher added with quicklime on the lower raw ocher layer in a circumferential contact with the inner wall of the outer wall layer; And an upper wall layer formed of a plurality of fresh ocher blocks to which quicklime has been added and disposed horizontally on the cross layer to form a body or bone ash reality between the lower raw ocher layer and the cross layer.

According to such a configuration, when the body is placed in reality, it is in contact with the lower raw ocher layer made of raw ocher, and surrounded by a layer of ocher, and receives a unique characteristic of ocher. Therefore, the clean and rapid decay of the body may be left behind to cleanse the remains, and to prevent invasion of tree roots and insects to prevent damage to the body and bones.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 to 4 show a first preferred embodiment of the funeral coffin according to the present invention.

As shown in FIGS. 1 to 4, the funeral coffin according to the first embodiment of the present invention includes a corpse or ashes (hereinafter, uncrushed ashes, partially ground ashes, or all ground ashes). Funeral coffins are the outer wall layer 10, the bottom layer 20, the lower raw ocher layer 30, the horizontal layer 40, the reality 50, the horizontal layer 60, the upper raw yellow layer 70 and the upper wall layer 80 are included.

The outer wall layer 10 is formed with a constant thickness all around the circumference in accordance with the size of the tube, the fresh ocher added to the quicklime. The outer wall layer 10 is bonded and hardened by quicklime to form a strong outer tube and prevent the penetration of tree roots and insects. In the present invention, the outer wall layer 10 may be added with jade stone (玉石 粉) in addition to the addition of quicklime to fresh clay. In this case, the amount of raw clay: quicklime: jade powder is mixed in volume ratio of 5-6: 3-4: 1 and kneaded with water. Therefore, the outer wall layer 10 may take raw loess, quicklime and jadeite powder and knead directly at the shop floor, and may be manufactured in block form in advance to build it. The use of blocks made in the form of a block can shorten the construction time.

The bottom layer 20 is constructed by building a charcoal to a certain height on the inner bottom of the outer wall layer (10).

The lower raw ocher layer 30 is formed by stacking the raw ocher to a predetermined height on the bottom layer 20. As will be described later, the lower raw ocher layer 30 forms a bottom on which the body is directly placed, thereby giving a characteristic of ocher to the vitality of the body.

The cross layer 40 is formed to a predetermined thickness along the circumference of the outer wall layer 10 on the lower raw soil layer 30. On this cross layer 40, a cross plate 50 on a wooden board is placed. In the present invention, the crossbar 50 is preferably made of a common woodwind material such as pine, paulownia wood.

In the present invention, the cross layer 40 is formed with a predetermined thickness on the inner wall of the outer wall layer 10 and the cross section 50 is placed thereon, so the lower raw ocher layer 30, the cross layer 40, and the cross section 60 are described above. A certain space is formed between). This space forms the reality 50 for the body to be placed. Therefore, the inner width and height of the cross layer 40 is formed to a size appropriate to the size of the body. Like the outer wall layer 10, the transverse layer 40 may be used in addition to the quicklime to the fresh ocher, and may also add a stone powder. In this case, the amount of raw clay: quicklime: jade powder is mixed in volume ratio of 5-6: 3-4: 1 and kneaded with water. Therefore, the outer wall layer 10 may be directly kneaded at the shop floor, and may be manufactured in the form of a block in advance and then the block may be constructed at the shop floor.

The raw ocher layer 70 is formed at a predetermined height on the crosspiece 60. The raw ocher layer 70 is preferably made of raw ocher without any additional additives as in the lower raw ocher layer 30.

In addition, the upper wall layer 80 is formed by laminating a predetermined height on the upper fresh soil layer 70. The upper wall layer 80 uses a quick lime added to the fresh ocher. Like the outer wall layer 10 and the cross layer 40, a boulder powder may be added to the upper wall layer 80. In this case, the amount of raw clay: quicklime: jade powder is mixed in volume ratio of 5-6: 3-4: 1 and kneaded with water. The outer wall layer 10 is conveniently formed by kneading directly at the burial site to cover the upper raw ocher layer 70.

In addition, in the present invention, the soil layer 90 may be formed on the upper wall layer 80. The raw soil layer 90 is formed from the upper wall layer 80 to the upper end of the outer wall layer 10. The raw soil layer 90 is preferably to use the raw soil produced by digging the burial pit at the site. In addition, the raw soil layer 90 may be formed by filling the raw soil when making the bonnet after filling all the construction of the funeral coffin.

In addition, in the present invention, a charcoal layer 100 having a predetermined thickness is further formed around the outer circumference of the outer wall layer 10. The charcoal layer 100 can be used to make a block form by kneading the charcoal powder with water. Preferably, the lump of charcoal is filled between the inner wall of the burial pit and the outer wall layer 10 of the funeral home at the site of the jangji.

Funeral coffin of the present invention having the structure as described above is placed in the reality (50) consisting of a certain space of the body and bones. As described above, the reality 50 is composed of a bottom raw ocher layer 30 having a bottom of fresh ocher, and a perimeter is made of a bottom layer 40 mainly made of raw ocher. 60) is covered with the upper raw ocher layer 70 made of raw ocher on the crosspiece (60). Therefore, the body is placed in the atmosphere of fresh ocher up, down and circumference to receive the unique energy of the loess.

As is well known, ocher contains a large amount of calcium carbonate, is not easily broken, has a viscous force, and turns water into clay when water is added.

The mineral composition of ocher is 60 ~ 70% of quartz, 10 ~ 20% of feldspar and mica, 5 ~ 35% of carbonate mineral, and 2 ~ 5% of silt is hornblende, apatite, biotite, vermiculite, cyanite, verdite, garnet, pyrite, rutile It is composed of heavy minerals such as quartzite, cruciform, tourmaline and zircon. Chemically, about 60-65% of silica, 5-6% of iron, 10-13% of alumina, about 2% of magnesium and sodium, about 1.5% of Kali, and about 8% of lime. It also has a variety of colors such as yellow, purple, red, gray and pale green. Ocher is pure yellow and has the best weakness and no poison.

Efficacy of loess has been proved to have anti-humidity, warming, gout, and pharmacologically, detoxification, antibacterial and hemostatic, coagulation, and bactericidal effects. Onggi made of ocher removes the bad toxic effects of ocher's unique detoxification, and as it is said, 'the soil breathes', it is not sealed and fresh air is passed, so it can maintain freshness and give the best taste. Also, it is known that flies and other insects do not have access to soil when mixed with paulownia leaves.

In the funeral coffin of the present invention, the upper, lower, and circumference of the reality 50 is made of raw ocher, so that the body can maintain a perishable atmosphere (humidity, temperature), prevent maggots, and prevent invasion of other bees and insects. It can help clean decay and keep the remains clean.

In addition, about 200 million microorganisms are active in one spoon of ocher, and as many as 1,300 species are known in the field of biochemistry, and 50 kinds of enzymes are active in the soil, for example, catalase ( Hydrolytic enzymes such as Katalase enzyme, Diphenol Oxydase enzyme, Saccharase enzyme, and Protease enzyme are known.

In the funeral coffin of the present invention, the upper, lower, and circumferences of the reality 50 are made of raw ocher, which provides the body with a characteristic of ocher, and in particular, since the body is in direct contact with the lower raw ocher layer 30, It is hydrolyzed and decomposed by enzymes from raw ocher. Therefore, the body can be decayed quickly and cleanly, a clean flesh can be realized, and the ashes can be kept clean and at peace.

In addition, in the funeral coffin of the present invention, the transverse layer 40 and the upper wall layer 80 forming the side of the reality 60, and the outer wall layer 10 forming the outside of the tube are combined with fresh lime by quicklime. It hardens to prevent invasion of foreign objects from tree roots, snakes, mice, insects, and others.

Furthermore, since the bottom layer 20 of the funeral casket of the present invention is made of charcoal, and the charcoal layer 100 is also formed around the outer wall layer 10, it is possible to prevent bad energy from spreading from the surroundings.

Charcoal is odorless, tasteless, harmless, and adsorbs decayed protein, fat residue gas, heavy metals, bacteria, etc. in the fine porous of charcoal, and quickly absorbs and removes toxics.

Therefore, the funeral casket according to the present invention is filled with charcoal at the bottom and the circumference thereof, thereby preventing the harmful substances from entering the coffin. In addition, the charcoal can absorb water in its porous, so that it can absorb the moisture of the soil during the rainy season or damp moisture to some extent prevent the moisture from acting in the pipe.

On the other hand, in the funeral casket according to the present invention, the boulder powder is added to the outer wall layer 10, the horizontal layer 40, and the upper wall layer 80. Jade is suitable for purgatory, and the effect of purgatory is known to enhance freshness and to keep clean air by the release of negative ions when placed indoors.

5 and 6 are views for explaining a preferred example of a method for constructing a funeral coffin in the ground according to the first embodiment of the present invention.

FIG. 5 is for constructing a funeral tube form as shown in FIGS. 1 to 4, and the planar cross-sectional shape refers to FIG. 2 in parallel.

As illustrated in FIG. 5, the burial site 200 forms a predetermined depth from the surface layer.

Next, the outer wall layer 10 forming the four circumferences of the tube is made of fresh ocher added with quicklime by maintaining a constant distance from the inner circumference of the pit 200. It is preferable that the outer wall layer 10 is made of 5-6: 3-4: 1 in a volume ratio of fresh clay: quicklime: jadeite. In the present embodiment, the outer wall layer 10 is a mixture of raw clay, quicklime, and boulder powder, and then kneaded with water and then used to harden in a block shape. Therefore, the outer wall layer 10 can be easily constructed by transporting and stacking the pre-manufactured fresh ocher blocks to the field site as described above.

Next, the charcoal is laid on the bottom of the inner pit 200 of the outer wall layer 10 constructed in the above-described process to a certain height to construct the bottom layer 20, and the raw ocher is laminated on the constructed bottom layer 20 at a predetermined height. The lower raw ocher layer 30 is constructed.

Next, the horizontal layer 40 is constructed on the lower raw ocher layer 30 constructed in the above process. The transverse layer 40 is achieved by constructing the raw ocher added with quicklime to a height at which the body is placed by maintaining a constant thickness around the inner circumference of the outer wall layer 10. Like the outer wall layer 10, the cross layer 40 is also mixed with raw clay: quicklime: jade powder in a volume ratio of 5-6: 3-4: 1, kneaded with water, and cured into a block shape. It is constructed by stacking bricks at the site.

Next, when the cross layer 40 is constructed as described above, the body is lowered into the cross layer 40 to be placed therein. Therefore, the body is placed on the bottom of the lower raw soil layer (30).

Next, after placing the body as described above, put the crossbar on the wooden board 60 on the crossbar layer (40). The horizontal bar is suitable for timber or paulownia, and pine and paulownia are widely used as a material for woodwinds.

Next, the live ocher layer 70 is built up by filling the raw ocher to a predetermined height on the raised transverse 60 as described above.

Next, the upper wall layer 80 is constructed by stacking the raw ocher added with quicklime to a predetermined height on the upper raw ocher layer 70 constructed in the above process. Similar to the outer wall layer 10 and the cross layer 40, the upper wall layer 80 is a mixture of raw clay: quicklime: jade powder in a volume ratio of 5-6: 3-4: 1, and then kneaded with water. The upper wall layer 80 may be constructed in such a way that bricks are stacked by moving the hardened material to the block site. Preferably, as shown in FIG. 5, lime is added to the fresh ocher at the site of the jangji to prevent the formation of a gap by close coupling with the upper raw ocher layer 70 constructed below and the raw soil layer 90 to be constructed above. Mixing to make a dough, filling the dough state as it is on the top raw ocher layer 70, and filling the raw soil 90 on the top wall layer 80 thus filled, at the upper and lower boundaries of the top raw ocher layer 70 in the dough state Mixing, curing takes place. Therefore, the binding order between the layers becomes stronger, so that the phenomenon of slipping or lifting at the interface between layers can be prevented.

Next, the pipe is completed by filling the raw soil of the jangji site on the upper raw ocher layer 70 constructed in the above process, and then burial is completed by filling the whole pit to form a seal.

On the other hand, according to the method of the present invention, it is possible to fill the charcoal in the space between the outer wall layer 10 and the inner wall of the pit 200. The filling process of the charcoal may be filled at any time before or after any one of the processes after the outer wall layer 10 is constructed, that is, after the outer wall layer 10 is constructed.

Figure 6 shows another example of a method for constructing a funeral coffin in the ground according to the present invention.

In the construction method described with reference to FIG. 5, the outer wall layer 10 and the cross layer 40 are formed in a block state, and in the field, the prepared blocks are stacked and constructed, but in the present embodiment, the outer wall layer 10 and cross bars are constructed. The layer 40 and the upper wall layer 80 are kneaded with water by adding quicklime to the raw ocher at the site of the jangji, and the kneaded raw ocher is filled and solidified.

At this time, the outer wall layer 10 and the cross layer 40 may be formed by forming a mold having a predetermined width as in the case of concrete pouring, and filling the dough into the mold to harden the upper wall layer 80. It can be made by filling the top raw ocher layer 70 as it is solidified.

The rest of the process is the same as the above-described embodiment described with reference to FIG. 5. Therefore, detailed description thereof will be omitted.

5 and 6, the outer wall layer 10, the cross layer 50, and the upper wall layer 80 each use a block or kneading state in forming one tube. Of course, you can choose the appropriate one to fill in.

7 and 8 show a funeral coffin according to a second embodiment of the present invention and a state in which the funeral coffin is built in the ground. The member number is used in the same manner as in the above-described embodiment.

As shown in FIG. 7 and FIG. 8, the funeral coffin according to the second embodiment of the present invention includes an outer wall layer 10, a bottom layer 20, a horizontal layer 40, and an upper wall layer 80.

The outer wall layer 10, the bottom layer 20, and the cross layer 40 in this embodiment are configured in the same manner as in the first embodiment described above. Therefore, redundant description is omitted.

However, in the above-described first embodiment, the wood plate-shaped cross strip 60 is covered on the cross layer 40, and the upper fresh ocher layer 70 is formed thereon, and the upper wall layer 80 is formed on the upper fresh ocher layer 70. ) Was formed. However, the present embodiment has a structure in which the upper wall layer 80 is formed directly on the cross layer 40 except for the cross layer 60 and the upper raw ocher layer 70 in the first embodiment. Accordingly, the reality 50 in which the body or the ashes are placed consists of a space between the lower raw ocher layer 30, the cross layer 40 and the upper wall layer 80.

In the present embodiment, in order to form the upper wall layer 80 directly on the horizontal layer 40, the upper wall layer 80 is composed of a plurality of fresh ocher blocks added with quicklime. The raw ocher block is composed of one block or a plurality of blocks as shown in FIG. 10 and disposed across the transverse layer 40.

The method of actually constructing the funeral coffin according to the second embodiment is the same as the above-described embodiment.

However, after the horizontal layer 40 is constructed, the block of the upper wall layer 80 prepared in a block state on the horizontal layer 40 is directly covered, and the raw soil is covered on the upper wall layer 80.

9 shows a funeral coffin according to a third embodiment of the present invention. The member number is used in the same manner as the above-described embodiments.

As shown in FIG. 9, the funeral coffin according to the third embodiment of the present invention represents a funeral coffin suitable for ossuary bone. This is to reduce the size of the funeral coffin according to the second embodiment of the present invention described with reference to FIGS. 7 and 8 formed in the ossuary tube 300 suitable for the placement of the ashes.

The ossuary tube 300 is made of porcelain in the same way as a general ossuary tube or ossuary in the form of a rectangular container, and has a lid 350 made of porcelain.

In the present embodiment, the ossuary tube 300 is constructed in the same form as in the second embodiment of the present invention described with reference to FIGS. 7 and 8. That is, the outer wall layer 10, the bottom layer 20, the lower raw ocher layer 30, and the horizontal layer 40 is provided, and the upper wall layer 80 is provided on the horizontal layer 40. The single wall layer 80 is also the same as in the second embodiment. That is, the upper wall layer 80 is composed of one block or a plurality of blocks as shown in FIG. 8 and disposed across the cross layer 40.

The funeral coffin according to the third embodiment is suitable for placing the ashes in the ossuary. The enshrined ashes are surrounded by loess so that they can comfortably carry the ashes as previously described, and the hearts of the families who send the deceased are also satisfied.

As described above, according to the funeral according to the present invention, the funeral coffin is made of a double layer of ocher, so that the humidity and temperature suitable for the decay of the body can be maintained, and the invasion of the bee and the fungus and the invasion of various pests can be prevented. Therefore, it is possible to help cleanse the decay of the body and prevent damage to the ashes.

In addition, the part forming the periphery of the tube is made by adding quicklime to the raw ocher to maintain proper strength, so that the shape of the tube is not easily disturbed and the body roots, snakes, rats or other foreign objects are prevented from entering the body and You can have the ashes in peace.

In addition, it can be easily constructed and used in the field for the body or bone burial, it can be manufactured in a small size can also be used as ossuary tube.

Claims (11)

Outer wall layer (10) formed by forming a predetermined thickness in accordance with the outer periphery of the tube, the fresh ocher added to the quicklime; A bottom layer 20 formed by building a charcoal at a predetermined height on the inner bottom of the outer wall layer 10; A lower raw ocher layer 30 stacked on the bottom layer 20 at a predetermined height; A transverse layer (40) formed by forming a thickness of raw ocher added with quicklime on the lower raw ocher layer (30) in a circumferential contact with the inner wall of the outer wall layer (10); A wood plate cross member 60 covering the top layer 40 to form a real body 50 for placing the body or bones in a predetermined space with the lower raw ocher layer 30 and the cross layer 40; An upper raw ocher layer 70 formed at a predetermined height on the cross rod 60; And Funeral coffin comprising an upper wall layer (80) formed by stacking fresh clay with added quicklime to a predetermined height on the upper fresh clay layer (70). Outer wall layer (10) formed by forming a predetermined thickness in accordance with the outer periphery of the tube, the fresh ocher added to the quicklime; A bottom layer 20 formed by building a charcoal at a predetermined height on the inner bottom of the outer wall layer 10; A lower raw ocher layer 30 stacked on the bottom layer 20 at a predetermined height; A transverse layer (40) formed by forming a thickness of raw ocher added with quicklime on the lower raw ocher layer (30) in a circumferential contact with the inner wall of the outer wall layer (10); And An upper wall layer formed of fresh ocher blocks added with quicklime and disposed on the cross layer 40 to form a body 50 for placing the body or ashes between the lower fresh layer ocher layer 30 and the cross layer 40 ( Funeral casket, comprising 80). Has a lid 350 and the ossuary tube 300 of the container form made of porcelain; An outer wall layer (10) formed by forming a certain thickness of fresh ocher with quicklime added to the periphery of the ossuary tube (300); A bottom layer 20 formed of a charcoal at a predetermined height from the bottom of the ossuary tube 300 to the inside of the outer wall layer 10; A lower raw ocher layer 30 stacked on the bottom layer 20 at a predetermined height; A transverse layer (40) formed by forming a thickness of raw ocher added with quicklime on the lower raw ocher layer (30) in a circumferential contact with the inner wall of the outer wall layer (10); And An upper wall layer 80 which is formed of fresh ocher blocks added with quicklime to cover the top layer 40 to form a reality 50 for ashes settlement between the bottom layer of raw ocher layer 30 and the top layer 40. Funeral casket comprising a. The method according to claim 1 or 2, Funeral coffin, characterized in that the soil layer (90) is further formed on the upper wall layer (80) to the upper end of the outer wall layer (10). The method according to any one of claims 1 to 3, Funeral coffin, characterized in that the charcoal layer 100 of a predetermined thickness is further formed around the outer circumference of the outer wall layer (10). The method according to any one of claims 1 to 3, Funeral pavilion, characterized in that the outer wall layer (10), the horizontal layer (40), the upper wall layer (80) further comprises a stone. The method of claim 6, Funeral, characterized in that the outer wall layer 10, the horizontal layer 40, the upper wall layer 80 is formed by mixing the raw clay: quicklime: jadeite powder in a volume ratio of 5-6: 3-4: 1 by kneading with water tube. The method of claim 1, At least one of the outer wall layer 10, the horizontal layer 40, and the upper wall layer 80 made of fresh clay with added quicklime is formed by filling the dough mixed with water as it is added to quicklime and solidifying it. Funeral coffin. The method of claim 1, At least one of the outer wall layer 10, the horizontal layer 40, and the upper wall layer 80 made of fresh clay including the quicklime is added to quicklime with fresh lime, kneaded with water, and then cured to a predetermined size to form a block state. Funeral caskets, characterized in that used. The method according to claim 2 or 3, Funeral coffins characterized in that the at least one of the outer wall layer (10), the transverse layer (40) made of fresh clay added with quicklime is hardened by filling the dough mixed with water as it is added to quicklime. The method according to claim 2 or 3, At least one of the outer wall layer 10 and the horizontal layer 40 made of fresh ocher containing the quicklime is added to quicklime to the fresh ocher, kneaded with water, and then cured to a predetermined size and used to make a block state. Funeral coffin.